阅读说明：本技术 尘盒、尘盒组件和清洁装置 (Dust box, dust box assembly and cleaning device ) 是由 唐勇 杨华军 吴焕章 陆江 于 2019-08-19 设计创作，主要内容包括：本申请公开了尘盒、尘盒组件和清洁装置,其中尘盒组件包括尘盒和至少两个风机。尘盒形成有容纳腔、吸尘口与至少两个出风口,吸尘口与容纳腔连通,至少两个出风口分别与容纳腔连通。至少两个风机对应至少两个出风口设置,用于经出风口抽取空气,以形成依次经过吸尘口、容纳腔和出风口的气流。通过上述方式,本申请能够提升清洁效果。(The application discloses dirt box, dirt box subassembly and cleaning device, wherein the dirt box subassembly includes dirt box and two at least fans. The dust box is formed with and holds chamber, dust absorption mouth and two at least air outlets, dust absorption mouth with hold the chamber intercommunication, two at least air outlets respectively with hold the chamber intercommunication. At least two fans correspond at least two air outlets and are used for extracting air through the air outlets to form airflow which sequentially passes through the dust suction port, the accommodating cavity and the air outlets. Through the mode, the cleaning effect can be improved.)

1. A dirt box assembly, comprising:

the dust box is provided with an accommodating cavity, a dust suction port and at least two air outlets, the dust suction port is communicated with the accommodating cavity, and the at least two air outlets are respectively communicated with the accommodating cavity;

at least two fans, at least two fans correspond at least two air outlet settings, are used for the warp the air outlet extraction air, in order to form in proper order the dust absorption mouth hold the chamber with the air current of air outlet.

2. The dirt tray assembly of claim 1, wherein:

the dust box assembly comprises at least two connecting pieces, the connecting pieces are correspondingly arranged between the fan and the air outlet, and the fan is communicated with the air outlet through the connecting pieces.

3. The dirt tray assembly of claim 2, wherein:

one side of connecting piece is formed with first vent, first vent be used for with the air outlet intercommunication, the opposite side of connecting piece form with the second vent of first vent intercommunication, the fan set up in the opposite side of connecting piece and intercommunication the second vent, the first vent place plane with the contained angle between the plane of second vent place is greater than 0, and is less than 180.

4. The dirt tray assembly of claim 3, wherein:

the dust box assembly comprises a shock pad, a containing groove is formed in the other side, provided with the second ventilation opening, of the connecting piece, the containing groove is communicated with the second ventilation opening, the shape of the containing groove is matched with that of the shock pad, and the shock pad is contained in the containing groove and located between the fan and the connecting piece; and/or the presence of a gas in the gas,

the connecting piece including set up in the space bar of first vent, one or more through-holes have been seted up to the space bar.

5. The dirt box assembly of any of claims 1-4, wherein:

the dust box is formed with a passage cavity, the passage cavity and the accommodating cavity are adjacently arranged in the thickness direction of the dust box, the passage cavity is communicated with the accommodating cavity, the passage cavity is communicated with the air outlet, the passage cavity is located at the downstream of the air flow compared with the accommodating cavity, and the size of the passage cavity in the thickness direction of the dust box is smaller than or equal to that of the accommodating cavity in the thickness direction of the dust box.

6. The dirt tray assembly of claim 5, wherein:

the dust box comprises a first shell, a second shell and a cover body, wherein one side of the second shell is covered on the first shell to form the accommodating cavity, and the cover body is covered on the other side of the second shell to form the channel cavity; the dust absorption mouth set up in first casing or on the second casing, two at least air outlet intervals set up in the second casing, the dust absorption mouth respectively with two at least air outlet intervals set up, just the dust absorption mouth with two at least air outlets centers on the thickness direction setting of dirt box.

7. The dirt tray assembly of claim 6, wherein:

the second shell is provided with a communication hole which penetrates through one side of the second shell to the other side of the second shell so as to communicate the channel cavity with the accommodating cavity;

the dust box assembly comprises a first filter screen and a second filter screen, and the second filter screen and the first filter screen are arranged on the second shell and sequentially cover the communication holes; or the second filter screens are arranged on the second shell and cover the communication holes, the number of the first filter screens is at least two, and the second filter screens are arranged on the second shell and respectively cover the at least two air outlets correspondingly;

wherein the filtration precision of the second screen is less than the filtration precision of the first screen.

8. The dirt tray assembly of claim 7, wherein:

the cover body comprises a cover body main body and a filter screen upper cover, a mounting hole is formed in the position, corresponding to the first filter screen, of the cover body main body, the mounting hole is communicated with the channel cavity, the filter screen upper cover is rotatably connected to the cover body main body so as to cover the mounting hole or open the mounting hole through rotation, and the size of the mounting hole is larger than or equal to that of the communication hole; and/or the presence of a gas in the gas,

the dust box includes a snap assembly for snap connection with a device body of the cleaning device.

9. A dust box characterized in that: the dirt box is formed with and holds chamber, dust absorption mouth and two at least air outlets, the dust absorption mouth with hold the chamber intercommunication, two at least air outlets respectively with hold the chamber intercommunication, wherein every the air outlet is used for communicateing a fan, so that the fan warp the air outlet extraction air, thereby form and pass through in proper order the dust absorption mouth hold the chamber with the air outlet's air current.

10. A cleaning device, comprising:

a device main body;

the dust box assembly of any one of claims 1-8, connected to the device body.

Technical Field

The present application relates to cleaning device technology field, especially relates to dirt box, dirt box subassembly and cleaning device.

Background

With the improvement of living standard of people and the rapid development of intelligent equipment technology, no matter in work or in life, intelligent cleaning equipment such as a sweeping robot, a dust remover, a dust collector and the like is widely welcomed, and due to the fact that the technology of the internet of things comes, everything is interconnected, and the market of the intelligent cleaning equipment is wider.

The cleaning efficiency and the cleaning effect of the current intelligent cleaning equipment are to be improved.

Disclosure of Invention

The main technical problem who solves of this application provides dirt box, dirt box subassembly and cleaning device, can effectively promote clean effect.

In order to solve the technical problem, the application adopts a technical scheme that: a dirt box assembly is provided that includes a dirt box and at least two fans. The dust box is formed with and holds chamber, dust absorption mouth and two at least air outlets, dust absorption mouth with hold the chamber intercommunication, two at least air outlets respectively with hold the chamber intercommunication. At least two fans correspond at least two air outlets and are used for extracting air through the air outlets to form airflow which sequentially passes through the dust suction port, the accommodating cavity and the air outlets.

In order to solve the above technical problem, another technical solution adopted by the present application is: the utility model provides a dirt box is formed with and holds chamber, dust absorption mouth and two at least air outlets, the dust absorption mouth with hold the chamber intercommunication, two at least air outlets respectively with hold the chamber intercommunication, wherein every air outlet is used for communicateing a fan to make the fan through air outlet extraction air, thereby form the air current that passes through the dust absorption mouth in proper order, hold chamber and air outlet.

In order to solve the above technical problem, another technical solution adopted by the present application is: there is provided a cleaning device including a device body and the above-mentioned dust box assembly provided to the device body.

Compared with the prior art, the beneficial effects of this application are: correspond two at least air outlets through setting up two at least fans, every fan can communicate the air outlet and carry out convulsions, these two at least fans are at the during operation, can make the inside two at least wind channels that form of dirt box, make two at least air currents can the combined action collaborative work, can promote the suction of air fast, thereby can get rid of the air that holds the intracavity more fast, thereby make the dust absorption mouth can produce objects such as bigger suction rubbish, and for the design in single fan and single wind channel, this embodiment can absorb the bigger debris of granule, the heavier rubbish of quality, can effectively promote clean effect.

Drawings

FIG. 1 is a schematic structural view of an embodiment of the present disclosure;

FIG. 2 is an exploded view of the construction of an embodiment of the present disclosure;

FIG. 3 is a schematic cross-sectional view A-A of an embodiment of the present disclosure of a dirt box assembly;

FIG. 4 is another exploded view of the construction of an embodiment of the present dust box assembly;

FIG. 5 is an exploded view of another construction of an embodiment of the present dust box assembly;

FIG. 6 is a schematic, partial, structural view of another construction of an embodiment of the present disclosure;

FIG. 7 is an exploded view of yet another construction of the present invention dust box assembly;

FIG. 8 is another exploded view of yet another construction of an embodiment of the present disclosure;

FIG. 9 is a schematic, partial, pictorial illustration of yet another construction of an embodiment of the present disclosure;

FIG. 10 is a schematic view of a location of a communication aperture in yet another construction of an embodiment of the present disclosure;

FIG. 11 is another schematic view of the location of the communication aperture in yet another construction of an embodiment of the present dust box assembly;

FIG. 12 is a schematic view of the construction of the connector of the present dust box assembly embodiment;

FIG. 13 is another schematic view of the attachment of the present dust box assembly embodiment;

fig. 14 is a schematic structural view of an embodiment of the cleaning device of the present application.

Detailed Description

The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are only a part of the embodiments of the present application, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present application.

The inventor finds that the cleaning device such as a dust collector or a sweeping robot absorbs sundries, garbage, dust and the like by negative pressure through long-term research. If a larger negative pressure and suction force is to be obtained, the most common practice in the industry is to increase the volume of the fan or the rotating speed of the fan, but this will significantly increase noise, and the increasing of the rotating speed of the fan will cause the life of the fan to be reduced, and the increase of the suction force obtained by increasing the rotating speed of the fan is also very limited.

Referring to FIG. 1, a dust box assembly 1 as described in the present application of embodiments of the dust box assembly may include: a dust box 10, a fan 21, etc.

Referring to FIG. 2, the dirt tray 10 may be configured to hold debris, dust, etc. that is being picked up. The dust box 10 has a housing 100, and specifically, the housing 100 can house dust such as sundries and dust to be sucked. The dust box 10 also has a dust suction port 110 communicating with the accommodating chamber 100. The trash objects enter the receiving chamber 100 through the dust suction opening 110. The dirt box 10 can also have at least one air outlet 120. For example, the dust box 10 may further have at least two air outlets 120, and each of the at least two air outlets 120 is connected to the accommodating cavity 100. After the garbage objects enter the accommodating cavity 100 through the dust suction opening 110 along with the air, the air flows out through the air outlet 120. Thus, the dust suction opening 110, the accommodating chamber 100 and the air outlet 120 are formed as a passage through which the air flows under the action of the fan 21.

The number of the fans 21 is at least one, and corresponds to at least one air outlet 120. That is, at least two fans 21 are correspondingly located at least two air outlets 120, and the fans 21 and the air outlets 120 may correspond to each other one by one. The fan 21 is mainly used for drawing air through the air outlet 120, and forming an air flow from the dust suction port 110 to the air outlet 120. The positions, specific structures, and the like of the fan 21 and the air outlet 120 are not limited to the examples presented in fig. 1 and 2.

As shown in fig. 1 and 2, the dust box assembly 1 may further include a connecting member 22 for better cooperation between the blower 21 and the outlet 120, facilitating connection therebetween and adapting to the structure of the dust box 10 and the like. The blower 21 may be connected to the connection member 22, and may communicate with the outlet 120 through the connection member 22. The blower 21 is connected to the air outlet 120 through the connecting member 22, that is, air in the accommodating chamber 100 can be drawn from the air outlet 120 through the connecting member 22. A coupling 22 and a fan 21 may be provided as a set of suction assemblies 20. The dust box assembly 1 of the present embodiment may be provided with a plurality of air outlets 120, and a plurality of sets of dust collecting assemblies 20 are correspondingly disposed.

Through setting up two at least fans 21 and corresponding two at least air outlets 120, every fan 21 communicates air outlet 120, these two at least fans 21 are at the during operation, can make the inside two at least wind channels that form of dirt box 10, make two at least air currents can the combined action collaborative work, can promote the suction of air fast, thereby can get rid of the air that holds in the chamber 100 more fast, thereby make dust absorption mouth 110 can produce bigger suction and inhale rubbish object, and for the design of single fan 21 and single wind channel, this embodiment can absorb the bigger debris of granule, the heavier rubbish object of quality, can effectively promote clean effect.

Further, set up connecting piece 22 cooperation fan 21 intercommunication air outlet 120, can be convenient for to the installation of fan 21 and the structural arrangement and the design of whole subassembly to and set up connecting piece 22 and can prolong the wind channel, can make the air velocity accelerate, can further promote the suction and the clean effect of dust absorption mouth 110.

Referring to fig. 2 and 3, the dust box 10 may be further formed with a passage chamber 101. The passage chamber 101 and the accommodating chamber 100 are disposed adjacent to each other in the thickness direction of the dust box 10, and the passage chamber 101 communicates with the accommodating chamber 100. The passage chamber 101 communicates with the air outlet 120. Wherein the passage chamber 101 is located downstream of the air flow in comparison with the accommodation chamber 100 by the suction action of the fan 21. That is, when the fan 21 performs a suction operation, the airflow enters the accommodating chamber 100 from the dust suction port 110, then enters the passage chamber 101 from the accommodating chamber 100, and finally is discharged through the connecting member 22 and the fan 21, and the passage chamber 101 is located downstream of the accommodating chamber 100 in the airflow flowing direction.

The channel cavity 101 is communicated with the air outlet 120, so that the circulating space in the dust box 10 is increased. Further, be favorable to the arrangement and the design of a plurality of air outlets 120, and then do benefit to the setting of a plurality of fans 21 and connecting piece 22, and then form the multiple wind channel, fan 21 does not directly aspirate moreover and holds the interior air of chamber 100, but draws through passageway chamber 101, more is favorable to holding chamber 100 and carries out the rubbish deposit, further promotes the suction and the clean effect of air.

As shown in fig. 2 and 3, for example, when the number of the air outlets 120 is two, the two air outlets 120 may be respectively formed on two side surfaces opposite to the dust box 10. For example, the arrangement direction of the two air outlets 120 is perpendicular to the thickness direction of the dust box 10, and may be substantially the same as the length direction of the dust suction port 110. The dust suction opening 110 and the two air outlets 120 are arranged at intervals, and the dust suction opening 110 is located between the two air outlets 120 and is not located on the same side face as the two air outlets 120. The dust suction opening 110 and the two air outlets 120 are respectively formed on the side surfaces of the dust box 10 in the thickness direction, that is, the sequential connection line of the dust suction opening 110 and the two air outlets 120 surrounds the thickness direction of the dust box 10.

Through setting up two air outlets 120 and being located the both sides face that dirt box 10 carried on the back mutually, dust absorption mouth 110 is located between two air outlets 120, can make the inside wind channel that forms of dirt box 10 more balanced, has guaranteed to carry out effectual synergism between two fans 21, but also can reduce the produced noise of air current.

Referring to fig. 4, the present embodiment can further describe a first exemplary structure of the dust box 10, which is described in detail as follows:

the dust box 10 may include a first housing 11, a second housing 12, and a cover 13. One side of the second housing 12 is covered on the first housing 11 to form a receiving chamber 100. The other side of the second casing 12 is formed with a groove 1210, and the cover 13 is covered on the other side of the second casing 12 to form the channel cavity 101. That is, the thickness direction of the dust box 10 may be the direction from the first housing 11 to the cover 13 and the opposite direction. The accommodation chamber 100 and the passage chamber 101 may be spaced apart by the second housing 12 so as to be adjacently disposed.

The first housing 11 may be, for example, a groove-shaped structure, and may include a bottom wall 111 and a side wall 112 surrounding the bottom wall 111, where the bottom wall 111 and the side wall 112 form a groove-shaped structure. When the second housing 12 is covered on the first housing 11, the groove structure is covered to form the receiving cavity 100. The dust suction port 110 may be opened at a sidewall 112 of the first housing 11. The dust box 10 may further include a dust suction portion 14, a dust suction opening 110 communicating with the first housing 11, and a side of the dust suction portion 14 away from the dust suction opening 110 is disposed obliquely. For example, the angle between the plane of the side of the suction portion 14 facing away from the suction opening 110 and the plane of the suction opening 110 is greater than 0 ° and less than 90 °, for example 45 °. Of course, the dust suction port 110 may be provided in the second housing 12, or a part of the dust suction port 110 may be provided in each of the first housing 11 and the second housing 12 so as to form the dust suction port 110 when they are closed.

As shown in fig. 4, the second housing 12 includes, for example, a top wall 121 and an extension 122. The extension portion 122 is connected to an edge region of the top wall 121, and may extend toward a side of the top wall 121 toward the first housing 11, for example. Alternatively, the second housing 12 may include two extensions 122 disposed opposite each other. When the second housing 12 is covered on the first housing 11 for assembly, the top wall 121 is covered on the side wall 112 of the first housing 11, the extending portion 122 is disposed opposite to the side wall 112 of the first housing 11, and a partial region of the side wall 112 of the first housing 11 is sandwiched between the two extending portions 122.

Specifically, one side of the top wall 121 is covered on the side wall 112 of the first housing 11, so that the cooperation of the second housing 12 and the first housing 11 forms the accommodating chamber 100. As shown in fig. 4, the other side of the top wall 121 forms a recess 1210. Each extension portion 122 has a space communicated with the groove 1210, and a side of the extension portion 122 facing away from the top wall 121 can form an air outlet 120, and the air outlet 120 is communicated with the space. The cover 13 covers the other side of the top wall 121, so that the cover 13 and the second housing 12 cooperate to form a channel cavity 101, and the air outlet 120 is communicated with the channel cavity 101. Of course, the air outlet 120 may also be opened on the first casing 11, or both the first casing 11 and the second casing 12.

Alternatively, the first housing 11 and the second housing 12 may be connected by a fitting manner, for example, a fitting groove (not labeled) is provided on a peripheral edge of one side of the top wall 121, and a fitting edge (not labeled) is provided on a peripheral edge of the side wall 112 of the first housing 11. When the first housing 11 and the second housing 12 are covered, the engaging edge is inserted into the engaging groove for connection, so that the connection between the two is tighter and the sealing function is also achieved. Of course, a sealing member may be further provided in the fitting groove to further enhance the sealing function. In the present embodiment, the second housing 12 and the cover 13 may be connected by fitting, for example, by fitting a fitting groove and a fitting edge.

As shown in fig. 4, the second housing 12 may be opened with a communication hole 1211, and the communication hole 1211 penetrates from one side of the second housing 12 to the other side of the second housing 12. Specifically, the communication hole 1211 may be opened in the top wall 121 and penetrate the top wall 121 to communicate the passage chamber 101 and the accommodation chamber 100.

The dust box assembly 1 of the present embodiment may include a screen assembly including a first screen 15 and a second screen 16. The filtering accuracy of the second screen 16 is smaller than that of the first screen 15. In other words, the second screen 16 may be a coarse screen (primary screen) and the first screen 15 may be a fine screen (high efficiency screen). For example, for both first screen 15 and second screen 16 to be mesh-shaped, the mesh size of second screen 16 may be larger than the mesh size of first screen 15. For example, the second screen 16 may have 4 mesh openings, the first screen 15 may have 100 mesh openings, and the entire size of the second screen 16 and the entire size of the first screen 15 are both equivalent to the size of the communication holes 1211, so that the mesh size of the second screen 16 is larger than the mesh size of the first screen 15. Of course, as shown in fig. 2 and 3, the first screen 15 may be a pleated screen, and the filter element of the first screen 15 may have a continuous Z-pleated shape, for example.

The second screen 16 and the first screen 15 may be provided in the second housing 12 and sequentially cover the communication hole 1211. Specifically, the second housing 12 is provided with a cross-shaped bracket inside the communication hole 1211, but may have other shapes (as shown in fig. 4, not labeled), and the bracket may be used to carry the second filter screen 16 and the first filter screen 15, so that both are more stably placed on the second housing 12. Under the suction effect of the fan 21, objects such as garbage and sundries enter the accommodating cavity 100 from the dust suction port 110 along with the airflow, due to the double filtering effect of the second filter screen 16 and the first filter screen 15, the airflow is sequentially filtered by the second filter screen 16 and the first filter screen 15, the objects such as dust and sundries are remained in the accommodating cavity 100, and the filtered air enters the passage cavity 101 and is drawn out through the air outlet 120.

Through the combined design that sets up first casing 11, second casing 12 and lid 13, can make the structural stability of dirt box 10 better, the dismouting of being convenient for moreover does benefit to the clearance of rubbish object, the maintenance of dirt box 10 etc.. Moreover, the combined structure of the dust box 10 facilitates the first housing 11 and the second housing 12 to cooperate to form the accommodating cavity 100, and the second housing 12 and the cover 13 cooperate to form the passage cavity 101, so that the accommodating cavity 100 can better accommodate objects such as sundries and garbage, and the passage cavity 101 can discharge the air in the accommodating cavity 100 more quickly, thereby increasing the flowing speed of the airflow.

Further, set up multistage filtration system, second filter screen 16 and first filter screen 15 can carry out multiple filtration to the air current, guarantee rubbish objects such as debris, dust can effectively be filtered, and deposit in holding chamber 100, realize good clean effect. Of course, the number of the communication holes 1211 may be plural, and an example will be given later in this embodiment.

As shown in fig. 3, the cover 13 is used to cover the second housing 12 and cooperate with the second housing 12 to form a channel cavity 101. In this embodiment, the cover 13 and the second housing 12 may be sealingly engaged by a sealing member (shown in fig. 4 but not labeled) having a shape adapted to the outer shape of the two. As shown in fig. 4, the cover 13 may include a cover body 131 and a screen upper cover 132. The cover body 131 is formed with a mounting hole 130 at a position corresponding to the first screen 15, and the mounting hole 130 communicates with the passage chamber 101. When the cover body 131 is covered on the side wall 112 of the first housing 11, the first filter 15 and the second filter 16 may be exposed. Optionally, the filter screen upper cover 132 is rotatably connected to the cover body 131. For example, one side of the filter screen upper cover 132 is rotatably disposed on the inner wall of the cover body 131 enclosing the mounting hole 130 through a rotating shaft. The upper filter cover 132 may be opened by rotating the cover to cover the mounting holes 130 or opening the mounting holes 130 to expose the first and second filters 15 and 16. Alternatively, the size of the mounting hole 130 is larger than or equal to the size of the communication hole 1211. Of course, in other embodiments, the size of the mounting hole 130 may be smaller than that of the communication hole 1211.

Further, the upper cover 132 can be engaged with the mounting hole 130 through a sealing member (not shown) with a shape corresponding to the mounting hole 130 (as shown in fig. 4) to improve the sealing effect of the dust box 10 and ensure the suction force of the dust suction opening 110 and the effective flow of the airflow inside the dust box 10.

Through setting up rotatable formula filter screen upper cover 132 and mounting hole 130 and cooperating, can be convenient for dismantle or clean second filter screen 16 and first filter screen 15, the setting of mounting hole 130 also can be convenient for observe the inside condition of dirt box 10 moreover, is convenient for inspect and repair.

With respect to the first exemplary construction of the dust box 10 described above, the dust box 10 may further be provided with a snap assembly 30 to facilitate the snap connection of the dust box 10 to other devices. One example of the snap assembly 30 of the dirt box assembly 1 can be described in detail below.

As shown in fig. 4, the snap assembly 30 can be used to make a snap connection with other devices, thereby enabling the dust box assembly 1 and other devices to be assembled for use. The other device is, for example, a device main body of the cleaning device.

Specifically, the snap assembly 30 may include a pressing part 31, an elastic part 33, and a snap lever 32. The pressing portion 31 is connected to the latch lever 32. For example, the latch lever 32 may be a single body, and the pressing portion 31 is connected to a middle region between both ends of the latch lever 32. The two ends of the fastening rod 32 are respectively provided with a fastening portion 321 in a protruding manner. Of course, as shown in fig. 4, the number of the buckling rods 32 may be two, and the two buckling rods are respectively connected to two opposite sides of the pressing portion 31, one end of each buckling rod 32 is connected to the pressing portion 31, and the other end extends in a direction away from the pressing portion 31 and is provided with a buckling portion 321. When the dust box assembly 1 of the present embodiment is snap-fitted to another device, for example, a snap groove is correspondingly provided on the other device, and the snap portion 321 is snap-connected to the corresponding snap groove.

The elastic part 33 may serve to elastically support the pressing part 31. The pressing portion 31 is elastically supported by the dust box 10 via an elastic portion 33. As shown in fig. 4, the first casing 11 has a first placement groove 1110, the first placement groove 1110 corresponds to the notch 1213 of the second casing 12, the first placement groove 1110 extends in the same direction as the side wall 112 of the first casing 11, and the first placement groove 1110 may have a portion of the side wall 112 as a groove wall thereof, that is, the opening direction of the first placement groove 1110 faces the cover 13. The pressing portion 31 has a second placing groove 310, the extending direction of the second placing groove 310 is opposite or substantially opposite to the protruding direction of the fastening portion 321, the elastic portion 33 may be a spring, one end of the elastic portion extends into the first placing groove 1110 to be supported in the first placing groove 1110, and the other end of the elastic portion may be exposed out of the first placing groove 1110. The other end of the elastic portion 33 is supported in the second placing groove 310. The second placement groove 310 may be configured to have a size capable of accommodating the pressing portion 31 so as to be partially accommodated in the second placement groove 310 when the pressing portion 31 is pressed

As shown in fig. 4, the other side of the second housing 12 may be further formed with a rod receiving groove 1212 spaced apart from the groove 1210. The snap rod 32 may be received in the rod receiving slot 1212. When the snap rod 32 is received in the rod-receiving groove 1212, the second housing 12 is located at a notch 1213 corresponding to the pressing portion 31. When the locking rod 32 is received in the rod receiving groove 1212, the locking portion 321 extends toward the cover 13.

In this embodiment, when the second housing 12 and the cover 13 are closed, the rod-containing groove 1212 and the channel 101 may be isolated from each other, so as to ensure the suction force of the dust-collecting opening 110 to better suck the garbage. The cover body 131 is provided with a locking hole (not labeled) at a position corresponding to the locking portion 321. When the pressing portion 31 is not pressed, the elastic portion 33 is elastically supported between the first placing groove 1110 and the second placing groove 310, the fastening rod 32 is abutted, and the fastening portion 321 may protrude out of the fastening hole to be capable of performing a fastening connection when being assembled with other devices. When the pressing portion 31 is pressed, the elastic portion 33 further elastically compresses, the pressing portion 31 can move toward the bottom wall 111, for example, can move into the first placing groove 1110, and the latch lever 32 moves away from the cover 13 along with the movement so that the latch portion 321 does not protrude out of the latch hole of the cover 13, and thus can be disengaged. The snap rod 32 can be limited by the rod-receiving groove 1212, so as to limit the pressing portion 31 from being pressed to move continuously.

Of course, positioning posts (not shown) may be disposed in both the first placement groove 1110 and the second placement groove 310 to position and fix the elastic portion 33, for example, two ends of the spring are respectively sleeved on the positioning posts.

Referring to fig. 5 and 6, the present embodiment can also describe a second exemplary structure of the dust box 10, which is described in detail as follows:

the first housing 11a may be provided in a plate shape. The second housing 12a includes a top wall 121a and a side wall 122a provided around the top wall 121 a. A portion of the side wall 122a extends from the top wall 121a toward the first housing 11a, and the top wall 121a and the portion of the side wall 122a are enclosed in a groove-shaped structure. Another portion of the side wall 122a extends from the top wall 121a toward the cover 13 a. When the second housing 12a is covered on the first housing 11a, the top wall 121a, the side wall 122a, and the bottom wall 111a form the accommodating chamber 100. The first housing 11a and the second housing 12a may be hermetically covered by a suitable sealing member.

The dust suction port 110 opens in a side wall 122a of the second housing 12 a. The dust box 10 may further include a dust suction portion 14a, the dust suction portion 14a may be disposed on the sidewall 122a of the second housing 12a to communicate with the dust suction opening 110 of the second housing 12a, and a side of the dust suction portion 14a facing away from the dust suction opening 110 is disposed in an inclined manner. For example, the angle between the plane of the side of the suction portion 14a facing away from the suction opening 110 and the plane of the suction opening 110 is greater than 0 ° and less than 90 °, optionally 45 °. Alternatively, the dust suction part 14a may be detachably provided to the second housing 12 a. Optionally, the dust suction part 14a is rotatably disposed on the second housing 12a, for example, one side of the dust suction part 14a in the length direction is rotatably connected to the second housing 12a (for example, the dust suction part 14a may be rotatably connected by a rotating shaft), and the other side of the dust suction part 14a in the length direction is in snap-fit connection with the second housing 12 a. The longitudinal direction of the dust suction portion 14a coincides with or substantially coincides with the longitudinal direction of the dust suction port 110. After the dust suction part 14a and the second housing 12a are disengaged, the other side of the dust suction part 14a in the length direction thereof can rotate around the rotation axis of the one side of the dust suction part 14a in the length direction thereof, so that the dust suction opening 110 can be exposed, and operations such as observation, cleaning and repair can be conveniently carried out.

The side of the top wall 121a facing away from the first housing 11a and the other portion of the side wall 122a enclose a groove 1210a, and the groove 1210a and the groove-shaped structure adjacent to the side of the first housing 11a are respectively located at two sides of the top wall 121 a. The cover 13a covers the second housing 12a to form the channel cavity 101. The second housing 12a and the cover 13a may be sealed and closed by a suitable sealing member.

The second housing 12a further includes an extending portion 123a, and the extending portion 123a is located on two opposite sides of the second housing 12 a. Specifically, the extension 123a has a space, and a portion of the sidewall 122a of the second housing 12a can be an outer sidewall (facing the outer side of the dust box 10) of the extension 123a, and of course can also be an inner sidewall of the extension 123 a. When the first housing 11a and the second housing 12a are closed, the space of the extension 123a does not directly communicate with the accommodation chamber 100, but communicates with the passage chamber 101. The extending portion 123a is opened with an air outlet 120, and the air outlet 120 is opened on, for example, an outer sidewall of the extending portion 123a, and a part of the sidewall 122a, for example, the outer sidewall of the extending portion 123a is opened with the air outlet 120, so as to communicate with a space of the extending portion 123 a.

The second housing 12a may be opened with a communication hole 1211a, and the communication hole 1211a may penetrate the top wall 121 a. In the present embodiment, the number of the communication holes 1211a may be plural, and the shape is, for example, a circle, an ellipse, a square, or the like. The communication hole 1211a is for communicating the passage chamber 101 and the accommodation chamber 100.

The screen assembly includes a first screen 15a and a second screen 16 a. The filtering accuracy of the second screen 16a is smaller than that of the first screen 15 a. In other words, the second screen 16a may be used as a coarse screen (primary screen) and the first screen 15a may be used as a fine screen (high efficiency screen). For example, for second screen 16a and first screen 15a to be both mesh-like, the mesh size of second screen 16a may be larger than the mesh size of first screen 15 a. For example, the second screen 16a may have 4 meshes, the first screen 15a may have 100 meshes, and the entire size of the second screen 16a and the entire size of the first screen 15a are adapted to the communication hole 1211a, i.e., the size of the meshes of the second screen 16a is larger than that of the meshes of the first screen 15 a. Of course, as shown in fig. 5, the first screen 15a may have a foldable screen.

The second screen 16a is provided in the second casing 12a, and may be positioned inside the communication hole 1211a or outside the communication hole 1211a to cover the communication hole 1211 a. The second screen 16a may be a single body which covers the plurality of communication holes 1211 a. The second screen 16a may be a plurality of screens, and is correspondingly positioned in each of the communication holes 1211 a. The first filter 15a may be disposed in the space of the extending portion 123a to cover the air outlet 120, so as to filter the airflow flowing out of the air outlet 120. The number of the second filter screens 16a is, for example, at least two, and corresponds to at least two air outlets 120, that is, each air outlet 120 is provided with one second filter screen 16 a.

Through corresponding the first filter screen 15a that sets up at two at least air outlets 120, form the filtration system of many high-efficient filter screens, so a plurality of first filter screens 15a can filter respectively the air current of flowing through two at least air outlets 120, can promote filter effect and filtration efficiency, can further promote the speed that the air current flows. Further, the plurality of communication holes 1211a may increase an area through which the air flow passes, thereby preventing an air flow from being obstructed due to the accumulation of the garbage objects such as the foreign materials in the receiving chamber 100.

The second exemplary construction of the dust box 10 described above may use the same construction of the snap assembly 30 as the first exemplary construction of the dust box 10. Of course, a second exemplary configuration of the dust box 10 may also provide a different configuration of the latch assembly 30 than the first exemplary configuration of the dust box 10, and another example of the latch assembly 30 may be described in detail below.

Referring to fig. 5 and 6, the latch assembly 30 may include a pressing portion 31a, a latch lever 32a, and an elastic portion 33a, wherein the pressing portion 31a is connected to the latch lever 32 a. For example, the latch bar 32a may be integrated, for example, the pressing portion 31a is connected to a middle region between both ends of the latch bar 32 a. The two ends of the fastening rod 32a are respectively provided with a fastening part 321a in a protruding manner. Of course, as shown in fig. 5, the number of the latch levers 32a may be two, and the two latch levers are respectively connected to two sides of the pressing portion 31a, and each latch lever 32a has one end connected to the pressing portion 31a and the other end extending away from the pressing portion 31a and provided with a latch portion 321 a. The elastic portion 33a is provided on the pressing portion 31a, and the elastic portion 33a is rotatable with respect to the dust box 10. The pressing portion 31a is rotatable with respect to the dust box 10 by the elastic portion 33 a.

As shown in fig. 5, the other side of the second housing 12a may be further formed with a rod receiving groove 1212a spaced apart from the groove 1210 a. Specifically, when the second housing 12a and the cover 13a are closed, the rod receiving groove 1212a and the channel 101 may be isolated from each other and not communicated with each other, so as to ensure that the suction force of the dust suction port 110 can better suck the garbage. As shown in FIG. 6, the snap rod 32a and the pressing portion 31a can be received in the rod receiving groove 1212 a. For example, the part of the groove body of the rod-receiving groove 1212a corresponding to the snap rod 32a is adapted to the external shape of the snap rod 32a, and the part of the groove body of the rod-receiving groove 1212a corresponding to the pressing portion 31a is adapted to the external shape of the pressing portion 31 a. When the snap lever 32a and the pressing portion 31a are accommodated in the lever accommodating groove 1212a, the elastic portion 33a is elastically deformed as the pressing portion 31a is pressed.

The elastic portion 33a includes, for example, a rotating lever 331a, a torsion spring 332a, and a connecting body 333a, and the connecting body 333a is fixed to the pressing portion 31 a. The connecting body 333a is provided with a torsion spring slot (not labeled), for example, a middle region of the connecting body 333 a. The rotating rod 331a is disposed through the connecting body 333a along the length direction of the connecting body 333a, and specifically passes through one end of the connecting body 333a, the torsion spring placing groove, and the other end of the connecting body 333a in sequence, and the two ends of the protruding connecting body 333a are disposed. The torsion spring 332a is sleeved on a portion of the rotating lever 331a located in the torsion spring placing groove. Of course, an elastic body of another shape may be used instead of the torsion spring 332 a.

Both ends of the rotating lever 331a may be directly rotatably provided to the second housing 12 a. The rotation lever 331a may also be provided to the second housing 12a to be indirectly rotatable. For example, as shown in fig. 5 and 6, the fastening assembly 30 may further include a fixing portion 34a, the fixing portion 34a is opened with a connecting body placing groove, and the fixing portion 34a is opened with a hole on each of two side walls of the connecting body placing groove, and a portion of the rotating rod 331a protruding from both ends of the connecting body 333a is inserted into the hole to be rotatably connected. When the pressing portion 31a and the locking rod 32a are placed in the rod receiving groove 1212a, the fixing portion 43a is fixedly connected to the second housing 12a, for example, by screws. Both ends of the torsion spring 332a may be limited by the second housing 12a and the connecting body 333a, respectively, so as to be elastically deformed during the relative rotation.

When the latch rod 32a is accommodated in the rod accommodating groove 1212a, the latch portion 321a extends toward the cover 13 a. When the pressing portion 31a is pressed toward the bottom wall 111a, the pressing portion 31a rotates along the axis of the rotating rod 331a, and the torsion spring 332a can further elastically deform, so as to drive the fastening portion 321a to displace and move toward the bottom wall 111 a. When the pressure applied to the pressing portion 31a disappears, the torsion spring 332a makes the pressing portion 31a rotate reversely (relative to the pressed state) due to the elastic restoring force, and drives the buckling portion 321a to move reversely and away from the bottom wall 111 a.

The body of the cover 13a has a fastening hole (not shown) at a position corresponding to the fastening portion 321 a. When the pressing portion 31a is not pressed, the engaging portion 321a protrudes from the engaging hole, and thus the engaging connection can be performed. When the pressing portion 31a is pressed and pressed toward the bottom wall 111a, the pressing portion 31a rotates toward the bottom wall 111a along the axis of the rotating lever 331a, so that the locking portion 321a is displaced toward the bottom wall 111a, and thus the locking portion does not protrude out of the locking hole of the cover 13a, thereby facilitating the releasing process. When the pressing portion 31a is pressed further, the latch lever 32a can be limited by the lever receiving groove 1212a, so that the pressing portion 31a is prevented from being pressed and further moving.

By providing the elastic rotation type snap assembly 30, the snap connection can be made more convenient, the structural stability is better, and the structural design can be further simplified compared with the former exemplary structure.

Referring to fig. 7 to 9, the third specific exemplary structure of the dust box 10 can be described in this embodiment, and specifically, the structure can be as follows:

as shown in fig. 9, the dust box 10 has at least two communication holes 1211b spaced apart from each other. A continuous hole 1211B and another continuous hole 1211B are formed in at least two of the continuous holes 1211B, and a projection point D of a center C of the dust suction port 110 on a line connecting a center A of the continuous hole 1211B and a center B of the other continuous hole 1211B is located between centers A, B of the two continuous holes 1211B. The center C of the dust suction port 110 is a perpendicular line connecting the centers A, B of the two communication holes 1211b, and an intersection point D at which the perpendicular line intersects the center A, B of the two communication holes 1211b is located between the centers A, B of the two communication holes 1211 b. The center C of the suction port 110 means a geometric center of a geometric shape identical to and matching the shape of the suction port 110 or a center of gravity of a homogeneous object identical to and matching the shape of the suction port 110. Similarly, the center A, B of the communication hole 1211b refers to a geometric center of a geometric shape that is the same as and matches the shape of the communication hole 1211b or a center of gravity of a homogeneous object that is the same as and matches the shape of the communication hole 1211 b.

As shown in fig. 7 and 8, the dust box 10 may include a first housing 11b, a second housing 12b, and a cover 13 b. The second housing 12b is covered on the first housing 11b to form an accommodating cavity 100, and the cover 13b is covered on the second housing 12b to form a channel cavity 101.

As shown in fig. 8, the first housing 11b is, for example, arranged in a groove shape, and may specifically include a bottom wall 111b and a side wall 112b arranged around the bottom wall 111b, and the bottom wall 111b and the side wall 112b enclose a groove-shaped structure. When the second housing 12b is covered on the first housing 11b, the groove structure of the first housing 11b may be covered into the receiving cavity 100. The first housing 11b may have a dust suction port 110 formed in a side wall 112b, for example, and the dust suction port 110 communicates with the groove structure, that is, the receiving chamber 100.

The second housing 12b may be substantially plate-shaped. The second housing 12b may have at least two communication holes 1211b formed therein, and the communication holes 1211b extend from one side surface of the second housing 12b to the other side surface of the second housing 12 b. The communication hole 1211b communicates with the accommodating chamber 100. The arrangement of the at least two communication holes 1211b can form a plurality of flow directions for the air flow entering the dust collection opening 110, prevent the sucked garbage and the like from being only accumulated at the position adjacent to the dust collection opening 110, and disperse and accumulate along with different air channels, thereby improving the space utilization rate of the dust box 10.

As shown in fig. 9, a projection point D of the center C of the dust suction port 110 on a connecting line of the center a of the one communicating hole 1211B and the center B of the other communicating hole 1211B is located between the centers A, B of the two communicating holes 1211B, so that the air flow entering the dust suction port 110 can be divided to two sides of the center C, for example, the air flow flows to the one communicating hole 1211B, the other communicating hole 1211B, and the like, thereby improving the flowing direction of the air flow, enabling the sucked garbage objects to be preferentially stacked from two sides, and improving the space utilization rate of the dust box 10.

In some embodiments, as shown in fig. 8, the arrangement direction of the two communication holes 1211b may be substantially along the length direction of the second housing 12b, so that the two communication holes 1211b are disposed at intervals and located in the adjacent areas of the two ends of the second housing 12b in the length direction thereof (the connection line direction of the two ends is substantially the length direction of the second housing 12 b), which enables the following air flow to be preferentially accumulated on the two sides when the garbage objects are sucked into the dust box 10, thereby improving the situation that the garbage objects are concentrated in the adjacent areas of the dust suction opening 110, reducing the phenomenon of blocking the dust suction opening 110, and improving the space utilization rate of the dust box 10. Further, the two communication holes 1211b may be located adjacent to a side of the first housing 11b opposite to the dust suction port 110 (a side away from the dust suction port 110), and a line connecting centers of the two communication holes 1211b and the center of the dust suction port 110 may be a triangle, for example, an isosceles triangle. Of course, the second housing 12b structure may also be the second housing 12 as shown in the first exemplary configuration of the dirt box 10.

Of course, the arrangement position of the communication hole 1211b may be adjusted by specifically designing the structures of the first housing 11b, the second housing 12b, and the third housing 13b, and there may be the following cases:

as shown in fig. 10, in one embodiment, the second housing 12b may include a top wall and a side wall, while the first housing 11b is provided in a plate shape, and the third housing 13b is provided to cover the first housing 11b, and the second housing 12b separates the receiving chamber 100 and the passage chamber 101. At least two of the communication holes 1211b may be partially opened in the top wall and partially opened in the side wall to communicate the receiving chamber 100 and the passage chamber 101. Of course, at least two communication holes may be provided on both side walls of the second housing 12b opposite to each other.

As shown in fig. 11, in another embodiment, the first housing 11b includes a bottom wall and a side wall, and the second housing 12b is provided to cover the side wall of the first housing 11. The third housing 13b is provided to cover the bottom wall of the first housing 11 b. The second housing 12b partitions the accommodation chamber 100 and the passage chamber 101. At least one of the at least two communication holes 1211b is opened in the second housing 12b, and at least another one is opened in a side wall of the first housing 11b, and both communicate the accommodation chamber 100 and the passage chamber 101. Of course, the at least two communication holes 1211b may be opened on both side walls of the first casing 11 b.

Alternatively, the dust box assembly 1 may include at least two filter screen assemblies each for filtering the air flow of one of the communication holes 1211 b. Each of the screen assemblies includes the first screen 15b, and the number of the first screen 15b and the communication holes 1211b may correspond one to one. The first screen 15b may be disposed in the communication hole 1211b to filter the air flow, and may be partially received in the communication hole 1211b, for example. Of course, the first filter 15b may be disposed on one side of the second casing 12b facing the cover 13b and correspondingly cover the communication hole 1211b to filter the air flow. Optionally, each screen assembly may further include a second screen 16b, and the filtering accuracy of the first screen 15b is greater than that of the second screen 16 b. The second screen 16b may be disposed in the through hole 1211b, and the first screen 15b is covered on the second screen 16b, and the first screen 15b is closer to the cover 13b than the second screen 16 b. In other words, the first screen 15b is located downstream of the second screen 16b, and the air flow passes through the second screen 16b and the first screen 15b in turn to be double-filtered.

Through setting up two at least intercommunicating pores 1211b, correspond and set up two at least first filter screen 15b, can get into the air current that holds chamber 100 through dust absorption mouth 110 and form two at least wind channels to change the wind channel flow direction, optimize the flow of air current, thereby make rubbish inhaled dirt box 10 can obtain more effective the depositing, thereby can improve dirt box 10's space utilization, make dirt box 10's filtration efficiency better, cleaning efficiency is higher, so can promote dust absorption mouth 110's suction.

The cover 13b covers the second housing 12b to enclose the channel cavity 101. For example, a groove (not shown) is formed on a side of the cover 13b facing the second housing 12b, and the groove is enclosed by the cover 13b and the second housing 12b when the cover and the second housing are covered together to form the channel cavity 101. Of course, the structure of the cover 13b and the second housing 12b may also be the same as the cover 13 and the second housing 12 in the first exemplary structure of the dust box 10.

Optionally, the dust box 10 may further include a rotating member 17b, and the cover 13b may be rotatably connected to the first housing 11b through the rotating member 17b, so as to cover or open the first housing 11b and the cover 13 b. When the first housing 11b and the cover 13b are opened from each other, the second housing 12b can be exposed, and cleaning, maintenance, and the like of the first filter 15b and the second filter 16b can be facilitated. Specifically, the rotating member 17b may include a rotating shaft 171b, a first shaft receiving portion 172b disposed on the first housing 11b, and a second shaft receiving portion 173b disposed on the cover 13b, and both ends of the rotating shaft 171b are respectively embedded in the first shaft receiving portion 172b and the second shaft receiving portion 173b, so that the first housing 11b and the cover 13b can rotate relatively.

Alternatively, the cover 13b may include a cover body 131b and a screen upper cover 132 b. The cover body 131b has a mounting hole 130b formed at a position corresponding to the first screen 15b, and the mounting hole 130b communicates with the passage chamber 101. When the cover body 131b is covered on the side wall 112b of the first housing 11b, the second filter 16b and the first filter 15b may be exposed. Optionally, the filter cover 132b is rotatably connected to the cover body 131 b. For example, one side of the upper filter cover 132b is rotatably disposed on the inner wall of the cover body 131b surrounding the mounting hole 130b through a rotating shaft. The screen upper cover 132b may be opened by rotating the cover to close the mounting hole 130b or opening the mounting hole 130b so that the second screen 16b and the first screen 15b are exposed. Alternatively, the mounting hole 130b is disposed opposite to the communication hole 1211b, and the size of the mounting hole 130b is greater than or equal to the size of the communication hole 1211 b. Of course, in other embodiments, the size of the mounting hole 130b may be smaller than that of the communication hole 1211 b.

Further, the upper cover 132b can be engaged with the mounting hole 130b through a sealing member (as shown in fig. 4, but not labeled) with a shape corresponding to the mounting hole 130b, so as to improve the sealing effect of the dust box 10 and ensure the suction force of the dust suction opening 110 and the effective flow of the airflow inside the dust box 10.

Through setting up rotatable formula filter screen upper cover 132b and mounting hole 130b and cooperating, can be convenient for dismantle or clean second filter screen 16b and first filter screen 15b, the inside condition of dust box 10 also can be convenient for observe in the setting of mounting hole 130b moreover, is convenient for inspect and repair.

The outlet 120 may be opened in the cover 13 b. Of course, when the second housing 12b is the same as the second housing 12 in the first exemplary structure of the dust box 10, the air outlet 120 may be opened in the second housing 12. Optionally, the cover 13 may further have a fastening hole.

In one embodiment, as shown in fig. 7, when the first screen 15b is partially received in the communication hole 1211b, the first screen 15b is inclined. For example, the first screen 15b may be inclined toward the air outlet 120, so that the air flow filtered by the first screen 15b can be quickly delivered to the air outlet 120. Specifically, an included angle between a side surface of the first filter 15b adjacent to the cover 13b and a side surface of the second casing 12b facing the cover 13b is greater than 90 ° and less than 180 °.

Optionally, a notch 1213b is formed at an edge of the second casing 12b away from the dust suction port 110, and a protrusion 1212b is disposed on a side of the second casing 12b facing the cover 13b, and the protrusion 1212b surrounds the notch 1213 b. The cover 13b has a mating groove (not shown) formed on a side facing the second housing 12b, the mating groove has a shape corresponding to the shape of the protrusion 1212b, and when the cover 13b covers the second housing 12b, the protrusion 1212b of the cover 13b can be inserted into the mating groove to separate the passage cavity 101 from the notch 1213 b. As shown in fig. 8, the first casing 11b has a first placement groove 1110b, and the first placement groove 1110b opens toward the cover 13b, corresponding to the notch 1213b of the second casing 12 b. When the second housing 12b is covered on the first housing 11b, the accommodating chamber 100 and the first placement groove 1110b are spaced from each other and do not communicate with each other.

With respect to the third exemplary construction of the dust box 10 described above, the dust box 10 may further be provided with a snap assembly 30 to facilitate the snap connection of the dust box 10 to other devices. Still another example of the snap assembly 30 of the dirt box assembly 1 can be described in detail below.

The latch assembly 30 may include a pressing portion 31b, a latch portion 321b protruding from the pressing portion 31b, and an elastic portion 33 b. The engaging portion 321b is for engaging with an engaging groove of the apparatus main body. The elastic portion 33b supports the pressing portion 31 b. Specifically, the pressing portion 31b is formed with a second placing groove 310b, and the shape of the pressing portion 31b is adapted to the shape of the notch 1213b, for example. The opening direction of the second placement groove 310b is opposite to the protruding direction of the catching portion 321 b. The elastic portion 33b is an elastic member such as a spring, for example, and one end of the elastic portion 33b extends into the second placement groove 310b and the other end thereof extends into the first placement groove 1110 b. When the first housing 11b, the second housing 12b, and the cover are assembled, the other end of the elastic portion 33b is supported in the first placing groove 1110b, thereby supporting the pressing portion 31b and the locking portion 321 b. The locking portion 321b corresponds to a locking hole of the cover 13 b. Optionally, two opposite side walls 112b in the first placement groove 1110b are provided with sliding grooves, two corresponding sides of the pressing portion 31b are provided with sliding rails, and the sliding rails are embedded into the sliding grooves, so that the pressing portion 31b can slide in the first placement groove 1110 b.

When the pressing portion 31b is not pressed, the elastic portion 33b is elastically supported between the first placing groove 1110b and the second placing groove 310b, and the pressing portion 31b is abutted so that the buckling portion 321b can protrude out of the buckling hole to be able to perform a buckling connection when assembled with the apparatus main body. When the pressing portion 31b is not pressed, the elastic portion 33b further elastically compresses, the pressing portion 31b can move toward the first housing 11b, for example, can move into the first placing groove 1110b, and the locking portion 321b moves away from the cover 13b along with the movement, so that the locking portion 321b does not protrude out of the locking hole of the cover 13b, and can be locked.

Taking a sweeping robot as an example, the sweeping robot (not shown) includes, for example, an apparatus main body (not shown) and the dust box assembly 1 of the embodiment, where the apparatus main body is used for sweeping, for example, a floor.

Specifically, for example, the apparatus main body includes a housing, a roll brush provided in the housing, and a drive motor that drives the roll brush to roll. The main body of the apparatus can be used in conjunction with the dust box assembly 1 of the present embodiment, for example, a housing of the main body of the apparatus is provided with a snap groove (not shown) for snap-coupling with the snap portions 321(321a, 321 b). Specifically, when the pressing portions 31(31a, 31b) are pressed, the elastic portions 33(33a, 33b) are elastically deformed, the pressing portions 31(31a, 31b) can drive the latching portions 321(321a, 321b) to move away from the latching grooves, so that the latching portions 321(321a, 321b) can be disengaged from the latching grooves, and when the pressing portions 31(31a, 31b) are not pressed, the elastic restoring force of the elastic portions 33(33a, 33b) can enable the pressing portions 31(31a, 31b) to drive the latching portions 321(321a, 321b) to move close to the latching grooves or keep a state close to the latching grooves, so that the latching portions 321(321a, 321b) can be latched with the latching grooves.

The present embodiment can facilitate the snap-fit connection with the device body of the cleaning device by providing the snap assembly 30. In some embodiments, the fastening assembly 30 includes two fastening portions 321(321a), so that the fastening connection between the dust box assembly 1 and the apparatus main body of the present embodiment can be tighter, the fixing effect of the two structures can be enhanced, and the arrangement of the two fastening portions 321(321a) can further limit the relative displacement between the dust box 10 and the housing of the apparatus main body, thereby ensuring the stability of the structures.

The attachment 22 of the dust suction assembly 20 of this embodiment may be fixed to the housing of the apparatus main body. The good fastening effect and the limiting effect of the fastening component 30 prevent the dust box 10 and the device body from shifting, so that the sealing effect of the connecting piece 22 and the air outlet 120 can be effectively ensured.

To further enhance the speed of the airflow and optimize the design of the structural space, the present embodiment provides an exemplary configuration of the connector 22 as follows:

referring to fig. 12, the connecting member 22 of the present embodiment may have an irregular shape. One side of the connection member 22 may be formed with a first vent 221, the first vent 221 for communicating with the outlet 120, and the other side of the connection member 22 is formed with a second vent 222 communicating with the first vent 221. The shape of the first ventilation opening 221 may be adapted to the shape of the air outlet 120, or may be designed according to circumstances. For example, the shape of the first ventilation opening 221 shown in fig. 9 is adapted to the shape of the outlet opening 120 shown in fig. 1-6. The first ventilation opening 221 shown in fig. 9 may be designed in a specific shape according to the air outlet 120 shown in fig. 7 to 8 so that the two are adapted. In the present embodiment, the shapes of the connection member 22 and the first ventilation opening 221 are not limited, and the same applies to the second ventilation opening 222.

For example, the first ventilation opening 221 formed on one side of the connecting member 22 and the second ventilation opening 222 formed on the other side of the connecting member 22 may be disposed in a staggered manner, for example, after the connecting member 22 is assembled with the dust box 10, a projection of the first ventilation opening 221 on a plane where the air outlet 120 is located and a projection of the second ventilation opening 222 on a plane where the air outlet 120 is located may partially overlap or may not completely overlap. The connection member 22 has a space inside, which is the first and second ventilation openings 221 and 222, respectively. As such, the path of the airflow flowing within the connector 22 may be curved.

In this embodiment, the included angle between the plane of the first ventilation opening 221 and the plane of the second ventilation opening 222 is greater than 0 ° and less than 180 °. Optionally, the included angle between the plane of the first ventilation opening 221 and the plane of the second ventilation opening 222 is greater than or equal to 20 ° and less than 100 °. Optionally, the included angle between the plane of the first ventilation opening 221 and the plane of the second ventilation opening 222 is greater than or equal to 30 ° and less than or equal to 90 °. Optionally, the included angle between the plane of the first ventilation opening 221 and the plane of the second ventilation opening 222 is greater than or equal to 40 ° and less than or equal to 60 °. Optionally, the angle between the plane of the first vent 221 and the plane of the second vent 222 is 46 °.

Referring to fig. 13, as another exemplary structure of the connecting member 22, the main differences from the above exemplary structure include: a partition plate 223 is disposed in the first ventilation opening 221 of the connection member 22, and the partition plate 223 has one or more through holes disposed at intervals. The connecting member 22 is connected between the blower 21 and the air outlet 120, and the through hole can communicate the second air outlet 222 and the air outlet 120. By further providing the partition plate 223, it is possible to block foreign objects from entering the blower 21 through the first vent 221 and causing interference or damage to the blower 21.

The fan 21, such as a suction fan or a blower, may perform the function of suction. The blower 21 is disposed at the other side of the connecting member 22 and communicates with the second ventilation opening 222. When the fan 21 is in operation, the airflow passes through the dust suction opening 110, the accommodating chamber 100, the passage chamber 101, the space of the extension portion 122, the air outlet 120, and the first and second ventilation openings 221 and 222 in sequence, and is drawn out by the fan 21.

In this embodiment, when the connection member 22 is in butt-joint communication with the air outlet 120, the connection member may be sealed by a sealing ring 24, and the sealing ring 24 is, for example, a sealing rubber ring. That is, the sealing ring 24 may be provided at a communication portion between the first vent 221 and the outlet port 120 to seal the communication portion.

In this embodiment, by setting the ventilation structure of the connecting member 22 and the included angle between the plane of the first ventilation opening 221 and the plane of the second ventilation opening 222, the air duct design of the whole dust box assembly 1 can be optimized, so that the airflow speed is faster. Moreover, the included angle between the plane of the first ventilation opening 221 and the plane of the second ventilation opening 222 is set, so that the fan 21 has a certain inclination (as shown in fig. 1) during installation, and the installation space of the fan 21 can be effectively saved.

As shown in fig. 2, the dust collection assembly 20 of the present embodiment may further include a shock pad 23, wherein a receiving groove 223 is formed on the other side of the connecting member 22, where the second ventilation opening 222 is opened, the receiving groove 223 is communicated with the second ventilation opening 222, the shape of the receiving groove 223 is adapted to the shape of the shock pad 23, and the shock pad 23 is received in the receiving groove and located between the blower 21 and the connecting member 22.

This embodiment is through setting up storage tank 223 holding shock pad 23, and fan 21 passes through shock pad 23 and sets up on connecting piece 22, can make effectively reduce the vibrations of fan 21 at the during operation to avoid effectively reducing the influence of fan 21 vibrations to connecting piece 22, can effectively guarantee the sealed effect of connecting piece 22 and dirt box 10, and then guarantee fan 21's convulsions effect.

The cleaning device 300 described in the embodiment of the present application is, for example, the aforementioned sweeping robot or vacuum cleaner, but is not limited to the sweeping robot and vacuum cleaner. Referring to fig. 14, the cleaning apparatus 300 of the present embodiment includes: the apparatus body 2 and the dust box assembly 1 described in the above embodiments.

For a vacuum cleaner, for example, the apparatus main body 2 includes a housing, a circuit board, etc., and may further include a floor brush connected to the housing through an air duct. The dust box assembly 1 may be provided in a housing of the apparatus main body 2 for adsorbing foreign materials, dust, etc. through a floor brush and a wind pipe.

For the sweeping robot, the device main body 2 includes, for example, a housing, a roll brush, and a motor for driving the roll brush to roll. The roll brush is used for cleaning garbage, sundries, dust and the like, and the dust box assembly 1 is used for adsorbing the garbage, sundries, dust and the like cleaned by the roll brush.

To sum up, this application can provide bigger suction and more stable air current through two fan 21 at least and two wind channel designs, effectively promotes clean effect. This application is used for setting up first filter screen 15 respectively through setting up two at least intercommunicating pores 1211, can optimize the air current flow direction in the dirt box 10, and the wind channel design improves the filter effect and the clean effect of dirt box 10.

The above embodiments are merely examples and are not intended to limit the scope of the present disclosure, and all modifications, equivalents, and flow charts using the contents of the specification and drawings of the present disclosure or those directly or indirectly applied to other related technical fields are intended to be included in the scope of the present disclosure.