阅读说明：本技术 一种洗衣机内筒静电粉末喷涂设备 (Washing machine inner tube electrostatic powder spraying equipment ) 是由 丁存义 于 2021-09-23 设计创作，主要内容包括：本发明涉及洗衣机内筒喷漆技术领域,具体是一种洗衣机内筒静电粉末喷涂设备,包括传送带滚筒,传送带滚筒两侧分别设置有左滚动壳和右滚动壳,左滚动壳与右滚动壳上方设置有洗衣机内筒；左滚动壳和右滚动壳两端下方分别设置有机架脚,传送带滚筒上方设置有洗衣机内筒,左滚动壳远离左滚动壳一侧设置有下喷涂机构固定杆,下喷涂机构固定杆上方固定有一个下涂料管,下涂料管上方固定有一个上喷涂机构固定杆,上喷涂机构固定杆呈L型且靠近右滚动壳一侧竖直方向固定有一个上涂料管,这样的设置可以使洗衣机内筒在运输过程中完成表面喷漆工作,同时可以对未能完成吸附的粉末进行回收再利用,减少资源浪费。(The invention relates to the technical field of spraying paint on inner cylinders of washing machines, in particular to electrostatic powder spraying equipment for the inner cylinders of the washing machines, which comprises a conveyor belt roller, wherein a left rolling shell and a right rolling shell are respectively arranged on two sides of the conveyor belt roller, and the inner cylinders of the washing machines are arranged above the left rolling shell and the right rolling shell; the left rolling shell and the right rolling shell are respectively provided with a rack foot below two ends, a washing machine inner barrel is arranged above the conveyor belt roller, one side, away from the left rolling shell, of the left rolling shell is provided with a lower spraying mechanism fixing rod, a lower coating pipe is fixed above the lower spraying mechanism fixing rod, an upper spraying mechanism fixing rod is fixed above the lower coating pipe, the upper spraying mechanism fixing rod is L-shaped and is fixed with an upper coating pipe close to the vertical direction of one side of the right rolling shell, the surface painting work of the washing machine inner barrel in the transportation process can be completed through the arrangement, meanwhile, adsorbed powder can not be recycled, and resource waste is reduced.)

1. The electrostatic powder spraying equipment for the inner barrel of the washing machine comprises a conveyor belt roller (12) and is characterized in that a left rolling shell (62) and a right rolling shell (63) are respectively arranged on two sides of the conveyor belt roller (12), and the inner barrel (10) of the washing machine is arranged above the left rolling shell (62) and the right rolling shell (63); left side is rolled shell (62) and is rolled shell (63) both ends below and set up frame foot (13) respectively, conveyer belt cylinder (12) top is provided with washing machine inner tube (10), left side is rolled shell (62) and is kept away from left side and is rolled shell (62) one side and be provided with down spraying mechanism dead lever (32), spraying mechanism dead lever (32) top is fixed with one down coating pipe (23) down, coating pipe (23) top is fixed with one and goes up spraying mechanism dead lever (18) down, it is L type and is close to right side and rolls shell (63) one side vertical direction and be fixed with one and go up coating pipe (16) to go up spraying mechanism dead lever (18).

2. The electrostatic powder spraying equipment for the inner barrel of the washing machine as claimed in claim 1, wherein a transmission roller shaft (39) is arranged in the conveyor belt roller (12), a right protection groove (37) is sleeved outside one end of the transmission roller shaft (39), the right protection groove (37) is concave, a main motor (34) is arranged at the concave part of the right protection groove (37), and the transmission roller shaft (39) penetrates through and extends out of the right protection groove (37) to be connected with the output end of the main motor (34); a left protection groove (61) is sleeved at one end, far away from the right protection groove (37), of the transmission roller shaft (39), and the left protection groove (61) is concave; the conveyer belt cylinder (12) overcoat is equipped with drive belt (65), drive belt (65) both sides are fixed with a drive belt hardboard (66) respectively, the drive belt hardboard (66) outside is linear array and is fixed with a plurality of left sliding block connecting rods (43).

3. The electrostatic powder spraying equipment for the inner barrel of the washing machine as claimed in claim 2, wherein an eccentric gear (40) is fixed at one end of the transmission roller shaft (39) far away from the right protection groove (37), a connecting rod is arranged outside the eccentric gear (40), one end of the connecting rod is slidably connected with a hydraulic plate (70), an L-shaped coating mechanism moving hydraulic cylinder (33) is sleeved outside the transmission belt hard plate (66), and an L-shaped lower spraying mechanism fixing rod (32) is arranged inside the other end of the coating mechanism moving hydraulic cylinder (33).

4. The electrostatic powder spraying equipment for the inner barrel of the washing machine as claimed in claim 1, wherein an inclined lower coating channel (22) is arranged above the lower coating pipe (23), and a lower coating container (20) is arranged at the other end of the lower coating channel (22); two sides of the lower coating pipe (23) are respectively provided with an electrostatic additional net (47) for adding power again, a lower spraying cavity (24) is arranged in the lower coating pipe (23), a lower voltage box (31) is arranged below the lower spraying cavity (24), a lower choke plate (25) is arranged in the lower spraying cavity (24), one end, far away from the lower choke plate (25), of the lower spraying cavity (24) is provided with a lower electrostatic additional wire (26), the lower electrostatic additional wire (26) is connected with the lower voltage box (31), a coating slide way (28) is arranged on the lower side of the lower coating pipe, the lower surface of the coating slide way (28) is provided with a control bulge (27) for controlling on-off, and the control bulge (27) is connected with the lower choke plate (25); a bearing groove (30) is arranged below the lower coating pipe (23), a slide way is arranged above the bearing groove (30), and the lower coating pipe (23) is connected with the slide way of the bearing groove (30) through a coating slide way (28); a control lug (29) for triggering the control bulge (27) is arranged below the slide way of the bearing groove (30); and one end of the lower coating pipe (23) far away from the conveyor belt roller (12) is provided with a lower air pressure pump (21) for air injection.

5. The electrostatic powder spraying equipment for the inner barrel of the washing machine as claimed in claim 1, wherein an upper spraying cavity (67) is arranged in the upper spraying pipe (16), an upper choke plate (17) is arranged in the upper spraying cavity (67), a linkage rod (64) is arranged on one side of the upper choke plate (17), and the linkage rod (64) is connected with the control protrusion (27); an upper static electricity additional wire (19) is arranged below the upper choke plate (17), an upper voltage box (68) is installed on one side of the upper coating pipe (16), and the upper static electricity additional wire (19) is connected with the upper voltage box (68); an upper air pressure pump (14) for air injection is installed above the upper coating pipe (16), an upper coating container (15) is arranged between the upper air pressure pump (14) and the upper air baffle plate (17), and the upper coating container (15) is communicated with the upper spraying cavity (67).

6. The electrostatic powder spraying equipment for the inner barrel of the washing machine as claimed in claim 2, characterized in that the surface of one side of the left protection groove (61) away from the conveyor belt roller (12) is provided with a left slide rail (69), and one side of the left slide rail (69) away from the conveyor belt roller (12) is provided with a left rack (59); the left sliding block connecting rod (43) penetrates through the left sliding rail (69) and extends into one end of the left sliding rail (69) to be fixed with a left rolling shell sliding block (42), one side, far away from the left sliding rail (69), of the left rolling shell sliding block (42) is fixed with an L-shaped left rolling shell fixing rod (41), the other end of the left rolling shell fixing rod (41) is fixedly connected with the left rolling shell (62), a left driving shaft (56) is arranged below the inner portion of the lower end of the left rolling shell (62), one side, close to the conveyor belt roller (12), of the left driving shaft (56) extends out of the left rolling shell (62) and partially extends out of the left rolling shell (62) to be sleeved with a left transmission gear (57), and the left transmission gear (57) is meshed with a left rack (59); roll shell (62) on a left side inside and be provided with left rotation roller axle (54) above left driving shaft (56), realize power transmission through being provided with left drive belt (55) between left rotation roller axle (54) and left driving shaft (56), roll roller axle (54) overcoat on a left side is equipped with left live-rollers (53), roll shell (62) on a left side upper portion is the semicircle, the semicircle array is provided with (5) left turn roller (53) in the semicircle of roll shell (62) on a left side, every connect through gear engagement between left live-rollers (53).

7. The electrostatic powder spraying equipment for the inner drum of the washing machine as claimed in claim 2, characterized in that the surface of one side of the right protective groove (37) away from the conveyor drum (12) is provided with a left slide rail (69); the left sliding block connecting rod (43) penetrates through the left sliding rail (69) and extends into one end of the left sliding rail (69) to be fixed with a right rolling shell sliding block (36), one side, far away from the left sliding rail (69), of the right rolling shell sliding block (36) is fixed with an L-shaped right rolling shell fixing rod (35), the other end of the right rolling shell fixing rod (35) is fixedly connected with a right rolling shell (63), a right driving shaft (51) is arranged below the inner portion of the lower end of the right rolling shell (63), one side, close to the conveyor belt roller (12), of the right driving shaft (51) extends out of the right rolling shell (63), a right transmission gear (52) is sleeved outside a part of the right rolling shell (63), and the right transmission gear (52) is meshed with the right rack (60); roll shell (63) on the right side inside is provided with right rotation roller (49) in right driving shaft (51) top, realize power transmission through being provided with right drive belt (50) between right rotation roller (49) and right driving shaft (51), right rotation roller (49) overcoat is equipped with right rotation roller (48), roll shell (63) on the right side upper portion is the semicircle, the semicircle array is provided with (5) right rotation roller (48) in the semicircle of roll shell (63) on the right side, every connect through gear engagement between right rotation roller (48).

8. The electrostatic powder spraying equipment for the inner barrel of the washing machine as claimed in claim 1, wherein a belt scraper (44) is arranged on one side of the belt roller (12) far away from the inner barrel (10) of the washing machine, scraper fixing rods (45) are arranged on two sides of the belt scraper (44), the two scraper fixing rods (45) are respectively fixedly connected with the outer sides of the right protection groove (37) and the left protection groove (61), and a residual material recycling barrel (46) for collecting residual materials is arranged below the belt scraper (44).

Technical Field

The invention belongs to the technical field of spraying paint on an inner barrel of a washing machine, and particularly relates to electrostatic powder spraying equipment for the inner barrel of the washing machine.

Background

Electrostatic powder coating is a coating material sprayed by an electrostatic powder spray gun, powder particles are charged with negative charges while being dispersed, and the charged powder particles are coated on a grounded object under the action of air flow (or other acting force such as centrifugal force) and electrostatic attraction.

The current commonly adopted spraying method is that a spray gun always works, the spraying is finished by moving a coated object or moving a spray gun mouth, so that the energy consumption is high, a large amount of coating powder is needed, and the powder recovery is troublesome.

Disclosure of Invention

The invention aims to solve the problems in the prior art and provides electrostatic powder spraying equipment for an inner barrel of a washing machine, which can spray powder on the inner surface and the outer surface of the inner barrel of the washing machine in transportation by using power generated in the transmission process of a transmission belt.

In order to achieve the purpose, the invention adopts the following technical scheme:

the utility model provides a washing machine inner tube static powder spraying equipment, includes the conveyer belt cylinder, conveyer belt cylinder both sides are provided with left side and roll the shell on the right side respectively, left side rolls the shell and rolls the shell top with the right side and is provided with the washing machine inner tube, left side rolls shell and rolls shell both ends below on the right side and set up the rack foot respectively, conveyer belt cylinder top is provided with the washing machine inner tube, left side rolls the shell and keeps away from left side and rolls shell one side and be provided with down spraying mechanism dead lever, spraying mechanism dead lever top is fixed with a lower coating pipe down, coating pipe top is fixed with an upper coating mechanism dead lever down, upper coating mechanism dead lever is the L type and is close to the vertical direction in right side roll shell one side and is fixed with an upper coating pipe.

Preferably, a transmission roller shaft is arranged in the conveyor belt roller, a right protection groove is sleeved outside one end of the transmission roller shaft, the right protection groove is concave, a main motor is arranged at the concave part of the right protection groove, and the transmission roller shaft penetrates through and extends out of the right protection groove, extends out of the right protection groove and is connected with the output end of the main motor; one end of the transmission roller shaft, which is far away from the right protection groove, is sleeved with a left protection groove, and the left protection groove is concave; the conveying belt roller is sleeved with a conveying belt, two sides of the conveying belt are respectively fixed with a conveying belt hard plate, and the outer side of the conveying belt hard plate is fixed with a plurality of left sliding block connecting rods in a linear array mode.

Preferably, an eccentric gear is fixed at one end, far away from the right protection groove, of the transmission roller shaft, a connecting rod is arranged outside the eccentric gear, one end of the connecting rod is connected with a hydraulic plate in a sliding mode, an L-shaped coating mechanism moving hydraulic cylinder is sleeved outside the hard plate of the transmission belt, and an L-shaped lower spraying mechanism fixing rod is arranged at the other end of the coating mechanism moving hydraulic cylinder.

Preferably, an inclined lower coating channel is arranged above the lower coating tube, two sides of the lower coating tube are respectively provided with an electrostatic additional net for adding power again, the other end of the lower coating channel is provided with a lower coating container, a lower spraying cavity is arranged in the lower coating tube, a lower voltage box is arranged below the lower spraying cavity, a lower choke plate is arranged in the lower spraying cavity, one end, away from the lower choke plate, of the lower spraying cavity is provided with a lower electrostatic additional wire, the lower electrostatic additional wire is connected with the lower voltage box, a coating slide way is arranged on the lower side of the lower coating tube, the lower surface of the coating slide way is provided with a control bulge for controlling on-off, and the control bulge is connected with the lower choke plate; a bearing groove is arranged below the lower coating pipe, a slide way is arranged above the bearing groove, and the lower coating pipe is connected with the slide way of the bearing groove through a coating slide way; the bearing groove is provided with a control lug for triggering the control bulge under the slideway; and one end of the lower coating pipe, which is far away from the roller of the conveyor belt, is provided with a lower air pressure pump for air injection.

Preferably, an upper spraying cavity is formed in the upper spraying pipe, an upper choke plate is arranged in the upper spraying cavity, a linkage rod is arranged on one side of the upper choke plate, and the linkage rod is connected with the control protrusion; an upper static electricity additional wire is arranged below the upper air baffle plate, an upper voltage box is installed on one side of the upper coating pipe, and the upper static electricity additional wire is connected with the upper voltage box; an upper air pressure pump for air injection is installed above the upper coating pipe, an upper coating container is arranged between the upper air pressure pump and the upper air baffle plate, and the upper coating container is communicated with the upper spraying cavity.

Preferably, a left sliding rail is arranged on the surface of one side, away from the conveyor belt roller, of the left protection groove, and a left rack is arranged on one side, away from the conveyor belt roller, of the left sliding rail; the left sliding block connecting rod penetrates through the left sliding rail and extends into one end of the left sliding rail to be fixed with a left rolling shell sliding block, an L-shaped left rolling shell fixing rod is fixed on one side, away from the left sliding rail, of the left rolling shell sliding block, the other end of the left rolling shell fixing rod is fixedly connected with the left rolling shell, a left driving shaft is arranged below the inner portion of the lower end of the left rolling shell, one side, close to the conveyor belt roller, of the left driving shaft extends out of the left rolling shell, a left transmission gear is sleeved outside the left rolling shell, and the left transmission gear is in meshed connection with a left rack; the left side rolls the inside roller that rotates that is provided with in left driving shaft top of shell, realize power transmission through being provided with left drive belt between roller and the left driving shaft of rotating on a left side, the left side rotates the roller overcoat and is equipped with left live-rollers, left side rolls shell upper portion and is the semicircle, the semicircle array is provided with a left side rotation roller, every in the semicircle of left side roll shell connect through gear engagement between the roller of rotating on a left side.

Preferably, a left sliding rail is arranged on the surface of one side, away from the conveyor belt roller, of the right protection groove; the left sliding block connecting rod penetrates through the left sliding rail and extends into one end of the left sliding rail to be fixed with a right rolling shell sliding block, one side, away from the left sliding rail, of the right rolling shell sliding block is fixed with an L-shaped right rolling shell fixing rod, the other end of the right rolling shell fixing rod is fixedly connected with a right rolling shell, a right driving shaft is arranged below the inner part of the lower end of the right rolling shell, one side, close to the conveyor belt roller, of the right driving shaft extends out of the right rolling shell, a right transmission gear is sleeved outside the right rolling shell, and the right transmission gear is in meshed connection with the right rack; the right side rolls the inside right side of shell and is provided with the roller that turns to in right side driving shaft top, realize power transmission through being provided with right drive belt between roller and the right side driving shaft that turns to in the right side, the roller overcoat that turns to in the right side is the semicircle, the semicircle array is provided with a roller that turns to in the semicircle of the shell that rolls on the right side, every turn to in the right side and connect through gear engagement between the roller.

Preferably, one side, away from the washing machine inner tube, of the conveyor belt roller is provided with a conveyor belt scraper, two scraper fixing rods are arranged on two sides of the conveyor belt scraper and are respectively fixedly connected with the outer sides of the right protection groove and the left protection groove, and a residual material recycling bin for collecting residual materials is arranged below the conveyor belt scraper.

Advantageous effects

1. The inner drum of the washing machine is rotated while being transported by utilizing the transmission of the transmission belt, powder spraying is carried out on the inner drum of the washing machine at the moment, the inner surface and the outer surface of the inner drum of the washing machine can be uniformly covered with powder, and meanwhile, the powder which cannot be adsorbed is endowed with static electricity again through a static grid in the rotation process of the inner drum of the washing machine, so that the powder coverage rate is improved through secondary adsorption;

2. thereby utilize the removal of washing machine inner tube to realize failing to adsorb the coating powder that thereby drops and break away from the rubber conveyer belt surface that the washing machine inner tube falls into the below at rotatory in-process, when avoiding electrostatic absorption, scrape down the surplus storage bucket that falls into the below by the scraper that sets up after the powder is sent one end by the conveyer belt and retrieve the recycle, reduce the waste of raw materials.

Drawings

FIG. 1 is a schematic top view of the present invention;

FIG. 2 is a cross-sectional view of the left side of the present invention;

FIG. 3 is an enlarged schematic view at D of FIG. 2;

FIG. 4 is an enlarged schematic view at E in FIG. 2;

in the figure: an inner drum 10 of the washing machine, a conveyor belt roller 12, a frame foot 13, an upper air pressure pump 14, an upper coating container 15, an upper coating pipe 16, an upper choke plate 17, an upper spraying mechanism fixing rod 18, an upper electrostatic additional wire 19, a lower coating container 20, a lower air pressure pump 21, a lower coating passage 22, a lower coating pipe 23, a lower spraying cavity 24, a lower choke plate 25, a lower electrostatic additional wire 26, a control protrusion 27, a coating slideway 28, a control protrusion 29, a bearing groove 30, a lower voltage box 31, a lower spraying mechanism fixing rod 32, a coating mechanism moving hydraulic cylinder 33, a total motor 34, a right rolling shell fixing rod 35, a right rolling shell sliding block 36, a right protection groove 37, a transmission roller shaft 39, an eccentric gear 40, a left rolling shell fixing rod 41, a left rolling shell sliding block 42, a left sliding block connecting rod 43, a transmission belt scraper 44, a scraper fixing rod 45, a residual material recycling barrel 46, an electrostatic additional net 47, a right rotating roller 48, a left rotating roller, The device comprises a right rotating roller shaft 49, a right transmission belt 50, a right driving shaft 51, a right transmission gear 52, a left rotating roller 53, a left rotating roller shaft 54, a left transmission belt 55, a left driving shaft 56, a left transmission gear 57, a left rack 59, a right rack 60, a left protection groove 61, a left rolling shell 62, a right rolling shell 63, a linkage rod 64, a transmission belt 65, a transmission belt hard plate 66, an upper spraying cavity 67, an upper voltage box 68, a left sliding rail 69 and a hydraulic plate 70.

Detailed Description

The following are specific embodiments of the present invention and are further described with reference to the drawings, but the present invention is not limited to these embodiments.

In the description of the present invention, it should be noted that the terms "inside", "below", and the like refer to orientations or positional relationships based on the orientations or positional relationships shown in the drawings or orientations or positional relationships that the products of the present invention conventionally place when used, and are used only for convenience in describing the present invention and simplifying the description, but do not indicate or imply that the devices or elements referred to must have a specific orientation, be constructed in a specific orientation, and be operated, and thus, should not be construed as limiting the present invention. Furthermore, the terms "first," "second," and the like are used merely to distinguish one description from another, and are not to be construed as indicating or implying relative importance.

With reference to fig. 1, fig. 2, fig. 3, and fig. 4, an electrostatic powder spraying apparatus for an inner drum of a washing machine includes a conveyor drum 12, a left rolling shell 62 and a right rolling shell 63 are respectively disposed on two sides of the conveyor drum 12, the inner drum 10 of the washing machine is disposed above the left rolling shell 62 and the right rolling shell 63, rack legs 13 are respectively disposed below two ends of the left rolling shell 62 and the right rolling shell 63, the inner drum 10 of the washing machine is disposed above the conveyor drum 12, a lower spraying mechanism fixing rod 32 is disposed on a side of the left rolling shell 62 away from the left rolling shell 62, a lower spraying pipe 23 is fixed above the lower spraying mechanism fixing rod 32, an upper spraying mechanism fixing rod 18 is fixed above the lower spraying pipe 23, the upper spraying mechanism fixing rod 18 is L-shaped, and an upper spraying pipe 16 is fixed in a vertical direction on a side close to the right rolling shell 63.

Further referring to fig. 2, a transmission roller shaft 39 is arranged in the conveyor belt roller 12, a right protection groove 37 is sleeved at one end of the transmission roller shaft 39, the right protection groove 37 is concave, a main motor 34 is arranged at the concave part of the right protection groove 37, and the transmission roller shaft 39 penetrates through and extends out of the right protection groove 37 to be connected with the output end of the main motor 34; one end of the transmission roller shaft 39, which is far away from the right protection groove 37, is sleeved with a left protection groove 61, and the left protection groove 61 is concave; the transmission belt 65 is sleeved outside the transmission belt roller 12, two sides of the transmission belt 65 are respectively fixed with a transmission belt hard plate 66, and the outer side of the transmission belt hard plate 66 is fixed with a plurality of left sliding block connecting rods 43 in a linear array.

Further referring to fig. 2, an eccentric gear 40 is fixed at one end of the transmission roller shaft 39 away from the right protection groove 37, a connecting rod is arranged outside the eccentric gear 40, one end of the connecting rod is slidably connected with a hydraulic plate 70, an L-shaped coating mechanism moving hydraulic cylinder 33 is sleeved outside the transmission belt hard plate 66, and an L-shaped lower spraying mechanism fixing rod 32 is arranged in the other end of the coating mechanism moving hydraulic cylinder 33.

Further referring to fig. 1 and 2, an inclined lower paint channel 22 is provided above the lower paint tube 23, two sides of the lower paint tube 23 are respectively provided with a static electricity additional net 47 for adding power again, the other end of the lower paint channel 22 is provided with a lower paint container 20, a lower spraying cavity 24 is provided in the lower paint tube 23, a lower voltage box 31 is provided below the lower spraying cavity 24, a lower choke plate 25 is provided in the lower spraying cavity 24, one end of the lower spraying cavity 24 away from the lower choke plate 25 is provided with a lower static electricity additional wire 26, the lower static electricity additional wire 26 is connected with the lower voltage box 31, a paint slide 28 is provided at the lower side of the lower paint tube, a control protrusion 27 for controlling on-off is provided at the lower surface of the paint slide 28, and the control protrusion 27 is connected with the lower choke plate 25; a bearing groove 30 is arranged below the lower coating pipe 23, a slide way is arranged above the bearing groove 30, and the lower coating pipe 23 is connected with the slide way of the bearing groove 30 through a coating slide way 28; the bearing groove 30 is provided with a control lug 29 which triggers the control bulge 27 under the slideway; the end of the lower coating pipe 23, which is far away from the conveyor belt roller 12, is provided with a lower air pressure pump 21 for air injection.

Further referring to fig. 2, an upper spraying cavity 67 is arranged in the upper spraying pipe 16, an upper choke plate 17 is arranged in the upper spraying cavity 67, a linkage rod 64 is arranged on one side of the upper choke plate 17, and the linkage rod 64 is connected with the control protrusion 27; an upper static electricity additional wire 19 is arranged below the upper choke plate 17, an upper voltage box 68 is arranged on one side of the upper coating pipe 16, and the upper static electricity additional wire 19 is connected with the upper voltage box 68; an upper air pressure pump 14 for air injection is installed above the upper coating pipe 16, an upper coating container 15 is arranged between the upper air pressure pump 14 and the upper air baffle 17, and the upper coating container 15 is communicated with the upper spraying cavity 67.

With further reference to fig. 2 and fig. 4, a left slide rail 69 is disposed on a surface of the left protection groove 61 away from the conveyor belt roller 12, and a left rack 59 is disposed on a side of the left slide rail 69 away from the conveyor belt roller 12; the left sliding block connecting rod 43 penetrates through the left sliding rail 69 and extends into one end of the left sliding rail 69 to be fixed with a left rolling shell sliding block 42, one side, far away from the left sliding rail 69, of the left rolling shell sliding block 42 is fixed with an L-shaped left rolling shell fixing rod 41, the other end of the left rolling shell fixing rod 41 is fixedly connected with a left rolling shell 62, a left driving shaft 56 is arranged below the inner part of the lower end of the left rolling shell 62, one side, close to the conveyor belt roller 12, of the left driving shaft 56 extends out of the left rolling shell 62, a left transmission gear 57 is sleeved outside the part, extending out of the left rolling shell 62, and the left transmission gear 57 is meshed with the left rack 59; the inside levogyration roller 54 that is provided with above left driving shaft 56 of left roll shell 62, realize power transmission through being provided with left drive belt 55 between levogyration roller 54 and the left driving shaft 56, the overcoat of levogyration roller 54 is equipped with left live-rollers 53, and left roll shell 62 upper portion is the semicircle, and semicircle array is provided with 5 levogyration rollers 53 in the semicircle of left roll shell 62, connects through gear engagement between every left live-rollers 53.

With further reference to fig. 2 and 3, a left slide rail 69 is disposed on a surface of the right protection groove 37 away from the conveyor belt roller 12; the left sliding block connecting rod 43 penetrates through the left sliding rail 69 and extends into one end of the left sliding rail 69 to be fixed with a right rolling shell sliding block 36, one side, far away from the left sliding rail 69, of the right rolling shell sliding block 36 is fixed with an L-shaped right rolling shell fixing rod 35, the other end of the right rolling shell fixing rod 35 is fixedly connected with a right rolling shell 63, a right driving shaft 51 is arranged below the inner part of the lower end of the right rolling shell 63, one side, close to the conveyor belt roller 12, of the right driving shaft 51 extends out of the right rolling shell 63, a right transmission gear 52 is sleeved on the part, extending out of the right rolling shell 63, of the right driving shaft 51, and the right transmission gear 52 is meshed with the right rack 60; the inside right rotation roller shaft 49 that is provided with above the right driving shaft 51 of right side roll shell 63, through being provided with right drive belt 50 between right rotation roller shaft 49 and the right driving shaft 51 and realizing power transmission, the overcoat of right side rotation roller shaft 49 is equipped with right rotation roller 48, and right side roll shell 63 upper portion is the semicircle, and semicircle array is provided with 5 right rotation rollers 48 in the semicircle of right side roll shell 63, connects through gear engagement between every right rotation roller 48.

Further, with reference to fig. 1 and fig. 2, a belt scraper 44 is disposed on one side of the belt drum 12 away from the washing machine inner cylinder 10, scraper fixing rods 45 are disposed on two sides of the belt scraper 44, the two scraper fixing rods 45 are respectively fixedly connected with the outer sides of the right protection groove 37 and the left protection groove 61, and a residue recovery barrel 46 for collecting residue is disposed below the belt scraper 44.

Principle of operation

Firstly, the main motor 34 is started, the output end of the main motor 34 drives the transmission roller shaft 39 to rotate, and the rotation of the transmission roller shaft 39 enables the conveyor belt roller 12 to rotate so as to drive the whole conveyor belt 65 to move;

the movement of the transmission belt 65 drives the left sliding block connecting rod 43 connected with the left sliding block connecting rod through the transmission belt hard plate 66 to move, thereby driving the left rolling shell sliding block 42 and the right rolling shell sliding block 36 at the tail end of the left sliding block connecting rod 43 to move along the eccentric gear 40, the movement of the left rolling shell sliding block 42 enables the left rolling shell 62 to move together through the left rolling shell fixing rod 41 connected with the left rolling shell sliding block 42, in the moving process of the left rolling shell 62, the left transmission gear 57 rotates and drives the left driving shaft 56 to rotate in the moving process due to the meshing connection between the left transmission gear 57 at one side of the left rolling shell 62 and the left rack 59 at the lower side, the left driving shaft 56 drives the left rotating roller shaft 54 at the upper side to rotate and finally enables the left rotating roller 53 to rotate through the left transmission belt 55, in the moving process of the right rolling shell 63, the right transmission gear 52 rotates and drives the right transmission gear 52 to rotate and drive the right rack 60 at the lower side due to mesh connection between the right transmission gear 52 at one side of the right rolling shell 63 and the right rack 60 at the lower side The driving shaft 51 rotates, and the right driving shaft 51 drives the right rotating roller shaft 49 positioned above to rotate through the right transmission belt 50, so that the right rotating roller 48 finally rotates; the washing machine inner drum 10 placed above the left rolling shell 62 and the right rolling shell 63 is rotated in the horizontal direction under the combined action of the left rolling shell 62 and the right rolling shell 63;

the rotation of the transmission roller shaft 39 also drives the eccentric gear 40 arranged in the left protection groove 61 to rotate, so that the connecting rod arranged outside the eccentric gear 40 moves, the transmission belt hard plate 66 arranged in the coating mechanism moving hydraulic cylinder 33 is driven to draw hydraulic oil outwards to move the lower coating mechanism fixing rod 32 towards the washing machine inner cylinder 10, the lower coating pipe 23 connected with the lower coating mechanism fixing rod 32 is driven to move inwards, the control bulge 27 arranged at the lower end of the lower coating pipe 23 is contacted with the control lug 29 in the moving process of the lower coating pipe 23 and is pressed into the lower coating pipe 23 to enable the lower air baffle plate 25 to contract and open the lower coating cavity 24, then the coating powder in the lower coating container 20 is sprayed out under the action of the lower air pressure pump 21 to coat the inner surface of the washing machine inner cylinder 10 by adding static electricity through the lower static electricity adding wire 26, and simultaneously, as the control bulge 27 is pressed to contract the upper air baffle plate 17 connected with the upper air baffle plate through the linkage rod 64, coating powder in the upper coating container 15 is sprayed out by the upper air pressure pump 14, and is added with static electricity through the upper static electricity adding wire 19 to perform powder spraying on the outer surface of the inner drum 10 of the washing machine;

because the added static electricity is not necessarily enough, part of the powder can not be adsorbed after being sprayed out of the lower coating pipe 23 and the upper coating pipe 16 and then falls downwards, the powder passes through the static electricity additional net 47 and then is attached again, so that adsorption is realized below, the part of the powder which can not be adsorbed continues to move upwards and fall downwards along with the rotation of the inner drum 10 of the washing machine, the other part of the powder falls into the surface of the transmission belt 65 below along the holes on the surface of the inner drum 10 of the washing machine, and the powder can not be adsorbed because the surface of the transmission belt 65 is made of rubber materials, is transmitted by the transmission belt 65 and finally is scraped by the transmission belt scraper 44 and falls into the residual material recovery barrel 46 below to complete recovery.

The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes, which are made by using the contents of the present specification and the accompanying drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.