阅读说明：本技术 一种家用口罩机装置及其口罩制作方法 (Household mask machine device and mask manufacturing method thereof ) 是由 张越 于 2021-06-21 设计创作，主要内容包括：本发明公开了一种家用口罩机装置及其口罩制作方法,所述家用口罩机装置包括：箱体,所述箱体内设置有一操作工位；布料传输模块,所述布料传输模块位于所述操作工位一侧边,所述布料传输模块将布料输出至操作工位处；尺寸设定模块,所述尺寸设定模块位于所述操作工位与所述布料传输模块之间；压花模块,所述压花模块位于所述操作工位上方；喷头模块,所述喷头模块与所述压花模块相邻且位于所述操作工位的上方,所述喷头模块内装有墨汁；支撑杆,所述支撑杆设置于所述操作工位一侧,并与所述布料传输模块相对。以在一个整体机器中制作多尺寸的口罩,以满足家用时多种人物需求,增加家用口罩机的适应性。(The invention discloses a household mask machine device and a mask manufacturing method thereof, wherein the household mask machine device comprises: the box body is internally provided with an operation station; the cloth transmission module is positioned on one side edge of the operation station and outputs cloth to the operation station; the size setting module is positioned between the operation station and the cloth transmission module; an embossing module located above the operating station; the spray head module is adjacent to the embossing module and is positioned above the operating station, and ink is filled in the spray head module; and the support rod is arranged on one side of the operation station and is opposite to the cloth transmission module. The mask with multiple sizes is manufactured in the whole machine, so that the requirements of various people in the household are met, and the adaptability of the household mask machine is improved.)

1. A household mask machine device, characterized in that the household mask machine device comprises:

the box body is internally provided with an operation station;

the cloth transmission module is positioned on one side edge of the operation station and outputs cloth to the operation station;

the size setting module is positioned between the operation station and the cloth transmission module, and cloth output by the cloth transmission module passes through the size setting module to the operation station, wherein the size setting module adjusts the size of the cloth output by the cloth transmission module, which is required by mask manufacturing, according to the size of a preset mask;

the embossing module is positioned above the operating station and used for performing peripheral sealing embossing on the cloth placed at the operating station;

the spray head module is adjacent to the embossing module and located above the operation station, and ink is filled in the spray head module and is used for spraying colors and colors on the mask;

the bracing piece, the bracing piece set up in operation station one side, and with cloth transmission module is relative, the bracing piece is followed operation station department is to the perpendicular to the direction of operation station extends, just the end that the bracing piece extends is provided with module conversion equipment, module conversion equipment follows the end that the bracing piece extends to the top of operation station extends, just module conversion equipment includes two at least module conversion connection positions, and two at least module conversion connection positions select to rotate according to the current step selection of gauze mask preparation two at least module conversion connection positions are just right in order to adjust one of them module conversion connection position is right the operation station, wherein, the knurling module with the shower nozzle module connect respectively in module conversion connection position department.

2. The household mask machine apparatus as claimed in claim 1, wherein said embossing module comprises: the embossing device comprises an ultrasonic die head, an embossing column, a movable sliding rail and an embossing vertical cylinder, wherein the embossing vertical cylinder is connected between the embossing column and the movable sliding rail, the embossing column is pushed by the embossing vertical cylinder to move on the movable sliding rail, so that an embossing module can be moved close to or far away from the upper part of an operation station, and the ultrasonic die head is arranged at one end, close to the operation station, of the embossing column.

3. The household mask machine device according to claim 2, wherein a transverse extending rod and a longitudinal extending rod are arranged at the extending end of the supporting rod, the transverse extending rod is fixedly connected with the extending end of the supporting rod, a transverse guide rail and a transverse cylinder are arranged on the transverse extending rod, the transverse cylinder drives the longitudinal extending rod to move transversely at the transverse guide rail, a longitudinal guide rail and a longitudinal cylinder are arranged on the longitudinal extending rod, and the longitudinal cylinder drives the module switching device to move longitudinally at the longitudinal guide rail.

4. The household mask machine apparatus according to claim 1, wherein said cloth material transferring module comprises:

the cloth supporting rod extends vertically upwards from the box body;

the extending tail end of the cloth supporting rod is connected with the cloth output rotating rod, and the cloth output rotating rod is sleeved with a whole bundle of cloth;

the rotating device is arranged between the cloth output rotating rod and the cloth output supporting rod, the fixed end of the rotating device is connected with the cloth output supporting rod, and the rotating end of the rotating device is connected with the cloth output rotating rod.

5. The household mask machine device according to claim 4, wherein a through hole for the cloth to extend into is formed in the size setting module, at least one pair of rotating shafts is arranged in the through hole, a gap between the pair of rotating shafts faces the hole position direction of the through hole, and the cloth output by the cloth transmission module passes through between the pair of rotating shafts and is pressed by the pair of rotating shafts.

6. The household mask machine device according to claim 5, wherein a blade, a counter and a command actuator are arranged in the size setting module, when the command actuator receives a mask making command and a mask size, the command actuator starts the counter according to the mask size, the counter calculates cloth transmission time of the cloth transmission module, the cloth transmission time calculates corresponding cloth length, and when the cloth length output to the size setting module meets the mask size, the blade is controlled to move towards the cloth to cut off the cloth.

7. A mask manufacturing method of a household mask machine, which is based on the household mask machine device of any one of claims 1 to 6, and is characterized in that the mask manufacturing method of the household mask machine comprises the following steps:

acquiring a mask manufacturing command;

acquiring the current mask requirement type and current mask requirement color information according to the mask manufacturing command;

searching a mask type consistent with the current mask requirement type in a pre-stored mask type library, wherein the pre-stored mask type library at least comprises one of large mask information, medium mask information, small mask information and infant mask information;

when a preset mask type consistent with the current mask requirement type is found in a pre-stored mask type library, acquiring preset mask information according to the preset mask type, wherein the preset mask information at least comprises the current required mask size and the current mask requirement color;

outputting required cloth for manufacturing the mask according to the size of the mask required currently, and generating a mask periphery sealing embossing track and a mask pattern spraying track according to the size of the mask required currently;

adjusting the three-dimensional space position of an ultrasonic die head according to the embossing track of the peripheral seal of the mask, wherein the ultrasonic die head is used for embossing the peripheral seal of the mask, and the three-dimensional space position of the ultrasonic die head is the position of the ultrasonic die head in the transverse direction, the longitudinal direction and the vertical direction;

controlling an ultrasonic die head to execute a peripheral sealing embossing cycle on the required cloth along the peripheral sealing embossing track of the mask, wherein the peripheral sealing embossing cycle refers to a process of completing the peripheral sealing embossing track of the mask by the ultrasonic die head;

finishing the manufacture of the mask required at present.

8. The mask making method of a household mask making machine according to claim 7, wherein the ultrasonic die head is controlled to perform one cycle along the embossing trace of the mask periphery, and the one cycle is after the step of pressing one mask by the ultrasonic die head, and the mask making method of the household mask making machine further comprises the following steps:

converting the ultrasonic die head into a nozzle module;

adjusting the three-dimensional space position of a spray head module according to the embossing track of the peripheral seal of the mask, wherein the spray head module is used for spraying patterns and colors on the mask;

and controlling the spray head module to execute a design and color spraying circulation on the required cloth along the mask design and color spraying track, wherein the design and color spraying circulation refers to the process that the spray head module finishes spraying all designs and colors.

9. The mask manufacturing method of a home-use mask machine according to claim 8, wherein the step of controlling the nozzle module to perform a pattern spraying cycle on a desired cloth along the pattern spraying trajectory of the mask comprises:

obtaining the type, the color type and the layout mode of the current mask requirement color according to the current mask requirement color;

preparing required ink with the same color according to the color type;

adjusting the spraying track of the design and color of the mask according to the design and color type and the layout mode;

spraying required ink according to the spraying track of the patterns of the mask;

and spraying the required colors in the mask.

10. The mask making method of a mask machine for home use according to claim 7, wherein the step of obtaining a mask making command further comprises:

acquiring current key information, wherein the current key information is generated by selecting corresponding operation commands generated by the size and the color of a mask required currently by operating keys arranged on a household mask machine by a user;

when the current key information is generated according to the unconventional key operation sequence, prompting the key operation error;

when the operation error of the prompt key exceeds three times, starting an automatic locking program;

and when the current key information is generated according to the conventional key operation sequence, analyzing according to the current key information to obtain a mask making command.

Technical Field

The invention relates to the technical field of household appliances, in particular to a household mask machine device and a mask manufacturing method thereof.

Background

Finished product gauze mask includes children's gauze mask and adult's gauze mask, wherein, finished product gauze mask is the standard size, then and every people's face is not of uniform size, the unable every people's face demand of adaptation of standard size's finished product gauze mask, lead to after some people big in face wear finished product gauze mask, finished product gauze mask is too little can't hide the reality to the oro-nose, and lead to certain damage behind the ear, and some people that the face is little or less infant can't adapt to standard size's finished product gauze mask all, all need be according to the finished product gauze mask of standard size preparation again through the manual simple regulation side of oneself of wearer just reaching the effect of suitable wearer's cheek, however this kind of non-profession of regulation will change the size standard of former gauze mask, lead to bacterium invasion wearer's oro-nose very easily, antibacterial effect is low.

In the prior art, patent CN202010167599.3 discloses a method for manufacturing a customized mask. The invention comprises the following specific steps: s10, three-dimensional scanning is carried out on the human face to obtain scanning data; s20, processing the scanning data and performing face reverse modeling to obtain a face model; s30, designing a preliminary mask outline model according to the face model; s40, adding an interface matched with an exhalation device and an inhalation device on the preliminary mask contour model to obtain a final mask contour model; s50, 3D printing the final mask contour model to obtain a mask contour model entity; and S60, mounting an expiration device, an inspiration device and a tightening belt at the interface of the mask outline model entity to obtain the final customized mask. The customized mask manufactured by the manufacturing method has good matching performance with the face and high tightness, and is not easy to cause local tightening marks after being worn for a long time; the breathing resistance and the breathing resistance of the mask can be greatly reduced, and the wearer can breathe smoothly. However, although the patent realizes that the corresponding three-dimensional customized mask can be manufactured according to the human body, the technology applied by the machine for realizing the formation of the customized mask is too complex, so that the manufacturing time is long, and the machine is not suitable for household use.

Disclosure of Invention

Technical problem to be solved

Aiming at the defects of the prior art, the invention provides a household mask machine device and a mask manufacturing method thereof, and aims to solve the technical problem of multi-size use requirements of a household mask.

(II) technical scheme

In order to achieve the purpose, the invention provides the following technical scheme: a household mask machine device, comprising:

the box body is internally provided with an operation station;

the cloth transmission module is positioned on one side edge of the operation station and outputs cloth to the operation station;

the size setting module is positioned between the operation station and the cloth transmission module, and cloth output by the cloth transmission module passes through the size setting module to the operation station, wherein the size setting module adjusts the size of the cloth output by the cloth transmission module and required for manufacturing the mask according to the size of a preset mask;

the embossing module is positioned above the operating station and used for performing peripheral sealing embossing on the cloth placed at the operating station;

the spray head module is adjacent to the embossing module and located above the operation station, and ink is filled in the spray head module and is used for spraying colors and colors on the mask;

the bracing piece, the bracing piece set up in operation station one side, and with cloth transmission module is relative, the bracing piece is followed operation station department is to perpendicular to the direction of operation station extends, just the end that the bracing piece extends is provided with module conversion equipment, module conversion equipment follows the end that the bracing piece extends to the top of operation station extends, just module conversion equipment includes two at least module conversion connection positions, and two at least module conversion connection positions select to rotate according to the current step of gauze mask preparation two at least module conversion connection positions are just right to adjusting one of them module conversion connection position just to the operation station, wherein, embossing module with the shower nozzle module connect respectively in module conversion connection position department.

Preferably, the embossing module comprises: the embossing device comprises an ultrasonic die head, an embossing column, a movable sliding rail and an embossing vertical cylinder, wherein the embossing vertical cylinder is connected between the embossing column and the movable sliding rail, the embossing column is pushed by the embossing vertical cylinder to move on the movable sliding rail, so that an embossing module can move close to or away from the upper part of an operation station, and the ultrasonic die head is arranged at one end, close to the operation station, of the embossing column.

Preferably, the extending end of the support rod is provided with a transverse extending rod and a longitudinal extending rod, the transverse extending rod is fixedly connected with the extending end of the support rod, the transverse extending rod is provided with a transverse guide rail and a transverse cylinder, the transverse cylinder drives the longitudinal extending rod to transversely move at the transverse guide rail, the longitudinal extending rod is provided with a longitudinal guide rail and a longitudinal cylinder, and the longitudinal cylinder drives the module conversion device to longitudinally move at the longitudinal guide rail.

Preferably, the cloth transfer module includes:

the cloth supporting rod extends vertically upwards from the box body;

the extending tail end of the cloth supporting rod is connected with the cloth output rotating rod, and the cloth output rotating rod is sleeved with a whole bundle of cloth;

the rotating device is arranged between the cloth output rotating rod and the cloth output supporting rod, the fixed end of the rotating device is connected with the cloth output supporting rod, and the rotating end of the rotating device is connected with the cloth output rotating rod.

Preferably, a through hole for the cloth to extend into is formed in the size setting module, at least one pair of rotating shafts is arranged in the through hole, a gap between the pair of rotating shafts faces the hole position direction of the through hole, and the cloth output by the cloth transmission module passes through the space between the pair of rotating shafts and is pressed by the pair of rotating shafts.

Preferably, a blade, a counter and a command executor are arranged in the size setting module, when the command executor receives a mask manufacturing command and a mask size, the counter is started according to the mask size, the counter calculates the cloth transmission time of the cloth transmission module, the cloth transmission time calculates the corresponding cloth length, and when the cloth length output to the size setting module meets the mask size, the blade is controlled to move towards the cloth to cut off the cloth.

In order to achieve the above purpose, the invention also provides the following technical scheme: the method for manufacturing the mask of the household mask machine is based on the household mask machine, and comprises the following steps:

acquiring a mask manufacturing command;

obtaining the current mask requirement type and the current mask requirement color information according to the mask manufacturing command;

searching the mask type consistent with the current mask requirement type in a pre-stored mask type library, wherein the pre-stored mask type library at least comprises one of large mask information, medium mask information, small mask information and child mask information;

when a preset mask type consistent with the current mask requirement type is found in a pre-stored mask type library, acquiring preset mask information according to the preset mask type, wherein the preset mask information at least comprises the current required mask size and the current mask requirement color;

outputting required cloth for manufacturing the mask according to the size of the mask required currently, and generating a mask periphery sealing embossing track and a mask pattern spraying track according to the size of the mask required currently;

adjusting the three-dimensional space position of an ultrasonic die head according to the embossing track of the peripheral seal of the mask, wherein the ultrasonic die head is used for embossing the peripheral seal of the mask, and the three-dimensional space position of the ultrasonic die head is the position of the ultrasonic die head in the transverse direction, the longitudinal direction and the vertical direction;

controlling an ultrasonic die head to execute a peripheral sealing embossing cycle on the required cloth along the peripheral sealing embossing track of the mask, wherein the peripheral sealing embossing cycle refers to a process of completing one peripheral sealing embossing track of the mask by the ultrasonic die head;

finishing the manufacture of the mask required at present.

Preferably, the method for manufacturing the mask of the household mask machine further comprises the following steps of controlling the ultrasonic die head to execute one cycle along the embossing track of the peripheral seal of the mask, wherein the one cycle is after the step of sealing and pressing one mask by the ultrasonic die head, and the method for manufacturing the mask of the household mask machine further comprises the following steps:

converting the ultrasonic die head into a nozzle module;

adjusting the three-dimensional space position of a spray head module according to the embossing track of the peripheral seal of the mask, wherein the spray head module is used for spraying patterns and colors on the mask;

and controlling the spray head module to execute a design and color spraying circulation on the required cloth along the mask design and color spraying track, wherein the design and color spraying circulation refers to the process that the spray head module finishes spraying all designs and colors.

Preferably, the step of controlling the nozzle module to perform a suit spraying cycle on the desired cloth along the suit spraying trajectory of the mask includes:

obtaining the type, the color type and the layout mode of the current mask requirement color according to the current mask requirement color;

preparing required ink with the same color according to the color type;

adjusting the spraying track of the design and color of the mask according to the design and color type and the layout mode;

spraying required ink according to the spraying track of the patterns of the mask;

and spraying the required colors in the mask.

Preferably, the step of acquiring a mask making command further comprises:

acquiring current key information, wherein the current key information is generated by selecting corresponding operation commands generated by the size and the color of a mask required currently by operating keys arranged on a household mask machine by a user;

when the current key information is generated according to the unconventional key operation sequence, prompting the key operation error;

when the operation error of the prompt key exceeds three times, starting an automatic locking program;

when the current key information is generated according to the conventional key operation sequence, executing a step of analyzing and obtaining a mask manufacturing command according to the current key information;

analyzing the current key information to obtain a mask making command.

(III) advantageous effects

Compared with the prior art, the invention has the following beneficial effects: make many sizes of gauze mask in a whole machine to multiple personage's demand when satisfying the family, increase the adaptability of domestic gauze mask machine, and domestic gauze mask machine structure realizes that the degree of difficulty is low, and internal mechanical structure overall arrangement is simple, and whole area is little to be applicable to the family and places.

The invention provides a household mask machine device, which comprises: an operation station is arranged in the box body, the cloth transmission module is located on one side edge of the operation station, the cloth transmission module outputs cloth to the operation station, the size setting module is located between the operation station and the cloth transmission module, and the cloth output by the cloth transmission module passes through the size setting module to the operation station, wherein the size setting module adjusts the size of the cloth output by the cloth transmission module according to the size of a preset mask, the cloth size is required for manufacturing the mask, the embossing module is located above the operation station and used for performing circumferential sealing embossing on the cloth placed at the operation station, the spray head module is adjacent to the embossing module and located above the operation station, ink is filled in the spray head module and used for performing color spraying on the mask, the utility model discloses a mask, including operation station, bracing piece, module conversion connecting position, module, spray nozzle module, operation station, bracing piece, module conversion connecting position, module, connection, operation, module, operation, and at least, module, operation, module, operation. Specifically, domestic gauze mask machine passes through cloth transmission module exports the cloth to operation station department, and wherein, cloth passes in the cloth output process size setting module to operation station is decided according to the size of current demand gauze mask by size setting module the cloth size of cloth transmission module output, the position of adjustment knurling module position in the cloth of output to according to removing knurling module and then carrying out the all around knurling to the cloth of operation station department, after all around knurling, module conversion device rotates and keeps away from the operation station with knurling module, and moves the shower nozzle module to operation station, carries out the design spraying by the shower nozzle module again to the cloth of operation station department and has accomplished the preparation of current demand gauze mask.

Drawings

Fig. 1 is a flow chart illustrating a mask manufacturing method of a household mask machine according to an embodiment of the present disclosure;

fig. 2 is a schematic structural diagram of a household mask machine device disclosed in the embodiment of the present application.

Description of numbering: the device comprises a box body 200, an operation station 201, an embossing module 210, a cloth conveying module 220, a size setting module 230, a spray head module 240, a support rod 250 and a module conversion device 260.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, 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 invention.

Example one

Referring to fig. 2, fig. 2 is a schematic structural diagram of a household mask machine device according to an embodiment of the present application. The device of the embodiment of the application comprises:

the device comprises a box body 200, wherein an operation station 201 is arranged in the box body;

a cloth transmission module 220 for outputting cloth used for manufacturing the mask; the cloth transmission module 220 is located on one side edge of the operation station, the cloth transmission module 220 outputs cloth to the operation station, the cloth transmission module 220 outputs stored cloth to the operation station 201 by rotation, the cloth transmission module 220 comprises a cloth support rod and a cloth output rotating rod, the cloth support rod extends vertically upwards from the box body 200 and is connected with the cloth output rotating rod at the end, the cloth output rotating rod is sleeved with a whole bundle of cloth, a rotator is arranged between the cloth output rotating rod and the cloth output support rod, the fixed end of the rotator is connected with the cloth output support rod, the rotating end of the rotator is connected with the cloth output rotating rod, so that the cloth output rotating rod is driven by the mechanical rotation of the rotator output to rotate synchronously, so as to achieve the purpose of outputting cloth;

a size setting module 230, wherein the size setting module 230 is located between the operation station 201 and the cloth transmission module 220, and the cloth output by the cloth transmission module 220 passes through the size setting module 230 to the operation station 201, and the size setting module 230 adjusts the size of the cloth output by the cloth transmission module 220, which is required for manufacturing the mask, according to a preset mask size; wherein the size setting module 230 is internally provided with a blade, a counter and a command executor, the command executor starts the counter to calculate the length of the cloth transmitted by the cloth transmission module 220 according to the size of the mask when receiving a mask manufacturing command and the size of the mask, when the length of the cloth output to the size setting module 230 meets the size of the mask, the blade is controlled to move towards the cloth to cut off the cloth, and further the length of the cloth is selected according to the size of the mask, wherein the size setting module is internally provided with a through hole for the cloth to stretch into, the through hole is internally provided with at least one pair of rotating shafts, the cloth is pressed between the pair of rotating shafts, when the cloth is required, the pair of rotating shafts simultaneously rotate to realize the effect of outputting the cloth, and when the cloth is required to be enough, the pair of rotating shafts stop rotating, and then stopping outputting the cloth, wherein the blade is adjacent to the pair of rotating shafts, and when the pair of rotating shafts stop rotating, the blade moves towards the cloth and cuts the cloth.

The embossing module 210 is located above the operation station 201 and used for performing peripheral sealing embossing on cloth placed at the operation station 201, the embossing module is provided with an ultrasonic die head corresponding to the mask type, specifically, a large-size mask ultrasonic die head, a medium-size mask ultrasonic die head, a small-size mask ultrasonic die head and an infant mask ultrasonic die head, after the mask size is obtained, the embossing module switches the ultrasonic die head matched with the mask size according to the mask size, lowers the die to the operation station 201 and performs peripheral sealing embossing on the mask, specifically, the embossing module further comprises an embossing column connected with the ultrasonic die head, a movable slide rail and an embossing vertical cylinder, and the embossing vertical cylinder is connected between the embossing column and the movable slide rail, the embossing column is pushed by the embossing vertical air cylinder to move on the movable slide rail, so that an embossing module can move close to or away from the upper part of the operation station 201;

the spray head module 240 is adjacent to the embossing module 260 and is positioned above the operating position 201, and ink is filled in the spray head module 240 and is used for spraying colors and colors on the mask;

the support rod 250 is arranged on one side of the operation station and opposite to the cloth transmission module, the support rod 250 extends from the operation station 201 to a direction perpendicular to the operation station 201, a module conversion device 260 is arranged at the extending end of the support rod 250, the module conversion device 260 extends from the extending end of the support rod 250 to the top of the operation station 201, the module conversion device 260 comprises at least two module conversion connection positions, the at least two module conversion connection positions select to rotate according to the current step of mask manufacturing to adjust one of the module conversion connection positions to be right opposite to the operation station 201, and the embossing module and the spray head module are respectively connected to the module conversion connection positions.

What need explain, domestic gauze mask machine still includes size calibration module, size calibration module is the camera, the image acquisition end orientation of camera operation station 201 department is gathered by the camera operation station 201 image information to image information through the camera is gathered carries out the analysis and is located operation station 201 department has made the gauze mask size, and will make the gauze mask size and compare in the size of current demand gauze mask, judges according to the comparison result whether the size of making gauze mask size and current demand gauze mask corresponds, if yes, then continue to carry out the gauze mask preparation and formulate, if not, then stop work and report gauze mask size error warning.

The household mask machine device further comprises:

the display module is embedded on the outer surface of the box body 200 and is used for displaying the manufacturing progress of the mask required currently and the type, required size and design of the mask required currently;

the key module is arranged on the outer surface of the box body 200 and is adjacent to the display module;

the Bluetooth module is used for receiving or sending Bluetooth information;

the voice recognition module is used for receiving the voice information and analyzing the voice information;

the display module, the key module, the Bluetooth module and the voice identification module are electrically connected with the processor;

a memory for storing machine readable instructions, which when executed by the processor, the processor performs the method of making a mask for a household mask machine of embodiment one.

The processor in this embodiment executes the following manufacturing method: domestic gauze mask machine passes through cloth transmission module exports the cloth to operation station department, wherein, cloth output process cloth passes size setting module to operation station, is decided according to the size of current demand gauze mask by size setting module the cloth size of cloth transmission module output, the position of adjustment knurling module in the cloth of output to according to removing knurling module and then carrying out the all-round seal knurling to the cloth of operation station department, after all-round seal knurling, module conversion equipment rotates and keeps away from the operation station with knurling module, and moves the shower nozzle module to operation station, carries out the design spraying by the shower nozzle module again to the cloth of operation station department and has accomplished the preparation of current demand gauze mask. With the gauze mask of many sizes of preparation in an entire machine to multiple personage's demand when satisfying the family, increase the adaptability of domestic gauze mask machine, and domestic gauze mask machine structure realizes that the degree of difficulty is low, and internal mechanical structure overall arrangement is simple, and whole area is little to be applicable to the family and places.

Example two

Referring to fig. 1, as shown in fig. 1, an embodiment of the present application discloses a flow chart of a mask manufacturing method of a household mask machine. As shown in fig. 1, the method of the embodiment of the present application includes:

step S100, obtaining a mask making command;

the step of acquiring a mask making command comprises the following steps: acquiring current voice information; and analyzing according to the current voice information to obtain a mask making command.

The step of obtaining the mask making command further comprises: acquiring current Bluetooth information, wherein the current Bluetooth information is sent out by Bluetooth according to a corresponding operation command generated by a user according to the size and the color of a mask selected by the user from a mobile terminal; and analyzing according to the current Bluetooth information to obtain a mask making command.

The step of obtaining the mask making command further comprises: acquiring current key information, wherein the current key information is generated by selecting corresponding operation commands of the sizes and colors of masks required by the operation of keys arranged on a household mask machine by a user; when the current key information is generated according to the unconventional key operation sequence, prompting the key operation error; when the operation error of the prompt key exceeds three times, starting an automatic locking program; and when the current key information is generated according to the conventional key operation sequence, analyzing according to the current key information to obtain a mask making command.

Step S110, obtaining the current mask requirement type and the current mask requirement color information according to the mask making command;

step S120, searching for a mask type consistent with the current mask requirement type in a pre-stored mask type library, wherein the pre-stored mask type library at least comprises one of large mask information, medium mask information, small mask information and infant mask information;

it should be noted that, when the large-size mask, the medium-size mask, the small-size mask and the infant mask in the mask type library are pre-stored and used as a household mask machine for the first time, a user shoots face images of family members through a camera of intelligent equipment in an intelligent APP connected with the mask machine, the intelligent APP calculates the face image size of each family member according to the received face images of the family members, the mask size matched with the intelligent APP is formulated according to the face image size of each family member and generates a corresponding mask type, the generated mask type is pre-stored in a database, the user can directly select the mask type in subsequent use, the intelligent APP calls the mask size in the database according to the mask type and transmits the mask size to the household mask machine device through wireless communication, or the household mask machine directly calls the mask size in the database, the mask of corresponding size is made according to the mask type that the user selected to domestic mask machine device, wherein, specific mask type includes in this embodiment: the mask comprises a large mask, a medium mask, a small mask and an infant mask, and the wireless communication comprises at least one communication type of a 3G network, a 4G network, a 5G network, a Bluetooth network and an indoor distribution network.

The manufacturing method of the mask of the household mask machine further comprises the following steps: acquiring preset mask information according to the type of a preset mask, wherein the preset mask information at least comprises the size of the mask required currently and the cloth used by the mask required currently; adjusting the type of the cloth used by the output mask and the stacking sequence of the cloth used by the mask according to the cloth used by the mask in the current requirement; then, adjusting the size of the cloth used by the output mask and the embossing position of the peripheral seal of the mask according to the current required mask size; manufacturing a mask matched with the current mask size according to the adjusted used cloth size of the output mask and the mask periphery embossing position; spraying colors in the manufactured required mask according to the required color information of the current mask; and finishing the manufacturing of the demand mask.

Step S130, when a preset mask type consistent with the current mask requirement type is found in a pre-stored mask type library, acquiring preset mask information according to the preset mask type, wherein the preset mask information at least comprises the current required mask size and the current mask requirement color;

step S140, outputting required cloth for manufacturing the mask according to the size of the mask required currently, and generating a mask periphery sealing embossing track and a mask pattern spraying track according to the size of the mask required currently;

cloth transmission module rotates the output cloth, and size setting module selects the cloth size of cloth transmission module output according to the size of current demand gauze mask, and the cloth after size setting module is decided transmits to operative employee's position department, later carries out all seals knurling and the nozzle module carries out the design spraying by the knurling module.

Step S150, adjusting the three-dimensional space position of an ultrasonic die head according to the embossing track of the peripheral seal of the mask, wherein the ultrasonic die head is used for embossing the peripheral seal of the mask, and the three-dimensional space position of the ultrasonic die head is the position of the ultrasonic die head in the transverse direction, the longitudinal direction and the vertical direction;

the size calibration module acquires the image information of the cloth that operation station department was decided so that the concrete position of the cloth of deciding is acquireed, adjusts horizontal, vertical and the vertical position of knurling module in bracing piece department to make the ultrasonic wave die head in the knurling module press close to the cloth of deciding, move the knurling module according to gauze mask all around knurling orbit, make the ultrasonic wave die head emboss the cloth of deciding according to gauze mask all around knurling orbit.

Step S160, controlling the ultrasonic die head to execute a peripheral sealing embossing cycle on the required cloth along the peripheral sealing embossing track of the mask, wherein the peripheral sealing embossing cycle refers to a process of completing the peripheral sealing embossing track of the mask by the ultrasonic die head;

the method for manufacturing the mask of the household mask machine comprises the following steps of controlling the ultrasonic die head to execute a cycle along the embossing track of the peripheral seal of the mask, wherein the cycle refers to the step that the ultrasonic die head seals and presses the mask, and the method for manufacturing the mask of the household mask machine further comprises the following steps: converting the ultrasonic die head into a nozzle module; adjusting the three-dimensional space position of a spray head module according to the embossing track of the peripheral seal of the mask, wherein the spray head module is used for spraying patterns and colors on the mask; and controlling the spray head module to execute a design and color spraying circulation on the required cloth along the mask design and color spraying track, wherein the design and color spraying circulation refers to the process that the spray head module finishes spraying all designs and colors. Spraying colors in the manufactured required mask according to the required color information of the current mask; the step of spraying the design and color in the manufactured demand mask according to the current mask demand design and color information comprises the following steps: obtaining the required design and color type, the color type and the layout mode of the current mask according to the required design and color information of the current mask; preparing required ink with the same color according to the color type; adjusting the spraying track according to the design and color types and the layout mode; spraying ink according to the spraying track; and finishing the spraying of the patterns in the mask.

The step of controlling the spray head module to execute a design and color spraying circulation on the required cloth along the mask design and color spraying track comprises the following steps: obtaining the type, the color type and the layout mode of the current mask requirement color according to the current mask requirement color; preparing required ink with the same color according to the color type; adjusting the spraying track of the design and color of the mask according to the design and color type and the layout mode; spraying required ink according to the spraying track of the patterns of the mask; and spraying the required colors in the mask.

And step S170, finishing the manufacture of the mask required currently.

Carry out blank pressing and design calibration to the current demand gauze mask that operation station department made the completion by size calibration module after gauze mask preparation is accomplished, size calibration module is the camera, the image acquisition end orientation of camera operation station department, gather by the camera operation station image information to image information through the camera is analyzed and is reachd and be located operation station department make gauze mask size to compare the size of making gauze mask size in current demand gauze mask, judge whether the size of making gauze mask size and current demand gauze mask corresponds according to the comparison result, if yes, then continue to carry out the gauze mask preparation and formulate, if not, then stop domestic gauze mask device work and report gauze mask size mistake warning.

The method for manufacturing the mask of the household mask machine disclosed by the embodiment comprises the following steps: acquiring a mask manufacturing command; acquiring the type of the current mask requirement and the color information of the current mask requirement according to the mask manufacturing command; searching the mask type consistent with the current mask requirement type in a pre-stored mask type library; when a preset mask type consistent with the current mask requirement type is found in a pre-stored mask type library, acquiring preset mask information according to the preset mask type, wherein the preset mask information at least comprises the current required mask size and the current mask requirement color; outputting required cloth for manufacturing the mask according to the size of the mask required currently, and generating a mask periphery sealing embossing track and a mask pattern spraying track according to the size of the mask required currently; adjusting the three-dimensional space position of an ultrasonic die head according to the embossing track of the peripheral seal of the mask, wherein the ultrasonic die head is used for embossing the peripheral seal of the mask, and the three-dimensional space position of the ultrasonic die head is the position of the ultrasonic die head in the transverse direction, the longitudinal direction and the vertical direction; controlling an ultrasonic die head to execute a peripheral sealing embossing cycle on the required cloth along the peripheral sealing embossing track of the mask, wherein the peripheral sealing embossing cycle refers to a process of completing the peripheral sealing embossing track of the mask by the ultrasonic die head; and finishing the mask with the current requirement. With the gauze mask of many sizes of preparation in an entire machine to multiple personage's demand when satisfying the family, increase the adaptability of domestic gauze mask machine, and domestic gauze mask machine structure realizes that the degree of difficulty is low, and inside mechanical structure overall arrangement is simple, and whole area is little to be applicable to the family and places.

It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other identical elements in a process, method, article, or apparatus that comprises the element.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.