TWM626368U - mask packaging machine - Google Patents

Abstract

A mask packaging machine, comprising: a machine table for guiding an upper packaging strip and a lower packaging strip, the upper packaging strip and the lower packaging strip together form a pre-sealing end and a pre-sealing side; a mask introduction module for guiding at least one mask towards the pre-sealed side and placing it between the upper packaging strip and the lower packaging strip; a driving module for carrying the mask from a carrier And push it to the first sealing end, and drive the mask and the upper and lower packaging tapes to move beyond the end of the machine; the sealing and cutting module is used to seal and cut the upper and lower packaging tapes and obtain A bag of semi-finished masks; and a packaging transfer module, a conveyor belt takes over the bag of semi-finished masks, and during the conveying process, a sealing component is used to fold a film and bond an upper film to obtain a bag of finished masks. .

Description

mask packaging machine

This creation is about an automatic packaging machine, especially a mask packaging machine.

At present, a bagged mask commonly found in the market has several masks in the outer packaging bag. The shape of the outer packaging bag is similar to a Chinese envelope, and the part that is folded to close the mouth of the bag has an adhesive layer, so that the user can fold the part of the outer packaging bag again after taking out the mask from the mouth of the bag each time. , and use the adhesive effect of the adhesive layer to keep the bag mouth closed to prevent the remaining masks in the outer packaging bag from being contaminated.

However, when manufacturing the above-mentioned bagged masks, the outer packaging bag needs to be prepared first, and a predetermined number of masks are manually placed into the outer packaging bag, and then the release paper on the adhesive layer is manually torn off, and the The adhesive layer is adhered to the outer surface of the outer packaging bag to close the bag opening. Therefore, the manufacturing efficiency of the bagged mask is difficult to improve due to the influence of manual packaging, and the masks placed in the outer packaging bag may be polluted during the manual packaging process.

On the other hand, in order to avoid contamination of masks during the manual packaging process, mask manufacturers have developed a conventional automatic mask packaging equipment, which can package several masks in a packaging bag without human hands; similar to An embodiment of the conventional mask automatic packaging equipment has been disclosed in the Patent No. M607416 Published by the Republic of China.

However, for the bagged masks prepared by the conventional mask automatic packaging equipment, the packaging bag will be irreversibly damaged during unpacking, so that the remaining masks that are not used at the moment of unpacking can no longer be packaged. The complete wrapping of the bag, possibly in storage (e.g. the user's backpack) Contaminated, it is very inconvenient for users.

In view of this, it is still necessary to improve the conventional automatic mask packaging equipment.

In order to solve the above problems, the purpose of this creation is to provide a mask packaging machine, which can complete the packaging of masks without human hands, and the obtained bagged masks can still completely wrap the remaining masks after each mask is taken, preventing residual masks. The mask is contaminated.

The next purpose of this creation is to provide a mask packaging machine, the structure of each module is simple, which can reduce the overall manufacturing cost and improve the assembly or maintenance efficiency.

Another purpose of this creation is to provide a mask packaging machine, each module of which can be actuated precisely to improve the quality of mask packaging.

The directionality described in the full text of this creation or its similar terms, such as "front", "back", "left", "right", "up (top)", "down (bottom)", "inside", "outside" , "sideways", etc., mainly refer to the directions of the attached drawings, and each directional or similar terms are only used to assist the description and understanding of the various embodiments of the present creation, and are not intended to limit the present creation.

The use of the quantifier "a" or "an" for the elements and components described in the full text of this creation is only for convenience and to provide the usual meaning of the scope of this creation; in this creation, it should be construed as including one or at least one, and a single The concept of also includes the plural case unless it is obvious that it means otherwise.

Similar terms such as "combination", "combination" or "assembly" mentioned in the whole text of this work mainly include the types of components that can be separated without destroying the components after connection, or the components cannot be separated after being connected, which are common knowledge in this field. It can be selected according to the material of the components to be connected or the assembly requirements.

The mask packaging machine of this creation includes: a machine, the machine has a head end and a tail end, the machine has several rollers, which are used to guide an upper packaging strip and a lower packaging strip and define a A guide path, the upper packaging strip and the lower packaging strip together form a pre-sealing end adjacent to the trailing end, and the upper packaging strip and the lower packaging strip together form a pre-sealing side adjacent to the pre-sealing side a sealing end; a mask introduction module, adjacent to the machine, for guiding at least one mask towards the pre-sealing side into the guide path and placing it between the upper packaging strip and the lower packaging strip; a driving The module is located between the head end and the tail end of the machine, and the driving module has a platform located between the upper packaging strip and the lower packaging strip for receiving the mask and pushing the mask To the first sealing end, and drive the mask, the upper packaging tape and the lower packaging tape to move beyond the end of the machine; the sealing and cutting module is adjacent to the end of the machine, using The upper packaging tape and the lower packaging tape are cut by sealing to obtain a bag of semi-finished masks. The film is longer than the upper film and is attached with an adhesive layer; and a packaging and transferring module is adjacent to the sealing and cutting module, and a conveyor belt receives the semi-finished product of the bagged mask, and is turned over by the sealing module during the conveying process. The lower film is folded to bond the upper film by the adhesive layer to obtain a bag of finished masks.

Accordingly, the mask packaging machine of the present creation can complete the packaging of masks without human hands, and the prepared bagged masks can still completely cover the remaining masks after each mask is taken, so as to prevent the remaining masks from being polluted, and has the advantages of maintaining The cleanliness of the mask and the effect of improving the convenience of use.

Wherein, the mask introduction module can have a bagging assembly, and the bagging assembly can have an actuator combined with a driver, the actuator can cause a lever group to pivot to abut the mask, and a strap can be Lifting one side of the upper packaging tape, the driver can drive the actuator to move toward the guide path, and the mask can be pushed toward the pre-sealed side by the lever set to insert the upper packaging tape between the material and the lower packaging strip. In this way, the mask can be smoothly fed into the guide path with a simple structure, and placed between the upper packaging tape and the lower packaging tape for subsequent packaging into bags, which reduces manufacturing costs, improves assembly efficiency and improves operation. Smoothness, etc.

Wherein, the mask introduction module may have a dispensing component and an alignment component, the alignment component may be located between the dispensing component and the bagging component, and the bagging component may be adjacent to the machine. In this way, the supply of masks can be automatically performed for packaging, which has the effects of improving the efficiency of packaging operations and avoiding contamination of the masks to be packaged.

Wherein, the mask introduction module can have a conveyor belt, and when the conveyor belt passes under the distribution assembly, the distribution assembly can release a single mask one by one, so that several masks can be stacked on the conveyor belt, and the conveyor belt passes through During the alignment assembly, the plurality of masks can be adjusted to be neatly stacked by the alignment assembly, so as to continue to be conveyed toward the guide path. In this way, several masks can be neatly stacked so as to be inserted between the upper packaging strip and the lower packaging strip, which has the effect of improving the accuracy and smoothness of the packaging operation.

Wherein, the conveyor belt can have several blocks arranged at equal distances, the masks can be overlapped between any two adjacent stoppers, the alignment assembly can have several inserts arranged at equal distances, and the number of masks can be arranged at equal distances. Each of the inserts can synchronously protrude toward the conveyor belt to stop in front of the masks, and cooperate with the displacement speed of the conveyor belt so that the masks are neatly stacked and then retracted to the initial position. In this way, several masks can be neatly stacked on top of each other with a simple structure so as to be fed into the guide path, which has the effects of reducing manufacturing cost, improving assembly efficiency and smoothness of operation.

Wherein, the mask carried by the carrier can be in contact with the front end of a convex block of the carrier, the driving module can have a linear displacement device combined with the carrier, and the linear displacement can link the carrier to move closer to the carrier. The direction of the sealing and cutting module is translated, and the mask is pushed toward the first sealing end by the bump. In this way, the mask can be accurately guided to the sealing and cutting module by a simple structure, which has the effects of reducing manufacturing cost, improving assembly efficiency and smoothness of operation.

Wherein, the packaging and transfer module can be pressed down by a clamping plate set on the mask, the upper packaging tape and the part of the lower packaging tape located on the conveyor belt, and the linear displacement device is linked to the carrier to retreat from the After sealing the lower part of the cutting module, the sealing and cutting module can seal and cut the upper packaging tape and the The lower packing tape. In this way, the sealing and cutting module can more smoothly and accurately seal and cut the upper packaging tape and the lower packaging tape, which has the effect of improving the packaging quality of the mask.

Wherein, the packaging transfer module may have a pressing component located above the conveyor belt for pressing the semi-finished bag mask on the conveyor belt and conveying the semi-finished bag mask in synchronization with the conveyor belt. The transfer module can fold the part of the lower film longer than the upper film by the sealing element during the conveying process, so as to adhere the outer surface of the upper film by the adhesive layer. In this way, the packaging transfer module can more smoothly and accurately complete the last step of the mask packaging operation, and has the effect of improving the quality of mask packaging.

Wherein, the sealing assembly can have a guide plate located on one side of the conveyor belt, the front end of the guide plate can be in a flared shape, and the end of the lower film of the semi-finished bag mask can be guided by the guide plate during the conveying process. When the plate is turned up, the sealing assembly can be translated by a pressing plate toward the end of the lower film, so that the end of the lower film is folded down so that the adhesive layer is attached to the outer surface of the upper film. In this way, the last step of the mask packaging operation can be completed in the process of conveying the bagged mask semi-finished product with a simple structure, which has the effects of reducing manufacturing cost, improving assembly efficiency and smoothness of operation.

Wherein, the sealing assembly may have an auxiliary positioning strip disposed adjacent to the guide plate, and the end of the lower film of the semi-finished bag mask can be guided between the guide plate and the auxiliary positioning strip to form a turned-up shape. In this way, the accuracy and smoothness of fitting the packaging bag can be improved by the auxiliary positioning strip, which has the effect of improving the packaging quality of the mask.

1: Machine

1a: head end

1b: tail

11: Roller

2: Mask import module

21: Dispensing components

22: Align Components

221: Plugins

23: Conveyor belt

231: Stopper

24: Bagging components

241: Actuator

242: Linear Displacement Parts

243: Drive

244: lever group

245: Belt Lifter

3: Drive the module

31: Carrier

311: bump

32: Linear Displacer

4: Sealing and cutting module

5: Package transfer module

51: Conveyor belt

52: Clamping plate set

53: Pressed Components

54: Sealing components

541: Guide plate

542: Auxiliary positioning bar

543: Push Plate

E1: Pre-sealed side

E2: Seal the end first

R: reel

M: mask

M1: upper film

M2: inferior membrane

N: protruding part

P: guide path

P1: semi-finished products of bags of masks

P2: Finished bag mask

T1: Upper packing tape

T2: Lower packing tape

S: adhesive layer

[Figure 1] A perspective view of an embodiment of the present invention.

[Fig. 2] A partially enlarged perspective view of the periphery of the end of the machine in an embodiment of the present invention.

[Fig. 3] An example of the action of transporting the mask to the guide path in the present invention.

[Picture 4] A diagram of the action situation of making the masks neatly overlapped in an embodiment of this creation.

[Fig. 5] A partially enlarged perspective view of another angle around the tail end of the machine according to an embodiment of the present invention.

[FIG. 6] A side view of the surroundings of the bagging assembly according to an embodiment of the present invention.

[Fig. 7] An action situation diagram of conveying the mask to the guide path by the bagging assembly in an embodiment of the present invention.

[Fig. 8] An action situation diagram of inserting the mask between the upper and lower packaging strips by the bagging assembly according to an embodiment of the present invention.

[Fig. 9] Another angle side view of an embodiment of the present invention in the state of Fig. 8.

[Picture 10] An action situation diagram of the driving module pushing the mask beyond the end of the machine in an embodiment of the present invention.

[Fig. 11] An action situation diagram of the sealing and cutting of the upper and lower packaging tapes by the sealing and cutting module according to an embodiment of the present invention.

[Fig. 12] An action situation diagram of the semi-finished bag mask being pressed by the packaging transfer module against the conveyor belt according to an embodiment of the present invention.

[Fig. 13] The action situation of turning up the end of the semi-finished bag mask in an embodiment of this invention.

[Fig. 14] An action situation diagram of the semi-finished bag mask being transported backward by the packaging transfer module according to an embodiment of the present invention.

[Fig. 15] A cross-sectional view taken along line A-A in Fig. 14.

[Fig. 16] An action situation diagram of the packaging bag being sealed by the packaging transfer module according to an embodiment of the present invention.

In order to make the above-mentioned and other purposes, features and advantages of this creation more obvious and easy to understand, the preferred embodiments of this creation are given below, and are described in detail with the accompanying drawings; in addition, the same symbols are marked in different drawings. are considered to be the same, and their descriptions will be omitted.

Please refer to Figure 1, which is a preferred embodiment of the mask packaging machine of the present creation, which includes a machine 1, a mask introduction module 2, a driving module 3, and a sealing and cutting module 4 and a packaging and transferring module 5, the driving module 3 is arranged on the machine 1, the mask introducing module 2 and the sealing and cutting module 4 are adjacent to the machine 1, and the packaging and transferring module 5 is adjacent to the machine 1. Sealing and cutting module 4.

Please refer to Figures 1 and 2, the machine 1 has a head end 1a and a tail end 1b, the machine 1 has several rotatable rollers 11, at least one roller 11 can be driven to generate intermittent The other rollers 11 can be driven to rotate; the setting positions and numbers of the rollers 11 are based on the principle that the upper packaging strip T1 and the lower packaging strip T2 can be smoothly guided to the predetermined destination. It is not limited, nor is it limited to the drawings disclosed in this embodiment.

In addition, according to the arrangement of the plurality of rollers 11, a guide path P for guiding the upper packaging tape T1 and the lower packaging tape T2 can be defined. The driving module 3 is located on the guide path P, and the sealing and cutting module 4 is located at the end of the guide path P and is almost adjacent to the rear end 1b of the machine 1; the mask introduction module 2 can be Adjacent to the machine 1 from the side to guide at least one mask M to be packaged into the guide path P; the packaging transfer module 5 is adjacent to the sealing and cutting module 4 to complete the mask M Seal the package and direct the finished product to the collection point. In order to facilitate understanding of the relative positions of the modules, in this embodiment, the head end 1a and the tail end 1b of the machine 1 may be set opposite to each other in the Y direction; that is, the guide path P may extend along the Y direction. The packaging transfer module 5 can continue to extend backward from the rear end 1b of the machine 1 along the Y direction, and the mask introduction module 2 can be adjacent to the machine 1 from the X direction, so that the overall production line is roughly T-shaped. But not limited to this.

In addition, in the present embodiment, the upper packaging tape T1 and the lower packaging tape T2 can be pre-stacked and rolled to form a roll R, and the roll R can be erected on the head end 1a of the machine 1 to The upper packaging tape T1 and the lower packaging tape T2 are synchronously introduced into the guide path P through the plurality of rollers 11 . Wherein, one side of the upper packaging tape T1 and the lower packaging tape T2 in the X direction may jointly form a pre-sealing side E1. Please also refer to Figure 10, the upper packaging tape T1 and the lower packaging One end of the loading tape T2 in the Y direction may together form a pre-sealing end E2, the pre-sealing end E2 is adjacent to the rear end 1b of the machine 1, and the pre-sealing end E2 is adjacent to the pre-sealing side E1.

Please refer to Figures 1 and 2 again, the mask introduction module 2 of this embodiment may have a dispensing component 21 and an alignment component 22 . The distribution assembly 21 can store multiple stacks of masks M, and release a single mask M one by one when a conveyor belt 23 passes under the distribution assembly 21, so that several masks M are stacked on the conveyor belt 23; When the belt 23 passes through the alignment assembly 22 , the alignment assembly 22 adjusts the masks M to be neatly stacked on top of each other, so as to continue to be conveyed toward the guide path P.

Referring to Figures 2 and 3, for example, the conveyor belt 23 may have several stoppers 231 equidistantly arranged, and the distance between any two adjacent stoppers 231 may be greater than the width of a mask M, so that the Several masks M released by the dispensing assembly 21 can be stacked between any two adjacent blocking members 231 . Referring to Figures 3 and 4, the aligning component 22 may have several inserts 221 arranged equidistantly, and the plurality of inserts 221 may be controlled to be synchronously located at an initial position (as shown in Figure 3), or Simultaneously displace toward the conveyor belt 23 and extend (as shown in Figure 4), cooperate with the displacement speed of the conveyor belt 23 to stop in front of the several overlapping masks M, until the distance between the plug-in 221 and the stopper 231 It is roughly equal to the width of one mask M and then retracted to the initial position, so that the several masks M can be neatly stacked.

Referring to Figures 1 and 5, the mask introduction module 2 of this embodiment may also have a bagging component 24, the alignment component 22 is located between the dispensing component 21 and the bagging component 24, and the bagging component 24 The assembly 24 is adjacent to the machine 1, and is used for placing the masks M neatly stacked between the upper packaging strip T1 and the lower packaging strip T2 for subsequent packaging into bags.

Referring to Figures 5 and 6, for example, the bagging assembly 24 of this embodiment has an actuator 241 that can be directly or indirectly combined with a linear displacement member 242 and a driver 243. The linear displacement member 242 is approximately Extending along the X direction, the driver 243 (eg, a pulley) can drive the actuator 241 to displace, and the linear displacement member 242 enhances the displacement stability of the actuator 241 . Referring to FIG. 7, the actuator 241 can cause a lever set 244 to pivot to abutting The rear ends of the masks M; please refer to Figures 5 and 8, the bagging assembly 24 can be lifted by a belt handle 245 to lift one side of the upper packaging tape T1, and the driver 243 will drive the bagging assembly 24. The actuator 241 translates in the direction close to the guide path P, so that the plurality of masks M are pushed toward the pre-sealed side E1 by the lever group 244 to insert the upper packaging tape T1 and the lower packaging tape material between T2.

Please refer to Figures 1 and 2 again, the driving module 3 is located between the head end 1a and the rear end 1b of the machine 1 , and the driving module 3 has a carrier 31 located between the upper packaging tape T1 and the rear end 1b. Between the lower packaging strips T2, the stage 31 can receive the masks M inserted between the upper packaging strips T1 and the lower packaging strips T2, and make the masks M abut against the The front end of a bump 311 of the carrier 31 .

Referring to Figures 2 and 9, the driving module 3 may further have a linear displacement device 32 for the carrier 31 to be combined directly or indirectly. When the linear shifter 32 is located at an initial position, it is farther away from the sealing and cutting module 4 (as shown in FIG. 9 ). The linear shifter 32 can link the stage 31 to move closer to the sealing and cutting module. 4 is translated in the direction of 4 (as shown in FIG. 10 ), so as to push the plurality of masks M towards the first sealing end E2 by means of the bump 311 of the carrier 31, and drive the plurality of masks M, the upper The packaging tape T1 and the lower packaging tape T2 are synchronously displaced to exceed the tail end 1b of the machine 1 (below the sealing and cutting module 4 ) which is approximately greater than the length of a mask M in the Y direction.

Please refer to Figures 5 and 11, the packaging transfer module 5 can be adjacent to the sealing and cutting module 4 by a conveyor belt 51, so that the masks M, the upper packaging tape T1 and the lower packaging tape When the material T2 is pushed beyond the rear end 1b of the machine table 1, it can be partially placed on the conveyor belt 51. The packaging transfer module 5 can also control a clamping plate set 52 to press down, so that the masks M, the upper packaging strip T1 and the lower packaging strip T2 are limited to the clamping plate set 52 and the conveyance Band 51 between. Continue to control the linear displacement device 32 to move the carrier 31 away from the sealing and cutting module 4 until the carrier 31 returns to its initial position; after the carrier 31 is withdrawn from the sealing and cutting module 4 , the sealing and cutting module 4 can seal and cut the upper packaging tape T1 and the lower packaging tape T2 to obtain the upper packaging tape T1 and the lower packaging tape T2 are separated from a bag of semi-finished masks P1, and at the same time, the upper packaging tape T1 and the lower packaging tape T2 jointly generate a new pre-sealing end E2.

Among them, please refer to Figures 11 and 13, the bagged mask semi-finished product P1 has an opposite upper film M1 and a lower film M2, the upper film M1 is formed by cutting the upper packaging tape T1, and the lower film M2 is formed. It is formed by cutting from the lower packaging tape T2, and the upper film M1 is sealed with three sides of the lower film M2. The lower film M2 at the unsealed portion is longer than the upper film M1 to form a protruding portion N, and the An adhesive layer S is attached to the protruding portion N.

Please refer to Figures 5 and 12, the packaging and transfer module 5 may also have a pressing component 53 located above the conveyor belt 51 for pressing against the semi-finished products P1 of the bagged masks on the conveyor belt 51, and the The pressing assembly 53 can be controlled to generate displacement in the Y direction (as shown in FIG. 14 ), so as to convey the semi-finished products P1 of the bagged masks to the rear end of the production line in synchronization with the conveyor belt 51 . Please refer to Figures 5 and 13, the packaging and transfer module 5 may also have a sealing component 54, so that the sealing component 54 is turned over during the process of forwarding the semi-finished products P1 of the bagged masks. The protruding portion N of the lower film M2 is folded to adhere the outer surface of the upper film M1 by the adhesive layer S.

Referring to Figures 13 and 15, for example, the sealing assembly 54 of this embodiment may have a guide plate 541 and an auxiliary positioning strip 542 disposed adjacently. The guide plate 541 and the auxiliary positioning strip 542 is located on one side of the conveyor belt 51, and the front end of the guide plate 541 and the auxiliary positioning bar 542 (the end that is closer to the sealing and cutting module 4 in the Y direction) are outwardly expanded, so that the bag The protruding portion N of the semi-finished product P1 of the mask can be guided between the guide plate 541 and the auxiliary positioning bar 542 to form a turned-up shape. Referring to Figures 14 and 16, when the semi-finished product P1 of the bagged mask is guided to a position opposite to a pressing plate 543 of the sealing assembly 54, the pressing plate 543 can be controlled to move downward along the X direction. The protruding portion N of the film M2 is translated to fold down the protruding portion N of the lower film M2, so that the protruding portion N can be attached to the outer surface of the upper film M1 by the adhesive layer S, so as to obtain One bag of finished masks P2, so as to complete the packaging operation of the masks M, so that the masks M can be It is completely covered in the space formed by the upper film M1 and the lower film M2.

To sum up, the mask packaging machine of this creation can complete the packaging of masks without human hands, so as to avoid contamination of the masks during the packaging process; in addition, the bagged masks made by the mask packaging machine of this creation can be opened by users. Part of the bag is used to take the mask, and the packaging bag can be re-bonded after each mask is taken, so that the remaining masks are completely wrapped in the packaging bag, thereby preventing the remaining masks from being contaminated. Therefore, the mask packaging machine of the present invention has the effect of maintaining the cleanliness of the mask, and the bagged mask produced by the mask packaging machine of the present invention has the effect of improving the convenience of use.

Although the present creation has been disclosed by the above-mentioned preferred embodiments, it is not intended to limit the present creation. Any person skilled in the art can make various changes and modifications relative to the above-mentioned embodiments without departing from the spirit and scope of the present creation. Therefore, the protection scope of this creation shall include all changes within the meaning and equivalent scope recorded in the appended patent application scope.

1: Machine

1a: head end

1b: tail

11: Roller

2: Mask import module

21: Dispensing components

22: Align Components

23: Conveyor belt

24: Bagging components

3: Drive the module

4: Sealing and cutting module

5: Package transfer module

R: reel

M: mask

P: guide path

P2: Finished bag mask

Claims (10)

A mask packaging machine, comprising: a machine, the machine has a head end and a tail end, the machine has several rollers, used to guide an upper packaging strip and a lower packaging strip and define a guide Path, the upper packaging strip and the lower packaging strip together form a pre-sealing end adjacent to the tail end, and the upper packaging strip and the lower packaging strip together form a pre-sealing side adjacent to the pre-sealing end; a mask introduction module, adjacent to the machine, to introduce at least one mask into the guide path toward the pre-sealing side and place it between the upper packaging strip and the lower packaging strip; a driving module , located between the head end and the tail end of the machine, and the driving module has a platform located between the upper packaging strip and the lower packaging strip to receive the mask and push the mask to the Seal the end first, and drive the mask, the upper packaging tape and the lower packaging tape to move beyond the end of the machine; the sealing and cutting module is adjacent to the end of the machine for sealing The upper packaging tape and the lower packaging tape are cut together to obtain a bag of semi-finished masks, which has a lower film and an upper film sealed on three sides, and the lower film at the unsealed part is longer than The upper film is attached with an adhesive layer; and a packaging transfer module is adjacent to the sealing and cutting module, a conveyor belt receives the semi-finished bag mask, and the sealing module folds the bag during the conveying process. The lower film is bonded with the upper film by the adhesive layer to obtain a bag of finished masks. The mask packaging machine of claim 1, wherein the mask introduction module has a bagging assembly, the bagging assembly has an actuator combined with a driver, the actuator causes a lever set to pivot to abut the mask , a belt lifter lifts one side of the upper packaging tape, the driver drives the actuator to displace toward the guide path, and pushes the mask toward the pre-sealed side by the lever group to insert the between the upper packaging strip and the lower packaging strip. The mask packaging machine of claim 2, wherein the mask introduction module has a a feeding assembly and an alignment assembly, the alignment assembly being located between the dispensing assembly and the bagging assembly, the bagging assembly being adjacent to the machine. The mask packaging machine of claim 3, wherein the mask introduction module has a conveyor belt, and when the conveyor belt passes under the distribution assembly, the distribution assembly releases a single mask one by one, so that several masks are stacked on the conveyor belt On the other hand, when the conveyor belt passes through the aligning component, the aligning component adjusts the masks to be neatly stacked, so as to continue to be transported toward the guide path. The mask packaging machine of claim 4, wherein the conveyor belt has a plurality of stoppers arranged at equal distances, the masks are overlapped between any two adjacent stoppers, and the aligning component has equidistantly arranged stoppers. Several inserts, the several inserts can synchronously extend toward the conveyor belt to stop in front of the several masks, and cooperate with the displacement speed of the conveyor belt to make the several masks neatly overlap and then retract to the initial position. The mask packaging machine of claim 1, wherein the mask received by the carrier is abutted against the front end of a bump of the carrier, the driving module has a linear displacement unit combined with the carrier, and the linear displacement unit is linked The stage is translated in a direction close to the sealing and cutting module, and the mask is pushed toward the first sealing end by the bump. The mask packaging machine of claim 6, wherein the packaging and transfer module is pressed down by a clamping plate set on the mask, the upper packaging strip and the part of the lower packaging strip located on the conveyor belt, and the linear displacement After the carrier moves the carrier to withdraw from below the sealing and cutting module, the sealing and cutting module seals and cuts the upper packaging tape and the lower packaging tape. The mask packaging machine of claim 1, wherein the packaging and transfer module has a pressing component located above the conveyor belt for pressing the bagged mask semi-finished product on the conveyor belt and synchronizing the bag with the conveyor belt. The semi-finished mask is transported backwards, and the packaging and transfer module folds the part of the lower film longer than the upper film by the sealing assembly during the conveying process, so that the outer surface of the upper film is bonded by the adhesive layer. The mask packaging machine of claim 8, wherein the sealing assembly has a guide plate Located on one side of the conveyor belt, the front end of the guide plate is in a flared shape, the end of the lower film of the semi-finished bag mask is turned up by the guide plate during the conveying process, and the sealing assembly is moved toward the The end of the lower film is translated to make the end of the lower film fold down so that the adhesive layer is attached to the outer surface of the upper film. The mask packaging machine of claim 9, wherein the sealing assembly has an auxiliary positioning bar disposed adjacent to the guide plate, and the end of the lower film of the semi-finished bag mask is guided between the guide plate and the auxiliary positioning bar. In between, it forms an upturned shape.

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