CN211076557U - Automatic bag making equipment - Google Patents
Automatic bag making equipment Download PDFInfo
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- CN211076557U CN211076557U CN201920161418.9U CN201920161418U CN211076557U CN 211076557 U CN211076557 U CN 211076557U CN 201920161418 U CN201920161418 U CN 201920161418U CN 211076557 U CN211076557 U CN 211076557U
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Abstract
The utility model provides an automatic equipment of system bag, a serial communication port, include, the frame is equipped with shovel clothing device, multistage conveyer, top clothes hanger device in this frame, draws the bagging apparatus, opens the bagging apparatus, seals and cuts device, coil stock membrane material feeding unit, presses bagging apparatus, control running gear. The utility model provides an automatic equipment of system bag makes the work of the automatic folding bagging-off of clothing of most clothing accessible machine completion, and can raise the efficiency, reduce labour cost, pack pleasing to the eye, be convenient for sell etc..
Description
Technical Field
The invention relates to the technical field of packaging, in particular to automatic bag making equipment.
Background
With the development of science and technology, the garment industry in China has been greatly developed in recent years. In the clothing industry, the manufactured ready-made clothes generally need to be packaged (folded, made into bags, bagged and sealed), the general clothing industry basically adopts manual piece by piece packaging, so that the working efficiency is low, the clothes packaged by different people are different inevitably, the packaged one-time appearance is not attractive, the manual labor intensity is high, the production is inconvenient, and the cost is increased invisibly; therefore, an automatic bag making device is urgently needed in the market.
Disclosure of Invention
In order to solve the problems, the invention provides an automatic bag making device, method and system, aiming at leading most of clothes to finish the automatic packaging work through a machine, improving the efficiency, reducing the labor cost, beautifying the packaging and the like.
The invention provides automatic bag making equipment which comprises a rack, wherein a clothes shoveling device, a multi-section conveying device, a clothes ejecting rack device, a bag pulling device, a bag opening device, a sealing and cutting device, a coil material film feeding device, a bag pressing device and a control operation device are arranged on the rack, the multi-section conveying device is arranged below the clothes shoveling device, the clothes ejecting rack device is arranged below the multi-section conveying device, the bag pulling device is arranged on one side of the clothes ejecting rack device, the sealing and cutting device is arranged on one side of the bag pulling device, the coil material film feeding device is arranged on one side of the sealing and cutting device, the bag pressing device is arranged below the coil material film feeding device, and the control operation device is arranged on the rack.
Further, the multi-segment conveying device comprises a first segment conveying device and a second segment conveying device,
the first-section conveying device comprises a rotating wheel mechanism, a belt mechanism and a motor mechanism, wherein the motor mechanism drives the belt mechanism and the rotating wheel mechanism to convey the clothes to the clothes shoveling device and is connected with the second-section conveying device;
the two-section conveying device comprises a rotating wheel mechanism, a belt mechanism, a motor mechanism, an adjusting block mechanism and a support mechanism, wherein the motor mechanism drives the belt mechanism, the rotating wheel mechanism, the adjusting block mechanism and the support mechanism to convey clothes to the bag pressing device, and the clothes are conveyed to the tail of the machine under the control of electric induction.
Furthermore, the clothes shoveling device comprises a clothes shoveling plate mechanism, a motor mechanism, an air cylinder mechanism, a rotating wheel mechanism, a guide rod mechanism, a rotating shaft mechanism, a plurality of guide rail mechanisms and a hand wheel mechanism, wherein the clothes shoveling plate mechanism is operated by the motor mechanism, the rotating shaft mechanism and the rotating wheel mechanism are used for controlling the clothes shoveling plate mechanism to open and close left and right and freely move clothes to shovel clothes into bags up and down, and the clothes shoveling device can be detached and adjusted in size.
Further, the clothes ejecting device comprises a clothes ejecting rack mechanism, a guide rod mechanism, a bearing mechanism and an air cylinder mechanism, wherein the guide rod mechanism, the bearing mechanism and the air cylinder mechanism are arranged below the clothes ejecting rack mechanism, the clothes ejecting device is controlled by electric induction, clothes are conveyed to the clothes ejecting rack mechanism through a section of conveying device, the air cylinder mechanism ejects the clothes ejecting rack mechanism, the air cylinder mechanism drives the clothes shoveling device to advance to the position of the clothes ejecting rack mechanism, the air cylinder mechanism pushes the clothes shoveling device to clamp the clothes, the clothes ejecting rack mechanism descends and returns to the position, and the clothes shoveling device clamps the clothes to advance to feed the clothes into a bag.
Furthermore, the bag pulling device comprises a bag pushing plate mechanism, a plurality of motor mechanisms, a plurality of bag pulling and clamping mechanisms, a plurality of cylinder mechanisms, a rotating wheel mechanism, a rotating shaft mechanism, a belt mechanism and a guide rail mechanism, the bag pulling and clamping mechanisms are arranged oppositely at the left and the right, the bag ejecting plate mechanism is controlled by the cylinder mechanism to operate, the bag pulling and clamping hand mechanism is controlled by the plurality of cylinder mechanisms and the plurality of motor mechanisms to operate, the motor mechanism controls the bag pulling and clamping hand mechanism to grasp the mouth of the roll material film feeding device to operate, the rotating shaft mechanism can adjust the bag making width, the bag pulling device and the coil material film feeding device are matched with each other to complete bag making, the air cylinder mechanism jacks up the bag pulling and clamping mechanism and the clothes shoveling device to put clothes into bags, the bag pulling and clamping mechanism releases the clothes shoveling device, and the motor mechanism operates to send the bagged clothes to the two-section conveying device.
The sealing and cutting device comprises a bag pressing plate mechanism, a sealing and heating plate mechanism, a plurality of cylinder mechanisms, a lower cutter mechanism, a plurality of guide rail mechanisms, an upper cutter mechanism and a pressing block mechanism, wherein the upper cutter mechanism is arranged below the pressing block, the bag pressing plate mechanism is arranged below the upper cutter mechanism, the plurality of guide rail mechanisms are arranged on two sides of the bag pressing plate mechanism, the sealing and heating plate mechanism is arranged below the bag pressing plate mechanism, the lower cutter mechanism is arranged below the sealing and heating plate mechanism, the plurality of cylinder mechanisms are arranged below the lower cutter mechanism, the sealing and cutting device is responsible for hot melting and sealing in the bag making process and cutting a single plastic film bag, and the upper cutter mechanism, the lower cutter mechanism and the sealing and heating plate mechanism are driven by the plurality of cylinder mechanisms to clamp the upper cutter mechanism, the lower cutter mechanism and the sealing and heating plate mechanism simultaneously, And (4) carrying out hot melting and cutting.
Further, the roll material film feeding device comprises a film material mechanism, a swing arm mechanism, a plurality of roller mechanisms, a roller mechanism, a stop lever mechanism, a motor mechanism, a transmission shaft mechanism and a photoelectric sensing mechanism, a swing arm mechanism is arranged on one side of the roller mechanism, the material blocking rod mechanism is arranged on the transmission shaft mechanism, the roller mechanism is also arranged on one side of the roller mechanism, the photoelectric sensing mechanism is arranged on one side of the roller mechanism, the motor mechanism is arranged on one side of the photoelectric sensing mechanism, the coil material film feeding device is matched with the bag pulling device to make and pull bags, the motor mechanism drives the roller mechanisms to convey the plastic film forwards, and controls the swing arm mechanism to move forwards and backwards to clamp the plastic film conveyed forwards by the film mechanism.
Further, the bag pressing device comprises a plurality of guide rod mechanisms, an air cylinder mechanism, an elastic mechanism, a limiting ring mechanism, a bearing mechanism and a pressing block mechanism, wherein the air cylinder mechanism is arranged at the center of the guide rod mechanisms, the guide rod mechanisms are arranged on the edges of the air cylinder mechanism, the bearing mechanism is arranged below the guide rod mechanisms, the limiting ring mechanisms are arranged below the bearing mechanism, the elastic mechanism is arranged below the limiting ring mechanisms, the pressing block mechanism is arranged below the elastic mechanism, and the bag pressing device is formed by pressing and lifting the air cylinder mechanism and the guide rod mechanisms in a combined mode, so that the clothes shoveling device is conveyed to the multi-section conveying device to be pressed tightly, and the clothes shoveling device is convenient to return.
Furthermore, the control operation device is electrically connected with the control clothes shoveling device, the multi-section conveying device, the clothes hanger jacking device, the bag pulling device, the sealing and cutting device, the coil material film feeding device and the bag pressing device.
Advantageous effects
The invention provides an automatic bag making device, method and system, which can enable most clothes to finish automatic folding and bagging work through a machine, and can improve efficiency, reduce labor cost, achieve attractive package, facilitate sale and the like.
Drawings
FIG. 1 is a schematic perspective view of an automatic bag-making apparatus (the lower figures are enlarged or reduced by a factor according to the figure)
FIG. 2 is a schematic view of a structure of a clothes shoveling device of an automatic bag making apparatus (2: 1)
FIG. 3 is a schematic view of a conveyor section of an automatic bag-making apparatus (3: 1)
FIG. 4 is a schematic structural view of a top coat device of an automatic bag making apparatus (3: 1)
FIG. 5 is a schematic view of a bag-pulling device of an automatic bag-making apparatus (3: 1)
FIG. 6 is a schematic view of a sealing and cutting device of an automatic bag-making apparatus (3: 1)
FIG. 7 is a schematic view of a structure of a roll film feeding device of an automatic bag making apparatus (3: 1)
FIG. 8 is a schematic view of a bag pressing device of an automatic bag making apparatus (3: 1)
FIG. 9 is a schematic view of a two-stage conveyer of an automatic bag-making apparatus (3: 1)
The attached drawings are marked with the specification (figure 1: a frame 1, a clothes shoveling device 2, a multi-section conveying device 3, a clothes lifting frame device 4, a bag pulling device 5, a sealing and cutting device 6, a coiled material film feeding device 7, a bag pressing device 8 and a control operation device 9; figure 2: a clothes shoveling plate mechanism 20, a motor mechanism 26, an air cylinder mechanism 23, a rotating wheel mechanism 24, a guide rod mechanism 22, a rotating shaft mechanism 25, a plurality of guide rail mechanisms 21 and a hand wheel mechanism 27; figure 3: a rotating wheel mechanism 30a, a belt mechanism 31a and a motor mechanism 32 a; figure 4: a clothes lifting frame mechanism 40, a guide rod mechanism 42, a bearing mechanism 41 and an air cylinder mechanism 43; figure 5: a bag lifting plate mechanism 50, a plurality of motor mechanisms 51, a plurality of bag pulling and clamping hand mechanisms 52, a plurality of air cylinder mechanisms 53, a rotating wheel mechanism 54, a rotating shaft mechanism 55, a belt mechanism 56 and a guide rail mechanism 57; figure 6: a bag pressing plate mechanism, A plurality of cylinder mechanisms 62, a lower cutter mechanism 66, a plurality of rail mechanisms 64, an upper cutter mechanism 65; FIG. 7: the device comprises a film mechanism 70, a swing arm mechanism 77, a plurality of roller mechanisms 71, a roller mechanism 72, a material blocking rod mechanism 73, a motor mechanism 74, a transmission shaft mechanism 76 and a photoelectric sensing mechanism 75; FIG. 8: a plurality of guide rod mechanisms 81, a cylinder mechanism 80, an elastic mechanism 85, a limit ring mechanism 83, a bearing mechanism 82 and a pressing block mechanism 84; FIG. 9: rotating wheel mechanism 30b, belt mechanism 31b, motor mechanism 32b, adjusting block mechanism 33b, bracket mechanism 34b)
Detailed Description
The embodiment provides an automatic bag making device, which comprises a rack 1, the rack 1, a shovel plate device 2, a multi-section conveying device 3, a clothes hanger pushing device 4, a bag pulling device 5, a sealing and cutting device 6, a coil material film feeding device 7, a bag pressing device 8 and a control operation device 9, wherein the multi-section conveying device is installed below the clothes hanger pushing device, the clothes hanger pushing device 4 is installed below the multi-section conveying device 3, the bag pulling device 5 is installed on one side of the clothes hanger pushing device 4, the sealing and cutting device 6 is installed on one side of the bag pulling device 5, the coil material film feeding device 7 is installed on one side of the sealing and cutting device 6, the bag pressing device 8 is installed below the coil material film feeding device 7, and the control operation device 9 is installed on the rack.
In a preferred embodiment, the multi-stage conveyor 2 includes a first stage conveyor 3a, a second stage conveyor 3b:
the first-stage conveying device 3a comprises a rotating wheel mechanism 30a, a belt mechanism 31a and a motor mechanism 32a, wherein the motor mechanism 32a drives the belt mechanism 31a and the rotating wheel mechanism 30a to convey the clothes to the clothes shoveling device 2 and is connected with the second-stage conveying device 3 b;
the two-section conveying device comprises a rotating wheel mechanism 30b, a belt mechanism 31b, a motor mechanism 32b, an adjusting block mechanism 33b and a support mechanism 34b, wherein the motor mechanism 32b drives the belt mechanism 31b, the rotating wheel mechanism 30b, the adjusting block mechanism 33b and the support mechanism 34b to convey clothes to the bag pressing device 8, and the clothes are controlled by electric induction to be finally conveyed to the tail.
In a preferred embodiment, the clothes shoveling device 2 in this embodiment includes a clothes shoveling plate mechanism 20, a motor mechanism 26, an air cylinder mechanism 23, a rotating wheel mechanism 24, a guide rod mechanism 22, a rotating shaft mechanism 25, a plurality of guide rail mechanisms 21, and a hand wheel mechanism 27, wherein the clothes shoveling plate mechanism 20 is operated by the motor mechanism 26, the clothes shoveling plate mechanism 20 is controlled by the rotating shaft mechanism 25 and the rotating wheel mechanism 24 to open and close left and right and move clothes to shovel clothes into bags up and down freely, and the clothes shoveling device 2 is detachable and adjustable in size.
In a preferred embodiment, the coat-lifting device 4 in this embodiment includes a coat-lifting frame mechanism 40, a guide rod mechanism 42, a bearing mechanism 41, and an air cylinder mechanism 43, the guide rod mechanism 42, the bearing mechanism 41, and the air cylinder mechanism 43 are provided under the coat-lifting frame mechanism 40, the coat-lifting device 4 is controlled by electric induction, and the clothes are fed to the coat-lifting frame mechanism 40 through a section of conveying device 3a, the air cylinder mechanism 43 jacks the coat-lifting frame mechanism 40, the air cylinder mechanism 43 drives the coat-shoveling device 2 to advance to the position of the coat-lifting frame mechanism 40, the air cylinder mechanism 43 jacks the coat-shoveling device 2 to clamp the clothes, the coat-lifting frame mechanism 40 descends to a home position, and the coat-shoveling device 2 clamps the clothes and pushes the clothes forward to feed the clothes into a pocket.
In a preferred embodiment, the bag pulling device 5 in this embodiment includes a bag pushing plate mechanism 50, a plurality of motor mechanisms 51, a plurality of bag pulling clamping mechanisms 52, a plurality of cylinder mechanisms 53, a rotating wheel mechanism 54, a rotating shaft mechanism 55, a belt mechanism 56, and a guide rail mechanism 57, the bag pulling clamping mechanisms 52 are arranged opposite to each other, the bag pushing plate mechanism 50 is controlled by the cylinder mechanisms 53 to operate, the bag pulling clamping mechanism 82 is controlled by the cylinder mechanisms 53 and the motor mechanisms 53 to operate, the motor mechanism 83 controls the bag pulling clamping mechanism 52 to grasp the mouth of the roll material film feeding device 7 to operate, the rotating shaft mechanism 55 can adjust a bag making width, the bag pulling device 5 and the roll material film feeding device 8 cooperate to make a bag, the cylinder mechanism 53 pushes the bag pulling clamping mechanism 52 and the clothes bag loading shovel device 2 to load a clothes bag, the bag-pulling gripper mechanism 52 releases the clothes shoveling device 2 and the motor mechanism 51 operates to feed the bagged clothes to the second-stage conveyor 3 b.
In a preferred embodiment, the sealing and cutting device 6 in this embodiment includes a bag pressing plate mechanism 60, a sealing and heating plate mechanism 61, a plurality of cylinder mechanisms 62, a lower cutter mechanism 63, a plurality of guide rail mechanisms 64, an upper cutter mechanism 65, and a pressing block mechanism 66, the upper cutter mechanism 65 is disposed under the pressing block 66, the bag pressing plate mechanism 60 is disposed under the upper cutter mechanism 63, the plurality of guide rail mechanisms 64 are disposed on both sides of the bag pressing plate mechanism 60, the sealing and heating plate mechanism 61 is disposed under the bag pressing plate mechanism 60, the lower cutter mechanism 63 is disposed under the sealing and heating plate mechanism 61, the plurality of cylinder mechanisms 62 are disposed under the lower cutter mechanism 63, the sealing and cutting device 6 is responsible for sealing and hot melting in the bag making process to cut a single plastic film bag, and the upper cutter mechanism 65, the lower cutter mechanism 66 are driven by the plurality of cylinder mechanisms 62, The lower cutter mechanism 63 and the sealing heating plate mechanism 61 simultaneously clamp, fuse and cut.
In a preferred embodiment, the roll film feeding device 7 in this embodiment includes a film mechanism 70, a swing arm mechanism 77, a plurality of roller mechanisms 71, a roller mechanism 72, a material blocking rod mechanism 73, a motor mechanism 74, a transmission shaft mechanism 76, and a photoelectric sensing mechanism 75, the swing arm mechanism 77 is disposed on one side of the roller mechanism 71, the material blocking rod mechanism 73 is disposed on the transmission shaft mechanism 76, the roller mechanism 72 is further disposed on one side of the roller mechanism 71, the photoelectric sensing mechanism 75 is disposed on one side of the roller mechanism 72, the motor mechanism 74 is disposed on one side of the photoelectric sensing mechanism 75, the roll film feeding device 7 cooperates with the bag pulling device 5 to make and pull bags, the motor mechanism 74 drives the plurality of roller mechanisms 71 to forward convey the sizing material mechanism 70, and the motor mechanism 74 controls the swing arm mechanism 77 to move forward and backward, the film material clamping mechanism 70 conveys the plastic film forward.
In a preferred embodiment, the bag pressing device 8 described in this embodiment includes a plurality of guide rod mechanisms 81, an air cylinder mechanism 80, an elastic mechanism 85, a limit ring mechanism 83, a bearing mechanism 82, and a pressing block mechanism 84, the cylinder mechanism 80 is arranged at the center of the guide rod mechanism 81, the guide rod mechanism 81 is arranged on the side of the cylinder mechanism 80, the bearing mechanism 82 is arranged below the guide rod mechanism 81, the limit ring mechanism 83 is arranged below the bearing mechanism 82, an elastic mechanism 85 is arranged below the limit ring mechanism 83, a pressing block mechanism 84 is arranged below the elastic mechanism 85, the bag pressing device 8 is formed by pressing and lifting the combination of the air cylinder mechanism 80 and the guide rod mechanism 81, so that the clothes shoveling device 6 is sent to the two-section conveying device 3b to be pressed tightly, and the clothes shoveling device 2 can return conveniently.
In a preferred embodiment, the control operation device 9 in this embodiment controls the clothes shoveling device 2, the multi-stage conveying device 3, the clothes hanger pushing device 4, the bag pulling device 5, the sealing and cutting device 6, the coil film feeding device 7 and the bag pressing device 8 through electrical connection.
The invention provides an automatic bag making device which is characterized by being suitable for clothes, cloth, food, logistics, medicines and the like.
The above description has broad application. For example, while the disclosed embodiments may focus on an automated bag making apparatus, it should be understood that the disclosed concepts are equally applicable to other fields. Similarly, although the various embodiments may be discussed in connection with an automated bag making apparatus, any of the individual features of the automated bag making apparatus may be used separately or integrated together. Thus, discussion of any embodiment is intended only as an example, and is not intended to limit the scope of the disclosure (including the claims) to such examples.
Claims (9)
1. The automatic bag making equipment is characterized by comprising a rack, wherein a clothes shoveling device, a multi-section conveying device, a clothes ejecting rack device, a bag pulling device, a sealing and cutting device, a coil material film feeding device, a bag pressing device and a control operation device are arranged on the rack, the multi-section conveying device is arranged below the clothes shoveling device, the clothes ejecting rack device is arranged below the multi-section conveying device, the bag pulling device is arranged on one side of the clothes ejecting rack device, the sealing and cutting device is arranged on one side of the bag pulling device, the coil material film feeding device is arranged on one side of the sealing and cutting device, the bag pressing device is arranged below the coil material film feeding device, and the control operation device is arranged on the rack.
2. An automated bag making apparatus as claimed in claim 1, wherein said multi-stage conveyor comprises, from one stage conveyor to a two stage conveyor,
the first-section conveying device comprises a rotating wheel mechanism, a belt mechanism and a motor mechanism, wherein the motor mechanism drives the belt mechanism and the rotating wheel mechanism to convey the clothes to the clothes shoveling device and is connected with the second-section conveying device;
the two-section conveying device comprises a rotating wheel mechanism, a belt mechanism, a motor mechanism, an adjusting block mechanism and a support mechanism, wherein the motor mechanism drives the belt mechanism, the rotating wheel mechanism, the adjusting block mechanism and the support mechanism to convey clothes to the bag pressing device, and the clothes are conveyed to the tail of the machine under the control of electric induction.
3. The automatic bag making equipment according to claim 1, wherein the clothes shoveling device comprises a clothes shoveling plate mechanism, a motor mechanism, a cylinder mechanism, a rotating wheel mechanism, a guide rod mechanism, a rotating shaft mechanism, a plurality of guide rail mechanisms and a hand wheel mechanism, the clothes shoveling plate mechanism is operated by the motor mechanism, the clothes shoveling plate mechanism is controlled by the rotating shaft mechanism and the rotating wheel mechanism to open and close left and right and move clothes shoveling and putting into bags up and down freely, and the clothes shoveling device can be detached and adjusted in size.
4. The automatic bag making apparatus as claimed in claim 1, wherein said clothes-pushing means comprises a clothes-pushing rack mechanism, a guide rod mechanism, a bearing mechanism, and a cylinder mechanism, said guide rod mechanism, said bearing mechanism, and said cylinder mechanism are disposed below said clothes-pushing rack mechanism, said clothes-pushing means is controlled by electric induction to feed clothes to said clothes-pushing rack mechanism through a section of conveyor, said cylinder mechanism pushes up said clothes-pushing rack mechanism, said cylinder mechanism drives said clothes-shoveling means to advance to said clothes-pushing rack mechanism position, said cylinder mechanism pushes said clothes-shoveling means to clip clothes, said clothes-pushing rack mechanism descends to return to its original position, said clothes-shoveling means clips clothes to advance and feed into bags.
5. The automatic bag making apparatus as claimed in claim 2, wherein said bag pulling device comprises a bag pushing plate mechanism, a plurality of motor mechanisms, a plurality of bag pulling gripper mechanisms, a plurality of cylinder mechanisms, a rotating wheel mechanism, a rotating shaft mechanism, a belt mechanism and a guide rail mechanism, said bag pulling gripper mechanisms are arranged opposite to each other, said bag pushing plate mechanism is controlled by said cylinder mechanisms, said bag pulling gripper mechanisms are controlled by said plurality of cylinder mechanisms and said plurality of motor mechanisms, said motor mechanisms control said bag pulling gripper mechanisms to grasp said web film feeding device port for operation, said rotating shaft mechanism can adjust bag making width, said bag pulling device cooperates with said web film feeding device for bag making, said cylinder mechanism pushes said bag pulling gripper mechanisms and said shoveling device to put clothes into bags, the bag pulling and clamping mechanism releases the clothes shoveling device, and the bagged clothes are conveyed to the two-section conveying device by the operation of the motor mechanism.
6. The automatic bag making apparatus of claim 1, wherein said sealing and cutting device comprises a bag pressing plate mechanism, a sealing and heating plate mechanism, a plurality of cylinder mechanisms, a lower cutter mechanism, a plurality of guide rail mechanisms, an upper cutter mechanism, and a pressing block mechanism, said upper cutter mechanism is disposed under said pressing block, said bag pressing plate mechanism is disposed under said upper cutter mechanism, said plurality of guide rail mechanisms are disposed on both sides of said bag pressing plate mechanism, said sealing and heating plate mechanism is disposed under said bag pressing plate mechanism, said lower cutter mechanism is disposed under said sealing and heating plate mechanism, said plurality of cylinder mechanisms are disposed under said lower cutter mechanism, said sealing and cutting device is responsible for hot-melt sealing during bag making, cutting single plastic film bag, said upper cutter mechanism is driven by said plurality of cylinder mechanisms, said sealing and cutting device is driven by said plurality of cylinder mechanisms, The lower cutter mechanism and the sealing heating plate mechanism simultaneously clamp, fuse and cut off.
7. The automatic bag making apparatus according to claim 1, wherein said web film feeding device comprises a film feeding mechanism, a swing arm mechanism, a plurality of roller mechanisms, a roller mechanism, a stop lever mechanism, a motor mechanism, a transmission shaft mechanism, and a photoelectric sensing mechanism, wherein said swing arm mechanism is disposed on one side of said roller mechanism, said stop lever mechanism is disposed on said transmission shaft mechanism, said roller mechanism is disposed on one side of said roller mechanism, said photoelectric sensing mechanism is disposed on one side of said roller mechanism, said motor mechanism is disposed on one side of said photoelectric sensing mechanism, said web film feeding device is operated in cooperation with said bag pulling device to make and pull bags, said motor mechanism drives said plurality of roller mechanisms to forward feed said film feeding mechanism, said motor mechanism controls said swing arm mechanism to move back and forth, and the film material clamping mechanism conveys the plastic film forwards.
8. The automatic bag making apparatus as claimed in claim 1, wherein said bag pressing means comprises a plurality of guide rod mechanisms, a cylinder mechanism, a resilient mechanism, a retainer ring mechanism, a bearing mechanism, and a pressing block mechanism, said cylinder mechanism is disposed at the center of said guide rod mechanism, said guide rod mechanism is disposed at the side of said cylinder mechanism, said bearing mechanism is disposed below said guide rod mechanism, said retainer ring mechanism is disposed below said bearing mechanism, said resilient mechanism is disposed below said retainer ring mechanism, said pressing block mechanism is disposed below said resilient mechanism, said bag pressing means is a combination of said cylinder mechanism and said guide rod mechanism which is pressed down and lifted up, said clothes shoveling means is conveyed to said multi-stage conveyor to tightly press the clothes, and said clothes shoveling means is convenient to return.
9. The automatic bag making apparatus as claimed in claim 1, wherein said operation control means is electrically connected to control the clothes shoveling means, the multi-stage conveying means, the clothes hanger lifting means, the bag pulling means, the sealing and cutting means, the web film feeding means, and the bag pressing means.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920161418.9U CN211076557U (en) | 2019-01-30 | 2019-01-30 | Automatic bag making equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920161418.9U CN211076557U (en) | 2019-01-30 | 2019-01-30 | Automatic bag making equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN211076557U true CN211076557U (en) | 2020-07-24 |
Family
ID=71622623
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920161418.9U Active CN211076557U (en) | 2019-01-30 | 2019-01-30 | Automatic bag making equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN211076557U (en) |
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2019
- 2019-01-30 CN CN201920161418.9U patent/CN211076557U/en active Active
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