WO2021254388A1 - Semi-automatic production device for traceless hooks - Google Patents

Abstract

A semi-automatic production device for traceless hooks, comprising a rack. A conveyor assembly used for conveying materials, a tray set (1000) used for bearing traceless hook fixing pieces (120) and hooks (130), a gluing system used for smearing glue on the traceless hook fixing pieces (120), a sticky film feeding mechanism used for feeding sticky films (110) to the traceless hook fixing pieces (120) smeared with the glue, and a glue pressing and curing device used for curing and bonding the traceless hook fixing pieces (120) and the sticky films (110) with the glue are arranged on the rack. According to the device, a worker only needs to place the traceless hook fixing pieces (120) and the hooks (130) on trays, the traceless hooks can be manufactured by means of a control switch, the labor cost is reduced, and moreover, due to the fact that the traceless hooks are produced in a semi-automatic mode, the finished product yield is high, the condition is good, workers do not need to make direct contact with UV glue and ultraviolet light, the safety of the workers is guaranteed, a plurality of trays can be arranged on a tray set, and the production efficiency is greatly improved.

Description

Semi-automatic production equipment for non-marking hook Technical field

The invention belongs to the field of non-marking hook production, and specifically relates to a non-marking hook semi-automatic production equipment.

Background technique

Non-marking hooks are loved by consumers due to their convenience, speed, practicality, and beauty. For companies that produce non-marking hooks, due to the maturity of production technology, the number of manufacturers gradually increases, and the market competition becomes increasingly fierce. Production efficiency and reducing production costs have become a way for enterprises to survive and develop.

As shown in Figure 1, the non-marking hook mainly includes a hook 130, a sticky glue 110 piece, and a non-marking hook fixing piece 120. The hook passes through the hook hole 121 of the non-marking hook fixing piece and is connected to the non-marking hook by applying glue. The adhesive film is glued to the non-marking hook fixing piece, and the hook is fixed between the two to form a non-marking hook product. Due to the non-marking hook fixing piece, the adhesive film and the shape of the hook, it is difficult to realize batch supply by machine. Therefore, most companies use manual production, but manual production is time-consuming, low in efficiency, and has large differences in product quality. With the increase in labor costs, manual production can no longer meet the production needs of enterprises.

Therefore, the existing technology needs to be further developed and improved.

Summary of the invention

In view of the various deficiencies of the prior art, in order to solve the above problems, a semi-automatic production equipment for non-marking hooks is now proposed.

In order to achieve the above objectives, the present invention provides the following technical solutions:

A semi-automatic production equipment for non-marking hooks, which includes a frame on which a transmission component for material transmission, a tray group for receiving non-marking hook fixing sheets and hooks, and used for fixing the non-marking hooks Glue coating system for film application glue, adhesive film feeding mechanism used to feed the adhesive film to the non-marking hook fixing sheet after applying the glue, and used to cure the glue to bond the non-marking hook fixing sheet and the pressure glue curing of the adhesive film Device, the material tray group is arranged on the transmission component, the transmission component drives the material tray group to the manual loading position, the non-marking hook fixing piece and the hook are reversed on the material tray group by manual loading, and then the transmission component drives the material tray The group successively completes the semi-automatic production of non-marking hooks through the glue application system, the adhesive film feeding mechanism, and the pressure glue curing device.

Preferably, the tray groups are arranged in multiple groups, and each group of tray groups is provided with a plurality of trays in parallel, the number of trays on each group of tray groups is the same, and the arrangement direction of the plurality of trays is perpendicular to the conveying mechanism. direction.

Preferably, the glue application system includes a glue injection unit and a glue application unit, the glue injection unit injects glue into the glue application unit, and the glue application unit includes a first lifting cylinder, a glue storage tank, and a glue storage tank The glue application head is hollowed out at the bottom, and the first lifting cylinder drives the glue storage tank and the glue application head to apply glue to the non-marking hook fixing piece on the material tray group of the non-marking hook processing station.

Preferably, there are a plurality of the glue spreading heads, and each glue spreading head corresponds to one pan on the pan set.

Preferably, the viscous film feeding mechanism includes a storage tray and a loader, the storage tray and the loader are both arranged on the frame, the storage tray is arranged above the loader, and the storage tray A storage slot for storing the film is formed in the middle, and a film outlet is provided at the bottom of the storage slot. The loader includes a grasping mechanism for grasping the adhesive film from the film outlet and the transfer of the grasping mechanism from the film outlet to the adhesive film The action mechanism in the tray group on the upper material level, and the upper material level of the viscous film is set below the storage tray.

Preferably, the action mechanism includes a connecting plate connected to the grasping mechanism, a second lifting cylinder connected to the lower end of the connecting plate for driving the connecting plate to drive the grasping mechanism to lift, for realizing the grasping mechanism and the connecting plate, and The rotating rod turned over by the second lifting cylinder, and the turning cylinder connected with the rotating rod to drive the rotating rod to turn over. The rotating rod is hinged to the frame, and the grabbing mechanism is driven by the second lifting cylinder to grab the film outlet The viscous film is turned over by the rotating shaft driven by the inverting cylinder, and the gripping mechanism is turned over so that the gripping mechanism places the viscous film in the tray of the material level on the viscous film. The gripping mechanism includes a mechanism for adsorbing the viscous film. Sucker.

Preferably, there are multiple suction cups, each suction cup corresponds to one tray on the tray group, and multiple film outlets are provided, and each film outlet corresponds to one suction cup.

Preferably, the pressing and curing device includes a pressing unit and a curing unit, and the pressing unit includes a pressing plate for squeezing out the bubbles in the UV glue between the non-marking hook fixing piece on the tray and the adhesive film, and a driving pressing plate A third lifting cylinder for squeezing. The pressing plate is arranged above the tray and lifted and lowered by the third lifting cylinder. The curing unit includes a UV glue for quickly curing the UV glue between the non-marking hook fixing piece and the adhesive film by irradiation The ultraviolet lamp group is arranged under the tray group.

Preferably, the ultraviolet lamp groups are arranged in multiple groups, and each group of ultraviolet lamp groups is provided with a plurality of ultraviolet lamp modules, and each ultraviolet module corresponds to one tray on the tray group.

Preferably, the manual loading level is provided with a control switch for controlling the transmission mechanism, and the control switch controls the transmission mechanism to automatically shut down after being transmitted for a certain distance. The manual loading level and the gluing system, the gluing system and the adhesive film The distance between the feeding mechanism, the adhesive film feeding mechanism and the pressure glue curing device, and the ultraviolet lamp group in the pressure glue curing device is equal to the transmission distance of the transmission mechanism each time.

Beneficial effects:

The present invention provides a non-marking hook semi-automatic production equipment. The equipment only requires the staff to place the non-marking hook fixing sheet and the hook on the material tray, and the production of the non-marking hook can be completed by controlling the switch, which reduces labor costs and at the same time Since the non-marking hook is semi-automatic production, the finished product has a high yield and good quality. At the same time, the staff does not need to directly touch the UV glue and ultraviolet light, which ensures the safety of the staff. Multiple trays can be set on a tray group, which greatly improves Productivity.

Description of the drawings

Figure 1 is a schematic structural diagram of a non-marking hook in a specific embodiment of the present invention;

Figure 2 is a schematic diagram of the structure of the tray in a specific embodiment of the present invention;

3 is a schematic structural diagram of a glue coating system of a semi-automatic production equipment for non-marking hooks in a specific embodiment of the present invention;

4 is a front view of a glue application system of a semi-automatic production equipment for non-marking hooks in a specific embodiment of the present invention;

FIG. 5 is a schematic structural diagram of an adhesive film feeding mechanism of a non-marking hook semi-automatic production equipment in a specific embodiment of the present invention;

6 is a schematic structural view of another state of the adhesive film feeding mechanism of a non-marking hook semi-automatic production equipment in a specific embodiment of the present invention;

FIG. 7 is a schematic structural diagram of an adhesive film feeding mechanism of a non-marking hook semi-automatic production equipment in a specific embodiment of the present invention;

FIG. 8 is a schematic structural diagram of a pressure glue curing device of a non-marking hook semi-automatic production equipment in a specific embodiment of the present invention;

Fig. 9 is a top view of a curing unit of a pressure glue curing device of a non-marking hook semi-automatic production equipment in a specific embodiment of the present invention.

In the picture: 110 adhesive film, 120 non-marking hook fixing piece, 121 hook hole, 130 hook, 1000 tray group, 1100 support frame, 1110 fixing hole, 1200 support plate, 1210 clearance hole, 1220 positioning hole, 2310 first lifting cylinder, 2320 glue storage tank, 2330 fixed plate, 2331 clamping slot, 2340 movable plate, 2410 quantitative injection head, 2510 first finger cylinder, 3310 storage slot, 3320 film outlet, 3330 gear, 3340 vertical Rod, 3410 connecting plate, 3420 second lifting cylinder, 3430 rotating rod, 3440 flipping cylinder, 3510 suction cup, 4310 pressure plate, 4311 elastic gasket, 4320 third lifting cylinder, 4330 second finger cylinder, 4410 UV lamp set, 4411 main Ultraviolet lamp group, 4412 times ultraviolet lamp group.

detailed description

In order to enable those skilled in the art to better understand the technical solutions of the present invention, the technical solutions of the present invention will be clearly and completely described below in conjunction with the accompanying drawings of the present invention. Based on the embodiments of the present application, those of ordinary skill in the art will Other similar embodiments obtained without creative work shall fall within the scope of protection of this application. In addition, the directional terms mentioned in the following embodiments, such as "up", "down", "left", "right", etc. are only the directions with reference to the drawings. Therefore, the directional terms used are used to illustrate rather than limit the text. invent.

As shown in Figures 2-9, the present invention provides a non-marking hook semi-automatic production equipment, which includes a frame, the frame is provided with a transmission component for material conveying, used to receive the non-marking hook fixing piece 120 and The tray group 1000 of the hook 130, the gluing system for applying glue to the non-marking hook fixing piece 120, the adhesive film feeding mechanism for feeding the adhesive film 110 to the non-marking hook fixing piece 120 after applying glue, A pressure glue curing device for curing glue to bond the non-marking hook fixing sheet 120 and the adhesive film 110. The tray group 1000 is arranged on the transmission assembly, and the transmission assembly drives the tray group 1000 to the manual loading position. When loading, the non-marking hook fixing piece 120 and the hook 130 are inverted on the tray group 1000, and then the transmission component drives the tray group 1000 through the gluing system, the adhesive film feeding mechanism, and the pressure glue curing device to complete the non-marking hook. Semi-automated production.

Specifically, the tray group 1000 is arranged in multiple groups, and each group of tray group 1000 is provided with a plurality of trays in parallel, and the number of trays on each group of tray group 1000 is the same, and the arrangement direction of the plurality of trays is perpendicular to The conveying direction of the transmission mechanism.

Specifically, the material tray includes a support frame 1100 and a support plate 1200. A first mounting hole is provided in the center of the support frame 1100, a clamping adjustment is provided on the inner side of the support frame 1100, and the support plate 1200 passes The clamping step of the support frame 1100 is clamped in the first mounting hole, the shape of the first mounting hole matches the shape of the adhesive film 110, and the support plate 1200 is provided with a positioning for positioning the non-marking hook fixing sheet 120 The hole 1220 is corresponding to the positioning hole 1220 provided with a relief hole 1210 for providing a hooking operation space for a non-marking hook automatic production equipment. The relief hole 1210 is provided on the support plate 1200 and communicates with the positioning hole 1220.

Specifically, the shape of the positioning block is consistent with the convex shape of the non-marking hook fixing piece 120.

Specifically, the tray further includes an adjustment frame for processing hooks of different sizes, the center of gravity of the adjustment frame is provided with a second mounting hole, the overall shape of the adjustment frame matches the shape of the first mounting hole, and the second The shape of the two mounting holes matches the shape of the non-marking hook fixing piece 120 of the corresponding size.

In some embodiments, the machining accuracy of the fixing hole 1110 is controlled to be ±2 wires.

In some embodiments, the support frame 1100 is a metal frame, and the service life of the support frame 1100 can be improved by setting it as a metal mine.

In some embodiments, the support plate 1200 is a transparent plastic plate, and the edge of the transparent plastic plate is pasted on the clamping step of the support frame 1100. The function of using the transparent plastic plate is to ensure that ultraviolet rays pass through the transparent plastic plate during curing. , The UV glue between the adhesive film 110 and the non-marking hook fixing sheet 120 is cured, so that the adhesive film 110 and the non-marking hook fixing sheet 120 are bonded and fixed.

Specifically, the glue application system includes a glue injection unit and a glue application unit. The glue injection unit injects glue into the glue application unit. The glue application unit includes a first lifting cylinder 2310, a glue storage tank 2320, and a storage tank. The glue application head hollowed out at the bottom of the glue tank 2320, the first lifting cylinder 2310 drives the glue storage tank 2320 and the glue application head to apply glue to the non-marking hook fixing piece on the material tray group 1000 at the non-marking hook processing station At 120, there are multiple glue spreading heads, and each glue spreading head corresponds to one pan on the pan group 1000.

Specifically, the glue injection unit includes a quantitative glue injection head 2410 for quantitative glue injection, a glue storage bucket connected with the quantitative glue head 2410 through a pipeline, and a glue storage tank for driving the glue in the glue storage bucket to enter the quantitative glue injection head 2410 is a driving pump, and the quantitative glue injection head 2410 quantitatively injects glue into the glue application unit through a glue injection valve provided on the quantitative glue injection head 2410.

Specifically, there are multiple quantitative glue injection heads 2410, and the multiple quantitative glue injection heads 2410 are arranged side by side.

Specifically, the glue application unit further includes a fixed plate 2330 and a movable plate 2340. The fixed plate 2330 is provided with a clamping groove 2331 corresponding to each quantitative glue injection head 2410, and the clamping groove 2331 is used for clamping the quantitative glue injection. The glue head 2410, the movable plate 2340 is arranged on the first lifting cylinder 2310, and the movable plate 2340 is provided with glue injection holes corresponding to each quantitative glue injection head 2410 and a glue storage tank corresponding to each glue injection hole. 2320. The glue storage tank 2320 accepts the glue injected by the quantitative glue injection head 2410. Multiple quantitative glue injection heads 2410 and multiple glue storage tanks 2320 can increase the glue application efficiency and enable the system to apply multiple traceless at one time Hook fixing piece 120.

Specifically, the glue storage tank 2320 is provided with a sponge for storing glue. The sponge storage glue is used to prevent a large amount of glue from overflowing at one time, resulting in a different amount of glue. At the same time, due to the absorbent nature of the sponge, the excess glue can be stored in the sponge. In, avoid waste.

Specifically, the glue application head is provided with a non-woven fabric to prevent the leakage of the sponge, and the non-woven fabric is used to block the leakage of the sponge, and at the same time, the glue can be spread evenly, and its own fibers can be reduced to fall on the non-marking hook fixing sheet 120. Improve the yield of products.

Specifically, it also includes a clamping unit. The clamping unit includes a first finger cylinder 2510 for clamping the non-marking hook 130 at the processing station. The first finger cylinder 2510 is provided with an increased clamping and non-marking The friction sponge pad of the hook 130, the clamping unit can make the hook 130 and the non-marking hook fixing piece 120 not move when applying glue, ensuring the accuracy of the glue position and preventing the non-marking hook fixing piece from being applied when glue is applied 120 brought up.

Specifically, the clamping groove 2331 and the quantitative glue injection head 2410 are tightened and clamped by bolts, and the size of the clamping groove 2331 can be adjusted according to the bolts to clamp the quantitative glue injection heads 2410 of different sizes.

Specifically, the clamping groove 2331 is fastened to the fixing plate 2330 by bolts.

Specifically, the quantitative glue injection head 2410 passes through the glue injection hole and directly contacts the sponge in the glue storage tank 2320.

Specifically, the viscous film feeding mechanism includes a storage tray and a loader. The storage tray and the loader are both arranged on the frame, and the storage tray is arranged above the loader. A storage slot 3310 for storing the film is formed in the middle, and a film outlet 3320 is provided at the bottom of the storage slot 3310. The loader includes a gripping mechanism for grabbing the adhesive film 110 from the film outlet 3320 and a gripping mechanism for picking up the film from the film. The outlet 3320 is transferred to the action mechanism in the tray group 1000 on the upper material level of the adhesive film 110, which is arranged below the storage tray.

Specifically, the action mechanism includes a connecting plate 3410 connected to the grasping mechanism, a second lifting cylinder 3420 connected to the lower end of the connecting plate 3410 for driving the connecting plate 3410 to drive the grasping mechanism to lift, and for implementing the grasping mechanism And the connecting plate 3410 and the rotating rod 3430 flipped by the second lifting cylinder 3420, and the flip cylinder 3440 connected with the rotating rod 3430 to drive the rotating rod 3430 to flip. The rotating rod 3430 is hinged to the frame, and the grasping mechanism is in the Driven by the two lifting cylinders 3420, the adhesive film 110 at the film outlet 3320 is grasped, and the rotating shaft driven by the overturning cylinder 3440 is turned over, and the grasping mechanism is turned over, so that the grasping mechanism places the sticky film 110 at the upper position of the adhesive film. In the tray, the gripping mechanism includes a suction cup 3510 for sucking the adhesive film 110.

Specifically, there are multiple suction cups 3510, each suction cup 3510 corresponds to one tray on the tray group 1000, the film outlet 3320 is provided in multiple, and each film outlet 3320 corresponds to one suction cup 3510.

Specifically, a plurality of vertical rods 3340 are provided on the storage tray, and the storage tank 3310 is a space formed between the plurality of vertical rods 3340.

Specifically, the adhesive film outlet 3320 is provided with a baffle, and the edge of the baffle is provided with blocking teeth 3330 for realizing the effective separation of the adhesive film 110 at the film outlet 3320, and the blocking teeth 3330 are arranged opposite to the baffle. The blocking teeth 3330 are in a saw-tooth shape with evenly distributed saw teeth, and are separated by the saw-tooth shaped blocking teeth 3330

Specifically, there are multiple storage slots 3310, and multiple storage slots 3310 are arranged in parallel.

Specifically, the gripping device includes a suction cup 3510 for absorbing the adhesive film 110 at the film outlet 3320 and driving the film transfer. The suction cup 3510 is connected to an external air pump through a pipeline. When the gripping device needs to grab the film outlet 3320 When the viscous film 110, the air pump sucks air outward, so that the suction cup 3510 is tightly adsorbed on the viscous film 110. When the action mechanism drives the suction cup 3510 to transfer to the upper material position of the viscous film 110, the air pump pumps air into the suction cup 3510 to make the suction cup 3510 It is separated from the adhesive film 110 to ensure that the adhesive film 110 is accurately placed on the material position of the adhesive film.

Specifically, there is one pipeline connecting the suction cup 3510 and the external air pump, and this pipeline is provided with a corresponding number of pipeline ports according to the number of the suction cup 3510.

Specifically, the suction cup 3510 is connected to the connecting plate 3410 by bolts.

Specifically, the grasping mechanism further includes an elastic member for buffering and resetting the suction cup 3510. The resetting of the elastic member prevents the slow rebound of the suction cup 3510 and affecting the effect of grasping the viscous film 110, thereby speeding up Productivity.

Specifically, the pressing and curing device includes a pressing unit and a curing unit. The pressing unit includes a pressing plate 4310 for squeezing out the bubbles in the UV glue between the non-marking hook fixing sheet 120 on the tray and the adhesive film 110, And a third lifting cylinder 4320 that drives the pressing plate 4310 to squeeze. The pressing plate 4310 is arranged above the tray and lifted and lowered by the third lifting cylinder 4320. The curing unit includes a fixing piece 120 for making a non-marking hook by irradiation. An ultraviolet lamp group 4410 for fast curing of the UV glue between the adhesive film 110 and the adhesive film 110, and the ultraviolet lamp group 4410 is arranged under the tray group 1000.

Specifically, the third lifting cylinder 4320 is fixedly arranged directly above the gluing position of the curing unit, the pressing plate 4310 is arranged at the end of the piston rod, and the pressing plate 4310 is provided with an anti-sticking film 110 on one end of the pressing adhesive film 110. A worn elastic gasket 4311, the size of the elastic gasket 4311 is equal to the size of the support plate 1200.

Specifically, the third lifting cylinder 4320 is arranged corresponding to each tray of the tray group 1000 to ensure that the elastic gasket 4311 can press on the adhesive film 110 placed in the tray.

Specifically, the ultraviolet lamp group 4410 is arranged in multiple groups, and each ultraviolet lamp group 4410 is provided with a plurality of ultraviolet irradiation lamps, and the multiple ultraviolet lamp groups 4410 are arranged under the tray and arranged along the transport direction of the tray. cloth.

Specifically, the first ultraviolet lamp group 4410 along the conveying direction of the tray is a primary ultraviolet lamp group 4411 for UV glue curing, and the remaining ultraviolet lamp groups 4410 are secondary ultraviolet lamp groups 4412 for UV glue curing. The irradiation power of the ultraviolet lamp group 4411 is twice that of the secondary ultraviolet lamp group 4412. The main ultraviolet lamp group 4411 can quickly irradiate and quickly cure the UV glue, and then through the subsequent secondary ultraviolet lamp group 4412 to ensure that the UV glue is completely cured, so that there is no trace of the hook. The fixing sheet 120 and the adhesive film 110 are firmly adhered together.

In some embodiments, the ultraviolet lamp group 4410 is set to 5 groups.

Specifically, the pressing unit is arranged directly above the main ultraviolet lamp group 4411 to ensure that while the main ultraviolet lamp group 4411 is irradiated, the air bubbles in the UV glue can be discharged through the extrusion of the pressing unit, so that the fixing piece can be hooked without traces. 120 adheres to the adhesive film 110 more closely.

Specifically, the pressing unit further includes a second finger cylinder 4330 for clamping the non-marking hook fixing piece 120 and the hook 130 to prevent the pressure plate 4310 from moving the adhesive film 110. The second finger cylinder 4310 is provided on the pressure plate 4310 corresponding to the pressure plate 4310. Below the tray, a second finger cylinder 4330 is set to clamp the hanging hook 130 in the tray to ensure that the squeezed non-marking hook will not be skewed by the pressure plate 4310, thereby ensuring the accuracy of the UV irradiation position , To ensure the accuracy of processing and improve the yield rate of processing.

In some embodiments, the main ultraviolet lamp group 4411 is arranged between the second finger cylinder 4330 and the material tray, and the jaws of the second finger cylinder 4330 can pass through the main ultraviolet lamp group 4411.

In some embodiments, elastic members are provided at both ends of the pressure plate 4310 to prevent excessive pressure on the pressure plate 4310, crushing the non-marking hook, and reduce the loss of raw materials.

Specifically, the pressure glue curing device further includes a shading plate for blocking ultraviolet light to prevent ultraviolet light from directly exiting the UV pressure glue curing device, the shading plate is arranged above the material tray, and the shading plate is provided with a piston rod capable of passing through The through holes and shading plate can effectively block the ultraviolet light, so that the ultraviolet light does not overflow to improve the curing efficiency, and at the same time prevent the ultraviolet light from irradiating the staff at the artificial feeding level, and avoid the damage of the ultraviolet light to the staff.

Specifically, the manual loading level is provided with a control switch for controlling the transmission mechanism, and the control switch controls the transmission mechanism to automatically shut down after being transmitted for a certain distance. The manual loading level and the gluing system, the gluing system and the adhesive film The distance between the feeding mechanism, the adhesive film feeding mechanism and the pressure glue curing device, and the UV lamp group in the pressure glue curing device is equal to the transmission distance of the transmission mechanism each time, and the equal distance can ensure the staff to manually load the material position While loading materials, other components can perform related work together, reducing the waiting time of each process and improving work efficiency.

In the following, the present invention will be described in detail with reference to the embodiments. The worker inserts the head of the hook 130 through the hook hole 121 provided on the non-marking hook fixing piece 120 at the manual loading position, and the tail end of the hook 130 is clamped in the hook hole. 121, and then buckle the hook 130 and the non-marking hook fixing piece 120 upside down in the material tray to ensure that the hook 130 will not fall out of the hook hole 121, and the hook 130 hangs down due to the gravity set on the material tray. In the example, each tray group 1000 includes 4 trays. When all the trays of a tray group 1000 are loaded, the control switch is touched to move the tray group 1000 from the manual feeding position to the glue system processing worker. In this embodiment, the control switch is set as a foot switch, which is convenient for the staff to start and stop and improve efficiency;

When the tray group 1000 moves to the processing station of the gluing system, the first finger cylinder 2510 arranged under the transmission assembly clamps the hook 130 hanging from the tray, and then the first lifting cylinder 2310 drives the movable plate 2340 drives the glue storage tank 2320 to move downwards. The glue head touches the non-marking hook fixing piece 120. Due to the squeezing, the glue in the sponge is squeezed and applied to the non-marking hook fixing piece 120 to complete the glue application, waiting for manual feeding Start the control switch again to move the tray group 1000 containing the glued non-marking hook fixing piece 120 to the adhesive film feeding mechanism;

After reaching the viscous film feeding mechanism station, the second lifting cylinder 3420 drives the suction cup 3510 upward to contact the viscous film 110 in the film outlet 3320, and the air pump draws air outward, forming a low pressure zone between the viscous film 110 and the suction cup 3510. Then the second lifting cylinder 3420 drives the suction cup 3510 to contract, thereby pulling out a piece of viscous film 110 from the insect film outlet 3320. The remaining viscous film 110 will not be pulled out from the film outlet 3320 due to the blocking teeth 3330. After pulling out the viscous film 110 , The turning cylinder 3440 drives the rotating rod 3430 to rotate the suction cup 3510 that sucks the viscous film 110 until the viscous film 110 faces the direction of the viscous film feeding mechanism. The second lifting cylinder 3420 pushes the suction cup 3510 to the feed pan, and the air pump blows into the suction cup 3510. Squeeze the adhesive film 110 on the non-marking hook fixing piece 120 to complete the feeding of the adhesive film 110. After the manual feeding position is to start the control switch again, move the tray group 1000 that has completed the feeding of the adhesive film 110 to the pressure Gluing position of glue curing device;

After reaching the glue position of the glue curing device, the second finger cylinder 4330 clamps the hook 130 hanging down from the tray, and then the third lifting cylinder 4320 drives the pressure plate 4310 to move downwards, pressing against the adhesive film in the glue position tray. 110. Discharge the air bubbles in the glue between the non-marking hook fixing piece 120 and the adhesive film 110, and at the same time, the ultraviolet lamp group is irradiated, which is the initial curing of the UV glue. After the initial curing is completed, the control switch will be activated again after the manual loading level. Transfer the tray group 1000 with the non-marking hooks after the preliminary curing to the secondary ultraviolet lamp group 4412 for irradiation and curing. After the control switch is repeatedly activated 4 times, the tray group 1000 undergoes 4 times of UV lamp group 4412 irradiation and curing. Thus, the assembly of the non-marking hook is completed, and the assembled non-marking hook is unloaded. After unloading, the tray group 1000 is brought back to the manual loading position by the transmission mechanism for the next manual loading.

In a preferred embodiment, a total of 14 tray groups 1000 are provided.

The present invention has been described in detail above. The above descriptions are only preferred embodiments of the present invention, and should not limit the scope of implementation of the present invention, that is, all changes and modifications made in accordance with the scope of the present application shall still belong to the present invention. Invention coverage.

Claims (10)

A semi-automatic production equipment for non-marking hooks, which is used to produce non-marking hooks composed of hooks, adhesive films and non-marking hook fixing sheets. The non-marking hooks are characterized in that they include a frame on which a transmission component for material transmission is arranged. , Used to accept the non-marking hook fixing piece and the material tray group of the hook, the glue system used to apply glue to the non-marking hook fixing piece, and the adhesive film used to feed the adhesive film to the adhesive film on the non-marking hook fixing piece after applying glue Feeding mechanism, a pressure-gluing curing device for curing the glue and bonding the non-marking hook fixing sheet and the adhesive film, the tray group is arranged on the transmission assembly, and the transmission assembly drives the tray group to be transferred to the manual loading position. Manually load the non-marking hook fixing sheet and hooks in the tray group, and then the transmission component drives the tray group through the gluing system, the adhesive film feeding mechanism, and the pressure glue curing device to complete the semi-automatic non-marking hook Production. The non-marking hook semi-automatic production equipment according to claim 1, characterized in that the material tray group is arranged in multiple groups, and each group of material tray group is provided with a plurality of material trays in parallel, and each group of material tray group has a material tray The number is the same, and the arrangement direction of multiple trays is perpendicular to the conveying direction of the transmission mechanism. The non-marking hook semi-automatic production equipment according to claim 2, wherein the glue application system comprises a glue injection unit and a glue application unit, and the glue injection unit injects glue into the glue application unit. The smearing unit includes a first lifting cylinder, a glue storage tank, and a glue application head hollowed out at the bottom of the glue storage tank. The first lifting cylinder drives the glue storage tank and the glue application head to apply glue to the material at the non-marking hook processing station. On the non-marking hook fixing piece on the disc assembly. The non-marking hook semi-automatic production equipment according to claim 3, characterized in that there are a plurality of glue application heads, and each glue application head is arranged corresponding to one tray on the tray group. The non-marking hook semi-automatic production equipment according to claim 2, wherein the adhesive film feeding mechanism includes a storage tray and a feeder, and the storage tray and the feeder are both arranged on a frame, The storage tray is arranged above the loader, a storage slot for storing the film is formed in the middle of the storage tray, and a film outlet is provided at the bottom of the storage slot. The grasping mechanism and the action mechanism for realizing the grasping mechanism to transfer from the film outlet to the material tray group on the upper material position of the viscous film, the upper material position of the viscous film is arranged under the storage tray. The non-marking hook semi-automatic production equipment according to claim 5, wherein the action mechanism includes a connecting plate connected to the grasping mechanism, and a connecting plate connected to the lower end of the connecting plate for driving the connecting plate to drive the grasping mechanism to lift The second lifting cylinder, the rotating rod used to realize the overturning of the grasping mechanism and the connecting plate and the second lifting cylinder, and the overturning cylinder connected with the rotating rod to drive the overturning of the rotating rod, the rotating rod is hinged on the frame, and the grasping The pickup mechanism is driven by the second lifting cylinder to grab the viscous film at the film outlet, and it is turned over by the rotating shaft driven by the turning cylinder, and the grabbing mechanism is turned over so that the grabbing mechanism places the viscous film on the material level of the viscous film. In the tray, the gripping mechanism includes a suction cup for sucking the adhesive film. The non-marking hook semi-automatic production equipment according to claim 5, characterized in that there are a plurality of said suction cups, each suction cup corresponds to one tray on the tray group, the said film outlet is provided in multiple, each The film outlet corresponds to a suction cup. The non-marking hook semi-automatic production equipment according to claim 2, wherein the pressing and curing device includes a pressing unit and a curing unit, and the pressing unit includes a fixing piece for fixing the non-marking hook on the tray and The pressure plate for extruding the bubbles in the UV glue between the viscous films and the third lifting cylinder that drives the pressure plate to squeeze. Irradiate the ultraviolet lamp group for quickly curing the UV glue between the non-marking hook fixing piece and the adhesive film, and the ultraviolet lamp group is arranged under the material tray group. The non-marking hook semi-automatic production equipment according to claim 8, wherein the ultraviolet lamp groups are arranged in multiple groups, and each group of ultraviolet lamp groups is provided with a plurality of ultraviolet lamp modules, and each ultraviolet module corresponds to the tray group A tray on the top. The non-marking hook semi-automatic production equipment according to claim 1, wherein a control switch for controlling the transmission mechanism is provided on the manual loading level, and the control switch controls the transmission mechanism to automatically close after being transmitted for a certain distance. Manual feeding position and gluing system, gluing system and viscous film feeding mechanism, viscous film feeding mechanism and pressure glue curing device, and the distance between each group of UV lamp groups in the pressure glue curing device and the transmission mechanism each time The distance is equal.

Images