TWM525834U - Edge material removal and transfer device for semi-finished glove products of entire stack - Google Patents

Description

Device for removing and transferring trimmings of semi-finished gloves

The present invention relates to a deburring and sending unit including a transfer and removal jig that can hold and transport a stack of glove semi-finished products to a rotating seat of an abutting steering unit, and perform a material removal operation. Another post-feeding jig on the side feed unit transfers the finished glove product after the torn material is removed to the destination for subsequent processing.

At present, what we know as "no-clean gloves" or "disposable gloves" is a bag of polyethylene (PE) material that is blown by a film blower and rolled into a roll (that is, a material for making a plastic bag). Through the sealing and cutting of the gloves on the machine, the molding die and the cutter are hot-pressed, and the formed gloves are superposed on the machine itself or overlapped by human force, and then the remaining materials around the whole glove are torn off forcefully by human force. After that, it is packaged in a bag or box for easy sale and access, so it requires a lot of labor, not in line with production efficiency and cost, and is used to tear the excess material on the stack of gloves. For the operator, long-term tearing of the same force can easily lead to occupational injuries to the arm.

In view of the above-mentioned production methods of gloves, it is still necessary to rely on a large number of manpower problems. As shown in the Taiwan Patent No. 230422, the gloves are also formed by forming a pair of gloves on the bag through a hot press molding die. The side device presses the glove downward to disengage the bag material, and the pieces of the glove are folded together, and the remaining waste is taken up by the scrap reel. In this way, the work of manually removing the waste material can be omitted; or the Taiwan Patent No. 261056 patent developed by the inventor, which pulls the bag material onto a surface and passes through a plurality of gloves on the table top to form a hot stamping die. The bag material is subjected to a plurality of glove forming operations at a time, and then the glove is clamped by the corresponding jig and retracted to be detached from the bag material, and the plurality of glove clips are sent to the other platform to be continuously superposed. Or the conveyor belt is sent back and forth, and the remaining material after the glove is torn off can be taken up by the other end of the machine, and the work of removing the waste by the clamp is replaced by the clamp; however, the two patents are torn off one by one. In addition to the slow production speed and low productivity, the waste operation method is difficult to ensure that the gloves are kept flat when the gloves are torn off from the bag material, and the problem of folding or skewing of the finger parts often occurs, making it difficult to make a piece of paper. The gloves are neatly stacked together.

In addition, the method of making gloves according to the patent No. M396191 announced by Taiwan is similar to the patent No. 230422 of the above-mentioned publication. The difference is that the cutting device of different lengths of the wearing mouth of the glove has more than the remaining material around the glove. The retracting device, but only the remaining material of the upper layer is taken up. After the pieces are cut, the next layer of waste is still not removed, so it must be removed by manpower. Not much improvement.

In addition, the patent No. M375488 announced by Taiwan mainly consists of placing a stack of glove semi-finished products on a feeding platform, and the stacking gloves and semi-finished products are clamped onto the first conveyor belt by the corresponding side reclaiming mechanism. On the seat, the first conveyor belt transfers it to the edge removing mechanism, and the two opposite clamping elements on the side of the glove sandwich the edge materials on both sides of the glove, and then are torn away from the back and then back. Separating the material from the glove, and then feeding the removed glove product into the socket on the second conveyor belt by the clamping member on the corresponding discharge mechanism, and then the second conveyor belt The finished glove is transferred to the destination for packaging or other operations; it can be seen that the patent No. M375488 includes a feeding platform, a first conveyor belt, a reclaiming mechanism, and a deburring machine. Five parts of the structure, the second conveyor belt and the discharge mechanism, the whole equipment may have to occupy a large space outside the factory space, and on the first conveyor belt or the second conveyor belt, in order to avoid the whole stack of gloves or finished gloves During the transfer process, the sliding displacement occurs and the turbulence occurs, so the moving speed of the first or second conveyor belt must be slow, resulting in low production efficiency.

At the same time, how to stack a piece of gloves and semi-finished products that have not been removed from the edge material on the feeding platform, the patent does not have instructions or tips, and can not be described as an automated production operation, but only a part of automated production operations, Jane In other words, the patent should be only a device for tearing off the semi-finished material of the glove, and according to the currently known glove forming machine, the general plastic bag sealing machine is changed, and the original straight heat sealing cutter is changed into a hand-shaped hot pressing. Sealing the synthetic die cutter, the glove can be manufactured and produced (such as the aforementioned 30422, M396191 and other patents), but due to different machine manufacturers, the glove forming machine is designed and installed for the hot stamping synthetic die cutter. The difference in the type of gloves that is sent out after the seal is cut may be different from the wearer facing the front, or toward the latter, or toward the side. To be at the rear end of the glove forming machine, the connector For example, when the M375488 patent is issued, it may cause difficulties, or even fail to achieve the purpose of connection production automation.

The reason is that in order to solve the removal of the edge material of the above-mentioned known formed stack of gloves, the glove product may not be neatly stacked and disordered, and at the same time, the connection with the glove glove of different designs may be difficult, and the like. The utility model provides an anti-pressure steering unit which is provided with a semi-finished product for the whole stack of gloves and can be pressed and rotated in the direction of the turning body, and is provided with a predetermined path to the glove type machine. The semi-finished glove of the stack of gloves is transferred to the edge-removing and feeding unit on the pressing steering unit, so that the glove semi-finished product is pressed and leveled, and the edge material on both sides is removed by the edge-removing unit, and then After turning off the finished glove, the finished glove is turned, and then the edge is removed. The delivery unit is moved to another location for transport, or other packaging operations, so that the glove can be used in conjunction with most different designs.

The technical solution adopted by the novel to solve the technical problem is: a body is provided with a trimming and sending unit capable of holding a stack of semi-finished gloves and being transferred to each fixed point, and being provided with a rear-feeding unit The stacking glove semi-finished product is placed and pressed against the steering unit, wherein the trimming rear feed unit comprises a shifting seat positioned at a fixed position along the front and rear movement of the body, and the movable seat is clamped on the shifting seat. Two opposite-transparent glove semi-finished products are transferred to the opposite side clamps, and a transfer jig is provided on the transfer seat between the two transfer-side trimming clamps to clamp the finished glove product and send it back; The pressure steering unit comprises a rotating seat which is arranged on the machine body and can be placed on the whole stack of gloves and can be driven by a driving device to perform 180-degree round-back rotation positioning, and corresponds to the body above the rotating seat. A pressing member capable of lifting and lowering the semi-finished product of the whole stack of gloves is arranged thereon; and then the transfer and removal jig on the rear-side sending unit is clamped by the rear end sides of the stack of semi-finished gloves and transferred to the pressing unit Reversing the seat After lowering the semi-finished product of the whole stack of gloves, after the release of the trimming and removing the side clamp, the sending unit is moved forward, and then the transfer and removal side clamp is clamped on the front side of the stack of the semi-finished gloves and then outward. After the displacement tears it off, the rear feed unit is moved backwards to release the entire edge material from the glove and then released, thereby rotating the seat to make the finished glove of the finished glove. Afterwards, the rear-removal unit is moved forward and the finished glove is clamped by the rear-feeding jig on it and transferred backward.

In the above solution, two guide rods are disposed on the transfer seat of the rear edge sending unit, and the rear feed clamp is disposed in the middle of the guide rod, and the rear feed clamp includes a fixing base fixed on the two guide rods, and A forwardly extending lower jaw is coupled downwardly from the rear end of the fixed seat, and the upper seat is further provided with an upper jaw driven by a pneumatic cylinder and capable of being engaged with the lower jaw; and the two sides of the rear feed clamp are opposite each other. Transfer The side clamp comprises a sliding seat which is mounted on the two guiding rods and can be moved back and forth by the pneumatic cylinder, and an upper cutout clamp which can be driven up and down by the pneumatic cylinder at the front end of the sliding seat, corresponding to A cutout clamp is arranged on the sliding seat below the upper cutout clamp.

In the above solution, the upper end of the upper material removing clip is inserted into a sleeve connected to the pneumatic cylinder, and an upper material removing clamp is arranged between the sleeve and the upper material removing clamp. The elastically stretchable spring has a lancet that can be removed from the lower end of the upper ejector clip, and a corresponding perforation for the lancet to be inserted into the lower cutout clamp.

In the above solution, the driving device comprises a fixing base fixed on the lower body of the rotating seat, and a rack which is driven back and forth by the pneumatic cylinder is arranged on the fixing seat, and the rack is engaged with the rack and the shaft is arranged at the fixed seat. A gear on the upper side, and the gear is coupled to a support shaft that extends upwardly and is coupled to the rotary seat.

In the above solution, a lower pressing flattening member capable of moving up and down is disposed above the front end of the body, and a body bag below the corresponding portion is provided with a bag that can swing up and down to enable clamping cooperation with the pressing flattening member. Pieces.

In the above solution, a wind deflector that can be raised and lowered is provided on the body on the front side of the pressing member.

In the above solution, a transport unit is connected to the rear end of the body.

Therefore, the rear end of the finished stack of semi-finished gloves is clamped and transferred to the transposing set of the anti-rolling steering unit through the transfer and removal jig provided on the deburring and conveying unit of the present invention. After being pressed by the pressing member of the pressing steering unit, the moving and removing the side clamp is released, and the removing and sending unit is moved forward, and then the moving and removing side clamp is clamped on both sides of the whole stack of the glove. The front end of the material is then moved backwards, so that the two sides of the material are torn off to obtain the finished product of the glove, and the pressing member is removed from the finished glove, and the rotating seat is rotated to turn the whole glove product for the purpose of turning except After the side feed unit is moved forward again and clamped by the rear feed clamp, the finished glove product is moved backwards on the transport unit, and then sent to the packaging operation, and the rear feed unit and the pressure steering are transmitted through the edge removal unit. The unit allows most of the differently designed glove forming machines to be used in conjunction.

1‧‧‧ body

11‧‧‧ Guide rail

2‧‧‧With the side delivery unit

20‧‧‧Relocation

201‧‧‧ pulley

202‧‧‧guides

21‧‧‧Send fixture

211‧‧‧ fixed seat

212‧‧‧ Lower jaw

213‧‧‧ pneumatic cylinder

214‧‧‧Upper jaw

215‧‧‧Slip mat

22‧‧‧Transfer removal clamp

221‧‧‧ fixed seat

222‧‧‧ pneumatic cylinder

223‧‧‧Slide

224‧‧‧ pneumatic cylinder

225‧‧‧Upper stock clips

2250‧‧‧Perforation

226‧‧‧Unloading clips

2260‧‧‧Perforation

227‧‧‧ sleeve

2270‧‧‧ Guide hole

228‧‧‧ Needle

229‧‧ ‧ spring

3‧‧‧Resistance steering unit

31‧‧‧Transposition

311‧‧‧Channel

312‧‧‧ fulcrum

313‧‧‧ pulley

32‧‧‧Resistance parts

321‧‧‧ pneumatic cylinder

33‧‧‧Drive device

331‧‧‧The lower seat

332‧‧‧ Gears

333‧‧‧Rack

334‧‧‧ pneumatic cylinder

335‧‧‧Locating screws

336‧‧‧guide wheel

39‧‧‧wind shield

391‧‧‧ pneumatic cylinder

4‧‧‧Conveying unit

51‧‧‧ pneumatic cylinder

52‧‧‧Under the flattening

53‧‧‧ pneumatic cylinder

54‧‧‧ Bags

55‧‧‧Rot

56‧‧‧ shaft seat

57‧‧‧ shaft

The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

Figure 1 is a perspective view of the present invention.

Figure 2 is a side elevational view of the present invention.

3 is a perspective view of the rotating seat of the present type of anti-pressure steering unit.

4 is a perspective exploded view of the rotary seat of the present type of anti-pressure steering unit.

Figure 5 is a schematic view of the other direction of the swivel of the present type of anti-rolling steering unit.

Figure 6 is a top perspective view of the pressing member of the present type of anti-pressure steering unit.

Figure 7 is a bottom perspective view of the pressing member of the present type of anti-pressure steering unit.

Figure 8 is a perspective view of the novel rear edge sending unit.

Fig. 9 is a perspective view showing the post-feeding jig of the novel rear-side sending unit.

Fig. 10 is a perspective exploded view of the rear feed jig of the novel rear edge sending unit.

Fig. 11 is a perspective view showing the transfer and removal of the rear side of the present invention.

FIG. 12 is a perspective exploded view of the transfer and removal jig of the novel rear-side sending unit.

Figure 13 is a perspective view of the lower pressing flattening member of the present invention.

Figure 14 is a perspective view of the bag member of the present invention.

Figure 15 is a side elevational view of the semi-finished glove of the present invention.

Fig. 16 is a schematic view showing that the semi-finished product of the novel stack of gloves is leveled and clamped by the transfer-side trimming jig.

Figure 17 is a cross-sectional view showing the transfer of the trimming jig to hold the stack of gloves.

Figure 18 is a side elevational view of the novel stack of glove blanks as they are transferred to the swivel.

Figure 19 is a top plan view of the novel stack of gloves semi-finished products being transferred to a swivel.

Figure 20 is a side elevational view of the semi-finished glove of the present invention when pressed against the pressing member on the swivel.

Figure 21 is a top plan view of the semi-finished glove of the present invention when pressed on a rotating seat by a pressing member.

Fig. 22 is a side view showing the half-finished edge material of the novel stack of gloves being clamped by the transfer-side trimming jig.

Figure 23 is a top plan view of the blank glove semi-finished edge material of the present invention being clamped by the transfer and removal trimming fixture.

Fig. 24 is a schematic view showing the half-finished edge material of the novel glove of the present invention being torn by the transfer and trimming jig.

Fig. 25 is a schematic view showing the rearward movement of the semi-finished edge material of the novel stack glove after being torn by the transfer and removal jig.

Figure 26 is a side elevational view of the present crimping member retracted from the finished glove assembly.

Figure 27 is a top plan view of the steering of the novel stack of gloves.

Figure 28 is a schematic view of the present invention in which the trimming rear feed unit is advanced and the finished glove is clamped by the transfer jig.

Figure 29 is a schematic view showing the shifting of the entire stack of glove products onto the transport unit after the rearward transport unit is moved backward.

Referring to Figures 1 and 2, the present invention is capable of being coupled to the rear end of a glove forming machine. The finished glove stack semi-finished product can be transferred and transferred to remove the edge material and then transferred to the edge material transfer device at the same place, which mainly comprises the back end of the glove forming machine and the front end of the body 1 . And a pressing steering unit 3 is disposed on the body 1. The pressing steering unit 3 further includes a rotating seat 31 for receiving the semi-finished product of the stack of gloves, and a pair of the body 1 corresponding to the upper portion of the rotating base 31 is disposed. The whole set of glove semi-finished products on the transposition 31 is pressed and flattened by the hand-shaped pressing member 32; the body 1 is provided with a de-edge feeding unit 2 which can be displaced to each fixed point, and the unit 2 is removed after the de-sideing The utility model is provided with a transfer and removal jig 22 which can clamp the whole stack of gloves and transfer to the rotary seat 31 and tear off the two side materials, and at the same time, the removal side edge sending unit 2 is provided with a removable side. After the material is stacked, the finished glove is clamped and the backward delivery jig 21 is transferred backward, and then the whole glove product is transferred to the conveying unit 4 provided on the body 1 and transported backward for manual packaging operation, or pinched to The entire stack of gloves can be packaged at the device where the finished product is automatically packaged. A production operation is more suitable for automation purposes.

Wherein, at the position of the rotating base 31 of the abutting steering unit 3, as shown in FIG. 3 to FIG. 5, the rotating base 31 is provided with a plurality of channels 311 (for the rear side of the rear feeding unit 2) The lower jaw 212 of the rear feed clamp 21 passes through, and a shaft 312 is fixed in the middle of the bottom of the rotary base 31, and the opposite sides of the bottom of the rotary base 31 are provided with pulleys 313 which are slid on the body 1. Then, the support shaft 312 of the rotary seat 31 is axially disposed on the body 1 and is worn down, and is coupled to a drive device 33 to be driven and rotated. The drive device 33 includes a corresponding base 1 and a lower base 331. A gear 332 coupled to the support shaft 312 is disposed in the middle of the seat 331, and a rack 333 meshing with the gear 332 and driven by a pneumatic cylinder 334 is disposed on the lower seat 321 while being disposed behind the rack 333. The guide wheel 336 is further provided with a positioning screw 335 for adjusting the position on the lower seat 331 corresponding to the end of the rack 333. Therefore, the gear 332 is driven to rotate through the rack 333 under the driving distance of the pneumatic cylinder 334. Further, the rotating base 31 is driven on the body 1 via the support shaft 312, and can be rotated at a position of ninety degrees or one hundred and eighty degrees.

Further, as shown in FIGS. 6 to 7 , the pressing member 32 of the abutting steering unit 3 is moved up and down by the driving of a pneumatic cylinder 321 mounted on the body 1 and A wind deflector 39 that is driven up and down by another pneumatic cylinder 391 is mounted on the body 1 on the front side of the pressing member 32.

In addition, as shown in FIG. 8 to FIG. 10, the above-described deburring and conveying unit 2 is provided with pulleys 201 which are arranged on both sides of the bag-removing seat 20 and are rotatable along the guide rails 11 provided on the inner sides of the body 1. And a rear feed clamp 21 is disposed at the middle of the transfer seat 20, and corresponding two transfer and removal clamps 22 are disposed on both sides of the rear feed clamp 21 to form a group of the feed pinch device (or On the same glove forming machine, the multi-line glove semi-finished products are simultaneously produced, so that the stripping and pinching device can be arranged in an array on the transfer seat 20; in addition, the transfer seat 20 includes two guide rods 202. The rear feed clamp 21 is installed at the middle of the two guide rods 202, and the rear feed clamp 21 further includes a fixing base 211 that is fastened and fixed to the two guide rods 202, and is connected downward by the rear end of the fixed seat 211. A clamping jaw 212 is extended forwardly, and a pneumatic cylinder 213 is fixed above the fixing base 211, and an upper clamping jaw 214 having an anti-skid pad 215 is coupled by the pneumatic cylinder 213 to enable the upper clamping jaw to be driven through the pneumatic cylinder 213. The 214 is brought into engagement with the lower jaw 212 to cause a clamping or releasing action.

Referring to FIG. 11 and FIG. 12, the two opposite transfer jigs 22 are disposed on the two guide bars 202 on both sides of the post-feeding jig 21, and the transfer and removal jigs 22 on each side are included. The fixing seat 221 of the air cylinder 222 is fixed on the two guiding rods 202, and the two guiding rods 202 on the outer side of the fixing base 221 are slid on the sliding rods 223 which are pushed by the air pressure 222, and the sliding is performed. An upper cutout clamp 225 that can be driven up and down by another pneumatic cylinder 224 is disposed above the front end side of the seat 223, and a lower cutout clamp 226 having a through hole 2260 is disposed at a position corresponding to the lower end of the front end side of the slide 223. The upper cutout clamp 225 is coupled through a sleeve 227 coupled to the pneumatic cylinder 224. The lower end of the sleeve 227 is provided with a guide hole for the upper end of the upper cutout member 225 to be engaged and guided up and down. 2270, and make the sleeve A spring 229 is disposed between the 227 and the upper material removing member 225, so that the upper material removing member 225 can perform the upper and lower telescopic movement, and a lancet 228 is disposed in the sleeve 227 and protrudes from the guiding hole 2270. And the lancet 228 can be pierced or immersed by the lower end of the perforation 2250 provided in the middle of the upper cutout 225.

Next, referring to FIG. 13 and FIG. 14 again, a lower pressing flat member 52 driven by the pneumatic cylinder 51 and moving up and down is respectively disposed at the upper and lower ends of the front end adjacent to the machine body 1 and the glove forming machine 6, and A bag member 54 that is driven up and down by the pneumatic cylinder 53 while the bag member 54 is fixed to a rotating rod 55, and the shafts on both sides of the rotating rod 55 are disposed on the shaft seat 56 provided on the body 1. And one end of the rotating rod 55 is fixed with a connecting rod 57, so that the above-mentioned pneumatic cylinder 53 is coupled to the connecting rod 57, so that the shaft 57 can be driven back and forth by the pneumatic cylinder 53, so that the bag-shaped member 54 can swing up and down. .

Therefore, as shown in FIG. 15, the glove forming machine feeds the continuously produced glove semi-finished product at a high speed and hooks against the downwardly inclined bag member 54, until the number of sheets of the glove semi-finished product stacked continuously reaches a preset number. The glove forming machine will stop sending continuously, and then the bag-forming member 54 is flattened upward as shown in FIG. 16, and the lower pressing flattening member 52 is lowered and compacted, and the glove half-finished product is finished, and then the front and rear feed unit 2 is removed. Move to this position and transfer the edge removing jig 22 thereon to hold the back sides of the entire stack of glove semi-finished products, and as shown in Fig. 17, when the upper removing clip 225 grips the entire stack of gloves and semi-finished products The lancet 228 therein will be pierced and pierced, so that the stack of gloves and semi-finished products are not only subjected to the elastic force between the upper and lower stripping clips 225, 226, but also by the positioning of the lancet 228, so that the whole stack of gloves is semi-finished. When being clamped by the transfer removing jig 22, there is no disengagement.

As shown in FIG. 18 and FIG. 19, after the transfer side trimming fixture 22 clamps the entire stack of the glove blanks, the pressing flattening member 52 is raised to leave the stack of the glove semi-finished products, and the rear edge sending unit 2 is retracted. Move, the whole stack of gloves and semi-finished products are transferred to the rotating seat 31, and the bag-forming member 54 is hem, and the glove forming machine 6 continues to send a piece of glove semi-finished products and stacks, ready for the next time. Clipping.

Then, as shown in FIG. 20 and FIG. 21, the pressing pressing member 32 is lowered to press the glove portion of the whole stack of the glove, and the transfer and removal jig 22 is released to clamp the semi-finished product of the stack of gloves, and then As shown in Fig. 22 and Fig. 23, the rearward feeding unit 2 is moved back to a slightly forward position, so that the two opposite transfer side removing clamps 22 can just hold the edge materials on both sides of the front end of the whole stack of gloves, and thus As shown in Fig. 24, the pneumatic cylinder 222 drives the transfer and removal clamp 22 to move outward along the guide bar 202, so that the transfer and removal clamp 22 cuts the two sides of the stack of the semi-finished gloves and tears outward from the wear port of the glove. Then, as shown in FIG. 25, in addition to the blow airflow generated when the wind deflector 39 is lowered to block the glove forming mechanism bag, the entire rear edge sending unit 2 is moved backward until the entire edge material is torn. The grip is removed from the glove and transferred to the later portion of the swivel 31 to release the grip of the transfer removing jig 22, and the trimming material is dropped to the collecting place as shown in FIG.

Then, as shown in FIGS. 26 and 27, the pressing member 32 of the finished glove product that has been removed from the edge material is lifted and detached, and then the pneumatic gear 35 drives the rack 36, the gear 34, and the support shaft 312 to rotate. The seat 31 is rotated by one hundred and eighty degrees, so that the wearing mouth of the finished glove is turned from the original front to the rear, as shown in Fig. 28, and the rearward sending unit 2 is moved forward again, and After the rear feed clamp 21 is clamped to the wear port of the finished glove product, as shown in FIG. 29, the trimming rear feed unit 2 transfers the finished glove product back to the predetermined position and releases it. The finished product of the stacked gloves is laid flat on the conveying unit 4 provided on the rear side of the machine body, and then transported to the destination by the conveying unit 4 for packaging, or the finishing unit 2 can transfer the finished glove product to another. Automated packaging operations at automated packaging equipment or equipment.

Therefore, the glove forming machine can be produced at a high speed like a plastic bag, and after being stacked according to the set amount, the whole stack of glove semi-finished products is transferred to the transposition 31 by the trimming and feeding unit 2. After the tearing of the edge material, the glove product is sent to another place and other processes, and thus repeated execution, the rapid edge removal and the subsequent automatic operation program execution can be achieved, and the integrated design of the new model can not only Significantly reduce the space occupied by the equipment, and can be applied to the connection at the rear end of most different designs of glove forming machines.

Next, in the glove semi-finished product manufactured by the glove forming machine, the wear port of the glove is in a forward state, but if the glove wear port on the glove semi-finished product is oriented to the side, the aforementioned transposition 31 is ordered. The stack of gloves and the semi-finished product on the side of the clip are turned to have the wear port facing forward, so as to facilitate the transfer of the edge removing jig 22 for the execution of the edge stripping operation, and then the beading 13 is removed after the edge material is removed. One hundred and eighty degrees of steering, and the wear port of the finished glove after the edge material is removed, thereby facilitating the clamping and transporting of the rear feed clamp 21; the steering control of the above transposition 31 and the rearward feed unit 2 The timing and position of the clip can be determined by the needs.

1‧‧‧ body

11‧‧‧ Guide rail

2‧‧‧With the side delivery unit

21‧‧‧Send fixture

22‧‧‧Transfer removal clamp

3‧‧‧Resistance steering unit

31‧‧‧Transposition

32‧‧‧Resistance parts

33‧‧‧Drive device

39‧‧‧wind shield

4‧‧‧Conveying unit

52‧‧‧Under the flattening

54‧‧‧ Bags

Claims (7)

The utility model relates to a device for removing and transferring the edge material of a semi-finished glove semi-finished product, which mainly comprises a deburring and sending unit capable of holding and transporting the whole stack of gloves and semi-finished products at each fixed point, and further setting one on the body The pressure-receiving steering unit capable of receiving and pressing the stack of gloves and the semi-finished product of the rear-side sending unit, wherein: the rear-side sending unit comprises a moving seat that can move and position along the front and back of the body, and A rear feed jig for holding the finished glove product is arranged on the transfer seat, and two corresponding pieces on the transfer seat on both sides of the rear feed jig are provided to clamp the two sides of the whole set of gloves and transfer and transfer The outer tearing and removing edge removing jig; the pressing steering unit comprises a rotating seat which is disposed on the machine body and can be placed in the semi-finished glove of the whole stack and driven by a driving device to perform the steering positioning, and is rotated. The upper part of the body is provided with a pressing piece which can be lifted and lowered to press the semi-finished product of the whole stack of gloves; and then the two transfer and removal side clamps on the rear side sending unit are clamped on both sides of the rear end of the stack of gloves and transferred. Release the clip to the rotating seat of the pressing unit, and The lower part of the pressing part presses the semi-finished product of the whole stack of gloves, and then the rear-feeding unit is moved forward and the upper two-side transfer jig clamps the two sides of the front end of the stack of gloves and then shifts outward, and both sides are displaced. After the edge material is torn outward, the rear feed unit is repeatedly moved to remove the entire edge material from the glove and then released, and then the rotation seat is rotated to turn the entire glove after the edge is turned. After the removal of the edge, the delivery unit is moved forward and the finished glove assembly is clamped backwards by the rear delivery clamp. The device for removing and transferring the edge material of the whole stack of glove parts according to claim 1, wherein the shifting seat of the rear edge sending unit is provided with two guiding rods, and the rear feeding jig is installed in the middle of the guiding rod. The rear feed clamp comprises a fixing seat fixed on the two guiding rods, and a forward lower clamping jaw is connected downward from the rear end of the fixing seat, and the fixing seat is further driven by a pneumatic cylinder to enable and Lower jaw clamping or The upper jaw is released; at the same time, the transfer side removing clamp comprises a sliding seat which is mounted on the two guiding rods and can be moved back and forth by the pneumatic cylinder, and a front end of the sliding seat is provided to be vertically driven by the pneumatic cylinder. The upper material removing clamp member is provided with a material removing clamp member corresponding to the sliding seat corresponding to the lower material removing member. A device for removing and transferring a trimming glove semi-finished product according to claim 2, wherein the upper end of the upper cutout member is inserted into a sleeve coupled to the pneumatic cylinder, and is sleeved A spring is disposed between the upper and the removing clamp member for elastically expanding and contracting the upper cutout member, and at the same time, the sleeve is fixed with a lancet extending or detached from the lower end of the upper cutout member, and A perforation for piercing the needle is formed on the lower cutout of the corresponding portion. A device for removing and transferring a trimming glove semi-finished product according to claim 1, wherein the driving device comprises a fixing seat fixed on the body below the rotating seat, and is mounted to be driven back and forth by the pneumatic cylinder. The rack and the gear that is engaged with the rack and mounted on the fixed seat, and a shaft is coupled to the gear, and the upper end of the support shaft is coupled to the rotating base. The device for removing and transferring the edge material of the whole stack of gloves according to claim 1, wherein the front end of the body is provided with a lower pressing flat member which is driven by the pneumatic cylinder and moved up and down, and a lower portion. A bag member that is driven up and down by a pneumatic cylinder. A device for removing and transferring a trimming glove semi-finished product according to claim 1, wherein a wind deflector capable of lifting and lowering is disposed on the body of the front side of the pressing member of the pressing steering unit. A device for removing and transferring a trimming glove semi-finished product according to claim 1, wherein a conveying unit is disposed on a rear end side of the body.