Full-automatic leather gold stamping and embossing forming device

Abstract

The utility model relates to the technical field of leather forming, in particular to a full-automatic leather gold stamping and embossing forming device which comprises a rack. A first gold stamping mechanism, a second gold stamping mechanism, an embossing mechanism and a trimming mechanism are sequentially arranged on the rack in the length direction. A feeding mechanism is arranged at one end of the rack; a discharging mechanism is arranged at the other end of the rack; the rack is provided with a transmission chain among the first gold stamping mechanism, the second gold stamping mechanism, the embossing mechanism and the trimming mechanism; and the transmission chain is connected with a tooth row mechanism. By arranging the first gold stamping mechanism, the second gold stamping mechanism, the embossing mechanism, the trimming mechanism, the tooth row mechanism, the feeding mechanism and the discharging mechanism, automatic feeding, automatic gold stamping, automatic embossing, automatic trimming and automatic machine discharging can be achieved, the yield is effectively increased, and the working efficiency is effectively improved.

Description

TECHNICAL FIELD

[0001] The utility model relates to leather forming technical field, concretely relates to a full -automatic leather gilding embossing forming device. BACKGROUND

[0002] In the production process of leather handicraft, in order to realize the handicraft with complex pattern and high-precision design, need to use special leather forming machine to complete the conversion from raw material to finished product.This process usually includes the following key steps: feeding, gilding, embossing, trimming and discharging.In the traditional process, the transmission of leather material between these stations is completed by manual, which is not only inefficient, but also easy to introduce human error. SUMMARY

[0003] The utility model aims at the above -mentioned insufficient of prior art, provides a full -automatic leather gilding embossing forming device.

[0004] The utility model discloses a full -automatic leather gilding embossing forming device, including the frame, the frame is sequentially equipped with first gilding mechanism, second gilding mechanism, embossing mechanism and trimming mechanism along the length direction, one end of the frame is equipped with feeding mechanism, the other end of the frame is equipped with discharging mechanism, and the frame is equipped with transmission chain between first gilding mechanism, second gilding mechanism, embossing mechanism and trimming mechanism, and the transmission chain is connected with the toothed bar mechanism.

[0005] The utility model further sets up, the feeding mechanism includes feeding seat, feeding support and locating seat, the feeding seat liftable activity is equipped with feeding platform, the feeding seat is equipped with the feeding drive assembly for driving the lifting of feeding platform,

[0006] The locating seat is movably equipped with locating table, the locating seat is equipped with the locating horizontal shift subassembly for driving the transverse movement of locating table, the locating vertical shift subassembly for driving the longitudinal movement of locating table and the locating rotation subassembly for driving the rotation of locating table,

[0007] The feeding support is movably equipped with feeding adsorption subassembly, and the feeding support is equipped with the feeding horizontal shift subassembly for driving the movement of feeding adsorption subassembly between feeding platform and locating table.

[0008] The utility model further sets up, the feeding seat is equipped with feeding guide rod along the height direction, the feeding platform is equipped with feeding guide block, and the feeding guide block is slidably sleeved on the feeding guide rod,

[0009] The first upper feeding sprocket and the second upper feeding sprocket are sleeved with a first upper feeding chain; the first upper feeding sprocket and the second upper feeding sprocket are sleeved with a second upper feeding chain; one end of the second upper feeding chain is connected with the upper feeding platform; the other end of the second upper feeding chain is provided with an upper feeding counterweight; the upper feeding seat is provided with an upper feeding motor; and the output end of the upper feeding motor is connected with the first upper feeding sprocket.

[0010] The positioning rotation assembly further comprises a positioning rotation plate rotatably arranged on the positioning seat and a positioning rotation motor arranged on the positioning rotation plate.

[0011] The positioning longitudinal moving assembly comprises a positioning longitudinal moving linear module arranged on the top of the positioning rotation plate in the longitudinal direction and a positioning longitudinal moving plate arranged on the output end of the positioning longitudinal moving linear module.

[0012] The positioning horizontal moving assembly comprises a positioning horizontal moving linear module arranged on the top of the positioning longitudinal moving plate in the horizontal direction.

[0013] The positioning camera is arranged on the top of the positioning table.

[0014] The first gilding mechanism and the second gilding mechanism each comprise a lower gilding seat arranged on the rack and an upper gilding seat fixedly arranged on the top of the lower gilding seat.

[0015] The gilding rotation assembly is arranged for driving the gilding rotation plate to rotate, the gilding horizontal moving assembly is arranged for driving the gilding horizontal plate to move horizontally, and the gilding longitudinal moving assembly is arranged for driving the gilding longitudinal plate to move longitudinally.

[0016] One end of the gilding longitudinal plate is provided with a gilding driving plate, and the other end of the gilding longitudinal plate is provided with a gilding driven plate.

[0017] The lower gilding seat is provided with a lower gilding die.

[0018] The gilding connecting plate is provided with a gilding guide column in the height direction at the top thereof; the upper gilding seat is provided with a gilding guide block; the gilding guide block is slidably sleeved on the gilding guide column;

[0019] The upper gilding seat is provided with a gilding oil cylinder; the output end of the gilding oil cylinder is connected with the gilding connecting plate;

[0020] The gilding guide assembly comprises a knurled roller rotatably arranged on the gilding driving plate and a rubber roller rotatably arranged on the gilding driving plate; the knurled roller and the rubber roller are oppositely arranged;

[0021] The gilding driving plate is provided with a gilding driving motor, a gilding driving wheel, a first gilding driven wheel and a second gilding driven wheel; the output end of the gilding driving motor is connected with the gilding driving wheel; a first gilding synchronous belt is arranged between the gilding driving wheel and the first gilding driven wheel; a second gilding synchronous belt is arranged between the first gilding driven wheel and the second gilding driven wheel; the first gilding driven wheel is connected with the knurled roller; the second gilding driven wheel is connected with the gilding driving shaft.

[0022] The embossing mechanism comprises a lower embossing seat arranged on the rack and an upper embossing seat fixedly arranged on the top of the lower embossing seat; the bottom of the upper embossing seat is movably arranged with an embossing connecting plate; the bottom of the embossing connecting plate is provided with an embossing epoxy plate; the bottom of the embossing epoxy plate is provided with an embossing heating plate; the bottom of the embossing heating plate is provided with an upper embossing die; the lower embossing seat is provided with a lower embossing die; the top of the embossing connecting plate is provided with an embossing guide column in the height direction; the upper embossing seat is provided with an embossing guide block; the embossing guide block is slidably sleeved on the embossing guide column; the upper embossing seat is provided with an embossing oil cylinder; the output end of the embossing oil cylinder is connected with the embossing connecting plate.

[0023] The trimming mechanism comprises a lower trimming seat arranged on the rack and an upper trimming seat fixedly arranged on the top of the lower trimming seat; the bottom of the upper trimming seat is movably arranged with a trimming connecting plate; the bottom of the trimming connecting plate is provided with a trimming epoxy plate; the bottom of the trimming epoxy plate is provided with a trimming heating plate; the bottom of the trimming heating plate is provided with an upper trimming die; the lower trimming seat is provided with a lower trimming die; the top of the trimming connecting plate is provided with a trimming guide column in the height direction; the upper trimming seat is provided with a trimming guide block; the trimming guide block is slidably sleeved on the trimming guide column; the upper trimming seat is provided with a trimming oil cylinder; the output end of the trimming oil cylinder is connected with the trimming connecting plate.

[0024] The blanking mechanism comprises a blanking seat and a blanking support; the blanking seat is movably arranged with a blanking platform; the blanking seat is provided with a blanking driving assembly for driving the blanking platform to move up and down;

[0025] The blanking support is movably provided with a blanking adsorption assembly; the blanking support is provided with a blanking transverse moving assembly for driving the blanking adsorption assembly to move between the blanking platform and the other end of the rack.

[0026] The utility model further provides that the blanking seat is provided with a blanking guide rod in the height direction; the blanking platform is provided with a blanking guide block; the blanking guide block is slidably sleeved on the blanking guide rod;

[0027] The blanking seat is rotatably provided with a first blanking sprocket and a second blanking sprocket; a first blanking chain is sleeved between the first blanking sprocket and the second blanking sprocket; a second blanking chain is sleeved on the first blanking sprocket and the second blanking sprocket; one end of the second blanking chain is connected with the blanking platform; the other end of the second blanking chain is provided with a blanking counterweight; the blanking seat is provided with a blanking motor; the output end of the blanking motor is connected with the first blanking sprocket.

[0028] The utility model discloses a beneficial effect: the utility model discloses a first gilding mechanism, second gilding mechanism, embossing mechanism, trimming mechanism, toothed rack mechanism, feeding mechanism and blanking mechanism are set up to realize automatic feeding, automatic gilding, automatic embossing, automatic trimming and automatic machine blanking, and effectively improve the yield rate and work efficiency. BRIEF DESCRIPTION OF DRAWINGS

[0029] The embodiments in the drawings do not constitute any limitation on the utility model, and other drawings can be obtained by the following drawings without creative labor for ordinary skilled in the art.

[0030] Figure 1 It is the structure schematic diagram of the utility model;

[0031] Figure 2 It is the structure schematic diagram of the feeding mechanism of the utility model;

[0032] Figure 3 It is the structure schematic diagram of the blanking seat of the utility model;

[0033] Figure 4 It is the structure schematic diagram of the positioning seat of the utility model;

[0034] Figure 5 It is the structure schematic diagram of another view of the positioning seat of the utility model;

[0035] Figure 6 It is the structure schematic diagram of the first gilding mechanism of the utility model;

[0036] Figure 7 It is the structure schematic diagram of another view of the first gilding mechanism of the utility model;

[0037] Figure 8 Is the structure schematic diagram of the gilding connecting plate, the gilding rotating plate, the gilding horizontal plate, the gilding longitudinal plate and the upper gilding die cooperation of the utility model;

[0038] Figure 9 Is the structure schematic diagram of another view of the gilding connecting plate, the gilding rotating plate, the gilding horizontal plate, the gilding longitudinal plate and the upper gilding die cooperation of the utility model;

[0039] Figure 10 Is the structure schematic diagram of the embossing mechanism of the utility model;

[0040] Figure 11 Is the structure schematic diagram of the trimming mechanism of the utility model;

[0041] Figure 12 Is the structure schematic diagram of the blanking mechanism of the utility model;

[0042] Wherein: 1, rack; 11, transmission chain; 12, tooth row mechanism; 2, first gilding mechanism; 21, lower gilding seat; 211, lower gilding die; 22, upper gilding seat; 221, gilding guide block; 222, gilding connecting plate; 223, gilding guide column; 224, gilding oil cylinder; 225, gilding support plate; 23, gilding rotary plate; 231, gilding rotary motor; 232, gilding rotary screw; 233, gilding rotary nut; 234, gilding guide rod; 235, gilding swing lever; 24, gilding transverse plate; 241, gilding transverse moving motor; 242, gilding transverse moving screw; 243, gilding transverse moving nut; 244, gilding transverse moving slide rail; 245, gilding transverse moving slide block; 25, gilding longitudinal plate; 251, gilding longitudinal moving motor; 252, gilding longitudinal moving screw; 253, gilding longitudinal moving nut; 254, gilding longitudinal moving slide rail; 255, gilding longitudinal moving slide block; 26, upper gilding die; 261, gilding epoxy plate; 262, gilding heating plate; 27, gilding driving plate; 271, gilding driving shaft; 272, knurled roller; 273, rubber roller; 28, gilding driven plate; 281, gilding driven shaft; 291, gilding driving motor; 292, gilding driving wheel; 293, first gilding driven wheel; 294, second gilding driven wheel; 295, first gilding synchronous belt; 296, second gilding synchronous belt; 3, second gilding mechanism; 4, embossing mechanism; 41, lower embossing seat; 411, lower embossing die; 42, upper embossing seat; 421, upper embossing die; 422, embossing guide block; 423, embossing oil cylinder; 43, embossing connecting plate; 431, embossing guide column; 48, embossing epoxy plate; 49, embossing heating plate; 5, trimming mechanism; 51, lower trimming seat; 511, lower trimming die; 52, upper trimming seat; 521, upper trimming die; 522, trimming guide block; 523, trimming oil cylinder; 53, trimming connecting plate; 531, trimming guide column; 58, trimming epoxy plate; 59, trimming heating plate; 6, feeding mechanism; 61, feeding seat; 611, feeding guide rod; 62, feeding platform; 621, feeding guide block; 63, feeding motor; 631, first feeding sprocket; 632, second feeding sprocket; 633, first feeding chain; 634, second feeding chain; 635, feeding counterweight; 64, positioning seat; 641, positioning rotary plate; 642, positioning rotary motor; 643, positioning transmission wheel; 644, bull's eye bearing; 651, positioning longitudinal moving linear module; 652, positioning longitudinal moving plate; 66, positioning table; 661, positioning transverse moving linear module; 67, positioning camera; 68, feeding support; 681, feeding transverse moving assembly; 69, feeding suction assembly; 7, discharging mechanism; 71, discharging seat; 711, discharging guide rod; 72, discharging platform; 721, discharging guide block; 73, discharging motor; 731, first discharging sprocket; 732, second discharging sprocket; 733, first discharging chain; 734, second discharging chain; 735, discharging counterweight; 78, discharging support;781, blank horizontal moving assembly; 79, blank suction assembly. DETAILED DESCRIPTION

[0043] The utility model will be further described in connection with the following examples.

[0044] By Figures 1 to 12 It can be known that the full-automatic leather gold stamping and embossing forming device comprises a rack 1; the rack 1 is sequentially provided with a first gold stamping mechanism 2, a second gold stamping mechanism 3, an embossing mechanism 4 and an edge trimming mechanism 5 along the length direction; one end of the rack 1 is provided with a feeding mechanism 6; the other end of the rack 1 is provided with a discharging mechanism 7; the rack 1 is provided with a transmission chain 11 between the first gold stamping mechanism 2, the second gold stamping mechanism 3, the embossing mechanism 4 and the edge trimming mechanism 5; the transmission chain 11 is connected with a toothed bar mechanism 12.

[0045] Specifically, when the full-automatic leather gold stamping and embossing forming device is used, first, a plurality of leathers are stacked on the feeding mechanism 6; the feeding mechanism 6 transmits the leathers to the toothed bar mechanism 12 at one end of the rack 1; under the driving of the transmission chain 11 and the toothed bar mechanism 12, the leathers are moved to the first gold stamping mechanism 2 for first gold stamping treatment; after the treatment, the toothed bar mechanism 12 moves the leathers to the second gold stamping mechanism 3 for second gold stamping treatment; after the treatment, the toothed bar mechanism 12 moves the leathers to the embossing mechanism 4 for embossing forming treatment; after the treatment, the toothed bar mechanism 12 moves the leathers to the edge trimming mechanism 5 for edge trimming treatment; after the treatment, the toothed bar mechanism 12 moves the leathers to the other end of the rack 1, and then the discharging mechanism 7 discharges the leathers.

[0046] The first gold stamping mechanism 2, the second gold stamping mechanism 3, the embossing mechanism 4, the edge trimming mechanism 5, the toothed bar mechanism 12, the feeding mechanism 6 and the discharging mechanism 7 are arranged, so that automatic feeding, automatic gold stamping, automatic embossing, automatic edge trimming and automatic discharging can be realized, and the yield and work efficiency are effectively improved.

[0047] The full-automatic leather gold stamping and embossing forming device comprises a feeding mechanism 6, which comprises a feeding seat 61, a feeding support 68 and a positioning seat 64; the feeding seat 61 movably has a feeding platform 62; the feeding seat 61 is provided with a feeding driving assembly for driving the feeding platform 62 to move up and down;

[0048] The positioning seat 64 movably has a positioning table 66; the positioning seat 64 is provided with a positioning horizontal moving assembly for driving the positioning table 66 to move horizontally, a positioning vertical moving assembly for driving the positioning table 66 to move vertically and a positioning rotating assembly for driving the positioning table 66 to rotate;

[0049] The upper feeding support 68 movably has an upper feeding suction assembly 69; the upper feeding support 68 has an upper feeding transverse moving assembly 681 for driving the upper feeding suction assembly 69 to move between the upper feeding platform 62 and the positioning table 66; wherein the upper feeding transverse moving assembly 681 can be an upper feeding transverse moving linear module arranged on the upper feeding support 68 in a transverse direction.

[0050] Specifically, in use, first, a plurality of leathers are stacked on the upper feeding platform 62; after the upper feeding driving assembly drives the upper feeding platform 62 and the leathers to rise to a predetermined height, the upper feeding transverse moving assembly 681 drives the upper feeding suction assembly 69 to move to the top of the upper feeding platform 62, so as to suction the leathers on the upper feeding platform 62, and then the upper feeding suction assembly 69 drives the leathers to the top of the positioning table 66 and places the leathers on the positioning table 66; then the angle, transverse direction and longitudinal direction of the leathers are fine-adjusted through the positioning rotating assembly, the positioning longitudinal moving assembly and the positioning transverse moving assembly, so as to ensure that the leathers enter the toothed bar mechanism 12 at one end of the rack 1 in an accurate position and angle.

[0051] The upper feeding seat 61 has an upper feeding guide rod 611 arranged in a height direction; the upper feeding platform 62 has an upper feeding guide block 621; the upper feeding guide block 621 is slidably sleeved on the upper feeding guide rod 611; through the above arrangement, the upper feeding platform 62 can stably rise and fall;

[0052] The upper feeding seat 61 rotatably has a first upper feeding sprocket 631 and a second upper feeding sprocket 632; the first upper feeding sprocket 631 and the second upper feeding sprocket 632 have a first upper feeding chain 633 sleeved therebetween; the first upper feeding sprocket 631 and the second upper feeding sprocket 632 have a second upper feeding chain 634 sleeved thereon; one end of the second upper feeding chain 634 is connected with the upper feeding platform 62; the other end of the second upper feeding chain 634 has an upper feeding counterweight 635; the upper feeding seat 61 has an upper feeding motor 63; the output end of the upper feeding motor 63 is connected with the first upper feeding sprocket 631. Specifically, when the leathers need to be fed, the upper feeding motor 63 is started to drive the first upper feeding sprocket 631 to rotate, and the first upper feeding sprocket 631 drives the second upper feeding sprocket 632 to synchronously rotate through the first upper feeding chain 633 in the process of rotation; in the process of rotation of the first upper feeding sprocket 631 and the second upper feeding sprocket 632, the second upper feeding chain 634 is driven to move, so as to drive the upper feeding platform 62 and the leathers on the upper feeding platform 62 to rise.

[0053] The positioning rotation assembly comprises a positioning rotation plate 641 rotatably arranged on the positioning seat 64 and a positioning rotation motor 642 arranged on the positioning rotation plate 641; the positioning rotation plate 641 is coaxially and drivingly connected with a positioning transmission wheel 643; the output end of the positioning rotation motor 642 is connected with the positioning transmission wheel 643; the positioning rotation plate 641 and the positioning seat 64 are provided with a bull's eye bearing 644; the bull's eye bearing 644 can enhance the stability of the positioning rotation plate 641 rotating on the positioning seat 64; when it is needed to adjust the angle of the leather on the positioning table 66, the positioning rotation motor 642 is started, the positioning rotation motor 642 drives the positioning rotation plate 641 to rotate through the positioning transmission wheel 643, and the leather on the positioning table 66 can be driven to rotate.

[0054] The positioning longitudinal moving assembly comprises a positioning longitudinal moving linear module 651 arranged on the top of the positioning rotation plate 641 in the longitudinal direction and a positioning longitudinal moving plate 652 arranged on the output end of the positioning longitudinal moving linear module 651; the positioning longitudinal moving linear module 651 can be a module composed of a motor screw nut sliding rail sliding block and the like, through the above arrangement, the positioning longitudinal moving linear module 651 can drive the positioning longitudinal moving plate 652 to move in the longitudinal direction, and the longitudinal position of the leather on the positioning table 66 can be adjusted.

[0055] The positioning longitudinal moving assembly comprises a positioning longitudinal moving linear module 651 arranged on the top of the positioning rotation plate 641 in the longitudinal direction and a positioning longitudinal moving plate 652 arranged on the output end of the positioning longitudinal moving linear module 651; the positioning longitudinal moving linear module 651 can be a module composed of a motor screw nut sliding rail sliding block and the like, through the above arrangement, the positioning longitudinal moving linear module 651 can drive the positioning longitudinal moving plate 652 to move in the longitudinal direction, and the longitudinal position of the leather on the positioning table 66 can be adjusted.

[0056] The first gilding mechanism 2 and the second gilding mechanism 3 both comprise a lower gilding seat 21 arranged on the rack 1 and an upper gilding seat 22 fixedly arranged on the top of the lower gilding seat 21; the bottom of the upper gilding seat 22 is movably arranged with a gilding connecting plate 222; the bottom of the gilding connecting plate 222 is rotatably arranged with a gilding rotating plate 23; the bottom of the gilding rotating plate 23 is movably arranged with a gilding horizontal plate 24; the bottom of the gilding horizontal plate 24 is movably arranged with a gilding longitudinal plate 25; the bottom of the gilding longitudinal plate 25 is arranged with an upper gilding die 26; further comprising a gilding rotating assembly for driving the gilding rotating plate 23 to rotate, a gilding horizontal moving assembly for driving the gilding horizontal plate 24 to move horizontally and a gilding longitudinal moving assembly for driving the gilding longitudinal plate 25 to move longitudinally; one end of the gilding longitudinal plate 25 is arranged with a gilding driving plate 27; the other end of the gilding longitudinal plate 25 is arranged with a gilding driven plate 28; the gilding driving plate 27 is rotatably arranged with a gilding driving shaft 271; the gilding driven plate 28 is arranged with a gilding driven shaft 281; the gilding driving plate 27 is arranged with a gilding guide assembly; the gilding paper of the gilding driving shaft 271 passes through the gilding guide assembly and the bottom surface of the upper gilding die 26 in sequence and is then wound around the gilding driven shaft 281; the lower gilding seat 21 is arranged with a lower gilding die 211.

[0057] Specifically, in use, first, the gilding paper in roll form is placed on the gilding driving shaft 271, and then the gilding paper of the gilding driving shaft 271 passes through the gilding guide assembly and the bottom surface of the upper gilding die 26 in sequence and is then wound on the gilding driven shaft 281, so that the bottom surface of the gilding die is pasted with the gilding paper; when the leather moves to the lower gilding die 211, the gilding connecting plate 222 drives the gilding rotating plate 23, the gilding horizontal plate 24, the gilding longitudinal plate 25 and the upper gilding die 26 to move downward, so that the upper gilding die 26 and the lower gilding die 211 are combined to complete the gilding treatment on the surface of the leather. When it is necessary to adjust the position of the upper gilding die 26, the angle of the upper gilding die 26 can be changed through the gilding rotating assembly, so as to change the angle of the whole gilding on the leather; the transverse position of the upper gilding die 26 can be changed through the gilding horizontal moving assembly, so as to adjust the transverse gilding on the leather; the longitudinal position of the upper gilding die 26 can be changed through the gilding longitudinal moving assembly, so as to adjust the longitudinal gilding on the leather.

[0058] The automatic leather gold stamping and embossing forming device, the top of the gold stamping connecting plate 222 is provided with a gold stamping guide column 223 in the height direction; the upper gold stamping seat 22 is provided with a gold stamping guide block 221; the gold stamping guide block 221 is slidingly sleeved on the gold stamping guide column 223; the upper gold stamping seat 22 is provided with a gold stamping oil cylinder 224; the output end of the gold stamping oil cylinder 224 is connected with the gold stamping connecting plate 222; when the upper gold stamping die 26 needs to be combined with the lower gold stamping die 211, the gold stamping oil cylinder 224 is started, so that the gold stamping connecting plate 222 moves downward under the guidance of the gold stamping guide column 223 and the gold stamping guide block 221.

[0059] The automatic leather gold stamping and embossing forming device, the gold stamping rotating assembly comprises a gold stamping swing rod 235, a gold stamping support plate 225 connected with the gold stamping connecting plate 222, a gold stamping rotating motor 231 arranged on the gold stamping support plate 225, a gold stamping rotating lead screw 232 connected with the output end of the gold stamping rotating motor 231, a gold stamping rotating nut 233 sleeved on the gold stamping rotating lead screw 232 and a gold stamping guide rod 234 arranged on the gold stamping support plate 225; the gold stamping rotating nut 233 is slidingly sleeved on the gold stamping guide rod 234; one end of the gold stamping rotating nut 233 is hinged with the gold stamping swing rod 235; the other end of the gold stamping swing rod 235 is connected with the gold stamping rotating plate 23.

[0060] Specifically, when the angle of the upper gold stamping die 26 needs to be adjusted, the gold stamping rotating motor 231 is started, the gold stamping rotating motor 231 drives the gold stamping rotating lead screw 232 to rotate, so that the gold stamping rotating nut 233 moves along the gold stamping guide rod 234, and in the process of moving of the gold stamping rotating nut 233, the gold stamping rotating plate 23 can be driven to rotate under the swinging action of the gold stamping swing rod 235, so as to change the angle of the upper gold stamping die 26.

[0061] The gold stamping transverse moving assembly comprises a gold stamping transverse moving slide rail 244 arranged on the gold stamping transverse plate 24 in the transverse direction, a gold stamping transverse moving motor 241 arranged on the gold stamping rotating plate 23, a gold stamping transverse moving lead screw 242 connected with the output end of the gold stamping transverse moving motor 241, a gold stamping transverse moving nut 243 sleeved on the gold stamping transverse moving lead screw 242 and a gold stamping transverse moving slide block 245 slidingly arranged on the gold stamping transverse moving slide rail 244; the gold stamping transverse moving slide block 245 is arranged on the bottom of the gold stamping rotating plate 23; the gold stamping transverse moving nut 243 is connected with the gold stamping transverse plate 24. When the transverse position of the upper gold stamping die 26 needs to be adjusted, the gold stamping transverse moving motor 241 is started, the gold stamping transverse moving motor 241 drives the gold stamping transverse moving lead screw 242 to rotate, so that the gold stamping transverse moving nut 243 drives the gold stamping transverse plate 24 to move in the transverse direction, so as to change the transverse position of the upper gold stamping die 26.

[0062] The gilding longitudinal moving assembly comprises a gilding longitudinal moving slide rail 254 arranged on the gilding longitudinal plate 25 in the longitudinal direction, a gilding longitudinal moving motor 251 arranged on the gilding longitudinal plate 25, a gilding longitudinal moving screw rod 252 connected with the output end of the gilding longitudinal moving motor 251, a gilding longitudinal moving nut 253 sleeved on the gilding longitudinal moving screw rod 252, and a gilding longitudinal moving slide block 255 slidably arranged on the gilding longitudinal moving slide rail 254; the gilding longitudinal moving slide block 255 is arranged on the bottom of the gilding transverse plate 24; the gilding longitudinal moving nut 253 is connected with the gilding transverse plate 24. When it is needed to adjust the longitudinal position of the upper gilding die 26, the gilding longitudinal moving motor 251 is started, the gilding longitudinal moving motor 251 drives the gilding longitudinal moving screw rod 252 to rotate, so that the gilding longitudinal moving nut 253 drives the gilding longitudinal plate 25 to move in the longitudinal direction, thereby changing the longitudinal position of the upper gilding die 26.

[0063] The gilding device with multi-angle adjustment comprises a gilding longitudinal plate 25, an upper gilding die 26 arranged on the bottom of the gilding longitudinal plate 25, a gilding transverse plate 24 arranged on the bottom of the gilding longitudinal plate 25, and a gilding guiding assembly arranged on the gilding transverse plate 24. The bottom of the gilding longitudinal plate 25 is provided with a gilding epoxy plate 261; the bottom of the gilding epoxy plate 261 is provided with a gilding heating plate 262; and the upper gilding die 26 is arranged on the bottom of the gilding heating plate 262. The gilding epoxy plate 261 can strengthen the overall strength, and the gilding heating plate 262 can provide sufficient heat in the gilding process.

[0064] The gilding device with multi-angle adjustment comprises a gilding longitudinal plate 25, an upper gilding die 26 arranged on the bottom of the gilding longitudinal plate 25, a gilding transverse plate 24 arranged on the bottom of the gilding longitudinal plate 25, and a gilding guiding assembly arranged on the gilding transverse plate 24. The bottom of the gilding longitudinal plate 25 is provided with a gilding epoxy plate 261; the bottom of the gilding epoxy plate 261 is provided with a gilding heating plate 262; and the upper gilding die 26 is arranged on the bottom of the gilding heating plate 262. The gilding epoxy plate 261 can strengthen the overall strength, and the gilding heating plate 262 can provide sufficient heat in the gilding process.

[0065] The gilding device with multi-angle adjustment comprises a gilding longitudinal plate 25, an upper gilding die 26 arranged on the bottom of the gilding longitudinal plate 25, a gilding transverse plate 24 arranged on the bottom of the gilding longitudinal plate 25, and a gilding guiding assembly arranged on the gilding transverse plate 24. The bottom of the gilding longitudinal plate 25 is provided with a gilding epoxy plate 261; the bottom of the gilding epoxy plate 261 is provided with a gilding heating plate 262; and the upper gilding die 26 is arranged on the bottom of the gilding heating plate 262. The gilding epoxy plate 261 can strengthen the overall strength, and the gilding heating plate 262 can provide sufficient heat in the gilding process.

[0066] The full-automatic leather gold stamping and embossing forming device provided by the embodiment comprises a lower embossing seat 41 arranged on the rack 1 and an upper embossing seat 42 fixedly arranged on the top of the lower embossing seat 41; the bottom of the upper embossing seat 42 is movably arranged with an embossing connecting plate 43; the bottom of the embossing connecting plate 43 is arranged with an embossing epoxy plate 48; the bottom of the embossing epoxy plate 48 is arranged with an embossing heating plate 49; the bottom of the embossing heating plate 49 is arranged with an upper embossing die 421; the lower embossing seat 41 is arranged with a lower embossing die 411; the top of the embossing connecting plate 43 is arranged with an embossing guide column 431 in the height direction; the upper embossing seat 42 is arranged with an embossing guide block 422; the embossing guide block 422 is slidably sleeved on the embossing guide column 431; the upper embossing seat 42 is arranged with an embossing oil cylinder 423; and the output end of the embossing oil cylinder 423 is connected with the embossing connecting plate 43. Specifically, when the toothed row mechanism 12 drives the leather to move to the lower embossing die 411, the embossing connecting plate 43 drives the embossing epoxy plate 48, the embossing heating plate 49 and the upper embossing die 421 to descend, so that the upper embossing die 421 and the lower embossing die 411 are combined to perform embossing treatment on the leather.

[0067] The full-automatic leather gold stamping and embossing forming device provided by the embodiment comprises a lower embossing seat 41 arranged on the rack 1 and an upper embossing seat 42 fixedly arranged on the top of the lower embossing seat 41; the bottom of the upper embossing seat 42 is movably arranged with an embossing connecting plate 43; the bottom of the embossing connecting plate 43 is arranged with an embossing epoxy plate 48; the bottom of the embossing epoxy plate 48 is arranged with an embossing heating plate 49; the bottom of the embossing heating plate 49 is arranged with an upper embossing die 421; the lower embossing seat 41 is arranged with a lower embossing die 411; the top of the embossing connecting plate 43 is arranged with an embossing guide column 431 in the height direction; the upper embossing seat 42 is arranged with an embossing guide block 422; the embossing guide block 422 is slidably sleeved on the embossing guide column 431; the upper embossing seat 42 is arranged with an embossing oil cylinder 423; and the output end of the embossing oil cylinder 423 is connected with the embossing connecting plate 43. Specifically, when the toothed row mechanism 12 drives the leather to move to the lower embossing die 411, the embossing connecting plate 43 drives the embossing epoxy plate 48, the embossing heating plate 49 and the upper embossing die 421 to descend, so that the upper embossing die 421 and the lower embossing die 411 are combined to perform embossing treatment on the leather.

[0068] The full-automatic leather gold stamping and embossing forming device disclosed by the embodiment comprises a feeding mechanism 7, wherein the feeding mechanism 7 comprises a feeding seat 71 and a feeding support 78; the feeding seat 71 is movably provided with a feeding platform 72; the feeding seat 71 is provided with a feeding driving assembly for driving the feeding platform 72 to move up and down; the feeding support 78 is movably provided with a feeding adsorption assembly 79; the feeding support 78 is provided with a feeding transverse moving assembly 781 for driving the feeding adsorption assembly 79 to move between the feeding platform 72 and the other end of the rack 1; wherein the feeding transverse moving assembly 781 can be a feeding transverse moving linear module arranged in the feeding support 78 in the transverse direction. Specifically, the tooth row mechanism 12 moves the formed leather to the other end of the rack 1, then the feeding transverse moving assembly 781 drives the feeding adsorption assembly 79 to move above the leather, and adsorbs the leather, then the feeding transverse moving assembly 781 drives the leather to move above the feeding platform 72, and stacks the leather on the feeding platform 72; as the number of stacked leathers increases, the feeding driving assembly drives the feeding platform 72 to gradually move downward.

[0069] The full-automatic leather gold stamping and embossing forming device disclosed by the embodiment comprises a feeding seat 71, wherein the feeding seat 71 is provided with a feeding guide rod 711 in the height direction; the feeding platform 72 is provided with a feeding guide block 721; the feeding guide block 721 is slidably sleeved on the feeding guide rod 711; through the above arrangement, the feeding platform 72 can stably move up and down.

[0070] The feeding seat 71 is rotatably provided with a first feeding sprocket 731 and a second feeding sprocket 732; the first feeding sprocket 731 and the second feeding sprocket 732 are sleeved with a first feeding chain 733 therebetween; the first feeding sprocket 731 and the second feeding sprocket 732 are each sleeved with a second feeding chain 734; one end of the second feeding chain 734 is connected with the feeding platform 72; the other end of the second feeding chain 734 is provided with a feeding counterweight 735; the feeding seat 71 is provided with a feeding motor 73; the output end of the feeding motor 73 is connected with the first feeding sprocket 731. Specifically, when the feeding platform 72 needs to move downward, the feeding motor 73 is started to drive the first feeding sprocket 731 to rotate, and the first feeding sprocket 731 drives the second feeding sprocket 732 to synchronously rotate through the first feeding chain 733 in the process of rotating; in the process of rotating the first feeding sprocket 731 and the second feeding sprocket 732, the second feeding chain 734 is driven to move, thereby driving the feeding platform 72 and the leather on the feeding platform 72 to descend.

[0071] It should be explained finally that the above embodiment is only used to illustrate the technical scheme of the utility model, and is not the limit of the protection scope of the utility model, although the utility model is explained in detail with reference to the preferred embodiment, the ordinary skilled in the art should understand that the technical scheme of the utility model can be modified or replaced equivalently, and does not deviate from the essence and scope of the technical scheme of the utility model.

Claims

1. A fully automatic leather gilding embossing forming device, characterized in that: The machine rack is sequentially provided with a first gilding mechanism, a second gilding mechanism, an embossing mechanism and an edge trimming mechanism along the length direction; one end of the machine rack is provided with a feeding mechanism; the other end of the machine rack is provided with a discharging mechanism; the machine rack is provided with a transmission chain between the first gilding mechanism, the second gilding mechanism, the embossing mechanism and the edge trimming mechanism; the transmission chain is connected with a toothed rack mechanism.

2. A fully automatic leather gilding and embossing forming device according to claim 1, characterized in that: The feeding mechanism comprises a feeding seat, a feeding support and a positioning seat; the feeding seat is movably provided with a feeding platform; the feeding seat is provided with a feeding driving assembly for driving the feeding platform to move up and down; The positioning seat is movably provided with a positioning table; the positioning seat is provided with a positioning transverse moving assembly for driving the positioning table to move transversely, a positioning longitudinal moving assembly for driving the positioning table to move longitudinally and a positioning rotating assembly for driving the positioning table to rotate; The feeding support is movably provided with a feeding adsorption assembly; the feeding support is provided with a feeding transverse moving assembly for driving the feeding adsorption assembly to move between the feeding platform and the positioning table.

3. A fully automatic leather gilding and embossing forming device according to claim 2, characterized in that: The feeding seat is provided with a feeding guide rod along the height direction; the feeding platform is provided with a feeding guide block; the feeding guide block is slidably sleeved on the feeding guide rod; The feeding seat is rotatably provided with a first feeding sprocket and a second feeding sprocket; the first feeding sprocket and the second feeding sprocket are sleeved with a first feeding chain therebetween; the first feeding sprocket and the second feeding sprocket are each sleeved with a second feeding chain; one end of the second feeding chain is connected with the feeding platform; the other end of the second feeding chain is provided with a feeding counterweight; the feeding seat is provided with a feeding motor; the output end of the feeding motor is connected with the first feeding sprocket.

4. A fully automatic leather gilding and embossing forming device according to claim 3, characterized in that: The positioning rotating assembly comprises a positioning rotating plate rotatably provided on the positioning seat and a positioning rotating motor provided on the positioning rotating plate; the positioning rotating plate is coaxially and drivingly connected with a positioning transmission wheel; the output end of the positioning rotating motor is connected with the positioning transmission wheel; the positioning rotating plate and the positioning seat are provided with a bull's eye bearing therebetween; The positioning longitudinal moving assembly comprises a positioning longitudinal moving linear module provided on the top of the positioning rotating plate along the longitudinal direction and a positioning longitudinal moving plate provided on the output end of the positioning longitudinal moving linear module; The positioning transverse moving assembly comprises a positioning transverse moving linear module provided on the top of the positioning longitudinal moving plate along the transverse direction; the output end of the positioning transverse moving linear module is connected with the positioning table; The feeding support is provided with a positioning camera on the top of the positioning table.

5. A fully automatic leather gilding and embossing forming device according to claim 1, characterized in that: The first gilding mechanism and the second gilding mechanism each comprise a lower gilding seat provided on the machine rack and an upper gilding seat fixedly provided on the top of the lower gilding seat; the bottom of the upper gilding seat is movably provided with a gilding connecting plate; the bottom of the gilding connecting plate is rotatably provided with a gilding rotating plate; the bottom of the gilding rotating plate is movably provided with a gilding transverse plate; the bottom of the gilding transverse plate is movably provided with a gilding longitudinal plate; the bottom of the gilding longitudinal plate is provided with an upper gilding die; The gilding rotating assembly for driving the gilding rotating plate to rotate, the gilding transverse moving assembly for driving the gilding transverse plate to move transversely and the gilding longitudinal moving assembly for driving the gilding longitudinal plate to move longitudinally are further included; One end of the gilding longitudinal plate is provided with a gilding driving plate; the other end of the gilding longitudinal plate is provided with a gilding driven plate; the gilding driving plate is rotationally provided with a gilding driving shaft; the gilding driven plate is provided with a gilding driven shaft; the gilding driving plate is provided with a gilding guide assembly; the gilding paper of the gilding driving shaft passes through the gilding guide assembly and the bottom surface of the upper gilding die in sequence and is wound on the gilding driven shaft. The lower gilding seat is provided with a lower gilding die.

6. A fully automatic leather gilding and embossing forming device according to claim 5, characterized in that: The top of the gilding connecting plate is provided with a gilding guide column in the height direction; the upper gilding seat is provided with a gilding guide block; the gilding guide block is slidingly sleeved on the gilding guide column; The upper gilding seat is provided with a gilding oil cylinder; the output end of the gilding oil cylinder is connected with the gilding connecting plate; The gilding guide assembly comprises a knurled roller rotationally arranged on the gilding driving plate and a rubber roller rotationally arranged on the gilding driving plate; the knurled roller and the rubber roller are oppositely arranged. The gilding driving plate is provided with a gilding driving motor, a gilding driving wheel, a first gilding driven wheel and a second gilding driven wheel; the output end of the gilding driving motor is connected with the gilding driving wheel; the gilding driving wheel and the first gilding driven wheel are provided with a first gilding synchronous belt therebetween; the first gilding driven wheel and the second gilding driven wheel are provided with a second gilding synchronous belt therebetween; the first gilding driven wheel is connected with the knurled roller; the second gilding driven wheel is connected with the gilding driving shaft.

7. A fully automatic leather gilding and embossing forming device according to claim 1, characterized in that: The embossing mechanism comprises a lower embossing seat arranged on the frame and an upper embossing seat fixedly arranged on the top of the lower embossing seat; the bottom of the upper embossing seat is movably arranged with an embossing connecting plate; the bottom of the embossing connecting plate is provided with an embossing epoxy plate; the bottom of the embossing epoxy plate is provided with an embossing heating plate; the bottom of the embossing heating plate is provided with an upper embossing die; the lower embossing seat is provided with a lower embossing die; the top of the embossing connecting plate is provided with an embossing guide column in the height direction; the upper embossing seat is provided with an embossing guide block; the embossing guide block is slidingly sleeved on the embossing guide column; the upper embossing seat is provided with an embossing oil cylinder; the output end of the embossing oil cylinder is connected with the embossing connecting plate.

8. A fully automatic leather gilding and embossing forming device according to claim 1, characterized in that: The trimming mechanism comprises a lower trimming seat arranged on the frame and an upper trimming seat fixedly arranged on the top of the lower trimming seat; the bottom of the upper trimming seat is movably arranged with a trimming connecting plate; the bottom of the trimming connecting plate is provided with a trimming epoxy plate; the bottom of the trimming epoxy plate is provided with a trimming heating plate; the bottom of the trimming heating plate is provided with an upper trimming die; the lower trimming seat is provided with a lower trimming die; the top of the trimming connecting plate is provided with a trimming guide column in the height direction; the upper trimming seat is provided with a trimming guide block; the trimming guide block is slidingly arranged on the trimming guide column; the upper trimming seat is provided with a trimming oil cylinder; the output end of the trimming oil cylinder is connected with the trimming connecting plate.

9. A fully automatic leather gilding and embossing forming device according to claim 1, characterized in that: The blanking mechanism comprises a blanking seat and a blanking support; the blanking seat is movably arranged with a blanking platform; the blanking seat is provided with a blanking driving assembly for driving the blanking platform to move up and down; The blanking support is movably arranged with a blanking suction assembly; the blanking support is provided with a blanking transverse moving assembly for driving the blanking suction assembly to move between the blanking platform and the other end of the frame.

10. A fully automatic leather gilding and embossing forming device according to claim 9, characterized in that: The blanking seat is provided with a blanking guide rod in the height direction; the blanking platform is provided with a blanking guide block; the blanking guide block is slidingly sleeved on the blanking guide rod; The blanking seat is rotationally provided with a first blanking sprocket and a second blanking sprocket; the first blanking sprocket and the second blanking sprocket are sleeved with a first blanking chain; the first blanking sprocket and the second blanking sprocket are each sleeved with a second blanking chain; one end of the second blanking chain is connected with the blanking platform; the other end of the second blanking chain is provided with a blanking counterweight; the blanking seat is provided with a blanking motor; the output end of the blanking motor is connected with the first blanking sprocket.

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