CN215360475U

CN215360475U - Tableware gilding press

Info

Publication number: CN215360475U
Application number: CN202121635618.7U
Authority: CN
Inventors: 黄仕胜; 徐世杰; 张一为
Original assignee: Jinhua Enjoy & Wonderful Inc
Current assignee: Zhejiang Wandefu Intelligent Technology Co ltd
Priority date: 2021-07-16
Filing date: 2021-07-16
Publication date: 2021-12-31
Anticipated expiration: 2031-07-16

Abstract

The utility model relates to a tableware stamping machine, which comprises a first rack, wherein at least two stamping machines are arranged in the first rack in parallel, two side edges of the first rack are respectively provided with a stamping film release device and a stamping film rewinding device, the unwinding direction of a stamping film is vertical to the feeding direction of the stamping machines, and the tableware stamping machine is characterized in that products with different stamping sizes and non-overlapping stamping parts are respectively stamped by each stamping machine, and the arrangement sequence of the products is arranged according to the size of the products and the stamping parts of the stamping film from large to small. According to the tableware stamping machine, at least two stamping machines are arranged in parallel to respectively stamp products with different sizes and non-overlapping stamping parts, so that the actual utilization rate of the stamping film is fully increased, the production cost is effectively reduced, the automatic production is realized by arranging the flowing water distribution device, the personnel input cost is reduced, and the quality of the products is better guaranteed by arranging the enclosing plates and the stamping film stabilizing mechanism on the stamping machines.

Description

Tableware gilding press

Technical Field

The utility model belongs to the field of gold stamping printing, and particularly relates to a tableware gold stamping machine.

Background

The plastic dinner plate is light in weight and low in production cost, is widely used in canteen restaurants, is generally printed with a circle of gold edges or gold edges with patterns on the surface by adopting a gold stamping process after production and forming, so that the texture and aesthetic feeling of the plastic dinner plate are enhanced, such as gold stamping plastic tableware mentioned in the publication No. CN 201870279U.

In addition, because the dinner plate only gilts one circle, the gilding film in the circle is not really used, so the actual utilization rate of the gilding film is very low.

Disclosure of Invention

Aiming at the problems, the utility model provides the tableware bronzing machine which is provided with at least two parallel bronzing machines, wherein the at least two bronzing machines are respectively used for bronzing products with different sizes and non-overlapping bronzing parts, and the actual utilization rate of a bronzing film is improved.

The utility model aims to be realized by the following technical scheme: the tableware stamping machine is characterized in that products with different stamping sizes and non-overlapping stamping parts are respectively hot-stamped by the stamping machines, and the arrangement sequence of the products is sequentially arranged according to the size of the products and the stamping parts of the stamping films from large to small.

Preferably, the feeding direction of the scalding machines is provided with the tableware running water distribution device, the tableware running water distribution device comprises a second rack, the second rack is provided with a tableware conveying part and a tableware picking part corresponding to each scalding machine, manual feeding in the background technology is solved by the arrangement of the tableware running water distribution device, and labor cost is reduced.

Preferably, each hot stamping machine is correspondingly provided with an upper pressing platform and a lower sliding die, at least one side edge of the upper pressing platform and the lower sliding die is provided with a gold stamping film stabilizing mechanism, and the gold stamping film stabilizing mechanism can effectively reduce the interference of external environment changes such as strong wind and vibration and enhance the product quality.

As the preferred, the periphery of whole blancher sets up and carries out the confined fender that encloses with the blancher, encloses the fender and can effectively reduce external environment and change like the interference of wind and temperature, reinforcing product quality.

Preferably, the tableware conveying component comprises a flat conveying chain close to the feeding direction of the hot stamping machine, the rear portion of the conveying direction of the flat conveying chain is provided with a stacking conveying chain, one end of the stacking conveying chain close to the flat conveying chain is provided with a turnover component, one side of the flat conveying chain is provided with a negative pressure sucker taking and placing mechanism, the dinner plate is formed and processed by stacking and placing, the feeding process of gold stamping is completely separated from manual work through the arrangement of the stacking conveying chain, the flat conveying chain and the turnover component, the labor cost is reduced, and meanwhile, the influence of strong wind of a fan on the gold stamping process is avoided.

Preferably, the tableware picking part comprises a rotating tray arranged on the other side of the flat conveying chain, a sliding rail assembly is arranged on the upper portion of the rotating tray, a lifting picking arm assembly matched with the sliding rail assembly and a sliding inclined plate arranged on the upper surface of the second rack, a dinner plate slides to the rotating tray through the sliding inclined plate after gold stamping is finished, a circumferential array of dinner plate brackets are arranged on the rotating tray, the dinner plate falls onto the corresponding dinner plate bracket and then rotates to form a separation dinner plate bracket, the dinner plate bracket is sequentially rotated to the position below the lifting picking arm assembly along with the dinner plate bracket to pick up and place, therefore, the dinner plate after gold stamping is different from the original plate which is directly stacked, a time interval for separately transferring heat dissipation is increased, and the phenomenon that the gold stamping part is not easily damaged even if the dinner plate is subjected to large external force friction when being stacked can be effectively avoided.

Preferably, the negative pressure sucker taking and placing mechanism is arranged between two adjacent groups of horizontal conveying chains and comprises two groups of transverse moving assemblies which are arranged in a back-to-back fit mode; the transverse moving assembly comprises a guide rail assembly which is parallel to and higher than the flat conveying chain, a sliding assembly which slides along the guide rail is correspondingly arranged on the guide rail assembly, and a pneumatic cylinder assembly is fixedly arranged on the sliding assembly; pneumatic cylinder subassembly is equipped with a plurality of mounting holes including the sucking disc bedplate of connecting pneumatic rod on the sucking disc bedplate, sets up a plurality of negative pressure suction heads on the mounting hole, and two sets of sideslip subassemblies set up dorsad and can make arranging of transfer chain inseparabler to need not too big interval between every when the range of design blanching machine, a plurality of mounting holes on the sucking disc bedplate can make the corresponding regulation of size of negative pressure suction head according to tableware such as dinner plates.

Preferably, the gold stamping film stabilizing mechanism comprises a pneumatic upper assembly and a pneumatic lower assembly which is arranged corresponding to the pneumatic upper assembly; the pneumatic upper assembly comprises an air cylinder upper seat plate, a first air cylinder is arranged on the air cylinder upper seat plate, a roller bottom plate fixedly connected with the end part of a pneumatic rod in the first air cylinder is arranged at the end part of the pneumatic rod, rollers are arranged below the roller bottom plate in parallel, the two end parts of the roller bottom plate are connected with the two end parts of the rollers through connecting plates, and the rollers can rotate along the axes of the rollers after being connected; the pneumatic lower assembly comprises a cylinder lower seat plate, a second cylinder is arranged on the cylinder lower seat plate, the end part of a pneumatic rod in the second cylinder is provided with a supporting plate, two long edges of one side, close to the roller, of the supporting plate are arranged to form smooth round corners, the stroke of the roller is rapidly controlled through the cylinder pneumatic rod, the roller and the supporting plate are clamped tightly, the stability of the gold stamping film when the gold stamping film is compressed is guaranteed, meanwhile, the roller can rotate automatically, the smooth round corners, which are arranged on the supporting plate, are matched when the gold stamping film is rolled up, and the friction when the gold stamping film is rolled up can be reduced.

As preferred, enclose to keep off including enclosing the fender frame, the last bounding wall that sets up enclosing the whole covers of fender frame upper surface, set up and keep off the frame about two side covers first side's side wall, the setting is enclosing the inside preceding bounding wall that just is in blanching machine direction of feed one side of fender frame, the setting is enclosing the back panel that keeps off frame and blanching machine feed relative direction, the back panel is for can opening, it makes blanching machine difficult by external environment interference when hot pressing to enclose the fender closed, it is more stable to enable the temperature, obtain better processing effect, the back panel design is opened for hinge or hinge, convenient to maintain and overhaul blanching machine.

Preferably, the roller is made of rubber materials, and the rubber materials can better protect the hot stamping film from being damaged during rolling.

As preferred, the dash panel is made for transparent organic glass, and the transparent behavior of observing the blanching machine of being convenient for.

In summary, compared with the prior art, the utility model has the following advantages:

according to the tableware stamping machine, at least two stamping machines are arranged in parallel to respectively stamp products with different sizes and non-overlapping stamping parts, so that the actual utilization rate of the stamping film is fully increased, the production cost is effectively reduced, the automatic production is realized by arranging the flowing water distribution device, the personnel input cost is reduced, and the quality of the products is better guaranteed by arranging the enclosing plates and the stamping film stabilizing mechanism on the stamping machines.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic view of the structure of the tableware water dispenser;

FIG. 3 is an enlarged view of a portion of FIG. 2 at A;

FIG. 4 is a schematic view of the installation of the bronzing film stabilizing mechanism in the blancher;

FIG. 5 is a partial enlarged view at B in FIG. 4;

fig. 6 is a rear view of the present invention.

The labels in the figure are: 1. a first frame; 2. a blanching machine; 21. an upper pressing platform; 22. a lower sliding die; 23. a bronzing film stabilizing mechanism; 231. a pneumatic upper assembly; 2311. an upper seat plate; 2312. a first cylinder; 2313. a roller bottom plate; 2314. a roller; 232. a pneumatic lower assembly; 2321. a lower seat plate; 2322. a second cylinder; 2323. a support plate; 3. a bronzing film releasing device; 4. a gold stamping film rewinding device; 5. a tableware flow distribution device; 51. a second frame; 52. a tableware conveying component; 521. horizontally placing the conveying chain; 522. stacking the conveying chains; 523. a turnover assembly; 524. a negative pressure sucker picking and placing mechanism; 5241. a traversing assembly; 5242. a guide rail assembly; 5243. a slipping component; 5244. a pneumatic cylinder assembly; 5245. a suction cup seat plate; 5246. a negative pressure suction head; 53. a tableware picking part; 531. rotating the tray; 532. a slide rail assembly; 533. a lift pick arm assembly; 534. a sliding sloping plate; 6. fencing; 61. a containment frame; 62. mounting a coaming plate; 63. side coaming plates; 64. a dash panel; 65. and a back panel.

Detailed Description

The utility model will be further described with reference to examples of embodiments shown in the drawings to which:

example 1:

as shown in fig. 1 to 6, a tableware stamping machine comprises a first frame 1, at least two stamping machines 2 are arranged in the first frame 1 in parallel, a stamping film releasing device 3 and a stamping film rewinding device 4 are respectively arranged on two side edges of the first frame 1, and the unwinding direction of a stamping film is perpendicular to the feeding direction of the stamping machines 2, and the tableware stamping machine is characterized in that products with different stamping sizes and non-overlapping stamping parts are respectively stamped by each stamping machine 2, and the arrangement sequence of the products is sequentially arranged according to the sizes of the products and the stamping parts of the stamping film from large to small. The feeding direction of the blancher 2 is provided with a running water tableware dispensing device 5, the running water tableware dispensing device 5 comprises a second frame 51, and the second frame 51 is provided with a tableware conveying part 52 and a tableware picking part 53 corresponding to each blancher 2. Each hot stamping machine 2 is correspondingly provided with an upper pressing platform 21 and a lower sliding die 22, and at least one side edge of the upper pressing platform 21 and the lower sliding die 22 is provided with a bronzing film stabilizing mechanism 23. The periphery of all the blanchers 2 is provided with a fence 6 for closing the blanchers.

The tableware conveying component 52 comprises a flat conveying chain 521 close to the feeding direction of the blanching machine 2, a stacking conveying chain 522 is arranged at the rear part of the conveying direction of the flat conveying chain 521, an overturning assembly 523 is arranged at one end of the stacking conveying chain 522 close to the flat conveying chain 521, and a negative pressure suction cup taking and placing mechanism 524 is arranged at one side of the flat conveying chain 521. The dish picking part 53 includes a rotary tray 531 provided at the other side of the flat conveyor chain 521, a rack assembly 532 provided at an upper portion of the rotary tray 531, a lifting picking arm assembly 533 engaged with the rack assembly 532, and a sliding tilt plate 534 installed at an upper surface of the second frame 51.

The negative pressure sucker picking and placing mechanism 524 is arranged between two adjacent groups of the flat conveying chains 521, and the negative pressure sucker picking and placing mechanism 524 comprises two groups of transverse moving assemblies 5241 which are arranged in a back-to-back fit manner; the transverse moving assembly 5241 comprises a guide rail assembly 5242 which is parallel to and higher than the flat conveying chain 521, a sliding assembly 5243 which slides along the guide rail is correspondingly arranged on the guide rail assembly 5242, and a pneumatic cylinder assembly 5244 is fixedly arranged on the sliding assembly 5243; the pneumatic cylinder assembly 5244 comprises a suction cup seat plate 5245 connected with a pneumatic rod, a plurality of mounting holes are formed in the suction cup seat plate 5245, a plurality of negative pressure suction heads 5246 are arranged on the mounting holes, the guide rail assembly 5242 is arranged on one side close to the hot iron 2, and the moving range of the sliding assembly 5243 covers the outward moving range of the lower sliding die 22.

The gold stamping film stabilizing mechanism 23 comprises a pneumatic upper assembly 231 and a pneumatic lower assembly 232 which is arranged corresponding to the pneumatic upper assembly 231; the pneumatic upper assembly 231 comprises an air cylinder upper seat plate 2311, a first air cylinder 2312 is arranged on the air cylinder upper seat plate 2311, a roller bottom plate 2313 fixedly connected with the end portion of a pneumatic rod in the first air cylinder 2312 is arranged below the roller bottom plate 2313, rollers 2314 are arranged in parallel below the roller bottom plate 2313, two end portions of the roller bottom plate 2313 are connected with two end portions of the roller 2314 through connecting plates, and the roller 2314 can rotate along the axis of the roller after connection;

the pneumatic lower assembly 232 comprises a lower cylinder seat plate 2321, a second cylinder 2322 is arranged on the lower cylinder seat plate 2321, a supporting plate 2323 is arranged at the end part of a pneumatic rod in the second cylinder 2322, and two long edges of one side, close to the roller 2314, of the supporting plate 2323 are arranged to be smooth and round. Enclose and keep off 6 including enclosing a frame 61, the setting is at the last bounding wall 62 that encloses the whole covers of frame 61 upper surface, the setting is enclosing the side wall 63 that two side covers first one about keeping off frame 61, the setting is enclosing the inside preceding bounding wall 64 that just covers in blanching machine 2 direction of feed one side of frame 61, the setting is at the back panel 65 that encloses frame 61 and blanching machine 2 feeding relative direction, back panel 65 is for can opening, pass through hinge or hinge connection with enclosing frame 61, gyro wheel 2314 is made for rubber materials, preceding bounding wall 64 is made for transparent organic glass.

The working principle is as follows:

the semi-finished dinner plate firstly enters a stacking conveying chain 522, the dinner plate is horizontally placed to a horizontal conveying chain 521 through a turnover assembly 523, the dinner plate is conveyed to the position below a negative pressure sucker taking and placing mechanism 524 through the horizontal conveying chain 521, a sliding assembly 5243 moves to the position vertical to the dinner plate, a pneumatic cylinder assembly 5244 drives a pneumatic rod to suck the negative pressure sucker 5246 to be contacted with the dinner plate and then retract the pneumatic rod, the dinner plate is lifted, the sliding assembly 5243 moves towards one end far away from the horizontal conveying chain 521, namely the equipment end of a thermoprinting machine 2, reaches a specified position, a lower sliding mold 22 moves to the position below the sliding assembly 5243, a pneumatic cylinder assembly 5244 drives the pneumatic rod to move downwards, the dinner plate is placed into the lower sliding mold 22, the negative pressure sucker 5246 is released to complete a feeding procedure, the lower sliding mold 22 returns to the thermoprinting machine 2, a bronzing film releasing device 3 is matched with a bronzing film rewinding device and rotates for the distance of the maximum specification in one mold at the same time, the upper pressing platform 21 performs pressing down, and meanwhile, the gilding film stabilizing mechanism 23 presses the gilding film,

after finishing the gilt process, gilt membrane stabilizing mean 23 loosens the gilt membrane, slip subassembly 5243 moves the position of perpendicular dinner plate, pneumatic cylinder subassembly 5244 drives pneumatic rod again and contracts the back pneumatic rod and withdraw and promote the dinner plate after negative pressure suction head 5246 and dinner plate contact, slip subassembly 5243 moves the top of slip swash plate 534, negative pressure suction head 5246 releases, the dinner plate falls into slip swash plate 534 after to rotate tray 531, and fall into the dinner plate bracket on rotation tray 531, rotation tray 531 can rotate the distance that separates the dinner plate bracket, rotate in proper order and pick up arm subassembly 533 below, pick up the gui to the dinner plate by lift and put in order.

The specific embodiments described herein are merely illustrative of the spirit of the utility model. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the spirit or ambit of the utility model as defined in the appended claims.

Claims

1. The utility model provides a tableware gilding press, including first frame (1), set up two at least blanchers (2) side by side in first frame (1), set up gilding film release (3) and gilding film rewind device (4) respectively at two sides of first frame (1), the direction of unrolling of gilding film is perpendicular with the feed direction of blancher (2), its characterized in that each blancher (2) respectively heat scalds the product of different size, gilding position non-overlapping, its array order is arranged from big to small according to the size at product and the gilding position of gilding film in proper order.

2. The bronzing machine for tableware according to claim 1, wherein the feeding direction of the blanching machines (2) is provided with a running tableware dispensing device (5), the running tableware dispensing device (5) comprises a second frame (51), and the second frame (51) is provided with a tableware conveying part (52) and a tableware picking part (53) corresponding to each blanching machine (2).

3. The bronzing machine for tableware according to claim 1, wherein each bronzing machine (2) is provided with an upper pressing platform (21) and a lower sliding mold (22) correspondingly, and at least one side edge of the upper pressing platform (21) and the lower sliding mold (22) is provided with a bronzing film stabilizing mechanism (23).

4. The machine for stamping tableware according to claim 1, characterized in that the periphery of all the blanchers (2) is provided with a fence (6) for closing the blanchers.

5. The bronzing machine for tableware according to claim 2, wherein the tableware conveying component (52) comprises a flat conveying chain (521) close to the feeding direction of the bronzing machine (2), a stacking conveying chain (522) is arranged at the rear part of the conveying direction of the flat conveying chain (521), a turning component (523) is arranged at one end of the stacking conveying chain (522) close to the flat conveying chain (521), and a negative pressure suction cup picking and placing mechanism (524) is arranged at one side of the flat conveying chain (521).

6. The tableware stamping machine according to claim 5, wherein the tableware picking part (53) comprises a rotary tray (531) arranged at the other side of the flat conveying chain (521), a slide rail assembly (532) arranged at the upper part of the rotary tray (531), a lifting picking arm assembly (533) matched with the slide rail assembly (532), and a sliding inclined plate (534) arranged at the upper surface of the second frame (51).

7. The bronzing machine for tableware according to claim 5, wherein the suction cup pick-and-place mechanism (524) is arranged between two adjacent sets of the flat-lying conveying chains (521), and the suction cup pick-and-place mechanism (524) comprises two sets of traverse assemblies (5241) which are arranged in a back-to-back fit manner; the transverse moving assembly (5241) comprises a guide rail assembly (5242) which is parallel to and higher than the flat conveying chain (521), a sliding assembly (5243) which slides along the guide rail is correspondingly arranged on the guide rail assembly (5242), and a pneumatic cylinder assembly (5244) is fixedly arranged on the sliding assembly (5243); the pneumatic cylinder assembly (5244) comprises a sucker seat plate (5245) connected with the pneumatic rod, a plurality of mounting holes are formed in the sucker seat plate (5245), and a plurality of negative pressure suckers (5246) are arranged on the mounting holes.

8. The tableware stamping machine according to claim 3, characterized in that the stamping film stabilizing mechanism (23) comprises a pneumatic upper assembly (231), and a pneumatic lower assembly (232) arranged corresponding to the pneumatic upper assembly (231);

the pneumatic upper assembly (231) comprises an air cylinder upper seat plate (2311), a first air cylinder (2312) is arranged on the air cylinder upper seat plate (2311), a roller bottom plate (2313) fixedly connected with the end portion of a pneumatic rod in the first air cylinder (2312) is arranged on the end portion of the pneumatic rod, rollers (2314) are arranged below the roller bottom plate (2313) in parallel, two end portions of the roller bottom plate (2313) are connected with two end portions of the roller (2314) through connecting plates, and the connected rear rollers (2314) can rotate along the axis of the rollers;

the pneumatic lower assembly (232) comprises a cylinder lower seat plate (2321), a second cylinder (2322) is arranged on the cylinder lower seat plate (2321), a supporting plate (2323) is arranged at the end part of a pneumatic rod in the second cylinder (2322), and two long edges of one side, close to the roller (2314), of the supporting plate (2323) are arranged to be smooth round corners.

9. The tableware stamping machine according to claim 4, characterized in that the enclosure (6) comprises an enclosure frame (61), an upper enclosing plate (62) which is arranged on the upper surface of the enclosure frame (61) and is completely covered, side enclosing plates (63) which are arranged on the left side and the right side of the enclosure frame (61) and are covered with the upper half parts, a front enclosing plate (64) which is arranged inside the enclosure frame (61) and is arranged on one side of the feeding direction of the blanching machine (2), and a back enclosing plate (65) which is arranged on the opposite direction of the enclosure frame (61) and the feeding direction of the blanching machine (2), wherein the back enclosing plate (65) is openable.

10. The machine according to claim 8, characterised in that the rollers (2314) are made of rubber material.