WO2018054095A1

WO2018054095A1 - Die-cutting machine for clothes hang tags

Info

Publication number: WO2018054095A1
Application number: PCT/CN2017/087229
Authority: WO
Inventors: 文莲
Original assignee: 深圳市哈德胜精密科技股份有限公司
Priority date: 2016-09-22
Filing date: 2017-06-06
Publication date: 2018-03-29
Also published as: CN106346555B; CN106346555A

Abstract

A die-cutting machine for clothes hang tags, comprising a rotary shaft limit plate (1), a rotary shaft connecting plate (2), a pressurizing shaft connecting plate (3), a pressurizing shaft main wallboard (4), a pressurizing shaft core (5), a cylindrical gear (6), a die-cutting cutter shaft (7), a rear station wallboard (8), a Siemens motor (9), a left cylindrical gear (10), a side bearing bush (11), a power bottom shaft (12), a die-cutting bottom shaft (13), a servo motor (14), a cylinder wedge (15), a speed reducer (16), a front station wallboard (17), a paper supplier clamping connecting plate I (18), an origin proximity switch (19), a paper supplier clamping connecting plate III (20), guide tracks (21), a synchronous belt mandrel (22), a paper supplier clamping assembly II (23), a paper supplier clamping baffle I (24), a paper supplier connecting part (25), a paper supplier clamping baffle II (26), a paper adjusting valve (27), a paper supplier clamping baffle III (28), a differential adjusting head (29), a high-pressure blowing assembly (30), a collecting bin assembly (31), a collecting base plate (32), a guiding plate (33), and a station connecting plate (34). The die-cutting machine for clothes hang tags comprises two modes, i.e., a mode of a reciprocating die-cutting machine and a mode of a whole die-cutting machine, and the two die-cutting modes can be selected according to demands of a customer.

Description

Clothing tag die cutting machine

Technical field

The invention relates to a tag die cutting device, in particular to a garment tag die cutting machine, belonging to the field of clothing tag production equipment.

Background technique

The equipment is applied in the garment industry. It prints the label on the whole garment. It is die-cut through the inspection position. After the die-cutting, it is finished into a garment tag. The device uses the automatic feeding function to feed the device, and the material is fed at the same time. The air is blown, the material is separated, and the material is fed by negative pressure. The material is double-tested at the same time, the conveyor belt is conveyed by negative pressure to prevent the material from wrinkling and skewing, and the die-cutting adopts genuine die-cutting and reciprocating die-cutting. The whole plate has high die cutting efficiency, high die cutting precision can be controlled within ±0.08mm, reciprocating die cutting has low production cost, low efficiency, and die cutting precision is ±0.1mm. The die-cut finished product enters the conveyor belt and punches the punched hole. Finally, the waste is separated from the product. The whole process control part is controlled by servo, the servo control is precise, and the feedback speed is fast, which can meet the requirements.

To this end, a garment tag die cutting machine is provided.

Summary of the invention

It is an object of the present invention to provide a garment tag die cutting machine that solves the problems set forth above in the background art.

In order to achieve the above object, the present invention provides the following technical solution: a garment tag die cutting machine, including a shaft limit plate, a rotating shaft connecting plate, a pressing shaft connecting plate, a pressing shaft main wall plate, a pressing shaft core, a cylindrical gear, and a film. Cutter shaft, station wall panel, Siemens motor, left spur gear, side bearing sleeve, power bottom shaft, die cutting bottom shaft, servo motor, cylinder wedge iron, reducer, station wall panel, feeder clamp Connecting plate 1, origin proximity switch, paper feeder clamp connection plate 3, guide rail, timing belt core shaft, paper feeder clamp assembly 2, paper feeder clamp baffle 1, paper feeder connector, paper feeder Pinch baffle 2, paper regulating valve, feeder clamp baffle 3, differential adjustment head, high pressure blowing component, collection bin assembly, collecting pad, guide plate, station plate, lifting platform, negative pressure a platform, a reverse shaft assembly, a waste guiding assembly, a rear conveying assembly and a conveying platform, wherein the rotating shaft limiting plate is mounted on one side of the pressing shaft main wall panel, and the rotating shaft limiting plate is coupled with the rotating shaft connecting plate The pressing shaft connecting plate is disposed on the main wall of the pressing shaft The groove's side, the pressure shaft attachment plate mounted on the pressure axis of the core shaft. The cylindrical gear is disposed on the right side of the station plate, the film cutter shaft is disposed on the inner side of the station plate, and the work wall plate is disposed on the right side of the station plate. A Siemens motor is mounted below the station plate, the left spur gear is disposed on a left side of the station plate, the left spur gear is mounted on a power bottom shaft, and the left spur gear is coupled with a station A side bearing sleeve is mounted between the left side of the plate, and the cylinder wedge iron is installed at a right middle position of the left side of the station plate, and the left side of the station plate is installed with a station wall plate, The speed reducer is installed above the servo motor, and the front end of the paper feeder clamp connection plate is installed with an origin proximity switch and a paper feeder clamp connection plate 3. The bottom side of the paper feeder clamp connection plate is installed. There is a timing belt mandrel and a front end of the timing belt mandrel is mounted with a guide rail, and the paper feeder clamp assembly 2 is connected to the station joint plate, and the paper feeder connector is mounted on the paper feeder clamp baffle a paper regulating valve uniformly mounted on the surface of the paper feeder clamp baffle 2, the differential adjustment The head is mounted under the feeder clamp baffle 3. The interior of the station plate is equipped with a high-pressure air blowing assembly, and the collecting bin assembly is provided with a collecting pad, and the right side of the collecting plate a guide plate is disposed thereon, the lifting platform is coupled to the negative pressure platform, the reverse shaft assembly is installed inside the station plate, and the waste guiding assembly is connected to the rear end of the rear conveying assembly. One end of the conveying platform is connected to the rear conveying assembly.

Preferably, in order to permanently fix the two plates on the rotating shaft, the two different plates are connected by a rivet connection to form a fixed vertical angle between the rotating shaft limiting plate and the rotating shaft connecting plate.

Preferably, in order to improve the smoothness of the operation of the motor, a squirrel cage type Siemens motor of the type IFK7062-2AC71-1QG0 is mounted below the station plate.

Preferably, in order to make the connection between the two components more compact, the connection between the two devices is realized by the metal pipe between the reducer and the servo motor.

Preferably, in order to realize the smooth movement of the feeder clamp assembly on the connecting plate, the bottom edge of the feeder clamp connecting plate 1 is equipped with a timing belt mandrel capable of withstanding a certain bending moment stress and a synchronous belt mandrel. The front end is fitted with two parallel guides that act as translational guides.

Compared with the prior art, the beneficial effects of the present invention are: The equipment can achieve the functions of automatic feeding, automatic paper feeding, double sheet automatic detection and die cutting, automatic waste discharge and automatic collection. The double sheet detection will be realized by three methods. One of them: blowing through the pile The material is separated. Second: use the brush to force the material in the opposite direction to remove excess material. The third is to use the electric eye to detect the material and remove the excess material in time. At the same time, the die cutting is divided into a reciprocating die cutting machine and a whole die cutting machine. The reciprocating die cutting is to perform die cutting on the material, and the material is in the die cutting position. Reciprocating motion, the whole die-cutting is the same as the material size of the die-cutting tool, and the die performs one-time die-cutting on the material. The two die-cutting modes can be selected according to the customer's needs.

DRAWINGS

1 is an assembly view of a station frame of the present invention;

2 is a schematic view showing the overall structure of a paper feeder clamp assembly 1 of the present invention;

3 is a schematic view showing the overall structure of a paper feeder clamp assembly 2 of the present invention;

4 is a schematic view showing the overall structure of a paper feed block paper blocking assembly 1 of the present invention;

Figure 5 is a schematic view showing the overall structure of the paper feed block of the paper feeder of the present invention;

6 is a schematic view showing the overall structure of a paper feed block paper blocking assembly 3 of the present invention;

Figure 7 is a schematic structural view of a high pressure air blowing assembly of the present invention;

Figure 8 is a schematic structural view of the lifting platform of the present invention;

9 is a schematic structural view of a negative pressure platform of the present invention;

Figure 10 is a schematic view showing the overall structure of the reverse shaft assembly of the present invention;

Figure 11 is a schematic structural view of a waste guiding assembly of the present invention;

Figure 12 is a schematic structural view of a rear conveying assembly of the present invention;

Figure 13 is a schematic structural view of the collection bin assembly of the present invention;

Figure 14 is a schematic view showing the overall structure of the conveying platform of the present invention;

In the figure: 1, the shaft limit plate, 2, the shaft connection plate, 3, the pressure shaft connection plate, 4, the pressure shaft main wall plate, 5, the pressure shaft core, 6, the cylindrical gear, 7, the film cutter shaft, 8, after the work wall panel, 9, Siemens motor, 10, left cylindrical gear, 11, side bearing sleeve, 12, power bottom shaft, 13, die cutting bottom shaft, 14, servo motor, 15, cylinder wedge iron, 16 , reducer, 17, front of the wall panel, 18, feeder clamp connection plate, 19, origin proximity switch, 20, feeder clamp connection plate three, 21, guide rail, 22, synchronous belt mandrel, 23, paper feeder clamp component 2, 24, paper feeder clamp baffle one, 25, paper feeder connector, 26, paper feeder clamp baffle 2, 27, paper regulating valve, 28, paper feeding Clamping baffle three, 29, differential adjustment head, 30, high pressure blowing assembly, 31, collection bin assembly, 32, collecting pad, 33, guide plate, 34, station plate, 35, lifting platform, 36. Negative pressure platform, 37 reverse shaft assembly, 38, waste guiding assembly, 39, rear conveying assembly and 40, conveying platform.

detailed description

The technical solutions in the embodiments of the present invention will be clearly and completely described in the following with reference to the accompanying drawings. It is apparent that the described embodiments are only a part of the embodiments of the invention, and not all of the embodiments. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative efforts are within the scope of the present invention.

1 to 14, the present invention provides a technical solution: a garment tag die cutting machine, including a shaft limiting plate 1, a rotating shaft connecting plate 2, a pressing shaft connecting plate 3, a pressing shaft main wall plate 4, a pressing shaft Shaft core 5, spur gear 6, membrane cutter shaft 7, post wall panel 8, Siemens motor 9, left spur gear 10, side bearing sleeve 11, power bottom shaft 12, die-cut bottom shaft 13, servo motor 14, Cylinder wedge iron 15, reducer 16, front wall panel 17, feeder clamp connection plate 18, origin proximity switch 19, feeder clamp connection plate 30, guide rail 21, timing belt spindle 22, for The paper cutter clamping assembly 2, the paper feeder clamping baffle 24, the paper feeder connecting member 25, the paper feeding device baffle plate 26, the paper regulating valve 27, the paper feeding device baffle plate 28, Differential adjustment head 29, high pressure blowing assembly 30, collection bin assembly 31, collection pad 32, guide plate 33, station plate 34, lifting platform 35, negative pressure platform 36, reverse shaft assembly 37, waste guiding assembly 38. Rear section transport assembly 39 and transport platform 40. The rotating shaft limiting plate 1 is mounted on one side of the pressing shaft main wall panel 4, the rotating shaft limiting plate 1 is connected with the rotating shaft connecting plate 2, and the pressing shaft connecting plate 3 is disposed on the pressing shaft main wall panel In the lower groove 4, the pressurizing shaft link 3 is mounted on the pressurizing shaft core 5. The spur gear 6 is disposed on the right side of the station plate 34, the film cutter shaft 7 is disposed on the inner side of the station plate 34, and the station is disposed on the right side of the station plate 34. After the wall panel 8, a Siemens motor 9 is mounted below the station plate 34, the left spur gear 10 is disposed on the left side of the station plate 34, and the left spur gear 10 is mounted on the power bottom shaft. 12, a side bearing sleeve 11 is mounted between the left spur gear 10 and the left side of the station plate 34, and the cylinder wedge iron 15 is mounted at a right middle position of the left side of the station splicing plate 34. The front side of the station plate 34 is mounted with a front wall 17 of the station wall, the speed reducer 16 is mounted above the servo motor 14, and the front end of the paper feeder connecting plate 18 is mounted with an origin proximity switch 19 and a paper feeder clamp connection plate 30, a timing belt mandrel 22 is mounted on the bottom edge of the paper feeder clamp connection plate 18, and a guide rail 21 is mounted on the front end of the timing belt core shaft 22, the paper feeder clamp The material assembly 23 is connected to the station plate 34, and the paper feeder connector 25 is mounted on the paper feeder jamming baffle 24, the paper feeder clamping baffle 2 A paper regulating valve 27 is evenly mounted on the surface of the plate 6, and the differential adjusting head 29 is mounted under the paper feeding device baffle plate 28, and the high pressure blowing assembly 30 is installed inside the station coupling plate 34. A collection pad 32 is disposed on the collection bin assembly 31, and a guide plate 33 is disposed on a right side of the collection pad 32. The lifting platform 35 is coupled to the negative pressure platform 36, and the reverse The shaft assembly 37 is mounted inside the station plate 34, the waste material assembly 38 is coupled to the rear end of the rear stage conveyor assembly 39, and one end of the conveyor platform 40 is coupled to the rear stage conveyor assembly 39 through which The connection can realize the automatic discharge of the garment tag die-cutting machine, automatic paper feeding, double-sheet automatic detection and die-cutting, automatic feeding and automatic collection, etc. The double-sheet detection will be realized by three methods, one of which : The material is separated by blowing up the pile. Second: use the brush to force the material in the opposite direction to remove excess material. The third is to use the electric eye to detect the material and remove the excess material in time. At the same time, the die cutting is divided into a reciprocating die cutting machine and a whole die cutting machine. The reciprocating die cutting is to perform die cutting on the material, and the material is in the die cutting position. Reciprocating motion, the whole die-cutting is the same as the material size of the die-cutting tool, and the die performs one-time die-cutting on the material. The two die-cutting modes can be selected according to the customer's needs.

Although the present invention has been described in detail with reference to the foregoing embodiments, those skilled in the art may still modify the technical solutions described in the foregoing embodiments, or equivalently replace some of the technical features. Any modifications, equivalent substitutions, improvements, etc. within the spirit and scope of the invention are intended to be included within the scope of the invention.

Claims

A garment tag die-cutting machine, comprising: a shaft limiting plate (1), a rotating shaft connecting plate (2), a pressing shaft connecting plate (3), a pressing shaft main wall plate (4), a pressing shaft core ( 5), cylindrical gear (6), film cutter shaft (7), station wall plate (8), Siemens motor (9), left cylindrical gear (10), side bearing sleeve (11), power bottom shaft ( 12), die-cut bottom shaft (13), servo motor (14), cylinder wedge iron (15), reducer (16), front wall panel (17), feeder clamp connection plate (18), Origin proximity switch (19), feeder clamp connection plate three (20), guide rail (21), timing belt spindle (22), feeder clamp assembly two (23), feeder clamp bracket One (24), feeder connector (25), feeder clamp baffle two (26), paper adjustment valve (27), feeder clamp baffle three (28), differential adjustment head (29 ), high-pressure air blowing assembly (30), collection bin assembly (31), collecting pad (32), guide plate (33), station plate (34), lifting platform (35), negative pressure platform (36) ), a reverse shaft assembly (37), a waste guiding assembly (38), a rear conveying assembly (39) and a conveying platform (40), the rotating shaft limiting plate (1) being mounted on one of the pressing shaft main wall panels (4) On the side, the shaft limiting plate (1) is coupled with the rotating shaft connecting plate (2), and the pressing shaft connecting plate (3) is disposed in a groove below the pressing shaft main wall plate (4), The pressurizing shaft connecting plate (3) is mounted on the pressing shaft core (5); the cylindrical gear (6) is disposed on the right side of the station (34), and the film cutter shaft (7) is disposed at the work On the inner side of the joint plate (34), a station wall plate (8) is disposed on the right side of the station plate (34), and a Siemens motor is installed below the station plate (34). (9), the left spur gear (10) is disposed on a left side of the station plate (34), and the left spur gear (10) is mounted on a power bottom shaft (12), the left spur gear (10) A side bearing sleeve (11) is mounted between the left side of the station plate (34), and the cylinder wedge iron (15) is installed in the middle position of the left side of the station plate (34) Putting on, the left side of the station plate (34) is mounted with a front wall panel (17), and the speed reducer (16) is mounted above the servo motor (14), the paper feeder clamp connection plate The front end of one (18) is equipped with an origin proximity switch (19) and a feeder clamp connection plate three (20), and a timing belt mandrel is mounted on the bottom edge of the feeder clamp connection plate (18) ( 22) and the front end of the timing belt mandrel (22) is mounted with a guide rail (21), and the paper feeder clamp assembly (23) is connected to the station joint plate (34), and the paper feeder connector (25) Installed on a feeder jamming baffle (24), a paper regulating valve (27) is evenly mounted on the plate surface of the feeder jamming baffle plate (26), and the differential adjusting head (29) Installed under the feeder jamming baffle plate (28), the interior of the station plate (34) is mounted with a high-pressure air blowing assembly (30), and the collecting bin assembly (31) is provided with a collection a backing plate (32), on the right side of the collecting pad (32), a guiding plate (33) is disposed, and the lifting platform (35) is connected to the negative pressure platform (36) The reverse shaft assembly (37) is mounted inside the station plate (34), and the waste guiding assembly (38) is coupled to the rear end of the rear conveying assembly (39), the conveying platform (40) One end is connected to the rear conveying assembly (39).
The garment tag die-cutting machine according to claim 1, characterized in that: the two different plates are connected to the rotating shaft connecting plate (1) and the rotating shaft connecting plate (2) by a rivet connection to be fixed. Vertical angle.
A garment tag die-cutting machine according to claim 1, wherein a squirrel-cage type Siemens motor of the type IFK7062-2AC71-1QG0 is installed under the station (34) (9). .
The garment tag die-cutting machine according to claim 1, characterized in that the connection between the two devices is realized by the metal pipe between the reducer (16) and the servo motor (14).
A garment tag die-cutting machine according to claim 1, wherein a timing belt mandrel (22) capable of withstanding a bending moment stress is mounted on a bottom edge of said paper feeder connecting plate (18). And the front end of the timing belt mandrel (22) is mounted with two parallel guide rails (21) for translational guiding.