CN209579813U - A double-station die-cutting equipment for processing and printing - Google Patents

Abstract

The utility model discloses a double-station die-cutting device for processing and printing, which comprises a support assembly, a transmission part protection box is installed on one side of the support assembly, and a first station is installed on one side of the transmission part protection box. The control bottom box, the utility model has a scientific and reasonable structure, safe and convenient use, and is equipped with a support assembly, which is designed as an integral molding, which provides stable support for the two stations and ensures the stability of each component when it is working. Compared with The traditional split support has a better support effect and improves the efficiency and quality of die-cutting. A limited conduction component is set up to ensure the stability of the printed matter during die-cutting through the cooperation of the feed guide roller and the discharge guide roller. Both the conduction roller and the discharge conduction roller are equipped with a limited moving plate, which can limit the printing of different sizes to ensure that the position of the printed matter will not shift during die-cutting, making the applicability of the equipment higher and more efficient. Stable and efficient.

Description

A double-station die-cutting equipment for processing and printing

technical field

The utility model relates to the technical field of die-cutting equipment, in particular to a double-station die-cutting device for processing and printing.

Background technique

Die-cutting refers to a cutting process in the post-processing of printed matter. The die-cutting process can make printed matter or other paper products into a die-cutting knife plate for cutting according to the pre-designed graphics, so that the shape of the printed matter is no longer limited. At right angles to straight sides. In order to facilitate the different individual needs of consumers, there are mainly two methods of die-cutting: manual and mechanical. With the development of automation, the output of printed matter has doubled. Manual die-cutting has gradually been favored by mainstream manufacturers because of its low efficiency and low yield. Eliminated, until now die-cutting has gradually been based on the use of mechanical equipment, that is, using die-cutting equipment to die-cut printed matter. The role of mechanization not only has high efficiency and high yield, but also saves manpower. However, there are some common problems in the current die-cutting equipment on the market. For example, most of the support components are split-type design, the support effect is not good, and most of them only have one station. The efficiency, and the lack of necessary limit components, lead to easy deviation of printed matter during die-cutting, resulting in scrapped raw materials. Insufficient, resulting in material waste, so there is an urgent need for a double-station die-cutting equipment for processing and printing to solve this problem.

Utility model content

The utility model provides a double-station die-cutting device for processing and printing, which can effectively solve the common problems of the current die-cutting devices on the market mentioned in the above background technology, such as the supporting components are mostly split-type design, the supporting effect Not good, most of them only have one station, when faced with different die-cutting needs, you need to wait to affect the efficiency of the operation, and lack of necessary limit components, resulting in easy deviation of printed matter during die-cutting, resulting in scrapped raw materials , At the same time, die-cutting is mostly carried out by means of a die, and the gap between the die cavities is large, which may easily cause insufficient utilization of printed matter and cause the problem of material waste.

In order to solve the above problems, the utility model provides the following technical solutions: a double-station die-cutting equipment for processing and printing, including a support assembly, the support assembly includes a first station support frame, a second station support frame, a feeding Module support legs, feed module support plate, feed module divider, outlet module support leg, outlet module support plate, outlet module divider, die cutter block support frame, circular die cutter bracket, telescoping A hydraulic cylinder installation block, a second station support frame is installed on one side of the first station support frame, and a feed assembly support leg is installed on the first station support frame and the second station support frame, The upper end of the support leg of the feed assembly is equipped with a feed assembly support plate, and one side of the feed assembly support plate is equipped with a feed assembly partition plate, and the first station support frame and the second station support The other end of the rack compared with the supporting leg of the feeding component is equipped with a supporting leg of the discharging component, the upper end of the supporting leg of the discharging component is equipped with a supporting plate of the discharging component, and one side of the supporting plate of the discharging component is installed with an outlet Die cutter group support frame is installed on the upper end of the first station support frame and the second station support frame, and a round die cutter bracket is installed on one side of the die cutter group support frame , the circular die cutter support is provided with a telescopic hydraulic cylinder installation block, one side of the support assembly is installed with a transmission element protection box, and one side of the transmission element protection box is installed with a first station control bottom box, A second station control bottom box is installed on one side of the first station control bottom box, and a limit conduction assembly is installed on one side of the second station control bottom box, and the limit conduction assembly includes the first station Position assembly, second station assembly, raw material roller, feeding guide roller, limit moving plate, adjusting hydraulic rod, workbench, workbench shaft, discharge guide roller, receiving roller, the first station assembly A second station assembly is installed on one side, and a raw material roll is installed on the first station assembly and the second station assembly, and a feed guide roller is installed on one side of the raw material roll, and the feed guide roller A limit moving plate is installed on the top, and an adjusting hydraulic rod is installed on one side of the limit moving plate. Compared with the other side of the feed guide roller, the workbench is equipped with a discharge guide roller, and the two sides of the discharge guide roller are equipped with a limit moving plate and an adjustment hydraulic rod, and one side of the discharge guide roller is installed There is a receiving roller, a receiving motor is installed on one side of the limit conduction assembly, and a circular die cutting knife group is installed on one side of the receiving motor, and the circular die cutting knife group includes the first station knife group , second station knife group, die-cutting unit, telescopic hydraulic cylinder, knife rest, circular die cutter, one side of the first station knife group is equipped with a second station knife group, and the first station A die-cutting unit is installed on the knife group and the second station knife group, and a telescopic hydraulic cylinder is installed on the die-cutting unit. A knife holder is installed on one side of the telescopic hydraulic cylinder, and a circular Die cutter, the first station control bottom box and the second station control bottom box are equipped with a motor base, a conduction motor is installed on the motor base, a power supply is installed on one side of the conduction motor, and the Motor controller mounted on one side of the power supply , a die-cutting controller is installed on one side of the motor controller.

Preferably, the support component is an integral molding design.

Preferably, the materials of the raw material roll, the feed guide roll, the discharge guide roll and the take-up roll are all made of rubber.

Preferably, the limit moving plate is designed symmetrically, installed on both sides of the feed guide roller and the discharge guide roller, and is made of rubber.

Preferably, there are six die-cutting units, three on the first station knife set and three on the second station knife set.

Preferably, an electric drum is installed inside the circular die cutter.

Compared with the existing technology, the utility model has the beneficial effects: the utility model has a scientific and reasonable structure, and is safe and convenient to use:

1. There is a support component, which is an integrated design, which provides stable support for the two stations and ensures the stability of each component when working. Compared with the traditional split support, the support effect is better and the Die-cutting efficiency and quality.

2. Set the limit conduction assembly, through the cooperation of the feed guide roller and the discharge guide roller to ensure the stability of the printed matter during die-cutting, and install the limit moving plate on the feed guide roller and the discharge guide roller, which can be used for different The size of the printed matter is limited to ensure that the position of the printed matter will not shift during die-cutting, and the equipment can be used for die-cutting with various sizes of printed matter, making the applicability of the equipment higher and more stable efficient.

3. There is a circular die cutting knife group, and there are multiple die-cutting units in the circular die-cutting knife group. Each die-cutting unit can act independently or synchronously, so that the equipment can perform die-cutting of composite graphics, and the installation Compared with the traditional die cutter, the circular die cutter has higher precision, higher operating efficiency, better utilization of materials, and more resource saving.

Description of drawings

The accompanying drawings are used to provide a further understanding of the utility model, and constitute a part of the description, and are used to explain the utility model together with the embodiments of the utility model, and do not constitute a limitation to the utility model.

In the attached picture:

Fig. 1 is the appearance schematic diagram of the utility model;

Fig. 2 is a schematic diagram of a support assembly of the present utility model;

Fig. 3 is a schematic diagram of a position-limiting conduction assembly of the present invention;

Fig. 4 is the schematic diagram of the circular die cutter group of the present utility model;

Fig. 5 is a schematic view inside the control bottom box of the present invention;

Reference numerals in the figure: 1, support assembly; 101, support frame of the first station; 102, support frame of the second station; 103, support leg of the feed assembly; 104, support plate of the feed assembly; 105, separation of the feed assembly Plate; 106, support legs of the discharge assembly; 107, support plate of the discharge assembly; 108, separation plate of the discharge assembly; 109, support frame of the die cutter group; 110, circular die cutter bracket; 111, telescopic hydraulic cylinder installation block; 2, transmission part protection box; 3, first station control bottom box; 4, second station control bottom box; 5, limit conduction assembly; 501, first station assembly; 502, second station Components; 503, raw material roller; 504, feeding guide roller; 505, limit moving plate; 506, adjusting hydraulic rod; 507, workbench; 508, workbench shaft; 509, discharge guide roller; ;6, receiving motor; 7, circular die cutter group; 701, first station knife group; 702, second station knife group; 703, die-cutting unit; 704, telescopic hydraulic cylinder; 705, knife rest; 706, circular die cutter; 8, motor seat; 9, conduction motor; 10, power supply; 11, motor controller; 12, die-cutting controller.

Detailed ways

The preferred embodiments of the present utility model are described below in conjunction with the accompanying drawings. It should be understood that the preferred embodiments described here are only used to illustrate and explain the present utility model, and are not intended to limit the present utility model.

Embodiment: As shown in Figures 1-5, a double-station die-cutting device for processing and printing includes a support assembly 1. In order to ensure the stability of the support assembly 1, the support assembly 1 is an integrated molding design, and the support assembly 1 Including the first station support frame 101, the second station support frame 102, the feed assembly support leg 103, the feed assembly support plate 104, the feed assembly partition plate 105, the discharge assembly support leg 106, the discharge assembly support Plate 107, discharge assembly partition plate 108, die cutter group support frame 109, circular die cutter support 110, telescopic hydraulic cylinder installation block 111, and the second station support is installed on one side of the first station support frame 101 Frame 102, the first station support frame 101 and the second station support frame 102 are equipped with feed assembly support legs 103, the upper end of the feed assembly support legs 103 is equipped with a feed assembly support plate 104, the feed assembly support One side of the plate 104 is equipped with a feed assembly partition plate 105, and the other end of the first station support frame 101 and the second station support frame 102 is equipped with a discharge assembly support leg 106 compared to the other end of the feed assembly support leg 103 , the upper end of the discharge assembly support leg 106 is equipped with a discharge assembly support plate 107, one side of the discharge assembly support plate 107 is equipped with a discharge assembly separation plate 108, the first station support frame 101 and the second station support The upper end of frame 102 is equipped with die cutter group support frame 109, and one side of die cutter group support frame 109 is equipped with circular die cutter support 110, and circular die cutter support 110 is provided with telescopic hydraulic cylinder mounting block 111, supports One side of the component 1 is installed with a transmission protection box 2, one side of the transmission protection box 2 is installed with a first station control bottom box 3, and one side of the first station control bottom box 3 is installed with a second station control Bottom box 4, the second station controls one side of the bottom box 4 to install a limit conduction assembly 5, and the limit conduction assembly 5 includes a first station assembly 501, a second station assembly 502, a raw material roller 503, and a feed conduction roller 504, limit moving plate 505, adjusting hydraulic rod 506, workbench 507, workbench rotating shaft 508, discharge conduction roller 509, material receiving roller 510, a second station assembly 502 is installed on one side of the first station assembly 501 , the first station assembly 501 and the second station assembly 502 are equipped with a raw material roller 503, one side of the raw material roller 503 is installed with a feed guide roller 504, and a limit moving plate 505 is installed on the feed guide roller 504, for To provide a better limit effect, the limit moving plate 505 is a symmetrical design, installed on both sides of the feed guide roller 504 and the discharge guide roller 509, and the material is rubber, and one side of the limit move plate 505 is installed with an adjustment Hydraulic rod 506, a workbench 507 is installed on one side of the feed conduction roller 504, a workbench rotating shaft 508 is installed on one side of the workbench 507, and a discharge shaft 508 is installed on the other side of the workbench 507 compared to the feed conduction roller 504. The conduction roller 509, the both sides of the discharge conduction roller 509 are equipped with a limited moving plate 505 and an adjustment hydraulic lever 506, and one side of the discharge conduction roller 509 is equipped with a receiving roller 510, for In order to prevent damage to the printed matter, the material of the raw material roller 503, the feeding guide roller 504, the discharge guide roller 509, and the receiving roller 510 are all rubber, and a receiving motor 6 is installed on one side of the limit conducting assembly 5, and the receiving motor 6 The model of the motor 6 is YKS8001-8-2500K, and a circular die cutter group 7 is installed on one side of the receiving motor 6, and the circular die cutter group 7 includes a first station knife group 701, a second station knife group 702, Die-cutting unit 703, telescopic hydraulic cylinder 704, knife rest 705, circular die cutter 706, a second station knife group 702 is installed on one side of the first station knife group 701, the first station knife group 701 and the second Die-cutting units 703 are installed on the station knife group 702. In order to meet various die-cutting requirements, there are six die-cutting units 703, three on the first station knife group 701 and three on the second station knife group 702, A telescopic hydraulic cylinder 704 is installed on the die-cutting unit 703, a knife rest 705 is installed on one side of the telescopic hydraulic cylinder 704, and a circular die cutter 706 is installed on the knife rest 705. In order to facilitate the control of the circular die cutter 706, the circular die An electric drum is installed in the cutter 706, and a motor seat 8 is installed in the first station control bottom box 3 and the second station control bottom box 4, and a conduction motor 9 is installed on the motor seat 8, and the model of the conduction motor 9 is YKS8001 -8-2500K, a power supply 10 is installed on one side of the conductive motor 9, a motor controller 11 is installed on one side of the power supply 10, the model of the motor controller 11 is MC-205+M/P20, and one side of the motor controller 11 Die-cutting controller 12 is installed, and the model of die-cutting controller 12 is JDB-LQ+30.

The working principle and application process of the utility model: when using this equipment to die-cut printed matter, first select a suitable circular die cutter 706 according to the die-cutting pattern and install it on the knife holder 705, and place the raw material on the raw material On the roller 503, connect the power supply 10 to the commercial power to energize the equipment, start the equipment, and the raw materials are sent to the workbench 507 under the action of the feed conduction roller 504 and the limit moving plate 505. When the raw materials arrive at the workbench 507, The telescopic hydraulic cylinder 704 puts down the circular die cutter 706, and the circular die cutter 706 rotates under the action of its built-in electric drum, and cooperates with the conduction movement of the raw material to die-cut the raw material, and transfer it on the working table 507 Next, it is sent to the discharge guide roller 509, and through the limit conduction of the discharge guide roller 509, it is sent to the receiving roller 510 to be collected, and the die-cutting operation of the printed matter is completed.

Finally, it should be noted that: the above is only a preferred example of the utility model, and is not intended to limit the utility model. Although the utility model has been described in detail with reference to the foregoing embodiments, for those skilled in the art, It is still possible to modify the technical solutions described in the foregoing embodiments, or to perform equivalent replacements for some of the technical features. Any modification, equivalent replacement, improvement, etc. made within the spirit and principles of the present utility model shall be included in the protection scope of the present utility model.

Claims (6)

1. a kind of processing printed double-station die-cutting device, including support component (1), it is characterised in that: the support component (1) Including the first station support frame (101), second station support frame (102), feeding assembly supporting leg (103), feeding assembly support Plate (104), feeding assembly demarcation plate (105), discharge component supporting leg (106), discharge component support plate (107), discharge component Demarcation plate (108), die cutter group support frame (109), circle cross cutting knife support (110), telescopic hydraulic cylinder mounting blocks (111), it is described The side of first station support frame (101) is equipped with second station support frame (102), the first station support frame (101) with Be mounted on second station support frame (102) feeding assembly supporting leg (103), the feeding assembly supporting leg (103) it is upper End is equipped with feeding assembly support plate (104), and the side of the feeding assembly support plate (104) is equipped with feeding assembly demarcation plate (105), the first station support frame (101) and second station support frame (102) are compared to feeding assembly supporting leg (103) The other end is equipped with discharge component supporting leg (106), and the upper end of the discharge component supporting leg (106) is equipped with discharge component branch The side of fagging (107), the discharge component support plate (107) is equipped with discharge component demarcation plate (108), first station The upper end of support frame (101) and second station support frame (102) is equipped with die cutter group support frame (109), the die cutter group The side of support frame (109) is equipped with circle cross cutting knife support (110), is provided with flexible liquid on circle cross cutting knife support (110) The side of cylinder pressure mounting blocks (111), the support component (1) is equipped with driving member protective housing (2), the driving member protective housing (2) side is equipped with the first station control under casing (3), and the side of the first station control under casing (3) is equipped with the second work Position control under casing (4), the side of second station control under casing (4) are equipped with limit conducting subassembly (5), the limit conduction Component (5) includes the first station component (501), second station component (502), stock roll (503), charging conduction roller (504), limit Movable plate (505) are displaced, hydraulic stem (506) is adjusted, workbench (507), workbench shaft (508), discharging conduction roller (509), receives Expect roller (510), the side of the first station component (501) is equipped with second station component (502), the first station component (501) it and is mounted on stock roll (503) on second station component (502), the side of the stock roll (503) is equipped with charging It conducts roller (504), limit movable plate (505) is installed on charging conduction roller (504), limit movable plate (505) Side, which is equipped with, adjusts hydraulic stem (506), and the side of charging conduction roller (504) is equipped with workbench (507), the work The side of platform (507) is equipped with workbench shaft (508), and the workbench (507) is another compared to charging conduction roller (504) Side is equipped with discharging conduction roller (509), and the two sides of discharging conduction roller (509) are equipped with limit movable plate (505) and adjust It saves hydraulic stem (506), the side of discharging conduction roller (509) is equipped with material receiving roller (510), the limit conducting subassembly (5) Side be equipped with rewinding motor (6), the side of the rewinding motor (6) is equipped with round die cutter group (7), the round die cutter Group (7) includes the first station knife group (701), second station knife group (702), die cutting unit (703), telescopic hydraulic cylinder (704), knife Frame (705), circle die cutter (706), the side of the first station knife group (701) is equipped with second station knife group (702), described It is mounted on die cutting unit (703) in first station knife group (701) and second station knife group (702), the die cutting unit (703) On be equipped with telescopic hydraulic cylinder (704), the side of the telescopic hydraulic cylinder (704) is equipped with knife rest (705), the knife rest (705) it is equipped on round die cutter (706), pacifies in the first station control under casing (3) and second station control under casing (4) It fills motor cabinet (8), conduction motor (9) is installed on the motor cabinet (8), the side of conduction motor (9) is equipped with power supply (10), the side of the power supply (10) is equipped with electric machine controller (11), and the side of the electric machine controller (11) is equipped with mould Cut controller (12).

2. one kind according to claim 1 is processing printed to use double-station die-cutting device, it is characterised in that: the support component It (1) is integrated molded design.

3. one kind according to claim 1 is processing printed to use double-station die-cutting device, it is characterised in that: the stock roll (503), roller (504) are conducted in charging, roller (509) are conducted in discharging, the material of material receiving roller (510) is rubber.

4. one kind according to claim 1 is processing printed to use double-station die-cutting device, it is characterised in that: the limit movement Plate (505) is symmetric design, is mounted on the two sides of charging conduction roller (504) and discharging conduction roller (509), and material is rubber Glue.

5. one kind according to claim 1 is processing printed to use double-station die-cutting device, it is characterised in that: the die cutting unit (703) each three in setting six, the first station knife group (701) and second station knife group (702).

6. one kind according to claim 1 is processing printed to use double-station die-cutting device, it is characterised in that: the round die cutter (706) motorized roller is installed in.