CN103707359A - Flexible circulation and combination cutting die forming production line - Google Patents

Abstract

The invention discloses a highly automated flexible circulation combined knife mold forming production line, comprising: a knife mold library, a knife mold rotary table connected with the knife mold library, and the knife mold rotary table passes through an upper conveying device one and a shop The material platform is connected, the material spreading platform is connected with the main punching machine through the conveying device one, the main punching machine is connected with the material receiving platform through the conveying device one, and the described material receiving platform is connected through the conveying device The second is connected with the turntable, and the turntable is connected with the lifting and sorting table through the conveying device 2, and the turntable is connected with the cutting die storehouse. The advantages are: there is no need to manually replace the cutting dies, and it can automatically carry out conveying, conveying, punching, and circulation. The degree of automation is high, which improves work efficiency, facilitates operator control, improves product quality, and operators are in a relatively safe place. Position operation ensures the personal safety of the operator.

Description

Flexible cycle combined knife mold forming production line

technical field

The invention relates to a sheet material punching equipment, in particular to a flexible circulation combined knife mold forming production line.

Background technique

Cutting machines are used when forming non-metallic flexible materials such as cloth, leather, rubber, plastics, and woven materials. The structure of the existing cutting machine comprises: a frame, a punching device and a punching workbench arranged on the support, and a fixed conveying mechanism fixedly arranged on one side of the frame. The structure of the fixed feeding mechanism generally includes: a rear conveying platform that cooperates with the punching table, a motor, a reducer, a lower pressing roller and an upper pressing roller fixedly arranged on the rear conveying platform. When the above cutting machine is in use, the upper pressing roller is driven up and down manually or pneumatically, and when the upper pressing roller is pressed down, it cooperates with the lower pressing roller to press the material that needs to be punched, and the motor and reducer drive the lower pressing roller to rotate to process the material. The conveying and punching device can move up and down, left and right, and punch the materials entering the punching table. The above-mentioned cutting machine only compresses and conveys one end of the material during the conveying process. During the punching process, it is necessary to manually pull and pick up the material. The operation is very troublesome, the degree of automation is low, and the work efficiency is low.

Contents of the invention

The technical problem to be solved by the present invention is to provide a flexible circulation combined knife mold molding production line with high degree of automation.

In order to solve the above-mentioned technical problems, the technical solution adopted in the present invention is: a flexible cycle combined knife mold forming production line, including: a knife mold library, a knife mold rotary table connected with the knife mold library, and the knife mold rotary table is conveyed through the upper Device one is connected with the auxiliary material table, and the auxiliary material table is connected with the main punching machine through the conveying device one, and the main punching machine is connected with the material receiving table through the conveying device one, and the described material receiving table is passed through The second conveying device is connected with the turntable, and the turntable is connected with the lifting and sorting table through the second conveying device, and the turntable is connected with the die magazine.

In order to better solve the above-mentioned technical problems, the further technical solution adopted by the present invention is: between the auxiliary material table and the main punching machine, a die-feeding transition detection table is provided through the conveying device one.

In order to better solve the above-mentioned technical problems, the further technical solution adopted by the present invention is: a return-mold transition table is set between the turntable and the die-cutting magazine.

In order to better solve the above-mentioned technical problems, the further technical solution adopted by the present invention is: the upper conveying device two is connected between the turntable, the mold return transition table and the knife mold storehouse, and the knife mold storehouse and the knife mold storehouse are connected. The mold turntables are connected through the lower conveying device.

In order to better solve the above-mentioned technical problems, the further technical solution adopted by the present invention is: a front knife mold rotary table and a knife mold storage table are arranged between the knife mold library and the knife mold rotary table, and the front knife mold A die-cutting storage platform is arranged between the rotary table and the die-returning transition table, and the die-returning transition table, the die-returning transfer table and the die-cutting rotary table are connected through the second conveying device, and the die-cutting return The storage platform, the front knife mold rotary table and the knife mold library are connected through the upper conveying device, and the front knife mold rotary table and the knife mold storage platform are connected through the lower conveying device. The knife mold storage platform It is connected with the knife mold rotary table through the upper conveying device four.

The advantage of the present invention is that: the above-mentioned flexible circulation combined knife mold forming production line does not need manual replacement of knife molds, and can automatically carry out conveying, conveying, punching, and circulation, with a high degree of automation, improved work efficiency, and is convenient for operators to control. The product quality is improved, and the operator operates in a relatively safe position, which ensures the personal safety of the operator.

Description of drawings

Fig. 1 is a structural schematic diagram of a combination mode of the flexible cycle combined knife mold forming production line of the present invention.

Fig. 2 is a structural schematic diagram of another combination mode of the flexible cycle combined knife mold forming production line of the present invention.

In the figure: 1. Knife mold library, 2. Knife mold rotary table, 3. Upper conveying device 1, 4. Auxiliary material table, 5. Conveying device 1, 6. Main punching machine, 7. Material receiving table, 8. Conveying Device 2, 9. Turnover table, 10. Lifting and sorting table, 11. Die-feeding transition detection table, 12. Die-returning transition table, 13. Upper conveying device 2, 14. Lower conveying device 1, 15. Front knife die rotation Platform, 16, cutting die storage platform, 17, cutting die return library platform, 18, lower conveying device two, 19, upper conveying device three, 20, lower conveying device three, 21, upper conveying device four.

Detailed ways

The specific content of the present invention will be described in detail below in conjunction with the accompanying drawings and specific embodiments.

As shown in Figure 1, the flexible cycle combined knife mold forming production line includes: a knife mold library 1, a knife mold rotary table 2 connected with the knife mold library 1, and the knife mold rotary table 2 passes through the upper conveying device 3 and The auxiliary material table 4 is connected, and the auxiliary material table 4 is connected with the main punching machine 6 through the conveying device one 5, and the described main punching machine 6 is connected with the receiving table 7 through the conveying device one 5, and the described The material receiving table 7 is connected with the turntable 9 through the conveying device two 8, and the described turntable 9 is connected with the lifting and sorting table 10 through the conveying device two 8, and the described turntable 9 is connected with the cutting die storehouse 1.

As shown in FIG. 1 , in this example, a transition detection platform 11 is provided between the auxiliary material platform 4 and the main punching machine 6 through a conveying device one 5 .

As shown in FIG. 1 , in this example, a transition table 12 is provided between the turntable 9 and the die magazine 1 .

As shown in Figure 1, in this example, the upper conveying device 2 13 is connected between the turntable 9, the mold return transition table 12 and the mold die storehouse 1, and the mold die storehouse 1 and the mold die storehouse 1 are rotated The platforms 2 are connected by a lower conveying device one 14 .

When working, the lower conveying device 14 enters the mold die library 1 and pulls the die die to the die die rotary table 2, and the upper conveying device 13 sends the die die from the die die revolving table 2 to the spreading table 4, and the laying worker works on the die die After laying material on the mold, (at this time, the lower conveying device 14 can pull the second die cutter to the position of the die cutter rotary table 2), the conveying device 15 sends the die die to the main punching through the die transition detection platform 11 Machine 6, after the punching is completed here, the conveying device 1 5 sends the knife mold to the material receiving table 7, and after the material receiving table 7 descends, the knife mold is sent to the lifting and sorting table 10 by the conveying device 2 8 through the lower layer of the turntable 9, (if there is a mold on the lifting table 10, the turntable 9 will store the mold earlier) the material worker starts to arrange the material, and the lifting table 10 slowly rises at the same time, and the material is finished, and the lifting device 28 will lift the material. The cutting dies on the material handling table 10 are sent to the turnover table 9, (the lifting and sorting table 10 descends rapidly, and then the cutting dies stored on the lower floor of the turnover table 9 are connected), and the upper conveying device 2 13 sends the cutting dies through the mold return transition table 12. Enter the transition table at the bottom of the knife mold library 1, and then enter the knife mold library 1 from the lower conveying device one 14 to pull the knife mold to the knife mold rotary table 2 to participate in the next circulation; if the knife mold is to be put into storage, the upper conveying device two 13 Send the cutting die directly to the layer where the cutting die was originally located in the die cutting library 1.

As shown in Figure 2, the flexible cycle combined knife mold forming production line includes: a knife mold library 1, a knife mold rotary table 2 connected with the knife mold library 1, and the knife mold rotary table 2 passes through the upper conveying device 3 and The auxiliary material table 4 is connected, and the auxiliary material table 4 is connected with the main punching machine 6 through the conveying device one 5, and the described main punching machine 6 is connected with the receiving table 7 through the conveying device one 5, and the described The material receiving table 7 is connected with the turntable 9 through the conveying device two 8, and the described turntable 9 is connected with the lifting and sorting table 10 through the conveying device two 8, and the described turntable 9 is connected with the cutting die storehouse 1.

As shown in FIG. 2 , in this example, a die-feeding transition detection station 11 is provided between the auxiliary material table 4 and the main punching machine 6 through a conveying device 1 5 .

As shown in FIG. 2 , in this example, a transition table 12 is provided between the turntable 9 and the die magazine 1 .

As shown in Figure 2, in this example, a front knife mold turntable 15 and a knife mold storage platform 16 are arranged between the knife mold library 1 and the knife mold turntable 2, and a front knife mold turntable 15 Between the die-returning transition table 12, there is a die-returning platform 17, and the die-returning transition table 12, the die-returning table 17 and the die-cutting rotary table 2 are connected by the lower conveying device 2 18, and the The knife mold return platform 17, the front knife mold rotary table 15 and the knife mold library 1 are connected through the upper conveying device 3 19, and the front knife mold rotary table 15 and the knife mold storage platform 16 are connected through the lower conveying device Three 20 are connected, and the described knife mold storage table 16 is connected with the knife mold rotary table 2 through the upper conveying device four 21 .

During work, the upper conveying device three 19 enters the knife mold library 1 and pulls the knife mold to the front knife mold rotary table 15, the lower conveying device three 20 sends the knife mold to the knife mold storage platform 16, and the upper conveying device four 21 pulls the knife mold from The cutting die storage platform 16 is sent to the die cutting rotary table 2, and the upper conveying device 13 sends the die cutting from the die cutting rotary table 2 to the laying table 4. - 3 can send the second knife mold to the material spreading table 4) conveying device - 5 sends the knife mold to the main punching machine 6 through the over-feeding detection platform 11, after the punching is completed here, the conveying device - 5. Send the knife mold to the material receiving platform 7, and after the material receiving platform 7 descends, the knife mold is sent to the lifting material handling table 10 by the conveying device 2 8 through the lower floor of the turntable 9, (if there is a knife mold on the lifting material handling platform 10, the turnover Platform 9 will first store the cutting molds on the lower floor of the turntable 9) and the material workers start to sort the materials, while the lifting and sorting table 10 slowly rises, and the material is finished, and the cutting molds on the lifting and sorting table 10 will be lifted by the conveying device 28 Sent to turnover table 9, (lifting and sorting table 10 descends rapidly, connects the cutting mold stored on the lower floor of turnover table 9), the cutting mold that needs to continue to be used, the cutting mold is passed through the return mold transition table 12, The mold knife returns to the library platform 17 and sends it to the mold knife rotary table 2 to participate in the next circulation; if the mold knife is to be put into storage, the lower conveying device 18 sends the mold knife to the mold knife back to the warehouse platform 17 through the mold returning transition table 12 and is transferred by the upper The conveying device three 19 is sent into the die-cutting storehouse 1 through the rotary table 15 of the former die-cutting die.

Claims (5)

1. cutting die forming production line is combined in flexible circulation, it is characterized in that: comprising: cutting die storehouse (1), the cutting die panoramic table (2) being connected with cutting die storehouse (1), described cutting die panoramic table (2) is connected with auxiliary material platform (4) by upper conveyor one (3), described auxiliary material platform (4) is connected with main bicker (6) by conveying device one (5), described main bicker (6) is connected with the platform that connects material (7) by conveying device one (5), the described platform that connects material (7) is connected with revolving platform (9) by conveying device two (8), described revolving platform (9) is connected with lifting reason material platform (10) by conveying device two (8), described revolving platform (9) is connected with cutting die storehouse (1).

2. according to flexible circulation combination cutting die forming production line claimed in claim 1, it is characterized in that: between described auxiliary material platform (4) and main bicker (6), by conveying device one (5), be provided with progressive die transition detection platform (11).

3. according to flexible circulation combination cutting die forming production line claimed in claim 2, it is characterized in that: between described revolving platform (9) and cutting die storehouse (1), be provided with back mould transition bench (12).

4. according to flexible circulation combination cutting die forming production line claimed in claim 3; it is characterized in that: at described revolving platform (9), return between mould transition bench (12) and cutting die storehouse (1) by upper conveyor two (13) connections, between described cutting die storehouse (1) and cutting die panoramic table (2), by lower conveying device one (14), be connected.

5. according to flexible circulation combination cutting die forming production line claimed in claim 3, it is characterized in that: between described cutting die storehouse (1) and cutting die panoramic table (2), be provided with front cutting die panoramic table (15) and cutting die storage bed (16), between described front cutting die panoramic table (15) and time mould transition bench (12), be provided with cutting die and return storehouse platform (17), described time mould transition bench (12), cutting die returns between storehouse platform (17) and cutting die panoramic table (2) and connects by lower conveying device two (18), described cutting die returns storehouse platform (17), between front cutting die panoramic table (15) and cutting die storehouse (1), by upper conveyor three (19), connect, between described front cutting die panoramic table (15) and cutting die storage bed (16), by lower conveying device three (20), be connected, between described cutting die storage bed (16) and cutting die panoramic table (2), by upper conveyor four (21), be connected.

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