CN217315356U - Forming device for aluminum disc machining - Google Patents

Abstract

The utility model discloses a forming device for aluminium dish processing, including main part stamping forming structure, activity membrane core structure and stack elevation structure, the vertical axis department of middle-end of main part stamping forming structure is provided with movable membrane core structure, and the outer wall registrates of activity membrane core structure has external combination interlock structure, the inside both sides of external combination interlock structure are from last to having set gradually stack elevation structure down, stack elevation structure includes stack frame and lifting unit. This a forming device for aluminium dish processing utilizes connecting bolt can dismantle or install the outer module of punching press from the link avris, can assemble different movable membrane core structure and the outer module of punching press, and the external combination interlock structure of lifting unit cooperation can drive movable membrane core structure and the outer module of punching press and go up and down in step, and cooperates three lifting unit of group, can realize the three product of single stamping forming, and pneumatic spring group can rise the punching press mold core and move, supplementary drawing of patterns work that carries on.

Description

Forming device for aluminum disc machining

Technical Field

The utility model relates to an aluminium dish processing technology field specifically is a forming device for aluminium dish processing.

Background

The aluminum plate is a disc-shaped product manufactured by stamping or extrusion molding made of metal aluminum, processing and production processes such as melting, cutting, polishing, stamping or extrusion need to be used in the processing process, a machine device generally needed in the stamping or extrusion process is called a forming device, and multiple groups of dies are stacked by arranging a stage-shaped die lifting assembly, so that multiple groups of products can be formed by one-step stamping.

The forming device for machining the aluminum plate in the market does not have a superposed lifting structure, a common forming device performs stamping operation through a single matched die, a product is usually formed through one-time stamping, multiple groups of dies and stamping machines are needed to be used for mass production and forming under a large number of orders, the required cost is high, the production efficiency is low, and therefore the forming device for machining the aluminum plate is provided.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a forming device for aluminium dish processing to the forming device who proposes aluminium dish processing usefulness on the market in solving above-mentioned background does not have stack elevation structure, and general forming device carries out stamping work through the mould of single matching, and product of stamping forming is once only usually, under a large amount of orders, need use multiunit mould and punching machine, but just bulk production shaping, and required cost is higher, and the problem that production efficiency is low.

In order to achieve the above object, the utility model provides a following technical scheme: the utility model provides a forming device for aluminium dish processing, includes main part stamping forming structure, activity membrane core structure and stack elevation structure, the vertical axis department in middle-end of main part stamping forming structure is provided with activity membrane core structure, and the outer wall registrates of activity membrane core structure has external combination interlock structure, the inside both sides of external combination interlock structure are from last to having set gradually stack elevation structure down, stack elevation structure includes stack frame and lifting unit, and the bottom of stack frame is provided with elevating unit.

Further, the movable film core structure forms a lifting structure through the superposition frame, the lifting assembly and the main body punch forming structure, and the lifting assembly is sequentially distributed with three groups from top to bottom.

Further, main part stamping forming structure includes organism, lift punching press subassembly and stamping die groove head, and the outer wall one side of organism is provided with lift punching press subassembly, lift punching press subassembly's middle-end outer wall is fixed with stamping die groove head.

Furthermore, movable membrane core structure includes stamping die core, stopper and pneumatic spring group, and stamping die core's outer wall border is provided with the stopper, the bottom lower extreme of stopper is provided with pneumatic spring group.

Furthermore, be swing joint between punching press mold core and the main part stamping forming structure, and the punching press mold core passes through pneumatic spring group and constitutes elastic construction with main part stamping forming structure.

Further, external combination interlock structure includes outer module of punching press, link, connecting bolt and dislocation groove, and the outer wall both sides of the outer module of punching press are provided with the link, the link runs through with the outer module contact one side of punching press and is provided with connecting bolt, and the dislocation groove has been seted up to inside one side of link.

Furthermore, the punching outer module and the connecting frame form a detachable structure through a connecting bolt, and the connecting frame, the dislocation groove and the stacking lifting structure are matched with each other.

Compared with the prior art, the beneficial effects of the utility model are that: this a forming device for aluminium dish processing utilizes connecting bolt can dismantle or install the outer module of punching press from the link avris, can assemble different movable membrane core structure and the outer module of punching press, and the external combination interlock structure of lifting unit cooperation can drive movable membrane core structure and the outer module of punching press and go up and down in step, and cooperates three lifting unit of group, can realize the three product of single stamping forming, and pneumatic spring group can rise the punching press mold core and move, supplementary drawing of patterns work that carries on.

The outer module of punching press passes through connecting bolt and link constitution detachable construction, can dismantle and install the outer module of punching press from the link avris through swivelling joint bolt, be convenient for assemble the outer module of movable membrane core structure and punching press of different shapes, thereby improve the scope of matcing use mould, and have the supplementary adaptation in dislocation groove of different length through the multiunit and run through lifting unit, and under the numerical control mode, but high-efficient adaptation punching press and stripping work between multiunit movable membrane core structure and the external combination interlock structure.

The movable film core structure is arranged on the outer die body in a stacking mode, the lifting assembly is arranged on the outer die body in a matching mode, the movable film core structure is arranged on the outer die body in a matching mode, the lifting assembly is arranged on the outer die body in a matching mode, and the main die body is arranged on the outer die body in a matching mode.

For swing joint between punching press mold core and the main part stamping forming structure, the outer module of punching press mold core and punching press can go up and down to slide, and can rise the removal with punching press mold core under the cooperation of pneumatic spring group to supplementary drawing of patterns work that carries out, the staff of being convenient for collects the work of shaping product fast, can cooperate supplementary pneumatic means or ejecting device to realize the effect of quick unloading simultaneously.

Drawings

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

FIG. 2 is a schematic view of the external combination linkage structure of the present invention;

fig. 3 is a schematic view of the structure of the movable film core of the present invention.

In the figure: 1. a main body punch forming structure; 101. a body; 102. lifting the stamping assembly; 103. stamping a die slot head; 2. a movable membrane core structure; 201. stamping a mold core; 202. a limiting block; 203. a pneumatic spring set; 3. an external combined linkage structure; 301. stamping the outer module; 302. a connecting frame; 303. a connecting bolt; 304. a dislocation groove; 4. stacking the lifting structures; 401. a stacking rack; 402. a lifting assembly.

Detailed Description

As shown in fig. 1-2, a molding apparatus for aluminum pan processing, comprising: the stamping and forming structure comprises a main body stamping and forming structure 1, wherein a movable film core structure 2 is arranged at the vertical central axis of the middle end of the main body stamping and forming structure 1, an external combined linkage structure 3 is sleeved on the outer wall of the movable film core structure 2, two superposed lifting structures 4 are sequentially arranged on two inner sides of the external combined linkage structure 3 from top to bottom, the main body stamping and forming structure 1 comprises a machine body 101, a lifting stamping component 102 and a stamping die slot head 103, the lifting stamping component 102 is arranged on one side of the outer wall of the machine body 101, the stamping die slot head 103 is fixed on the outer wall of the middle end of the lifting stamping component 102, the external combined linkage structure 3 comprises a stamping outer module 301, a connecting frame 302, a connecting bolt 303 and a dislocation slot 304, connecting frames 302 are arranged on two sides of the outer wall of the stamping outer module 301, the connecting bolt 303 is arranged on one side, which is contacted with the stamping outer module 301, and the dislocation slot 304 is arranged on one side of the inner side of the connecting frame 302, the punching outer module 301 forms a detachable structure with the connecting frame 302 through the connecting bolt 303, the connecting frame 302, the dislocation groove 304 and the stacked lifting structure 4 are mutually matched, the punching outer module 301 can be detached and installed from the side of the connecting frame 302 through rotating the connecting bolt 303, the movable film core structures 2 and the punching outer module 301 with different shapes are convenient to assemble, thereby the range of matched dies is enlarged, the dislocation grooves 304 with different lengths are used for assisting in adapting and penetrating the lifting assembly 402, in a numerical control mode, the punching and stripping work can be efficiently adapted between the groups of movable film core structures 2 and the external combined linkage structure 3, the stacked lifting structure 4 comprises a stacked frame 401 and a lifting assembly 402, the bottom of the stacked frame 401 is provided with the lifting assembly 402, the movable film core structures 2 form a lifting structure with the lifting assembly 402 and the main body structure 1 through the stacked frame 401, and lifting unit 402 has three groups from last to distributing down in proper order, can drive movable membrane core structure 2 and the outer module 301 of punching press to go up and down in step through the external combination interlock structure 3 of lifting unit 402 cooperation, and cooperate three lifting unit 402 of group, stack movable membrane core structure 2 and the outer module 301 of punching press, utilize main part stamping forming structure 1 to realize three products of single stamping forming, the efficiency of effectual improvement punching press work, the synchronous big batch punching press work machine number that reduces, the supplementary required cost that reduces production.

As shown in fig. 3, a forming device for aluminum plate processing, movable film core structure 2 includes stamping mold core 201, stopper 202 and pneumatic spring set 203, and the outer wall border of stamping mold core 201 is provided with stopper 202, the bottom lower extreme of stopper 202 is provided with pneumatic spring set 203, be swing joint between stamping mold core 201 and the main part stamping forming structure 1, and stamping mold core 201 constitutes the elastic construction through pneumatic spring set 203 with main part stamping forming structure 1, stamping mold core 201 and the outer module 301 of punching press can go up and down to slide, and can rise the stamping mold core 201 under the cooperation of pneumatic spring set 203 and remove, thereby supplementary drawing of patterns work carries out, be convenient for the staff collects the work of shaping product fast, can cooperate supplementary pneumatic means or ejecting device to realize the effect of quick unloading simultaneously.

In summary, in the forming apparatus for processing aluminum discs, firstly, the movable film core structure 2 and the outer punching module 301 with the required shape are selected, the outer punching module 301 can be installed from the side of the connecting frame 302 by rotating the connecting bolt 303, after four groups of the movable film core structures 2 and the outer punching module 301 are installed, the front end of the forming apparatus is provided with a matched conveying device, the rear end is provided with a waste material winding device, the waste material winding device is combined and moved by numerical control, then the movable film core structure 2 and the outer punching module 301 can be driven to descend synchronously by opening the lifting component 402 and matching with the external combined linkage structure 3, the movable film core structure 2 and the outer punching module 301 are stacked together by matching with the three groups of the lifting component 402, after the outer punching module 301 and the aluminum plate are positioned and attached, the movable film core structure 2 can be extruded synchronously by opening the lifting punching component 102 and descending the punching die slot head 103, module 301 descends in proper order and carries out stamping work to aluminum plate simultaneously outside punching press mold core 201 and the punching press, can realize the three product of single stamping forming, after the punching press, makes continuous production gap between two sets of through the outer module 301 of rising punching press, starts pneumatic spring group 203 through the numerical control interlock after that, can assist and rise the removal with punching press mold core 201 to carry out drawing of patterns work, the staff of being convenient for collects shaping product work fast.

Claims (7)

1. The utility model provides a forming device for aluminium dish processing, includes main part stamping forming structure (1), activity membrane core structure (2) and stack elevation structure (4), its characterized in that: the utility model discloses a punch forming structure, including main part stamping forming structure (1), the vertical axis department of middle-end of just moving film core structure (2), and the outer wall registrates external combination interlock structure (3) of moving film core structure (2), the inside both sides of external combination interlock structure (3) are from last to having set gradually stack elevation structure (4) down, stack elevation structure (4) are including stack frame (401) and lifting unit (402), and the bottom of stack frame (401) is provided with lifting unit (402).

2. The forming device for processing the aluminum disc as claimed in claim 1, wherein: the movable film core structure (2) forms a lifting structure with the lifting assembly (402) and the main body punch forming structure (1) through the superposition frame (401), and the lifting assembly (402) is sequentially distributed with three groups from top to bottom.

3. The forming device for processing the aluminum disc as claimed in claim 1, wherein: the main body punch forming structure (1) comprises a machine body (101), a lifting punching assembly (102) and a punching die groove head (103), wherein the lifting punching assembly (102) is arranged on one side of the outer wall of the machine body (101), and the punching die groove head (103) is fixed on the outer wall of the middle end of the lifting punching assembly (102).

4. The forming device for processing the aluminum disc as claimed in claim 1, wherein: the movable film core structure (2) comprises a stamping mold core (201), a limiting block (202) and a pneumatic spring set (203), the limiting block (202) is arranged at the edge of the outer wall of the stamping mold core (201), and the pneumatic spring set (203) is arranged at the lower end of the bottom of the limiting block (202).

5. The forming device for processing the aluminum disc as claimed in claim 4, wherein: be swing joint between punching press mold core (201) and main part stamping forming structure (1), and punching press mold core (201) constitute elastic construction through pneumatic spring group (203) and main part stamping forming structure (1).

6. The forming device for processing the aluminum disc as claimed in claim 1, wherein: the external combined linkage structure (3) comprises an outer stamping module (301), a connecting frame (302), connecting bolts (303) and a dislocation groove (304), wherein the connecting frame (302) is arranged on two sides of the outer wall of the outer stamping module (301), the connecting bolts (303) penetrate through the contact side of the connecting frame (302) and the outer stamping module (301), and the dislocation groove (304) is formed in one side of the inside of the connecting frame (302).

7. The forming device for processing the aluminum disc as claimed in claim 6, wherein: the punching outer module (301) and the connecting frame (302) form a detachable structure through the connecting bolt (303), and the connecting frame (302), the dislocation groove (304) and the stacking lifting structure (4) are matched with each other.

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