CN209632010U - Discharging device in stamping die equipment - Google Patents

Abstract

Discharge device in a kind of stamping die equipment described herein, discharge device includes at least one for the second material-dividing groove (42) of waste material to be discharged, wherein, second material-dividing groove (42) grafting is arranged in stamping die equipment, second material-dividing groove (42) includes for the cutting plate of waste material (421) to be discharged, the top of cutting plate (421) is equipped with the splicing tongue (421a) in insertion stamping die equipment, cutting plate (421) top and the side of splicing tongue (421a) are equipped with the detent mouth (421b) for being clamped stamping die equipment surface, cutting plate (421) extends obliquely downward to form discharging structure along the surface of stamping die equipment, it is additionally provided on cutting plate (421) and separates flitch (422)；It is plugged in the gap (33) on pedestal (11) with the second material-dividing groove (42), and it extends downwardly and it is conveyed using the volume gravity of waste material itself, isolated structure is set and along the bottom of the second material-dividing groove (42), separates the effect fallen after waste material barrier that will be different.

Description

Discharging device in stamping die equipment

technical field

The application relates to the field of stamping processing, in particular to a discharge device in stamping die equipment.

Background technique

In the prior art:

For example: Chinese patent CN201720911051.9; the utility model discloses a stamping equipment for cleaning waste, including a base, a stamping die connected above the base, a workbench for stamping, a thin plate feed port and a stamping part discharge port , the working table is located under the stamping die and is installed on the base. The sheet feeding port and the stamping part discharging port are located on the working table and on both sides of the stamping die. tube, the second forming stamping tube, the third forming stamping tube and trimming stamping tube; also includes a high-pressure blowing system, the blowing port of the high-pressure blowing system blows towards the trimming stamping position of the corresponding trimming stamping tube on the table top gas. The trimming waste left by stamping and trimming can be automatically cleaned and collected through the high-pressure blowing system.

This application is the closest prior art of this application. In this application, waste materials are discharged. The effect of using different discharge troughs to discharge different waste materials is how to discharge all waste materials in the same discharge chute and in the subsequent process. The effect of gradual separation.

In view of this, how to design a discharge device in the stamping die equipment to overcome the above-mentioned defects in the prior art is a technical problem to be solved urgently by those skilled in the art.

Contents of the invention

The purpose of this application is to overcome the technical problems existing in the prior art, and to provide a discharge device in stamping die equipment.

The object of this application is achieved through the following technical solution, a discharge device in stamping die equipment, the discharge device includes at least one second distribution tank for discharging waste, wherein the second distribution tank The plug connection is arranged in the stamping die equipment, the second material distribution groove includes a material distribution plate for discharging waste materials, the top of the material distribution plate is provided with a material receiving tongue inserted into the stamping die equipment, the top of the material distribution plate and the material receiving tongue are The side is provided with a clamping opening for clamping the surface of the stamping die equipment, and the material distribution plate extends obliquely downward along the surface of the stamping die equipment to form a discharge structure, and the material distribution plate is also provided with a partition material plate.

Both sides of the distribution plate are respectively extended upward with two side walls, ie a first side wall and a second side wall.

The bottom of the material distribution plate is provided with an open material outlet.

A partition material plate is extended to the lower part along the discharge opening at the bottom of the material distribution plate.

The separating material plate is arranged along one side wall of the discharge port, and has a gap along the other side wall of the discharge port.

The separating material plate is recessed downward near the discharge opening with a separating surface.

The separation surface is provided with an outer side along one side wall of the discharge opening, and the separation surface is provided with an inner side along the other side wall of the discharge opening. Both the outer side and the inner side are sunken downwards, wherein the outer The concave range of the lateral side is smaller than the concave range of the inner side.

Compared with the prior art, the present application has at least the following obvious advantages and effects:

1. The second distribution trough is inserted into the gap between the base and the lower die, and extends downwards to transport the waste by its own gravity, and sets a separate structure at and along the bottom of the second distribution trough , separate and drop different waste materials after blocking them.

Description of drawings

The drawings described here are used to provide a further understanding of the application and constitute a part of the application. The schematic embodiments and descriptions of the application are used to explain the application and do not constitute an improper limitation to the application. In the attached picture:

Fig. 1 is the overall structural diagram of the discharge device in the present application.

Fig. 2 is an overall installation diagram of the stamping die equipment in the present application.

Fig. 3 is a partial installation diagram of the template and the discharge part in this application.

Detailed ways

In order to make the purpose, technical solution and advantages of the present application clearer, the technical solution of the present application will be clearly and completely described below in conjunction with specific embodiments of the present application and corresponding drawings. Apparently, the described embodiments are only some of the embodiments of the present application, rather than all the embodiments. Based on the embodiments in this application, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the scope of protection of this application.

A discharge device in stamping die equipment described in this application, the discharge device includes at least one second distribution tank 42 for discharging waste, wherein, the second distribution tank 42 is plugged and arranged in the stamping press In the mold equipment, the second material distribution trough 42 includes a material distribution plate 421 for discharging waste, the top of the material distribution plate 421 is provided with a material receiving tongue 421a inserted into the stamping die equipment, the top of the material distribution plate 421 and the material receiving tongue 421a The side of the stamping die equipment is provided with a clamping opening 421b for clamping on the surface of the stamping die equipment. The material distribution plate 421 extends obliquely downward along the surface of the stamping die equipment to form a discharge structure. The material distribution plate 421 is also provided with a partition material plate 422; the second distribution trough 42 is inserted in the gap 33 between the base 11 and the lower mold 3, and extends downwards to transport the scrap by its own gravity, and along the second distribution chute The bottom of 42 is provided with a separate structure to separate and drop different waste materials.

Referring to Fig. 1 to Fig. 3, wherein, the top end of the second material distribution chute 42 is inserted into the gap 33 between the base 11 and the lower mold 3, and passes through the material receiving tongue 421a at the top of the second material distribution chute 42 Plug in the waste material in the gap 33 of the stamping die equipment, use the gravity of the waste material to roll down along the inclination of the material distribution plate 421, wherein, during the process of the waste material falling along the material distribution plate 421, along the distribution plate 421, The bottom of the material plate 421 is extended with a partition material plate 422, so that the bulk or flake waste materials continue to be conveyed downward along the partition material plate 422, so that the strip-shaped or small waste materials directly fall on the vacancy on the side of the partition material plate 422 location.

Wherein, the discharge device is used in the stamping die equipment shown in FIG. 2 .

Disclosed is a discharge device in stamping die equipment. The discharge device includes at least one second distribution tank 42 for discharging waste materials. In a specific embodiment, two distribution tanks are provided to separate waste materials.

Wherein, the second material distribution chute 42 is inserted and arranged in the stamping die equipment, and the second material distribution trough 42 is conveniently installed and arranged in the gap 33 by means of insertion.

The second distribution trough 42 can also be installed along the outside of the outer base 11 , which is easy to implement and the insertion method is relatively simple, which facilitates the design of the insertion method of the second distribution chute 42 .

The second material distribution tank 42 includes a material distribution plate 421 for discharging waste materials, and adopts a smooth plate body structure, which is convenient for material selection and processing.

The top of the material distribution plate 421 is provided with a material receiving tongue 421a inserted into the stamping die equipment, and the structure of the tongue is provided to facilitate insertion into the gap 33 .

While setting the material receiving tongue 421a along the top position of the material distribution plate 421, according to the scale of the groove depth formed by the gap 33, set the depth length and width of the material receiving tongue 421a corresponding to it, and then fully receive the waste.

The side of the material receiving tongue 421a is provided with a locking opening 421b for clamping the surface of the stamping die equipment. In order to better combine with the side wall of the support block 32 on the base 11, the locking opening 421b is set to correspond to the side wall. And then realize the docking between the two.

The material distribution plate 421 extends obliquely downward along the surface of the stamping die equipment to form a discharge structure. The material distribution plate 421 is also provided with a partition material plate 422, and the plate body of the partition material plate 422 is provided, through which the material is further conveyed and supply. And the strip-like or fine debris will fall into the vacant position on the side of the partition material plate 422 .

Two sides of the distribution plate 421 respectively extend upwards with two side walls, ie a first side wall 421c and a second side wall 421d. Two side walls are provided to block or block, respectively, along the two sides.

The bottom of the distribution plate 421 is provided with an open discharge port 421e. Sufficient falling and separation are carried out during the sliding and falling process of the scrap through the discharge port 421e.

Along the discharge opening 421e at the bottom of the material distribution plate 421, there is a partition material plate 422 extending downwards to facilitate the further conveying of waste materials, and during the process of conveying, further separation of waste materials is facilitated.

The partition material plate 422 is arranged along one side wall of the discharge port 421e, and is a gap along the other side wall of the discharge port 421e, and the flake or massive waste will be further separated from the partition material plate 422 due to its own volume. contact, and then transport the materials, wherein, the vacancy or gap position on the outer side of the partition material plate 422 separates the material or the strip material, because the contact area with the partition material plate 422 is limited, and it is not convenient to separate strips and broken materials. The small wastes are conveyed. Therefore, the strips and broken small wastes fall along the separating material plate 422 first, and the massive and flake wastes fall along the separating material plate 422 afterward.

The partition material plate 422 is recessed downwards with a partition surface 422a near the outlet 421e. In order to further separate strips and small waste materials, a separation surface 422a is further provided along the position of the separation material plate 422 to separate the materials.

The separation surface 422a is provided with an outer side a along one side wall of the discharge opening 421e, and the separation surface 422a is provided with an inner side b along the other side wall of the discharge opening 421e, and the outer side a and the inner side b They are all concave downwards, wherein the concave amplitude of the outer edge a is smaller than the concave amplitude of the inner edge b. Wherein, two sides with unequal heights are provided to form the partition surface 422a to be inclined, and further, the strips and small waste materials are slid down first.

Referring to Fig. 2 to Fig. 3 , the scene of the specific use of the second distribution chute 42 is described in a stamping die device with partitioned discharge.

Wherein, the support block 32 is arranged along the working surface of the upper part of the base 11, wherein the support block 32 is a strip-shaped metal block, and a solid cast iron block with a rectangular parallelepiped structure can be used for buffer-shaped intervals. Of course, other metal blocks can also be used. strip.

The support block 32 is fixedly installed along the upper part of the base 11, and the lower mold 3 is installed on the support block 32, and then the gap 33 structure for discharging waste is formed at the bottom of the lower mold 3, so as to overcome the slotting and discharge in the base 11. The situation of the waste material, and the state of the waste material in the gap 33 can be observed and detected along its exterior. The lower mold 3 and the base 11 are connected in a detachable manner, which can be fixed by bolts or by a slotted structure. Fixed, fixed with bolts, with detachable replacement effect.

Referring to Fig. 2 to Fig. 3, a kind of stamping die equipment with separate discharge includes a die base 1 and an upper die 2 and a lower die 3 arranged on the die base 1 for stamping movement, the upper and lower dies are arranged on the die base On the seat 1, and carry out stamping movement along the inside of the die seat 1.

Wherein, the lower mold 3 includes a template 31 for connecting with the upper mold 2 for stamping, and the stamping process of the template 31 can further process products and waste materials in different structural states. The waste materials are unified along the through holes or through grooves arranged in the lower mold 3 to realize the removal of the waste materials.

Between the template 31 and the base 11 at the bottom of the mold base 1, there is a spacer structure for discharging materials. The spacer structure is a spacer structure arranged at equal intervals, and the spacer structure is arranged at equal intervals along the spacer structure to ensure the stability of the structure at the bottom of the lower mold 3. Support, the internal structure is stable.

In at least one embodiment,

The spacer structure is composed of templates 31 and support blocks 32 arranged on the base 11 at intervals. Adjacent support blocks 32 are provided with gaps 33 for discharging materials, and waste materials are removed or discharged along the gaps 33 .

A discharge part 4 for discharge is inserted in the gap 33. For further guarantee fee waste to be discharged from the gap 33, a discharge part 4 is arranged obliquely downward along the gap 33, and a track or track is formed by the discharge part 4. The chute then flows out the waste smoothly.

The discharge part 4 is provided with a plurality of gaps 33 . In order to further improve the effect of discharging waste, a plurality of waste discharging tracks or chutes are provided. Among them, the arrangement of different tracks or chute can also realize the effect of discharging waste materials of different shapes separately and differently, which has separability.

The top end of the discharge part 4 is plugged into the gap 33, which is convenient for installation and fixing, and convenient for disassembly. Storage of the scrap along the bottom of the formwork 31 ensures adequate access to the scrap.

In yet another embodiment of the present application,

The discharge part 4 includes a first material distribution tank 41 and a second material distribution tank 42, wherein two material distribution tanks are arranged, and the waste materials at the bottom of the two can be discharged separately, and the waste materials of different shapes can be collected separately , easy to reuse and recycle.

Therefore, the first material distribution trough 41 and the second material distribution trough 42 are inserted into the gap 33 along the interval between the support blocks 32 . Insert different distribution troughs respectively to make full use of the structure.

In some embodiments,

A divider bar 422 is inserted in the lower side wall of the bottom edge of the second material distribution tank 42, and the divider bar 422 of strip structure is arranged along one side of the second material distribution tank 42 bottom opening. When the waste material falls , the waste material falls first along the side where the partition bar 422 is not set, and continues to roll or slide down along the side of the partition bar 422, and then the waste material is further transported, and at the same time, the waste material will be further transported along the partition Both sides of strip 422 are dropped and separated.

It is fully guaranteed that the waste can fall as far as possible on the side where the separator is not provided.

The partition bar 422 is fixedly plugged along a side wall of the distribution tank 42 . Inserting and fixing along the side wall can ensure that after the partition bar 422 is fixed, the waste material will fall along the vacant position on the other side.

Wherein, a collector 5 for collecting waste is provided at the bottom of the discharge part 4 . In order to ensure the collection effect of waste materials, therefore, the collector 5 is a conveyer belt for conveying the divided materials. Or a sub-basket is provided with a metal basket or a plastic basket for waste collection. Or a net bag, which can be collected in a net shape.

The above description is only an embodiment of the present application, and the names of the components in the present application may also be different, which does not limit the names in the present application. For those skilled in the art, various modifications and changes may occur in this application. Any modifications, equivalent replacements, improvements, etc. made within the concept and principles of the present application shall be included within the scope of the claims of the present application.

Claims (7)

1. the discharge device in a kind of stamping die equipment, discharge device includes at least one for the second material-dividing groove of waste material to be discharged (42), it is characterised in that: the second material-dividing groove (42) grafting is arranged in stamping die equipment, and the second material-dividing groove (42) includes using In the cutting plate (421) of discharge waste material, the top of cutting plate (421) is equipped with the splicing tongue (421a) in insertion stamping die equipment, Cutting plate (421) top and the side of splicing tongue (421a) are equipped with the detent mouth (421b) for being clamped stamping die equipment surface, Cutting plate (421) extends obliquely downward to form discharging structure along the surface of stamping die equipment, is additionally provided on cutting plate (421) point Material baffle (422).

2. the discharge device in stamping die equipment according to claim 1, it is characterised in that: the two of the cutting plate (421) Side upwardly extends that there are two side wall i.e. the first side wall (421c) and second sidewall (421d) respectively.

3. the discharge device in stamping die equipment according to claim 1, it is characterised in that: the bottom of the cutting plate (421) Portion is equipped with open discharge port (421e).

4. the discharge device in stamping die equipment according to claim 1, it is characterised in that: along cutting plate (421) bottom Discharge port (421e) to its underpart be extended with separate flitch (422).

5. the discharge device in stamping die equipment according to claim 4, it is characterised in that: separation flitch (422) edge Discharge port (421e) one side wall setting, along discharge port (421e) another side wall be notch.

6. the discharge device in stamping die equipment according to claim 5, it is characterised in that: the separation flitch (422) is leaned on Nearly discharge port (421e) has division surface (422a) to lower recess.

7. the discharge device in stamping die equipment according to claim 6, it is characterised in that: the division surface (422a) along Discharge port (421e) one side wall is equipped with outer side edges (a), division surface (422a) and is equipped with inside along discharge port (421e) another side wall Side (b), outer side edges (a) and inner side edge (b) are to lower recess, wherein the recessed amplitude of outer side edges (a) is less than inner side edge (b) Recessed amplitude.