CN206527213U - The diel of oblique impact hole - Google Patents

The diel of oblique impact hole Download PDF

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Publication number
CN206527213U
CN206527213U CN201720171942.5U CN201720171942U CN206527213U CN 206527213 U CN206527213 U CN 206527213U CN 201720171942 U CN201720171942 U CN 201720171942U CN 206527213 U CN206527213 U CN 206527213U
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CN
China
Prior art keywords
oblique impact
oblique
hole
plate
impact head
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201720171942.5U
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Chinese (zh)
Inventor
肖佰元
黄恒团
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SHENZHEN MENGZHIFANG COMMUNICATION PRODUCTS Co Ltd
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SHENZHEN MENGZHIFANG COMMUNICATION PRODUCTS Co Ltd
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Priority to CN201720171942.5U priority Critical patent/CN206527213U/en
Application granted granted Critical
Publication of CN206527213U publication Critical patent/CN206527213U/en
Expired - Fee Related legal-status Critical Current
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Abstract

The utility model discloses a kind of diel of oblique impact hole, including cope plate, train wheel bridge, baffle plate, stripper plate, lower template and oblique punch device;Cope plate is sequentially connected train wheel bridge, baffle plate and stripper plate and forms mould, and wherein train wheel bridge is connected with baffle plate by connecting rod, and is flexibly connected along connecting rod direction;Oblique impact head secondary case in oblique punch device is fixedly installed on stripper plate, and provided with the first oblique through hole of adaptation oblique impact head, after product is positioned over lower template, upper mould and lower template matched moulds, the first end of oblique impact is active in the first oblique through hole of oblique impact head secondary case, the other end supports clamping plate briquetting, and clamping plate briquetting is mounted on train wheel bridge;Oblique impact hole is carried out to product by the first flexible member of setting.Oblique impact head secondary case pushes down the product of required processing, by the cooperation of oblique impact head and the first flexible member, and punch process is carried out to product, simple in construction, can be mass-produced, and available in the progressive die, improves operating efficiency, reduces production cost.

Description

The diel of oblique impact hole
Technical field
The utility model is related to diel, especially relates to a kind of diel of oblique impact hole.
Background technology
In current diel, the oblique impact hole purpose of workpiece is realized using Wedge mechanism, but be due to Wedge mechanism Complicated, requirement on machining accuracy is high, costly, is difficult to use to answer in steel plate mould.Particularly if being used in transfer matic production Wedge mechanism, the material lift height of mechanical arm is just greatly increased and punch press and mechanical arm could wanted smoothly by wedge Ask just therewith improve conventional equipment be difficult to realize.
Utility model content
Main purpose of the present utility model is a kind of simple in construction, high oblique impact hole diel of effect of offer.
To achieve these goals, the utility model proposes a kind of diel of oblique impact hole, including cope plate, upper folder Plate, baffle plate, stripper plate, lower template and oblique punch device;
The cope plate, train wheel bridge, baffle plate, stripper plate are in turn connected to form mould, wherein the train wheel bridge and backstop Through-thickness is flexibly connected between plate;
The oblique punch device includes clamping plate briquetting, oblique impact head, oblique impact head secondary case and the first flexible member;
The oblique impact head secondary case is fixedly installed on the stripper plate, and spacing by the baffle plate, the oblique impact head Secondary case is provided with the first oblique through hole for being adapted to the oblique impact head, and it is first tiltedly logical that the oblique impact head is active in the oblique impact head secondary case Hole is simultaneously spacing by the train wheel bridge, and the oblique impact head is dorsad provided between the face of the described first oblique through hole and the train wheel bridge For the distance of oblique impact head activity, the first flexible member is provided between the oblique impact head and the oblique impact head secondary case, it is described First flexible member supports the oblique impact head, makes the oblique impact head along the described first oblique through hole back and forth movement, the clamping plate briquetting It is mounted on the train wheel bridge;
After product is positioned over lower template, the upper mould and lower template matched moulds, the oblique impact head dorsad oblique impact head pair The one side of set supports clamping plate briquetting, and the oblique impact head carries out oblique impact hole to product.
Further, in addition to lower mould enters block, the lower mould enters block and is mounted in the lower template, and the lower mould enters Second oblique through hole of adaptation insertion when block is provided with the oblique impact primary drying hole;
When upper mould and the lower template matched moulds, the oblique impact primary drying inserts the second oblique through hole to one end of product;
After upper die and lower die plate point mould, the oblique impact head enters block away from the lower mould.
Further, above-mentioned lower mould enters block and is interference fitted with the lower template.
Further, above-mentioned clamping plate briquetting is fixed on the train wheel bridge by screw or bolt.
Further, above-mentioned oblique impact head secondary case is provided with the blind hole for placing the first flexible member, first flexible member Reciprocal telescopic is done along the blind hole.
Further, above-mentioned oblique impact head secondary case is provided with the blind hole that at least two places the first flexible member, and the blind hole is equal Weighing apparatus is distributed in the first through hole surrounding of the oblique impact head secondary case, and the blind hole is consistent with the inclination angle of the described first oblique through hole.
Further, in addition to the second flexible member, the train wheel bridge is provided with the second elastic through hole, second elasticity Element is resisted against the baffle plate through one end after the described second elastic through hole, and the other end is resisted against the cope plate.
Further, above-mentioned train wheel bridge is flexibly connected by connecting rod with baffle plate;
The connecting rod includes contour sleeve or plug screws.
Further, in addition to die shoe, the die shoe is fixedly connected with the lower template, and the die shoe is provided with The correspondence lower mould enters the waste material through hole of the through hole of block second.
Further, in addition to upper die plate and lower mold backing plate, the upper die plate one side is fixed on the cope plate, institute State one side of the upper die plate away from the cope plate and be fixedly connected with the train wheel bridge;
The lower mold backing plate one side is fixed on the die shoe, and one side of the lower mold backing plate away from the die shoe is fixed Connect the lower template.
Oblique impact hole of the present utility model diel, oblique impact head secondary case pushes down the product of the processing, passes through oblique impact head And first flexible member cooperation, to product carry out punch process complete puncture motion, it is simple in construction, can be mass-produced, And available in the progressive die, operating efficiency is improved, reduce production cost.
Brief description of the drawings
Fig. 1 is the upper die structure schematic diagram of the oblique impact hole diel of the embodiment of the utility model one;
Fig. 2 is the lower die structure schematic diagram of the oblique impact hole diel of the embodiment of the utility model one;
Fig. 3 is the oblique impact hole diel front view of the embodiment of the utility model one;
Fig. 4 is the oblique impact hole diel top view of the embodiment of the utility model one;
Fig. 5 is A-A sectional views in Fig. 4.
Realization, functional characteristics and the advantage of the utility model purpose will be described further referring to the drawings in conjunction with the embodiments.
Embodiment
It should be appreciated that specific embodiment described herein is not used to limit this only to explain the utility model Utility model.
As Figure 1-5, propose the embodiment of the utility model one a kind of diel of oblique impact hole, including cope plate 1, on Clamping plate 3, baffle plate 4, stripper plate 5, lower template 10 and oblique punch device;Cope plate 1, train wheel bridge 3, baffle plate 4, stripper plate 5 according to Secondary connection forms upper mould, and wherein through-thickness is flexibly connected between train wheel bridge 3 and baffle plate 4;Oblique punch device includes clamping plate Briquetting 6, oblique impact first 7, oblique impact head secondary case 8 and the first flexible member 16;Oblique impact head secondary case 8 is fixedly installed on stripper plate 5, and is led to Cross that baffle plate 4 is spacing, oblique impact head secondary case 8 is provided with the first oblique through hole of adaptation oblique impact first 7, oblique impact first 7 is active in oblique impact head pair First oblique through hole of set 8 is simultaneously spacing by train wheel bridge 3, and oblique impact first 7 dorsad sets between the face of the first oblique through hole and train wheel bridge 3 and supplied The distance of first 7 safety of oblique impact, is provided with the first flexible member 16, the first flexible member 16 between oblique impact first 7 and oblique impact head secondary case 8 Oblique impact first 7 is supported, makes oblique impact first 7 along the described first oblique through hole back and forth movement, clamping plate briquetting 6 is mounted on train wheel bridge 3;Work as production Product are positioned over after lower template 10, upper mould and the matched moulds of lower template 10, and the one side of the dorsad oblique impact head secondary case 8 of oblique impact first 7 supports clamping plate pressure Block 6, oblique impact head carries out oblique impact hole to product.
In the present embodiment, first 7 device of oblique impact is installed and be positioned on upper mould, the product of required processing is positioned over lower mould On plate 10, when upper die and lower die 10 matched moulds of plate, fitted between train wheel bridge 3 and baffle plate 4, the clamping plate being fixed on train wheel bridge 3 Briquetting 6, which is supported, presses to oblique impact first 7, promotes oblique impact first 7 along its drift direction punching press, the production of processing needed for oblique impact head secondary case 8 is pushed down Product, oblique impact first 7 obtains the oblique impact hole needed for product by the binder of the first flexible member 16, then progress punching press;Upper die and lower die After 10 points of moulds of plate, train wheel bridge 3 is fixedly connected with cope plate 1, and train wheel bridge 3 follows cope plate 1 to do the motion away from lower mould, train wheel bridge One end distance is separated with baffle plate 4 drives baffle plate 4 to do the motion away from lower mould by connecting rod again, when train wheel bridge 3 and backstop When being separated between plate 4, clamping plate briquetting 6 and oblique impact first 7 are separated, and the first flexible member 16, which resets, drives oblique impact first 7 away from product, i.e., It can be taken off the product machined.Processing is simple, can be achieved to produce in enormous quantities, or in the progressive die, reducing production cost, Improve production efficiency.
In the present embodiment, the diel of oblique impact hole also enters block 9 including lower mould, and lower mould enters block 9 and is mounted on lower template In 10, lower mould enters the second oblique through hole of adaptation insertion when block 9 is provided with oblique impact first 7 punching;When upper mould and 10 matched moulds of lower template, The second oblique through hole that lower mould enters block 9 is inserted in one end that oblique impact first 7 rushes at product;After 10 points of moulds of upper die and lower die plate, oblique impact first 7 Enter block 9 away from lower mould.Wherein descend mould to enter block 9 to be interference fitted with lower template 10.Lower mould enters the second oblique through hole of the setting of block 9 close to tiltedly The one end of drift 7 adapts to oblique impact first 7, and oblique impact first 7 is punched out gone out waste material to product and dropped along the second oblique through hole, therefore What the other end of the second oblique through hole was done more will not a bit, when waste material drops be stuck in the second oblique through hole greatly, reduce waste material and block up Hole, production is simple, available in the progressive die, improves operating efficiency.
In the present embodiment, above-mentioned clamping plate briquetting 6 is fixed on train wheel bridge 3 by screw or bolt.Cope plate 1 and upper folder Plate 3 is fixedly connected, and train wheel bridge 3 fixes clamping plate briquetting 6 by screw connection, and train wheel bridge 3 is flexibly connected baffle plate 4, baffle plate 4 Be fixedly connected sequentially stripper plate 5, and oblique impact head secondary case 8 is fixedly installed on stripper plate 5, and oblique impact first 7 is movably installed in oblique impact head pair On set 8, and positioned by top board 3, oblique impact first 7 determines up and down distance according to the product thickness of required punching press, tiltedly The operating range of drift 7 departs from the safe distance of product for the thickness of stamping products plus certain waste material.Clamping plate briquetting 6 is detachable It is installed on train wheel bridge 3, processing is simple, and convenient disassembly is simple in construction.
In the present embodiment, oblique impact head secondary case 8 is provided with the blind hole for placing the first flexible member 16, the first flexible member 16 Reciprocal telescopic is done along the blind hole.Oblique impact head secondary case 8 is provided with the blind hole that at least two places the first flexible member 16, and the blind hole is equal Weighing apparatus is distributed in the first oblique through hole surrounding of oblique impact head secondary case 8, and consistent with the inclination angle of the first oblique through hole.As shown in figure 5, oblique impact Head secondary case 8 is located at the blind hole that the first oblique through hole both sides are respectively arranged with two the first flexible members 16 of placement, the first flexible member 16 use spring, and spring is positioned in blind hole, and spring one end supports blind via bottom, and the other end is resisted against oblique impact first 7, when upper When mould is with 10 matched moulds of lower template, clamping plate briquetting 6 presses to oblique impact first 7, and oblique impact first 7 is supported and compression spring, and oblique impact head can be to institute The product that need to be processed carries out punching press, sets 4 springs to strengthen the stress of oblique impact first 7, and during spring reset, by oblique impact head 7 support away from product, while stress is more balanced.
In the present embodiment, the first flexible member 16 of oblique impact hole diel can use spring, elastic or elasticity Pad.If the first flexible member 16 uses spring, when oblique impact head secondary case 8 is first descending, touch after the required product processed, oblique impact head 7 start compression spring, and clamping plate briquetting 6 continues to press on oblique impact first 7, until needed for the product that oblique impact first 7 is processed needed for thrusting is obtained Oblique through hole;After 10 points of moulds of upper die and lower die plate, the drive clamping plate of cope plate 1 briquetting 6 does not have away from lower template 10, now oblique impact first 7 There is the pressure by clamping plate briquetting 6, the elastic force of spring is supported oblique impact first 7 and moved, oblique impact first 7 departs from lower mould and enters block 9, can be taken off adding The product that work is completed.In another embodiment, the first flexible member 16 can also use elastic or cushion.
In the present embodiment, the diel of oblique impact hole also includes guide pillar 14 and guide pin bushing 15, when the matched moulds of upper die and lower die plate 10 When, guide pillar 14 is pierced into guide pin bushing 15, makes the accurate matched moulds of upper die and lower die plate 10;After 10 points of moulds of upper die and lower die plate, guide pillar 14 Separated with guide pin bushing 15.Wherein guide pillar 14 is fixedly installed in mould, and guide pin bushing 15 is fixedly installed in lower template 10, works as upper die and lower die During 10 matched moulds of plate, by the cooperation of guide pillar 14 and guide pin bushing 15, guide pillar 14 is pierced into guide pin bushing 15, makes the accurately conjunction of upper die and lower die plate 10 Mould, it is ensured that the closing precision of punching die;When 10 points of moulds of upper die and lower die plate, guide pillar 14 is away from guide pin bushing 15, to take out The product needed.In another embodiment, guide pillar can be mounted on lower template, and guide pin bushing is fixedly installed in mould, and guide pillar and lead Working in coordination for set, makes the accurate matched moulds of upper die and lower die plate, it is ensured that the closing precision of punching die.
In the present embodiment, the diel of oblique impact hole also includes the second flexible member 13, and train wheel bridge 3 is provided with the second elasticity Through hole, the second flexible member 13 is resisted against baffle plate 4 through one end after the second elastic through hole, and the other end is resisted against cope plate 1.Peace The second precompressed when upper mould of flexible member 13 is filled, when upper die and lower die matched moulds, spring further compresses, and passes through when molding Stripper plate 5 is supported, fortune in pre-separation, convenience between each template of intermode will be carried out between train wheel bridge 3 and baffle plate 4 using elastic force It is dynamic.In another embodiment, the second flexible member 13 can also use elastic or cushion.
In the present embodiment, above-mentioned train wheel bridge 3 is flexibly connected by connecting rod with baffle plate 4;Connecting rod includes contour set Cylinder or plug screw.Contour sleeve refers to hollow sleeve, for holding baffle plate 4 and stripper plate 5, while ensureing de- material Stroke, it is ensured that can smooth converted products, while one side occurs the problems such as producing strip, get stuck, in the present embodiment, if connection When bar uses contour sleeve, it is fixedly connected between cope plate 1 and train wheel bridge 3, and be flexibly connected and drive only by contour sleeve Baffle plate 4 does the motion away from lower mould with stripper plate 5, is fixedly connected between baffle plate 4 and stripper plate 5.Oblique impact first 7 is according to required punching The product thickness of pressure determines up and down distance, first 7 operating range of oblique impact for stamping products thickness plus certain useless Material departs from the safe distance of product, is calculated according to the safe distance calculated after point mould between train wheel bridge 3 and baffle plate 4 Distance of separation, then selects suitable contour sleeve to install, it is ensured that movable distance between train wheel bridge 3 and baffle plate 4.Upper mould During with lower mould matched moulds, when train wheel bridge 3 is fitted with baffle plate 4, clamping plate briquetting 6 is supported oblique impact first 7 and pressed down, and oblique impact is carried out to product Hole, after the oblique through hole of made required product, telemechanical of the upper bolster away from lower mould, train wheel bridge 3 is separated with baffle plate 4, clamping plate pressure Block 6 is done away from the motion of oblique impact head, and now oblique impact first 7 is not by the pressure of clamping plate briquetting 6, and the elastic force of spring supports oblique impact first 7 Motion, oblique impact first 7 departs from lower mould and enters block 9, then upper die and lower die point mould, and stripper plate 5 and lower template 10 are separated, you can taken out Into product.In another embodiment, can also using plug screw determine between train wheel bridge 3 and baffle plate 4 activity away from Screw the dieparts of the opening stroke being mainly used between Control architecture, it is adaptable to precision die, be remarkably improved from, plug Its service life.
In the present embodiment, oblique impact hole stamping die also includes die shoe 12, and die shoe 12 is fixedly connected with lower template 10, under Die holder 12 is provided with the waste material through hole that the lower mould of correspondence enters the through hole of block 9 second.The waste material through hole of die shoe 12 can allow what is stamped out Product waste material drops, and upper bolster 12 and lower template 10, lower mould enter block 9 and be fixedly connected to form lower mould, and lower mould is fixed on into stamping machine On, when the downward mould matched moulds of upper mould, increase die shoe, the stress of the lower mould of increase, while the waste material of product can also be excluded.
In the present embodiment, in addition to upper die plate 2 and lower mold backing plate 11, the one side of upper die plate 2 is fixed on cope plate 1, One side of the upper die plate 2 away from cope plate 1 is fixedly connected with train wheel bridge 3;The one side of lower mold backing plate 11 is fixed on die shoe 12, lower die-cushion One side of the plate 11 away from die shoe 12 is fixedly connected with lower template 10.Increase upper die plate 2 and lower mold backing plate 11, strengthen upper and lower mould Stress and impulse force, make the diel of oblique impact hole more steady.
The product die casting of the processing is passed through oblique impact head by oblique impact hole of the present utility model diel, oblique impact head secondary case And first flexible member cooperation, to product carry out punch process complete puncture motion, it is simple in construction, can be mass-produced, And available in the progressive die, operating efficiency is improved, reduce production cost.
Preferred embodiment of the present utility model is the foregoing is only, the scope of the claims of the present utility model is not thereby limited, Equivalent structure or equivalent flow conversion that every utilization the utility model specification and accompanying drawing content are made, or directly or indirectly fortune Used in other related technical fields, similarly it is included in scope of patent protection of the present utility model.

Claims (10)

1. a kind of diel of oblique impact hole, it is characterised in that including cope plate, train wheel bridge, baffle plate, stripper plate, lower template and Oblique punch device;
The cope plate, train wheel bridge, baffle plate, stripper plate are in turn connected to form mould, wherein the train wheel bridge and baffle plate it Between through-thickness be flexibly connected;
The oblique punch device includes clamping plate briquetting, oblique impact head, oblique impact head secondary case and the first flexible member;
The oblique impact head secondary case is fixedly installed on the stripper plate, and spacing by the baffle plate, the oblique impact head secondary case The the first oblique through hole for being adapted to the oblique impact head is provided with, the oblique impact head is active in the first oblique through hole of the oblique impact head secondary case simultaneously Spacing by the train wheel bridge, the oblique impact head is dorsad provided between the face of the described first oblique through hole and the train wheel bridge and supplies institute The distance of oblique impact head activity is stated, the first flexible member, described first are provided between the oblique impact head and the oblique impact head secondary case Flexible member supports the oblique impact head, makes the oblique impact head along the described first oblique through hole back and forth movement, the clamping plate briquetting is installed It is fixed on the train wheel bridge;
After product is positioned over lower template, the upper mould and lower template matched moulds, the oblique impact head dorsad oblique impact head secondary case Clamping plate briquetting is simultaneously supported, the oblique impact head carries out oblique impact hole to product.
2. oblique impact hole according to claim 1 diel, it is characterised in that also enter block including lower mould, the lower mould enters Block is mounted in the lower template, and it is second tiltedly logical that the lower mould enters adaptation insertion when block is provided with the oblique impact primary drying hole Hole;
When upper mould and the lower template matched moulds, the oblique impact primary drying inserts the second oblique through hole to one end of product;
After upper die and lower die plate point mould, the oblique impact head enters block away from the lower mould.
3. oblique impact hole according to claim 2 diel, it is characterised in that the lower mould enters block and the lower template mistake It is full of cooperation.
4. oblique impact hole according to claim 1 diel, it is characterised in that the clamping plate briquetting passes through screw or bolt It is fixed on the train wheel bridge.
5. oblique impact hole according to claim 1 diel, it is characterised in that the oblique impact head secondary case is provided with placement The blind hole of one flexible member, first flexible member does reciprocal telescopic along the blind hole.
6. oblique impact hole according to claim 5 diel, it is characterised in that the oblique impact head secondary case is provided with least 2 The individual blind hole for placing the first flexible member, the blind hole equiblibrium mass distribution is described in the first through hole surrounding of the oblique impact head secondary case Blind hole is consistent with the inclination angle of the described first oblique through hole.
7. oblique impact hole according to claim 1 diel, it is characterised in that also including the second flexible member, it is described on Clamping plate is provided with the second elastic through hole, and second flexible member is resisted against described stop through one end after the described second elastic through hole Baffle plate, the other end is resisted against the cope plate.
8. oblique impact hole according to claim 1 diel, it is characterised in that the train wheel bridge passes through connecting rod and backstop Plate is flexibly connected;
The connecting rod includes contour sleeve or plug screws.
9. oblique impact hole according to claim 1 diel, it is characterised in that also including die shoe, the die shoe with The lower template is fixedly connected, and the die shoe is provided with the waste material through hole that the correspondence lower mould enters the oblique through hole of block second.
10. oblique impact hole according to claim 9 diel, it is characterised in that also including upper die plate and lower mold backing plate, The upper die plate one side is fixed on the cope plate, and one side of the upper die plate away from the cope plate is fixedly connected described Train wheel bridge;
The lower mold backing plate one side is fixed on the die shoe, and one side of the lower mold backing plate away from the die shoe is fixedly connected The lower template.
CN201720171942.5U 2017-02-24 2017-02-24 The diel of oblique impact hole Expired - Fee Related CN206527213U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720171942.5U CN206527213U (en) 2017-02-24 2017-02-24 The diel of oblique impact hole

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201720171942.5U CN206527213U (en) 2017-02-24 2017-02-24 The diel of oblique impact hole

Publications (1)

Publication Number Publication Date
CN206527213U true CN206527213U (en) 2017-09-29

Family

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201720171942.5U Expired - Fee Related CN206527213U (en) 2017-02-24 2017-02-24 The diel of oblique impact hole

Country Status (1)

Country Link
CN (1) CN206527213U (en)

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CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20170929

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