CN102554043A - Forming and taking die for suspended reinforcing rib of automobile engine - Google Patents
Forming and taking die for suspended reinforcing rib of automobile engine Download PDFInfo
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- CN102554043A CN102554043A CN201210019407XA CN201210019407A CN102554043A CN 102554043 A CN102554043 A CN 102554043A CN 201210019407X A CN201210019407X A CN 201210019407XA CN 201210019407 A CN201210019407 A CN 201210019407A CN 102554043 A CN102554043 A CN 102554043A
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Abstract
The invention relates to a forming and taking die for a suspended reinforcing rib of an automobile engine, which comprises an upper die part and a lower die part. The upper die part comprises an upper die holder, a first guide sleeve fixing seat, a second guide sleeve fixing seat, a first upper die limit seat, a second upper die limit seat, a female die base plate, a female die, four springs, a pressure screw, a pressure plate, an upper die base plate and an inserted block. The lower die part comprises a lower die holder, a first guide pillar, a second guide pillar, a first lower die limit seat, a second lower die limit seat, two taking rods, a baffle, a sliding block, a sliding block seat, a support, a positioning plate, a second male die fixing seat, a fixing pin, a male die, a first male die fixing seat, a handle mechanism and a positioning pin. When the upper and lower dies are in contact, firstly, a part is extruded and formed by slow regulation of the handle mechanism and then the formed part and the handle mechanism are placed on the positioning plate on the left of the die together. When the upper and lower dies are in contact, after the part is pressed by the pressure plate in the upper die, the taking rods are driven by the sliding block to move forward, so that the part is extruded from the handle mechanism.
Description
Technical field
The present invention relates to a kind of mould, the mould of material is got in the reinforcement moulding that suspends of particularly a kind of automobile engine.
Background technology
At present, suspend reinforcement moulding and get that material normally separately carries out of automobile engine, causing is that product after the moulding is inconsistent, because the reinforcement endoporus is vowed circle; It is inconvenient to get material, so that the damage of workpiece outer surface, influences outward appearance; Working (machining) efficiency is low again, and cost is high, and labour intensity is big.
Summary of the invention
The objective of the invention is to overcome the above-mentioned deficiency of prior art and provide the reinforcement moulding that suspends of a kind of automobile engine to get the material mould.
Technical scheme of the present invention is: the material mould is got in the reinforcement moulding that suspends of a kind of automobile engine, and it comprises part of the upper die and part of the lower die.
The part of the upper die comprises upper bolster, the first guide pin bushing holder, the second guide pin bushing holder, the first patrix limit base, the second patrix limit base, die backing plate, die, four springs, binder screw, holding pad, upper die plate and inserted blocks.
Described die is provided with two forming cavities, a dowel hole, four screwed holes that are connected with the die backing plate and two fixed pin holes that are connected with the die backing plate.
The two ends of described die backing plate are respectively equipped with four sunk screw holes that are connected with die, two fixed pin holes that are connected with die, four screwed holes that are connected with upper bolster and two fixed pin holes that are connected with upper bolster.
Described holding pad is provided with two binder chambeies, four spring mounting holes and four binder screw holes.
Described upper die plate is provided with three screwed holes that are connected with upper bolster, four spring mounting holes and four binder screw holes.
One end of described inserted block is provided with a beveled chamber, and the other end is respectively equipped with two screwed holes that are connected with upper bolster 4 and two fixed pin holes that are connected with upper bolster 4.
The first guide pin bushing holder and the second guide pin bushing holder are installed in the two ends of upper bolster through screw with pinning, and join with first guide pillar, the second guide pillar cunning that are installed on the die shoe.The first patrix limit base and the second patrix limit base are installed in the two ends of upper bolster, with the accurate location of realizing mould up and down and spacing to mould.The die backing plate is installed on the upper bolster through screw and pin, and die is installed on the die backing plate through screw and pin.Inserted block is installed on the upper bolster through screw and pin; Upper die plate is installed on the upper bolster through screw and pin; The binder screw passes upper bolster and is connected with holding pad with binder screw hole on the upper die plate, and spring is installed in the spring mounting hole and the spring mounting hole on the upper die plate on the holding pad.
The part of the lower die comprises that die shoe, the first guide pillar holder, the second guide pillar holder, the first counterdie limit base, the second counterdie limit base, two get material bar, baffle plate, slide block, take-up housing, bearing, location-plate, the second punch holder, steady pin, punch, the first punch holder, handle mechanism and alignment pin.
Described location-plate is provided with two sunk screw holes that are connected with die shoe, two and gets material chamber, two fixed pin holes that are connected with die shoe and a sunk screw hole that is connected with bearing.
Described bearing is provided with two binder chambeies, a screwed hole and two sunk screw holes that are connected with die shoe.
Described take-up housing is provided with a slide block shape lumen pore, a slide block shape chamber slotted eye, four screwed holes that are connected with baffle plate, four sunk screw holes that are connected with die shoe and two fixed pin holes that die shoe connects.
Described punch is provided with two forming cavities, two sunk screw holes that are connected with die shoe, a dowel hole and two fixed pin holes that are connected with die shoe.
Described first punch retainer is provided with two forming cavities, two fixed pin holes that are connected with die shoe and two sunk screw holes that are connected with die shoe, and second punch retainer is the same with the first punch retainer structure.
Described baffle plate is provided with four sunk screw holes that are connected with take-up housing and two and gets material bar installing hole.
Described slide block is provided with an inserted block shape chamber slotted eye, two and gets material bar threaded mounting hole and an air vent.
Described handle mechanism is formed by being provided with two circle pins, mounting screw, fixed supported slab, two hold-down nuts and handle.Two circle pins are installed on the fixed supported slab through two hold-down nuts, and handle is installed on the fixed supported slab through mounting screw.
First guide pillar and second guide pillar are pressed into the two ends that are installed in die shoe through interference fit, join with the first guide pin bushing holder, the second guide pin bushing holder cunning that are installed on the upper bolster.The first counterdie limit base and the second counterdie limit base are installed in the two ends of die shoe, with the accurate location of realizing mould up and down and spacing to mould.Punch is installed on the die shoe through screw and pin; First punch retainer and second punch retainer are located at the two ends of punch respectively; And be installed on the die shoe through screw and pin, being used for reinforcing punch, alignment pin is installed in the dowel hole in the middle of the punch.Take-up housing is installed on the die shoe through screw and pin; Slide block is installed in the slide block shape lumen pore on the take-up housing; Baffle plate is installed on the take-up housing through screw, gets for two and expects that the material bar installing hole got that bar passes respectively on the baffle plate is threaded with slide block, when upper and lower mould contacts; Lean on the slide block of the inserted block promotion counterdie of patrix to move forward and backward, utilize the process that the material bar realizes getting material of getting.Bearing and location-plate are installed on the die shoe through screw and pin, and bearing and location-plate are strengthened fixing through screw.
Part at first carries out moulding during work, earlier mould is installed on the 40T hydraulic press, behind good mould; Part is put into the alignment pin in the middle of the punch on die shoe the right, during the upper and lower mould contact, the armrest handle mechanism is slowly regulated earlier the part extrusion modling; And then the part and the handle mechanism of forming put on the location-plate on the left side together, during the upper and lower mould contact, utilize holding pad, spring and binder screw in the patrix that part is pressed after; At this moment because moving forward to drive to get, slide block expects that bar also moves forward; Part is extruded from handle mechanism, and the patrix return can be got material then.
The present invention compared with prior art has following characteristics:
1, moulding provided by the invention get the material mould can once accomplish automobile engine suspend reinforcement moulding and get material, can control the specification requirement of product effectively, guarantee each dimensionally stable, and mass effect is good, has improved work efficiency.
2, this mould structure is simple, easy and simple to handle, low cost of manufacture, and processing effect is good, and is practical.
Below in conjunction with the accompanying drawing and the specific embodiment detailed structure of the present invention is further described.
Description of drawings
Accompanying drawing 1 is a structural representation of the present invention;
Accompanying drawing 2 is the structural representation of part of the upper die;
Accompanying drawing 3 is the structural representation of die;
Accompanying drawing 4 is the upward view in the accompanying drawing 3;
Accompanying drawing 5 is the structural representation of die backing plate;
Accompanying drawing 6 is the C-C cutaway view in the accompanying drawing 5;
Accompanying drawing 7 is the structural representation of holding pad;
Accompanying drawing 8 is the upward view in the accompanying drawing 7;
Accompanying drawing 9 is the A-A cutaway view in the accompanying drawing 7;
Accompanying drawing 10 is the structural representation of upper die plate;
Accompanying drawing 11 is the B-B cutaway view in the accompanying drawing 10;
Accompanying drawing 12 is the structural representation of inserted block;
Accompanying drawing 13 is the left view in the accompanying drawing 12;
Accompanying drawing 14 is the structural representation of part of the lower die;
Accompanying drawing 15 is the structural representation of take-up housing;
Accompanying drawing 16 is the vertical view in the accompanying drawing 15;
Accompanying drawing 17 is the structural representation of punch;
Accompanying drawing 18 is the vertical view in the accompanying drawing 17;
Accompanying drawing 19 is the structural representation of punch holder;
Accompanying drawing 20 is the structural representation of baffle plate;
Accompanying drawing 21 is the vertical view in the accompanying drawing 20;
Accompanying drawing 22 be slide block structural representation;
Accompanying drawing 23 is the D-D cutaway view in the accompanying drawing 22;
Accompanying drawing 24 is the structural representation of bearing;
Accompanying drawing 25 is the vertical view in the accompanying drawing 24;
Accompanying drawing 26 is the structural representation of location-plate;
Accompanying drawing 27 is the structural representation of handle mechanism;
Accompanying drawing 28 is for getting the structural representation of material bar.
The specific embodiment
The material mould is got in the reinforcement moulding that suspends of a kind of automobile engine, and it comprises part of the upper die and part of the lower die.
The part of the upper die comprises upper bolster 4, the first guide pin bushing holder 3-1, the second guide pin bushing holder 3-2, the first patrix limit base 11-1, the second patrix limit base 11-2, die backing plate 10, die 12, four springs 7, binder screw 8, holding pad 9, upper die plate 5 and inserted blocks 23.
Described die 12 is provided with two forming cavity 12-1, a dowel hole 12-2, four screwed hole 12-3 that are connected with die backing plate 10 and two fixed pin holes 12-4 that are connected with die backing plate 10.
The two ends of described die backing plate 10 are respectively equipped with four sunk screw hole 10-1 that are connected with die 12, two fixed pin holes 10-2 that are connected with die 12, four screwed hole 10-3 that are connected with upper bolster 4 and two fixed pin holes 10-4 that are connected with upper bolster 4.
Described holding pad 9 is provided with two binder chamber 9-1, four spring mounting hole 9-2 and four binder screw hole 9-3.
Described upper die plate 5 is provided with three screwed hole 5-1 that are connected with upper bolster 4, four spring mounting hole 5-2 and four binder screw hole 5-3.
One end of described inserted block 23 is provided with a beveled chamber 23-1, and the other end is respectively equipped with two screwed hole 23-2 that are connected with upper bolster 4 and two fixed pin holes 23-3 that are connected with upper bolster 4.
The first guide pin bushing holder 3-1 and the second guide pin bushing holder 3-2 are installed in the two ends of upper bolster 4 through screw with pinning, and join with the first guide pillar 2-1, the second guide pillar 2-2 cunning that are installed on the die shoe 1.The first patrix limit base 11-1 and the second patrix limit base 11-2 are installed in the two ends of upper bolster 4, with the accurate location of realizing mould up and down and spacing to mould.Die backing plate 10 is installed on the upper bolster 4 through screw and pin, and die 12 is installed on the die backing plate 10 through screw and pin.Inserted block 23 is installed on the upper bolster 4 through screw and pin; Upper die plate 5 is installed on the upper bolster 4 through screw 6 and pin; Binder screw 8 passes upper bolster 4 and is connected with holding pad 9 with binder screw hole 5-3 on the upper die plate 5, and spring 7 is installed in the spring mounting hole 9-2 and the spring mounting hole 5-2 on the upper die plate 5 on the holding pad 9.
The part of the lower die comprises that die shoe 1, the first guide pillar 2-1, the second guide pillar 2-2, the first counterdie limit base 13-1, the second counterdie limit base 13-2, two get material bar 22, baffle plate 24, slide block 25, take-up housing 26, bearing 21, location-plate 20, the second punch holder 19, steady pin 16, punch 14, the first punch holder 15, handle mechanism 17 and alignment pin 18.
Described location-plate 20 is provided with two sunk screw hole 20-4 that are connected with die shoe 1, two and gets material chamber 20-1, two fixed pin holes 20-3 that are connected with die shoe 1 and a sunk screw hole 20-2 who is connected with bearing 21.
Described bearing 21 is provided with two binder chamber 21-2, a screwed hole 21-3 and two sunk screw hole 21-1 that are connected with die shoe 1.
Described take-up housing 26 is provided with a slide block shape lumen pore 26-1, a slide block shape chamber slotted eye 26-2, four screwed hole 26-3 that are connected with baffle plate 24, four sunk screw hole 26-4 that are connected with die shoe 1 and two fixed pin holes 26-5 that die shoe 1 connects.
Described punch 14 is provided with two forming cavity 14-1, two sunk screw hole 14-2 that are connected with die shoe 1, a dowel hole 14-3 and two fixed pin holes 14-4 that are connected with die shoe 1.
Described first punch retainer 15 is provided with two forming cavity 15-1, two fixed pin holes 15-2 that are connected with die shoe 1 and two sunk screw hole 15-3 that are connected with die shoe 1, and second punch retainer 19 is the same with first punch retainer, 15 structures.
Described baffle plate 24 is provided with four sunk screw hole 24-1 that are connected with take-up housing 26 and two and gets material bar installing hole 24-2.
Described slide block 25 is provided with an inserted block shape chamber slotted eye 25-1, two and gets material bar threaded mounting hole 25-2 and a 25-3 air vent.
Described handle mechanism 17 is formed by being provided with two circle pin 17-1, mounting screw 17-2, fixed supported slab 17-3, two hold-down nut 17-4 and handle 17-5.Two circle pin 17-1 are installed on the fixed supported slab 17-3 through two hold-down nut 17-4, and handle 17-5 is installed on the fixed supported slab 17-3 through mounting screw 17-2.
The first guide pillar 2-1 and the second guide pillar 2-2 are pressed into the two ends that are installed in die shoe 1 through interference fit, with sliding the joining of the first guide pin bushing holder 3-1, the second guide pin bushing holder 3-2 that is installed on the upper bolster 4.The first counterdie limit base 13-1 and the second counterdie limit base 13-2 are installed in the two ends of die shoe 1, with the accurate location of realizing mould up and down and spacing to mould.Punch 14 is installed on the die shoe 1 through screw and pin; First punch retainer 15 and second punch retainer 19 are located at the two ends of punch 14 respectively; And be installed on the die shoe 1 through screw and pin; Be used for reinforcing punch 14, alignment pin 18 is installed in the dowel hole 14-3 in the middle of the punch 14.Take-up housing 26 is installed on the die shoe 1 through screw and pin; Slide block 25 is installed in the slide block shape lumen pore 26-1 on the take-up housing 26; Baffle plate 24 is installed on the take-up housing 26 through screw, gets for two and expects that the getting material bar installing hole 24-2 that bar 22 passes respectively on the baffle plate 24 is threaded with slide block 25, when upper and lower mould contacts; Lean on the slide block 25 of the inserted block 23 promotion counterdies of patrix to move forward and backward, utilize the process that material bar 22 realizes getting material of getting.Bearing 21 is installed on the die shoe 1 through screw and pin with location-plate 20, and bearing 21 is strengthened fixing with location-plate 20 through screw.
Claims (1)
1. the material mould is got in the automobile engine reinforcement moulding that suspends, and it is characterized in that: it comprises part of the upper die and part of the lower die;
The part of the upper die comprises upper bolster, the first guide pin bushing holder, the second guide pin bushing holder, the first patrix limit base, the second patrix limit base, die backing plate, die, four springs, binder screw, holding pad, upper die plate and inserted blocks;
Described die is provided with two forming cavities, a dowel hole, four screwed holes that are connected with the die backing plate and two fixed pin holes that are connected with the die backing plate;
The two ends of described die backing plate are respectively equipped with four sunk screw holes that are connected with die, two fixed pin holes that are connected with die, four screwed holes that are connected with upper bolster and two fixed pin holes that are connected with upper bolster;
Described holding pad is provided with two binder chambeies, four spring mounting holes and four binder screw holes;
Described upper die plate is provided with three screwed holes that are connected with upper bolster, four spring mounting holes and four binder screw holes;
One end of described inserted block is provided with a beveled chamber, and the other end is respectively equipped with two screwed holes that are connected with upper bolster 4 and two fixed pin holes that are connected with upper bolster 4;
The first guide pin bushing holder and the second guide pin bushing holder are installed in the two ends of upper bolster through screw with pinning, and join with first guide pillar, the second guide pillar cunning that are installed on the die shoe; The first patrix limit base and the second patrix limit base are installed in the two ends of upper bolster, with the accurate location of realizing mould up and down and spacing to mould; The die backing plate is installed on the upper bolster through screw and pin, and die is installed on the die backing plate through screw and pin; Inserted block is installed on the upper bolster through screw and pin; Upper die plate is installed on the upper bolster through screw and pin; The binder screw passes upper bolster and is connected with holding pad with binder screw hole on the upper die plate, and spring is installed in the spring mounting hole and the spring mounting hole on the upper die plate on the holding pad;
The part of the lower die comprises that die shoe, first guide pillar, second guide pillar, the first counterdie limit base, the second counterdie limit base, two get material bar, baffle plate, slide block, take-up housing, bearing, location-plate, the second punch holder, steady pin, punch, the first punch holder, handle mechanism and alignment pin;
Described location-plate is provided with two sunk screw holes that are connected with die shoe, two and gets material chamber, two fixed pin holes that are connected with die shoe and a sunk screw hole that is connected with bearing;
Described bearing is provided with two binder chambeies, a screwed hole and two sunk screw holes that are connected with die shoe;
Described take-up housing is provided with a slide block shape lumen pore, a slide block shape chamber slotted eye, four screwed holes that are connected with baffle plate, four sunk screw holes that are connected with die shoe and two fixed pin holes that die shoe connects;
Described punch is provided with two forming cavities, two sunk screw holes that are connected with die shoe, a dowel hole and two fixed pin holes that are connected with die shoe;
Described first punch retainer is provided with two forming cavities, two fixed pin holes that are connected with die shoe and two sunk screw holes that are connected with die shoe, and second punch retainer is the same with the first punch retainer structure;
Described baffle plate is provided with four sunk screw holes that are connected with take-up housing and two and gets material bar installing hole;
Described slide block is provided with an inserted block shape chamber slotted eye, two and gets material bar threaded mounting hole and an air vent;
Described handle mechanism is formed by being provided with two circle pins, mounting screw, fixed supported slab, two hold-down nuts and handle, and two circle pins are installed on the fixed supported slab through two hold-down nuts, and handle is installed on the fixed supported slab through mounting screw;
First guide pillar and second guide pillar are pressed into the two ends that are installed in die shoe through interference fit, join with the first guide pin bushing holder, the second guide pin bushing holder cunning that are installed on the upper bolster; The first counterdie limit base and the second counterdie limit base are installed in the two ends of die shoe, with the accurate location of realizing mould up and down and spacing to mould; Punch is installed on the die shoe through screw and pin; First punch retainer and second punch retainer are located at the two ends of punch respectively; And be installed on the die shoe through screw and pin, being used for reinforcing punch, alignment pin is installed in the dowel hole in the middle of the punch; Take-up housing is installed on the die shoe through screw and pin; Slide block is installed in the slide block shape lumen pore on the take-up housing; Baffle plate is installed on the take-up housing through screw, gets for two and expects that the material bar installing hole got that bar passes respectively on the baffle plate is threaded with slide block, when upper and lower mould contacts; Lean on the slide block of the inserted block promotion counterdie of patrix to move forward and backward, utilize the process that the material bar realizes getting material of getting; Bearing and location-plate are installed on the die shoe through screw and pin, and bearing and location-plate are strengthened fixing through screw.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210019407XA CN102554043A (en) | 2012-01-21 | 2012-01-21 | Forming and taking die for suspended reinforcing rib of automobile engine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210019407XA CN102554043A (en) | 2012-01-21 | 2012-01-21 | Forming and taking die for suspended reinforcing rib of automobile engine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102554043A true CN102554043A (en) | 2012-07-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210019407XA Pending CN102554043A (en) | 2012-01-21 | 2012-01-21 | Forming and taking die for suspended reinforcing rib of automobile engine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102554043A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106077280A (en) * | 2016-06-01 | 2016-11-09 | 安徽蓝华金属科技股份有限公司 | The shaping mechanism of automobile swing arm crimping |
| CN111633121A (en) * | 2020-06-05 | 2020-09-08 | 湖南大学 | Die structure capable of measuring flanging limit value of metal plate and test method |
-
2012
- 2012-01-21 CN CN201210019407XA patent/CN102554043A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106077280A (en) * | 2016-06-01 | 2016-11-09 | 安徽蓝华金属科技股份有限公司 | The shaping mechanism of automobile swing arm crimping |
| CN111633121A (en) * | 2020-06-05 | 2020-09-08 | 湖南大学 | Die structure capable of measuring flanging limit value of metal plate and test method |
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| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20120711 |