CN108637063A - A kind of red multifunctional processor structure for rushing raw material of hydraulic pressure - Google Patents
A kind of red multifunctional processor structure for rushing raw material of hydraulic pressure Download PDFInfo
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- CN108637063A CN108637063A CN201810199896.9A CN201810199896A CN108637063A CN 108637063 A CN108637063 A CN 108637063A CN 201810199896 A CN201810199896 A CN 201810199896A CN 108637063 A CN108637063 A CN 108637063A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D22/00—Shaping without cutting, by stamping, spinning, or deep-drawing
- B21D22/02—Stamping using rigid devices or tools
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D22/00—Shaping without cutting, by stamping, spinning, or deep-drawing
- B21D22/02—Stamping using rigid devices or tools
- B21D22/022—Stamping using rigid devices or tools by heating the blank or stamping associated with heat treatment
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D37/00—Tools as parts of machines covered by this subclass
- B21D37/10—Die sets; Pillar guides
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D37/00—Tools as parts of machines covered by this subclass
- B21D37/16—Heating or cooling
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/10—Greenhouse gas [GHG] capture, material saving, heat recovery or other energy efficient measures, e.g. motor control, characterised by manufacturing processes, e.g. for rolling metal or metal working
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Physics & Mathematics (AREA)
- Thermal Sciences (AREA)
- Presses And Accessory Devices Thereof (AREA)
Abstract
The present invention relates to a kind of red multifunctional processor structures for rushing raw material of hydraulic pressure; including host frame mechanism, punch mold device, material returned boom device, die opening mechanism and cooling device; the punch mold device is fixedly arranged on host frame mechanism; and punch mold device is corresponding with die opening mechanism position, material returned boom device connects die opening mechanism；Cooling device is slidably connected in connecting shaft, and cooling device is corresponding with die opening mechanism and punch mold device position, for carrying out cooling spraying to stamping forming workpiece.With the above structure, it substantially increases the service life of mold, realizes the red processing unit (plant) accurate synchronization for rushing raw material, improve the stability of plunger chip die processing, the configuration of the present invention is simple, the course of work is safe and reliable；Using first jet and second nozzle successively to being cooled down before workpiece punching press and after workpiece punching press, temperature distributing disproportionation when can inhibit to cool down treated object can avoid the undesirable generation of quality of deformation and hardness deviation etc..
Description
Technical field
The invention belongs to the red multifunctional processor structures for rushing raw material of mechanical equipment technical field more particularly to a kind of hydraulic pressure.
Background technology
As society advances, scientific and technological development, mechanical industry proposes component of machine new requirement of mechanical strength, and
The mechanical strength of component of machine is improved, two methods are generally used, first, changing the material of parts, second is that changing adding for it
Work method.The red technique of rushing that red flushing furnace is used is exactly to improve the effective of the mechanical property of parts by changing processing method
One of method is actually a kind of hot extrusion technique, there is good development prospect, has obtained universal application.
The red specific processing method for rushing technique be by brass bar or iron staff be heated to it is crimson after, be put into punching machine heat punching
Disposable extrusion forming is carried out in mold.In common production technology, need operating personnel by the brass bar or iron after heating
The piece-holders such as stick at punching machine after can just be processed.
Currently, be all that extrusion forming is used for by punch mould Impact mould for the red processing for rushing raw material, it is existing to be used for
The mechanism operation of push punch mould is not sufficiently stable, and control accuracy is not high, and safety need to be improved, meanwhile, existing red punching adds
Tooling is set cooling and is cooled down using traditional oil cooling mode, and cooling efficiency is bad, and the red of machine-shaping is caused to rush workpiece stress
The problem of variation, the workpiece after being cooled easily deforms, the quality of workpiece is influenced, the popularization of enterprise is unfavorable for.
In view of the above problems, therefore, it is necessary to it makes improvements.
Invention content
The present invention is to provide a kind of hydraulic pressure the red multi-functional processing for rushing raw material to overcome above-mentioned defect in the prior art
Mechanism.
In order to reach object above, the technical solution adopted in the present invention is：A kind of hydraulic pressure is red rush the multi-functional of raw material plus
Work mechanism, including host frame mechanism, punch mold device, material returned boom device, die opening mechanism and cooling device, the host frame mechanism
Including bottom plate, the main platen and the platen that are fixedly arranged on bottom plate；Main platen is fixedly connected with platen surrounding by connecting shaft, main platen
Be formed among platen for the red accommodating chamber for rushing Raw material processing；The punch mold device is fixedly arranged on host frame mechanism, and
Punch mold device is corresponding with die opening mechanism position, and material returned boom device connects die opening mechanism；Cooling device is slidably connected to connection
On axis, cooling device is corresponding with die opening mechanism and punch mold device position, for carrying out cooling use to stamping forming workpiece
Spraying.
As a preferred embodiment of the present invention, the both sides of the main platen are formed with first through hole, are slided in first through hole
Dynamic to be connected with guiding axis, guiding axis is installed with connecting plate close to the end of accommodating chamber, driving oil is provided in the middle part of the main platen
Cylinder；Drive cylinder is fixedly connected across main platen with connecting plate；Drive cylinder is drivingly connected plate and is moved left and right in accommodating chamber；Even
Fishplate bar connects punch mold device；The guiding axis is provided with four, and guiding axis is symmetrically laid in main platen both sides, guiding axis two-by-two
One end be fixedly connected with connecting plate across main platen, the other end connect upper beam；It is formed with oil between two guiding axis
One end of cylinder, oil cylinder is fixedly arranged on main platen, and the drive shaft of oil cylinder is connected on upper beam；Close to even between two guiding axis
Limiting cushion block is equipped at fishplate bar position, limiting cushion block is fixedly arranged on main platen, corresponding, and connecting plate is equipped with and limit
The compatible adjustment mechanism of cushion block；The adjustment mechanism includes locating shaft and adjustment bolt；Locating shaft passes through connecting plate, adjusts spiral shell
The side for being connected to locating shaft is tethered, it is corresponding with limiting cushion block position.
As a preferred embodiment of the present invention, the punch mold device includes die shank bottom plate, is fixedly arranged on die shank bottom plate
Punch ontology；The punch ontology includes limit screw cap, the die shank being socketed in limit screw cap, and punch pad is provided in die shank
Block, ram block front end are provided with punch clamping nut；Storage tank, punch clamping nut are formed between die shank and limit screw cap
It is embedded to be arranged in storage tank；The die shank bottom plate is fixedly connected with die shank；Mould adjustment is provided at the top of the die shank bottom plate
Block, mould adjustment block are connected by screw with die shank bottom plate；Die shank bottom plate gasket is provided on the die shank bottom plate, die shank bottom plate is logical
Coupling screwing machine frame is crossed, screw passes through die shank bottom plate gasket connection frame；The die shank is mounted on by bolt on limit screw cap；
The bolt is provided with three groups, and every group is provided with 2, and three groups of bolts are equidistantly laid on limit screw cap.
As a preferred embodiment of the present invention, the material returned boom device includes the fixed seat of symmetrical laying, fixed seat
On be connected with the first oil cylinder, the first drive shaft of the first oil cylinder is connected with the first material returned crossbeam, and the material returned boom device further includes
There is a positioning seat of symmetrical laying, positioning seat is located on the outside of fixed seat, is connected with the second oil cylinder on positioning seat, and the of the second oil cylinder
Two drive shafts are connected with the second material returned crossbeam, and symmetrical guiding axis is provided on the first material returned crossbeam, corresponding, the
Pilot hole compatible with guiding axis is provided on two material returned crossbeams, guiding axis passes through pilot hole for connecting the first material returned crossbeam
With the second material returned crossbeam；Guide-localization axis, guide-localization axis are provided between first material returned crossbeam and the second material returned crossbeam
Between two guiding axis, the first material returned crossbeam be respectively arranged on the second material returned crossbeam it is compatible with guide-localization axis
First guide-localization hole and the second guide-localization hole.
As a preferred embodiment of the present invention, first material returned crossbeam is provided with relative to the second material returned cross rail outer
Spacer, guide-localization axis are connected across the first material returned crossbeam with spacer；It is provided with limit screw cap, limit screw cap outside the spacer
Outer connection is red to wash mold mechanism open；Second material returned crossbeam bottom is additionally provided with locating piece, and adjustable plate is connected on locating piece, adjusts
Inductive switch is connected on plate.
As a preferred embodiment of the present invention, it is formed with guide groove on the adjustable plate, is connected on guide groove several
Positioning screw, several positioning screws are by guide groove for adjusting position of the inductive switch on adjustable plate.
As a preferred embodiment of the present invention, the die opening mechanism includes mould cylinder, and a pair of of mould cylinder, mould are provided in mould cylinder
It is equipped with a pair of of mould cylinder pressing plate in cylinder and mold core, mould cylinder are corresponding with mould cylinder press plate position；Mould cylinder rear end is connected with material returned gear
Plate is connected with lower die cylinder connector sleeve on material returned baffle, lower die cylinder is connected on lower die cylinder connector sleeve, punch is socketed in lower die cylinder
Regulating nut；Through there is bottom core pulling among the mould cylinder, mould cylinder pull rod is socketed in the core pulling of bottom, mould cylinder pull rod is kept off across the material returned
Plate, lower die cylinder connector sleeve are mutually butted on limit screw cap with punch regulating nut；Punch regulating nut is close to lower die cylinder connector sleeve position
It sets place and is equipped with block, block is fixedly arranged in the core pulling of bottom, and one end of bottom core pulling is located in punch regulating nut, and the other end is mutually butted on mould
Core；Spring is provided in the rear end of the mould cylinder pull rod, one end of spring is connected to limit screw cap, the other end and bottom core-pulling device
It offsets；The compatible sliding groove of block is formed on the mould cylinder pull rod；The mould cylinder tie rod end is provided with drive hole, driving
Drive shaft is connected in hole, drive shaft driving spring and the end of bottom core pulling offset, and drive block to be slided in sliding groove, in turn
Band moving-mould-core is demoulded or is molded.
As a preferred embodiment of the present invention, the left and right end on the outside of the mould cylinder is equipped with sliding block, and sliding block is fixedly arranged on mould cylinder
On, corresponding, left and right end is equipped with link slot compatible with sliding block in mould cylinder；Mould cylinder is with mould cylinder by being slided with sliding block
Connection；The tapered shape body of mould cylinder；The mould cylinder is in 7~15 ° of angles with the contact surface of the mould cylinder and mould cylinder central axes；Institute
It states the upper and lower side on the outside of mould cylinder and is equipped with mould cylinder sliding block；Mould cylinder sliding block is fixedly arranged on the inside of mould cylinder, corresponding, mould cylinder upper and lower side
It is formed with cooling hole compatible with mould cylinder sliding block.
As a preferred embodiment of the present invention, the mould cylinder sliding block includes interconnecting piece and guide part；Interconnecting piece and guiding
Portion is fixedly connected, and is integrally formed；The angle of inclination of interconnecting piece and guide part is consistent with the angle of inclination of mould cylinder；The interconnecting piece
Length be mould cylinder length 1/2；The outer diameter of the guide part is consistent with the internal diameter of cooling hole, and the height of guide part is less than mould
The thickness of cylinder.
As a preferred embodiment of the present invention, the cooling device includes spraying liquid storing barrel, with spraying liquid storing barrel difference
The first jet and second nozzle of connection；First jet and second nozzle are laid in the left and right sides of fixed long axis successively；The
One nozzle is corresponding with the staking punch position on punch mold device；For carrying out cooling spraying to staking punch；Second nozzle with
Cooling hole site on mould cylinder is corresponding；For carrying out cooling spraying to stamping forming workpiece；The spraying liquid storing barrel is solid
Set on the side of platen, platen is provided with two pieces, is fixedly connected by four connecting shafts between two blocks of platens, the cunning of fixed long axis
It is dynamic to be connected in the locating rod of two pieces of platen upper ends；Fixed long axis is provided at both ends with limiting device, and limiting device engaging connects
It is connected in locating rod；The lower end of the fixed long axis is formed with upper guide groove compatible with connecting shaft, corresponding, institute
It states connecting plate upper end and is formed with lower guide groove compatible with connecting shaft；It is provided with positioning seat on the fixed long axis, is positioned
Driving cylinder and conduit are installed on seat；It drives and is connected with adjustment seat, one end of adjustment seat and drive shaft in the drive shaft of cylinder
It is fixedly connected, the other end is formed with targeting port, and guide bar is socketed in targeting port, and guide bar passes through conduit to connect with second nozzle
It connects；Driving cylinder is for adjusting second nozzle up and down motion；The positioning seat bottom is installed with cooling fixed plate, cooling fixed plate
On be connected with adjustment plate, adjustment plate end set has guide pipe, is oriented to bottom of the tube and is connect with first jet, guide pipe passes through pipeline
It is connected with spraying liquid storing barrel.
The beneficial effects of the invention are as follows：
1. with the above structure, substantially increasing the service life of mold, driven using the driving cylinder on host frame mechanism
Dynamic punch mold device moves forward and backward, and punch mold device is corresponding with die opening mechanism position, and punch mold device is used for red punching original
Material pushes in die opening mechanism, extrusion forming, realizes the red processing unit (plant) accurate synchronization for rushing raw material, improves plunger chip die processing
Stability, the configuration of the present invention is simple, the course of work is safe and reliable；
2. with the above structure, the red cooling process for rushing equipment of hydraulic pressure can be automatically performed by machine, production efficiency is significantly
It improves, it is easy to operate, labour is saved, it can the extensive use in the fields Hong Chong；Using first jet and second nozzle according to
It is cooled down before the secondary punching press to workpiece and after workpiece punching press, Temperature Distribution when can inhibit to cool down treated object is not
, the undesirable generation of quality of deformation and hardness deviation etc. can be avoided；
3. the present invention is easy to operate, convenient for disassembly and assembly, can large-scale promotion.
Description of the drawings
Fig. 1 is the structural schematic diagram of the embodiment of the present invention；
Fig. 2 is the structural schematic diagram of host frame mechanism of the embodiment of the present invention；
Fig. 3 is the usage state diagram of host frame mechanism of the embodiment of the present invention；
Fig. 4 is the vertical view of host frame mechanism of the embodiment of the present invention；
Fig. 5 is the structural schematic diagram of punch mold device of the embodiment of the present invention；
Fig. 6 is the front view of punch mold device of the embodiment of the present invention；
Fig. 7 is A-A sectional views of the embodiment of the present invention；
Fig. 8 is the structural schematic diagram of material returned boom device of the embodiment of the present invention；
Fig. 9 is the usage state diagram of material returned boom device of the embodiment of the present invention；
Figure 10 is the vertical view of material returned boom device of the embodiment of the present invention；
Figure 11 is the structural schematic diagram of die opening mechanism of the embodiment of the present invention；
Figure 12 is the front view of die opening mechanism of the embodiment of the present invention；
Figure 13 is B-B sectional views of the embodiment of the present invention；
Figure 14 is the structural schematic diagram that die opening mechanism of the embodiment of the present invention removes mould cylinder and mould cylinder sliding block；
Figure 15 is the mould cylinder slide block structure schematic diagram of the embodiment of the present invention；
Figure 16 is the cooling device structural schematic diagram of the embodiment of the present invention；
Figure 17 is the cooling device usage state diagram of the embodiment of the present invention；
Reference numeral in figure：Cooling device 24, host frame mechanism 120, punch mold device 121, material returned boom device 122, die-sinking machine
Structure 123, bottom plate 10, main platen 100, platen 101, connecting shaft 102, first through hole 103, guiding axis 104, connecting plate 105, driving
Oil cylinder 106, upper beam 107, oil cylinder 108, drive shaft 108-1, adjustment mechanism 109, locating shaft 109-1, adjustment bolt 109-2,
Accommodating chamber 1000, limiting cushion block 1001, material returned bar 1003；Die shank bottom plate 26, die shank 261, limit screw cap 262, ram block
263, punch clamping nut 264, die shank bottom plate gasket 265, mould adjustment block 266, bolt 267, storage tank 268, fixed seat 27, the
One oil cylinder 270, the first drive shaft 270-1, the first material returned crossbeam 271, the first guide-localization hole 271-1, adjusting nut 271-2,
Second material returned crossbeam 272, pilot hole 272-1, the second guide-localization hole 272-2, positioning seat 273, the second oil cylinder 274, guiding axis
275, guide-localization axis 276, spacer 277, limit screw cap 278,279 cylinder 2701 of limited block, electric wire fixing plate 2702, locating piece
2703, adjustable plate 2704, inductive switch 2705, guide groove 2706, positioning screw 2707, mould cylinder 110, mould cylinder 111, mould cylinder sliding block
112, interconnecting piece 112-1, guide part 112-2, sliding block 113, link slot 115, mould cylinder pressing plate 116, bottom core pulling 117, mould cylinder pull rod
118, material returned baffle 119, lower die cylinder connector sleeve 1100, lower die cylinder 1101, limit screw cap 1102, punch regulating nut 1103, gear
Block 1104, spring 1105, sliding groove 1106, drive hole 1107, mold core 1108, cooling hole 1109, peep hole 1111, liquid storage of spraying
Bucket 21, first jet 210, second nozzle 211, the 212 of fixed long axis, upper guide groove 212-1, limiting device 216, connecting plate
216-1, adjusting screw 216-2, adjusting bolt 216-3, lower guide groove 216-4, positioning seat 217 drive cylinder 218, drive shaft
218-1, adjustment seat 219, targeting port 219-1, guide bar 2101, conduit 2102, cooling fixed plate 2103, adjustment plate 2104 are led
To pipe 2105, guide groove 2106, adjustment bolt 2107.
Specific implementation mode
It elaborates below in conjunction with the accompanying drawings to the embodiment of the present invention.
Embodiment：As shown in Figure 1, a kind of red multifunctional processor structure for rushing raw material of hydraulic pressure, including host frame mechanism 120,
Punch mold device 121, material returned boom device 122, die opening mechanism 123 and cooling device 24, the host frame mechanism 120 include bottom plate
10, the main platen 100 and platen 101 being fixedly arranged on bottom plate 10；Main platen 100 is fixed with 101 surrounding of platen by connecting shaft 102
It is formed with for the red accommodating chamber 1000 for rushing Raw material processing among connection, main platen 100 and platen 101；The punch mold device
121 are fixedly arranged on host frame mechanism 120, and punch mold device 121 is corresponding with 123 position of die opening mechanism, material returned boom device 122
Connect die opening mechanism 123；Cooling device 24 is slidably connected in connecting shaft 102, cooling device 24 and die opening mechanism 123 and punch
121 position of mold device is corresponding, for carrying out cooling spraying to stamping forming workpiece；With the above structure, significantly
The service life for improving mold is moved forward and backward using the driving cylinder driving punch mold device on host frame mechanism, and punch
Mold device is corresponding with die opening mechanism position, and punch mold device is for pushing to the red raw material that rushes in die opening mechanism, extrusion forming,
It realizes the red processing unit (plant) accurate synchronization for rushing raw material, improves the stability of plunger chip die processing, the configuration of the present invention is simple, work
Process safety is reliable, meanwhile, using first jet and second nozzle successively to being cooled down before workpiece punching press and after workpiece punching press,
Temperature distributing disproportionation when can inhibit to cool down treated object can avoid the quality of deformation and hardness deviation etc. bad
Generation.
As in Figure 2-4, the both sides of the main platen 100 are formed with first through hole 103, and the interior sliding of first through hole 103 connects
It is connected to guiding axis 104, guiding axis 104 is installed with connecting plate 105,100 middle part of the main platen close to the end of accommodating chamber 1000
It is provided with drive cylinder 106；Drive cylinder 106 is fixedly connected across main platen 100 with connecting plate 105；It is connected on connecting plate 105
There is punch mold device, for carrying out pinch shock to the red raw material that rushes, drive cylinder 106 is drivingly connected plate 105 in accommodating chamber 1000
Inside move left and right；Connecting plate 105 connects punch mold device 121；Guiding axis 104 is provided with four, the symmetrical cloth two-by-two of guiding axis 104
Set on 100 both sides of main platen, one end of guiding axis 104 is fixedly connected across main platen 100 with connecting plate 105, other end connection
Upper beam 107；With the above structure, the service life for substantially increasing mold, using symmetrical direct bearing to connection
The sliding of plate is drivingly connected the synchronous progress of the movement of plate with drive cylinder, realizes accurate synchronization, improves plunger chip die processing
Stability, the configuration of the present invention is simple, the course of work is safe and reliable；It is formed with oil cylinder 108, oil cylinder between two guiding axis 104
108 one end is fixedly arranged on main platen 100, and the drive shaft 108-1 of oil cylinder 108 is connected on upper beam 107；Using the above scheme,
Further improve the power of plunger chip die punching press so that the operation of connecting plate is more reliable and more stable, ensures safety in utilization.
Limiting cushion block 1001 is equipped between two guiding axis 104 at 105 position of connecting plate, limiting cushion block 1001 is fixed
In on main platen 100, corresponding, connecting plate 105 is equipped with adjustment mechanism compatible with limiting cushion block 1,001 109；
Adjustment mechanism 109 includes locating shaft 109-1 and adjustment bolt 109-2；Adjustment bolt 109-2 rotation examinations are connected to locating shaft 109-
On 1, the distance between adjustment bolt 109-2 and limiting cushion block 1001 can be adjusted by adjusting bolt 109-2, it can be according to reality
Border needs to be adjusted, and ensures to be suitable for processing without the red sample that rushes of hydraulic pressure of specification and size, locating shaft 109-1 passes through connection
Plate 105, adjustment bolt 109-2 are connected to the side of locating shaft 109-1, corresponding with 1001 position of limiting cushion block；Pass through setting
Adjustment mechanism so that it is steady effective during the motion in plunger chip die, ensure the safety used.
A kind of red raw material host frame mechanism that rushes of hydraulic pressure further includes having at least two material returned bars 1003, one end of material returned bar 1003
It is fixedly arranged on connecting plate 105, the other end is connected across platen 101 with the material returned boom device of die opening mechanism；Meanwhile connecting plate with
Material returned bar connects so that the device ensures that reliable and stable, accuracy height, reliability height are convenient for using, be saved in forward or backward
About manufacturing cost；Two material returned bars 1003 are fixedly arranged on the diagonally opposing corner of connecting plate 105, while ensureing the device stability,
It is cost-effective, space availability ratio higher.
As illustrated in figs. 5-7, punch mold device 121 includes die shank bottom plate 26, the punch ontology being fixedly arranged on die shank bottom plate 26
260；The punch ontology 260 include limit screw cap 262, the die shank 261 being socketed in limit screw cap 262, limit screw cap 262 with
The shape of die shank 261 is cylindrical shape；Ram block 263 is provided in die shank 261,263 front end of ram block is provided with punch
Clamping nut 264；Storage tank 268, the 264 embedded setting of punch clamping nut are formed between die shank 261 and limit screw cap 262
In storage tank；Die shank 261 is mounted on by bolt 267 on limit screw cap 262；The bolt 267 is provided with three groups, and every group sets
2 are equipped with, three groups of bolts 267 are equidistantly laid on limit screw cap 262；With the above structure, mold is substantially increased
Service life, and by the way that bolt is arranged, it is convenient and practical convenient for the dismounting of die shank and limit screw cap, it is at low cost.
26 top of die shank bottom plate is provided with mould adjustment block 266, and mould adjustment block 266 is connected by screw with die shank bottom plate 26；
Due to being provided with mould adjustment block at the top of die shank bottom plate, mould adjustment block is connected by screw with die shank bottom plate, therefore, when in use,
User can be adjusted the adjusting screw in mould adjustment block position, to rise according to the different height of punch and punching hole
To the effect for the punching press for protecting entire punch ontology, the use scope of the mold is improved.
Die shank bottom plate 26 is fixedly connected with die shank 261；Improve the integral strength and sound construction degree of punch mold device；Limit
The end of position nut 262 is with the end of punch clamping nut 264 on same perpendicular；The length of punch clamping nut 264
It is 2 times of 268 height of storage tank；Convenient for the impact resistance of punching press, it is allowed to be hardly damaged, meanwhile, working efficiency is also improved, and
And resource is also saved, greatly facilitate operation.
Die shank bottom plate gasket 265 is provided on die shank bottom plate 26, die shank bottom plate 26 is connected by screw rack, and screw passes through
265 connection frame of die shank bottom plate gasket；It is convenient and practical convenient for the dismounting of punch；Punch clamping nut 264 is silicon carbide material system
At；Silicon carbide has excellent toughness, wearability and intensity, when punching press, greatly mitigates the abrasion between die holder and punch, silicon carbide
The toughness and impact resistance for enhancing punch, are allowed to be hardly damaged, advantage with long service life.
As seen in figs. 8-10, material returned boom device 122 includes the fixed seat 27 of symmetrical laying, and is connected in fixed seat 27
First drive shaft 270-1 of one oil cylinder 270, Ffirst cylinder 2 70 is connected with the first material returned crossbeam 271, further includes having symmetrical cloth
If positioning seat 273, positioning seat 273 is located at the outside of fixed seat 27, the second oil cylinder 274, the second oil cylinder is connected on positioning seat 273
274 the second drive shaft 274-1 is connected with the second material returned crossbeam 272, and symmetrical guiding is provided on the first material returned crossbeam 271
Axis 275, it is corresponding, it is provided with pilot hole 272-1 compatible with guiding axis 275 on the second material returned crossbeam 272, is oriented to
Axis 275 passes through pilot hole 272-1 for connecting the first material returned crossbeam 271 and the second material returned crossbeam 272.Use above structure
Afterwards, the service life for substantially increasing mold is realized accurate synchronization using the first material returned crossbeam and the second material returned crossbeam, is improved
The stability of mold processing, the configuration of the present invention is simple, the course of work is safe and reliable, is oriented to axis connection accuracy height, and reliability is high,
Convenient for using, manufacturing cost is saved.
Guide-localization axis 276, guide-localization axis 276 are provided between first material returned crossbeam 271 and the second material returned crossbeam 272
Between two guiding axis 275, it is respectively arranged on the first material returned crossbeam 271 and the second material returned crossbeam 272 and guide-localization
Axis 276 compatible first guide-localization hole 271-1 and the second guide-localization hole 272-2；First material returned crossbeam 271 is relative to
Two material returned crossbeams, 272 outside is provided with spacer 277, and guide-localization axis 276 is connected across the first material returned crossbeam 271 with spacer 277
It connects；It is provided with limit screw cap 278 outside the spacer 277, is connected outside limit screw cap 278 and red washes mold mechanism open；Convenient for the anti-of punching press
Impact is allowed to be hardly damaged, meanwhile, working efficiency is also improved, and also save resource, greatly facilitates operation.
It is provided with adjusting nut 271-2, adjusting nut on first guide-localization hole 271-1 of the first material returned crossbeam 271
271-2 is socketed on guide-localization axis 276.Therefore, when in use, user can be according to the different height of punch and punching hole
Degree is adjusted the adjustment adjusting nut 271-2 in the first guide-localization hole positions 271-1, to play the entire punch sheet of protection
The effect of the punching press of body improves the use scope of the mold.
Limited block 279 is provided on second material returned crossbeam 272, limited block 279 passes through the second material returned crossbeam 272 and guiding fixed
Position axis 276 is adapted, for limiting the position between the first material returned crossbeam 271 and the second material returned crossbeam 272；Second material returned crossbeam
272 bottoms are provided with cylinder 2701, and electric wire fixing plate 2702 is connected on cylinder 2701；Second material returned crossbeam, 272 bottom
It is additionally provided with locating piece 2703, adjustable plate 2704 is connected on locating piece 2703, inductive switch 2705 is connected on adjustable plate 2704；
It is formed with guide groove 2706 on the adjustable plate 2704, several positioning screws 2707 are connected on guide groove 2706, this is several fixed
Position screw 2707 is by guide groove 2706 for adjusting position of the inductive switch 2705 on adjustable plate 2704.
As shown in figs. 11 and 15, die opening mechanism 123 includes mould cylinder 110, and a pair of of mould cylinder 111, mould cylinder are provided in mould cylinder 110
It is equipped with a pair of of mould cylinder pressing plate 116 in 111 and mold core 1108, mould cylinder 111 are corresponding with mould cylinder 116 positions of pressing plate；The mould cylinder 111
Rear end is connected with material returned baffle 119, is connected with lower die cylinder connector sleeve 1100 on material returned baffle 119, on lower die cylinder connector sleeve 1100
It is connected with lower die cylinder 1101, punch regulating nut 1103 is socketed in lower die cylinder 1101；Running through among the mould cylinder 111 has bottom pumping
Core 117, mould cylinder pull rod 118 is socketed in bottom core pulling 117, and mould cylinder pull rod 118 passes through material returned baffle 119, lower die cylinder connector sleeve
1100 are mutually butted on punch regulating nut 1103 on limit screw cap 1102；Punch regulating nut 1103 is close to lower die cylinder connector sleeve
Block 1104 is equipped at 1100 positions, block 1104 is fixedly arranged in bottom core pulling 117, and one end of bottom core pulling 117 is located at punch adjusting
In nut 1103, the other end is mutually butted on mold core 1108；Mold core 1108 is constituted with 2 mold core fissions, on the mould cylinder 111
End setting mould cylinder pressing plate 116, pushes down the mold core 1108, plays fixed function；2 mold core fissions are sold directly to households with portraitlandscape tongue and groove
It is combined together.Mold core 1108 has the accommodating chamber for placing blank；It is provided with spring 1105, bullet in the rear end of mould cylinder pull rod 118
One end of spring 1105 is connected to limit screw cap 1102, and the other end offsets with bottom core-pulling device 117；Shape on the mould cylinder pull rod 118
At there is 1104 compatible sliding groove 1106 of block.
With the above structure, the service life of mold, invention reasonable design, simple in structure, use are substantially increased
Mould cylinder, mould cylinder and mold core three's separate structure, it is convenient for disassembly and assembly, when processing the balance weight of different model, it is only necessary to replace mold core
, production cost is saved, is increased economic efficiency.
In the present invention, above-mentioned mold core 1108 is embedded in mould cylinder 111, and fixed, 2 mold core fission portraitlandscapes
Tongue and groove sells locking directly to households, and mould cylinder 111 is again divided into two pieces of left and right, coordinates as mold core 1108 and mutually inlays integral, mould cylinder 110
Cavity wall be inverted round stage structure, the left and right end in the outside of mould cylinder 111 is equipped with sliding block 113, and sliding block 113 is fixedly arranged on mould cylinder 111, with
This is corresponding, and left and right end is equipped with link slot compatible with sliding block 113 115 in mould cylinder 110；Mould cylinder 110 passes through with mould cylinder 111
It is slidably connected with sliding block 113；The cross section of the sliding block 113 is T-shaped structure；Link slot 115 and the sliding block 113 of T-shaped structure slide
Connection improves stability and the safety of the mould cylinder 111 sliding.
111 tapered shape body of mould cylinder；The mould cylinder 110 is in 7 with the contact surface of the mould cylinder 111 and 111 central axes of mould cylinder
~15 ° of angles；Preferably 9-11 ° of angle, the present embodiment are selected as 10 ° of angles.
Mould cylinder 111 along 115 uplink of T-shaped link slot, and presses mould cylinder 111 with mold core 1108 in demoulding when work
Inclination flexes outward, self-assembling formation demoulding；After taking out product, mold core 1108 and mould cylinder 111 along T words link slot 115 downwards and to
Interior closure, then carry out second of punching press work done, and so on, continuous work done.
118 end set of mould cylinder pull rod has drive hole 1107, and drive shaft is connected in drive hole 1107, and driving axis connection is driven
Dynamic motor, driving motor drive drive shaft driving spring 1105 and the end of bottom core pulling 117 to offset, block 1104 are driven to slide
Sliding in slot 1106, and then demould or mold with moving-mould-core 1108.
The upper and lower side in 111 outside of mould cylinder is equipped with mould cylinder sliding block 112；Mould cylinder sliding block 112 is fixedly arranged on 110 inside of mould cylinder, with this
Corresponding, 111 upper and lower side of mould cylinder is formed with cooling hole compatible with mould cylinder sliding block 112 1109；Mould cylinder sliding block 112 includes connecting
Socket part 112-1 and guide part 112-2；Interconnecting piece 112-1 is fixedly connected with guide part 112-2, is integrally formed；Interconnecting piece 112-1
It is consistent with the angle of inclination of mould cylinder 111 with the angle of inclination of guide part 112-2；By the way that mould cylinder sliding block 112 is arranged, mould is facilitated
Mutual cooperation between cylinder 110 and mould cylinder 111, meanwhile, cooling hole 1109 compatible with mould cylinder sliding block is formed on mould cylinder,
Match use with cooling system, convenient to be applicable in convenient for being cooled down to the workpiece for processing punching press.
The length of interconnecting piece 112-1 is the 1/2 of 111 length of mould cylinder；The outer diameter of guide part 112-2 is interior with cooling hole 1109
Diameter is consistent, and the height of guide part 112-2 is less than the thickness of mould cylinder 111；Using the above scheme, the stabilization of the device is improved
Property, it ensure that safe to use.
Punch regulating nut 1103 is in " T " shape body, and 1104 vertical runs of block are in bottom core pulling 117, punch regulating nut
1103 maximum outside diameter is consistent with the outer diameter of block 1104；Using the above scheme so that the demoulding of the device or die sinking
Stroke distances tend towards stability, the stability of same dimensions workpiece easy to process, meanwhile, by turning on mould cylinder pull rod 118
It is dynamic to be connected with punch regulating nut 1103, sliding distance of the block 1104 in sliding groove 1106, the bottom with front end can be adjusted
Core pulling 117 and mold core 1108 match.
Symmetrical peep hole 1111, peep hole 1111 and 1104 position of block is arranged in the both sides of lower die cylinder connector sleeve 1100
It is corresponding；Facilitate sliding mode of the observation block 1104 in sliding groove 1106, meanwhile, also allow for the repair for facilitating the device.
As shown in figs. 16-17, cooling device 24 includes spraying liquid storing barrel 21, first be separately connected with spraying liquid storing barrel 21
Nozzle 210 and second nozzle 211；First jet 210 and second nozzle 211 are laid in 212 left and right two of fixed long axis successively
Side；First jet 210 is corresponding with the staking punch position on punch mold device 121；For carrying out cooling spraying to staking punch；
Second nozzle 211 is corresponding with 1109 position of cooling hole on mould cylinder；For carrying out cooling spraying to stamping forming workpiece；
With the above structure, the red cooling process for rushing equipment of hydraulic pressure can be automatically performed by machine, and production efficiency greatly improves, behaviour
Make simply, to save labour, it can the extensive use in the fields Hong Chong；The cooling device of the application uses misting cooling, is
A kind of effective radiating mode, it is excellent since it is strong with heat-sinking capability, working medium demand is small, the degree of superheat is low and thermal contact resistance is small etc.
Point.
The operation principle of spray cooling system is：By the driving of pump, sprayer is entered by spraying liquid storing barrel and generates spray
Mist is rushed to red on workpiece by nozzle.Vaporization occurs using liquid absorption heat and reaches cooling purpose, steam is flow in condenser
Liquid is condensed into, then spraying liquid storing barrel is back to by pumping and completes a cooling cycle；The cooling device further includes for controlling
The control device of 211 each emitted dose of first jet 210 and second nozzle, the control device is for controlling first jet 210 and the
Two nozzles 211 successively spray by spray cooling；Control device 213 is based on temperature when can measure the red processing for rushing workpiece
Degree adjusts the refrigerating mode of workpiece according to the temperature so that the effect that first jet 210 and second nozzle 211 spray to workpiece
Reach best；By the way that control device is arranged, the compressed air pressure and cooling water flow of each atomizer, energy can be rationally adjusted
Enough reach best atomizing effect so that workpiece can be cooled down uniformly；Using first jet 210 and second nozzle 211 successively to work
It is cooled down before part punching press and after workpiece punching press, temperature distributing disproportionation when can inhibit to cool down treated object can
Avoid the undesirable generation of quality of deformation and hardness deviation etc..
In first jet 210, in fact it is corresponding be liquidate ram position cooling a cooling system, to after heating simultaneously
The red workpiece that rushes for being set in die opening mechanism red rushes workpiece in misty ground spray cooling liquid, to cool down this.Also, cooling system exists
Rapid cooling is red to be used when rushing workpiece.Cooling system has recovery tube, heat exchanger, pump, supply pipe and nozzle.In addition, making
For coolant liquid, such as use water, oil, salt or fluorine class inert fluid etc..
First jet 210 is to after heating and be set in die opening mechanism red rushes the misty coolant liquid of workpiece injection（It is cold
But mist is used）To cool down the red component for rushing workpiece.Also, first jet 210 rapid cooling is red rush workpiece when use.First jet
210 are injected in that hydraulic pressure is red to be rushed on the staking punch of equipment, are mutually squeezed for rushing workpiece with red after heating, and to rush workpiece equal due to red
It is evenly cooling, the red strain etc. for rushing workpiece caused by cooling inhomogeneities occurs so preventing.
Second nozzle 211 is corresponding with mould cylinder position；For carrying out cooling spraying to stamping forming workpiece；Second spray
Mouth 211 is the coolant liquid to stamping forming workpiece injection mist（Cooling mist）, also, second nozzle 211 is maintaining red punching
The uniformity of the cooling of workpiece uses when slowly cooling down simultaneously.Second nozzle 211 and along guide bar（2101）Center
Axis direction is arranged side by side multiple.As a result, red rush not reduced strongly with the part of plume contact in workpiece.Therefore, red punching
Workpiece is uniformly cooled, it is therefore prevented that the red strain etc. for rushing workpiece caused by cooling inhomogeneities occurs.
Spraying liquid storing barrel 21 is fixedly arranged on the side of platen 101, and platen 101 is provided with two pieces, passes through four between two blocks of platens
Root connecting shaft 102 is fixedly connected, and the 212 of fixed long axis is slidably connected in the connecting shaft 102 of two pieces of platen upper ends；Fixed long axis
212 be provided at both ends with limiting device 216, which is connected together in connecting shaft 102；The limiting device 216
Including connecting plate 216-1, positioned at the both sides connecting plate 216-1 and for the adjusting screw 216-2 for the axis 102 that is connected together, spiral shell is adjusted
Nail 216-2 passes through the 212 of fixed long axis to be connect with adjusting bolt 216-3；Adjusting bolt 216-3 and adjusting screw 216-2 phases
Mutually cooperation, 212 position in connecting shaft 102 for adjusting fixed long axis；212 lower ends of fixed long axis are formed with and connect
The compatible upper guide groove 212-1 of axis 102, corresponding, the upper ends the connecting plate 216-1 are formed with and connecting shaft 102
Compatible lower guide groove 216-4；Using the above scheme, the position between first jet 210 and second nozzle 211 can be adjusted
Relationship, reasonably selecting atomizer spacing can make workpiece cooling surface water uniform, be atomized and spray under compressed air jet effect,
Achieve the purpose that cooling down workpiece.
It is provided with positioning seat 217 on the 212 of fixed long axis, driving cylinder 218 and conduit are installed on positioning seat 217
2102；It drives and is connected with adjustment seat 219 on the drive shaft 218-1 of cylinder 218, one end of adjustment seat 219 and drive shaft 218-1 are solid
Fixed connection, the other end are formed with targeting port 219-1, and guide bar 2101 is socketed in targeting port 219-1, and guide bar 2101 is passed through and led
Pipe 2102 is connect with second nozzle 211；Driving cylinder 218 is for adjusting the up and down motion of second nozzle 211.
217 bottom of positioning seat is installed with cooling fixed plate 2103, is connected with adjustment plate 2104 in cooling fixed plate 2103, adjusts
2104 end set of whole plate has guide pipe 2105,2105 bottom of guide pipe to be connect with first jet 210, and guide pipe 2105 passes through pipe
Road is connected with spraying liquid storing barrel 21；Guide groove 2106, adjustment spiral shell compatible with guide groove 2106 are formed in adjustment plate 2104
Bolt 2107, adjustment bolt 2107 pass through guide groove 2106 to be connect with cooling fixed plate 2103；By adjusting bolt 2107 and guiding
Cooperation between slot 2106, the position for adjusting first jet 210；Using the above scheme, 210 He of first jet can be adjusted
Red the distance between the staking punch for rushing equipment of hydraulic pressure, reasonably selecting atomizer spacing can make workpiece cooling surface water uniform,
The lower atomization of compressed air jet effect sprays, and achievees the purpose that cooling down workpiece；It is cooled down simultaneously suitable for different workpiece.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention.
Various modifications to these embodiments will be apparent to those skilled in the art, as defined herein
General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention；Therefore, of the invention
It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one
The widest range caused.
Although reference numeral in figure is used more herein：Cooling device 24, host frame mechanism 120, punch mold device
121, material returned boom device 122, die opening mechanism 123, bottom plate 10, main platen 100, platen 101, connecting shaft 102, first through hole 103,
Guiding axis 104, connecting plate 105, drive cylinder 106, upper beam 107, oil cylinder 108, drive shaft 108-1, adjustment mechanism 109 are fixed
Position axis 109-1, adjustment bolt 109-2, accommodating chamber 1000, limiting cushion block 1001, material returned bar 1003；Die shank bottom plate 26, die shank
261, limit screw cap 262, ram block 263, punch clamping nut 264, die shank bottom plate gasket 265, mould adjustment block 266, bolt
267, storage tank 268, fixed seat 27, Ffirst cylinder 2 70, the first drive shaft 270-1, the first material returned crossbeam 271, first is oriented to calmly
Position hole 271-1, adjusting nut 271-2, the second material returned crossbeam 272, pilot hole 272-1, the second guide-localization hole 272-2, positioning
Seat 273, the second oil cylinder 274, guiding axis 275, guide-localization axis 276, spacer 277, limit screw cap 278,279 cylinder of limited block
2701, electric wire fixing plate 2702, locating piece 2703, adjustable plate 2704, inductive switch 2705, guide groove 2706, positioning screw
2707, mould cylinder 110, mould cylinder 111, mould cylinder sliding block 112, interconnecting piece 112-1, guide part 112-2, sliding block 113, link slot 115, mould
Cylinder pressing plate 116, bottom core pulling 117, mould cylinder pull rod 118, material returned baffle 119, lower die cylinder connector sleeve 1100, lower die cylinder 1101, limit
Nut 1102, punch regulating nut 1103, block 1104, spring 1105, sliding groove 1106, drive hole 1107, mold core 1108 are cold
But hole 1109, peep hole 1111, liquid storing barrel 21 of spraying, first jet 210, second nozzle 211, the 212 of fixed long axis, upper guiding
Slot 212-1, limiting device 216, connecting plate 216-1, adjusting screw 216-2, adjusting bolt 216-3, lower guide groove 216-4 are fixed
Position seat 217, driving cylinder 218, drive shaft 218-1, adjustment seat 219, targeting port 219-1, guide bar 2101, conduit 2102 are cold
But fixed plate 2103, adjustment plate 2104, guide pipe 2105, guide groove 2106, the equal terms of adjustment bolt 2107, but be not precluded and make
With the possibility of other terms.The use of these items is only for more easily describe and explain the essence of the present invention；It
Be construed to any one of the additional limitations and all disagreed with spirit of that invention.
Claims (10)
1. a kind of red multifunctional processor structure for rushing raw material of hydraulic pressure, it is characterised in that：Including host frame mechanism（120）, punch mould
Device（121）, material returned boom device（122）, die opening mechanism（123）And cooling device（24）, the host frame mechanism（120）Including
Bottom plate（10）, it is fixedly arranged on bottom plate（10）On main platen（100）And platen（101）；Main platen（100）With platen（101）Surrounding
Pass through connecting shaft（102）It is fixedly connected, main platen（100）With platen（101）Centre is formed with for the red appearance for rushing Raw material processing
Receive chamber（1000）；The punch mold device（121）It is fixedly arranged on host frame mechanism（120）On, and punch mold device（121）With die sinking
Mechanism（123）Position is corresponding, material returned boom device（122）Connect die opening mechanism（123）；Cooling device（24）The company of being slidably connected to
Spindle（102）On, cooling device（24）With die opening mechanism（123）With punch mold device（121）Position is corresponding, for punching press
Molding workpiece carries out cooling spraying.
2. a kind of red multifunctional processor structure for rushing raw material of hydraulic pressure according to claim 1, it is characterised in that：Described main
Plate（100）Both sides be formed with first through hole（103）, first through hole（103）Inside slidably connect guiding axis（104）, guiding axis
（104）Close to accommodating chamber（1000）End be installed with connecting plate（105）, the main platen（100）Middle part is provided with driving oil
Cylinder（106）；Drive cylinder（106）Across main platen（100）With connecting plate（105）It is fixedly connected；Drive cylinder（106）Driving connects
Fishplate bar（105）In accommodating chamber（1000）Inside move left and right；Connecting plate（105）Connect punch mold device（121）；The guiding axis
（104）Four are provided with, guiding axis（104）It is symmetrically laid in main platen two-by-two（100）Both sides, guiding axis（104）One end wear
Cross main platen（100）With connecting plate（105）It is fixedly connected, the other end connects upper beam（107）；Two guiding axis（104）
Between be formed with oil cylinder（108）, oil cylinder（108）One end be fixedly arranged on main platen（100）On, oil cylinder（108）Drive shaft（108-
1）It is connected in upper beam（107）On；Two guiding axis（104）Between close to connecting plate（105）Limiting cushion block is equipped at position
（1001）, limiting cushion block（1001）It is fixedly arranged on main platen（100）On, corresponding, connecting plate（105）It is equipped with and limit
Cushion block（1001）Compatible adjustment mechanism（109）；The adjustment mechanism（109）Including locating shaft（109-1）And adjustment bolt
（109-2）；Locating shaft（109-1）Across connecting plate（105）, adjustment bolt（109-2）It is connected to locating shaft（109-1）One
Side, with limiting cushion block（1001）Position is corresponding.
3. a kind of red multifunctional processor structure for rushing raw material of hydraulic pressure according to claim 1 or 2, it is characterised in that：It is described
Punch mold device（121）Including die shank bottom plate（26）, it is fixedly arranged on die shank bottom plate（26）On punch ontology（260）；The punch
Ontology（260）Including limit screw cap（262）, it is socketed on limit screw cap（262）Interior die shank（261）, die shank（261）Inside it is provided with
Ram block（263）, ram block（263）Front end is provided with punch clamping nut（264）；Die shank（261）With limit screw cap
（262）Between be formed with storage tank（268）, punch clamping nut（264）It is embedded to be arranged in storage tank；The die shank bottom plate
（26）With die shank（261）It is fixedly connected；The die shank bottom plate（26）Top is provided with mould adjustment block（266）, mould adjustment block（266）
With die shank bottom plate（26）It is connected by screw；The die shank bottom plate（26）On be provided with die shank bottom plate gasket（265）, die shank bottom plate
（26）It is connected by screw rack, screw passes through die shank bottom plate gasket（265）Connection frame；The die shank（261）Pass through bolt
（267）Mounted on limit screw cap（262）On；The bolt（267）Three groups are provided with, every group is provided with 2, three groups of bolts
（267）Equidistantly it is laid in limit screw cap（262）On.
4. a kind of red multifunctional processor structure for rushing raw material of hydraulic pressure according to claim 1, it is characterised in that：The material returned
Boom device（122）Include the fixed seat of symmetrical laying（27）, fixed seat（27）On be connected with the first oil cylinder（270）, the first oil
Cylinder（270）The first drive shaft（270-1）It is connected with the first material returned crossbeam（271）, the material returned boom device（122）Further include having
The positioning seat of symmetrical laying（273）, positioning seat（273）Positioned at fixed seat（27）Outside, positioning seat（273）On be connected with second
Oil cylinder（274）, the second oil cylinder（274）The second drive shaft（274-1）It is connected with the second material returned crossbeam（272）, first material returned cross
Beam（271）On be provided with symmetrical guiding axis（275）, corresponding, the second material returned crossbeam（272）On be provided with and lead
To axis（275）Compatible pilot hole（272-1）, guiding axis（275）Across pilot hole（272-1）It is horizontal for connecting first material returned
Beam（271）With the second material returned crossbeam（272）；First material returned crossbeam（271）With the second material returned crossbeam（272）Between be provided with
Guide-localization axis（276）, guide-localization axis（276）Positioned at two guiding axis（275）Between, the first material returned crossbeam（271）With
Two material returned crossbeams（272）On be respectively arranged with and guide-localization axis（276）Compatible first guide-localization hole（271-1）With
Two guide-localization holes（272-2）.
5. a kind of red multifunctional processor structure for rushing raw material of hydraulic pressure according to claim 4, it is characterised in that：Described first
Material returned crossbeam（271）Relative to the second material returned crossbeam（272）Outside is provided with spacer（277）, guide-localization axis（276）Across
One material returned crossbeam（271）With spacer（277）It is connected；The spacer（277）It is provided with limit screw cap outside（278）, limit screw cap
（278）Outer connection is red to wash mold mechanism open；Second material returned crossbeam（272）Bottom is additionally provided with locating piece（2703）, locating piece
（2703）On be connected with adjustable plate（2704）, adjustable plate（2704）On be connected with inductive switch（2705）.
6. a kind of red multifunctional processor structure for rushing raw material of hydraulic pressure according to claim 5, it is characterised in that：The adjusting
Plate（2704）On be formed with guide groove（2706）, guide groove（2706）On be connected with several positioning screws（2707）, this is several fixed
Position screw（2707）Pass through guide groove（2706）For adjusting inductive switch（2705）In adjustable plate（2704）On position.
7. a kind of red multifunctional processor structure for rushing raw material of hydraulic pressure according to claim 1, it is characterised in that：The die sinking
Mechanism（123）Including mould cylinder（110）, mould cylinder（110）Inside it is provided with a pair of of mould cylinder（111）, mould cylinder（111）It is interior to be equipped with a pair of of mould cylinder
Pressing plate（116）And mold core（1108）, mould cylinder（111）With mould cylinder pressing plate（116）Position is corresponding；The mould cylinder（111）Rear end connects
It is connected to material returned baffle（119）, material returned baffle（119）On be connected with lower die cylinder connector sleeve（1100）, lower die cylinder connector sleeve（1100）
On be connected with lower die cylinder（1101）, lower die cylinder（1101）Inside it is socketed with punch regulating nut（1103）；The mould cylinder（111）It is intermediate
Through there is bottom core pulling（117）, bottom core pulling（117）On be socketed with mould cylinder pull rod（118）, mould cylinder pull rod（118）Across material returned baffle
（119）, lower die cylinder connector sleeve（1100）With punch regulating nut（1103）Mutually it is butted on limit screw cap（1102）On；Punch adjusts spiral shell
Cap（1103）Close to lower die cylinder connector sleeve（1100）Block is equipped at position（1104）, block（1104）It is fixedly arranged on bottom core pulling
（117）On, bottom core pulling（117）One end be located at punch regulating nut（1103）Interior, the other end is mutually butted on mold core（1108）；It is described
Mould cylinder pull rod（118）Rear end in be provided with spring（1105）, spring（1105）One end be connected to limit screw cap（1102）, separately
One end and bottom core-pulling device（117）It offsets；The mould cylinder pull rod（118）On be formed with block（1104）Compatible sliding groove
（1106）；The mould cylinder pull rod（118）End set has drive hole（1107）, drive hole（1107）It is inside connected with drive shaft, is driven
Moving axis driving spring（1105）With bottom core pulling（117）End offset, drive block（1104）In sliding groove（1106）Interior sliding,
And then with moving-mould-core（1108）Demoulding or die sinking.
8. a kind of red multifunctional processor structure for rushing raw material of hydraulic pressure according to claim 7, it is characterised in that：The mould cylinder
（111）The left and right end in outside is equipped with sliding block（113）, sliding block（113）It is fixedly arranged on mould cylinder（111）On, corresponding, mould cylinder
（110）Interior left and right end is equipped with and sliding block（113）Compatible link slot（115）；Mould cylinder（110）With mould cylinder（111）By and it is sliding
Block（113）It is slidably connected；The mould cylinder（111）Tapered shape body；The mould cylinder（110）With the mould cylinder（111）Contact surface
With mould cylinder（111）Central axes are in 7~15 ° of angles；The mould cylinder（111）The upper and lower side in outside is equipped with mould cylinder sliding block（112）；Mould cylinder
Sliding block（112）It is fixedly arranged on mould cylinder（110）Inside, corresponding, mould cylinder（111）Upper and lower side is formed with and mould cylinder sliding block
（112）Compatible cooling hole（1109）.
9. a kind of red multifunctional processor structure for rushing raw material of hydraulic pressure according to claim 8, it is characterised in that：The mould cylinder
Sliding block（112）Including interconnecting piece（112-1）And guide part（112-2）；Interconnecting piece（112-1）And guide part（112-2）It is fixed to connect
It connects, is integrally formed；Interconnecting piece（112-1）And guide part（112-2）Angle of inclination and mould cylinder（111）Angle of inclination phase one
It causes；The interconnecting piece（112-1）Length be mould cylinder（111）The 1/2 of length；The guide part（112-2）Outer diameter and cooling
Hole（1109）Internal diameter it is consistent, guide part（112-2）Height be less than mould cylinder（111）Thickness.
10. a kind of red multifunctional processor structure for rushing raw material of hydraulic pressure according to claim 1, it is characterised in that：It is described cold
But device（24）Including liquid storing barrel of spraying（21）, with spraying liquid storing barrel（21）The first jet being separately connected（210）With the second spray
Mouth（211）；First jet（210）And second nozzle（211）It is laid in fixed long axis successively（212）The left and right sides；First
Nozzle（210）With punch mold device（121）On staking punch position it is corresponding；For carrying out cooling spraying to staking punch；The
Two nozzles（211）With the cooling hole on mould cylinder（1109）Position is corresponding；For carrying out cooling spray to stamping forming workpiece
Mist；The spraying liquid storing barrel（21）It is fixedly arranged on platen（101）Side, platen（214）Two pieces are provided with, is led between two blocks of platens
Cross four connecting shafts（102）It is fixedly connected, fixed long axis（212）It is slidably connected to the locating rod of two pieces of platen upper ends（215）
On；Fixed long axis（212）It is provided at both ends with limiting device（216）, the limiting device（216）It is connected together in locating rod
（215）On；The fixed long axis（212）Lower end is formed with and connecting shaft（102）Compatible upper guide groove（212-1）, with
This is corresponding, the connecting plate（216-1）Upper end is formed with and connecting shaft（102）Compatible lower guide groove（216-4）；Institute
State fixed long axis（212）On be provided with positioning seat（217）, positioning seat（217）On be installed with driving cylinder（218）And conduit
（2102）；Drive cylinder（218）Drive shaft（218-1）On be connected with adjustment seat（219）, adjustment seat（219）One end and drive
Moving axis（218-1）It is fixedly connected, the other end is formed with targeting port（219-1）, targeting port（219-1）Inside it is socketed with guide bar
（2101）, guide bar（2101）Across conduit（2102）With second nozzle（211）Connection；Drive cylinder（218）For adjusting the
Two nozzles（211）It moves up and down；The positioning seat（217）Bottom is installed with cooling fixed plate（2103）, cooling fixed plate
（2103）On be connected with adjustment plate（2104）, adjustment plate（2104）End set has guide pipe（2105）, guide pipe（2105）Bottom
Portion and first jet（210）Connection, guide pipe（2105）Pass through pipeline and spraying liquid storing barrel（21）It is connected.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810199896.9A CN108637063B (en) | 2018-03-12 | 2018-03-12 | Multifunctional processing mechanism for hydraulic red punching raw materials |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810199896.9A CN108637063B (en) | 2018-03-12 | 2018-03-12 | Multifunctional processing mechanism for hydraulic red punching raw materials |
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| CN108637063B CN108637063B (en) | 2023-09-05 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109455718A (en) * | 2018-11-22 | 2019-03-12 | 厦门金瑞镒工贸有限公司 | Dry-ice machine |
| CN110153258A (en) * | 2019-05-10 | 2019-08-23 | 扬州市职业大学(扬州市广播电视大学) | A kind of stainless steel bowl cover outer wall flange automatic press discharging machine |
| CN113954305A (en) * | 2021-10-14 | 2022-01-21 | 进顺汽车零部件如皋有限公司 | Forming die and forming process of automobile decorative ring |
| CN115647216A (en) * | 2022-12-26 | 2023-01-31 | 苏州高田精密技术有限公司 | Cooling component and high-precision stamping die |
| CN117244987A (en) * | 2023-11-13 | 2023-12-19 | 靖江市凯鑫机械制造有限公司 | Wear-resistant tile compression molding equipment |
| CN110153258B (en) * | 2019-05-10 | 2024-05-31 | 扬州市职业大学(扬州市广播电视大学) | Automatic punching press ejection of compact machine of stainless steel bowl lid outer wall flange |
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109455718A (en) * | 2018-11-22 | 2019-03-12 | 厦门金瑞镒工贸有限公司 | Dry-ice machine |
| CN110153258A (en) * | 2019-05-10 | 2019-08-23 | 扬州市职业大学(扬州市广播电视大学) | A kind of stainless steel bowl cover outer wall flange automatic press discharging machine |
| CN110153258B (en) * | 2019-05-10 | 2024-05-31 | 扬州市职业大学(扬州市广播电视大学) | Automatic punching press ejection of compact machine of stainless steel bowl lid outer wall flange |
| CN113954305A (en) * | 2021-10-14 | 2022-01-21 | 进顺汽车零部件如皋有限公司 | Forming die and forming process of automobile decorative ring |
| CN113954305B (en) * | 2021-10-14 | 2023-12-01 | 进顺汽车零部件如皋有限公司 | Forming die and forming process of automotive decorative ring |
| CN115647216A (en) * | 2022-12-26 | 2023-01-31 | 苏州高田精密技术有限公司 | Cooling component and high-precision stamping die |
| CN117244987A (en) * | 2023-11-13 | 2023-12-19 | 靖江市凯鑫机械制造有限公司 | Wear-resistant tile compression molding equipment |
| CN117244987B (en) * | 2023-11-13 | 2024-01-23 | 靖江市凯鑫机械制造有限公司 | Wear-resistant tile compression molding equipment |
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