CN105690850A - High-precision powder forming machine - Google Patents
High-precision powder forming machine Download PDFInfo
- Publication number
- CN105690850A CN105690850A CN201610267706.3A CN201610267706A CN105690850A CN 105690850 A CN105690850 A CN 105690850A CN 201610267706 A CN201610267706 A CN 201610267706A CN 105690850 A CN105690850 A CN 105690850A
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- CN
- China
- Prior art keywords
- mould bases
- feed appliance
- screw mandrel
- powder
- gripper shoe
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B11/00—Presses specially adapted for forming shaped articles from material in particulate or plastic state, e.g. briquetting presses, tabletting presses
- B30B11/02—Presses specially adapted for forming shaped articles from material in particulate or plastic state, e.g. briquetting presses, tabletting presses using a ram exerting pressure on the material in a moulding space
- B30B11/04—Presses specially adapted for forming shaped articles from material in particulate or plastic state, e.g. briquetting presses, tabletting presses using a ram exerting pressure on the material in a moulding space co-operating with a fixed mould
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B11/00—Presses specially adapted for forming shaped articles from material in particulate or plastic state, e.g. briquetting presses, tabletting presses
- B30B11/005—Control arrangements
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B15/00—Details of, or accessories for, presses; Auxiliary measures in connection with pressing
- B30B15/02—Dies; Inserts therefor; Mounting thereof; Moulds
- B30B15/028—Loading or unloading of dies, platens or press rams
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B15/00—Details of, or accessories for, presses; Auxiliary measures in connection with pressing
- B30B15/30—Feeding material to presses
- B30B15/302—Feeding material in particulate or plastic state to moulding presses
Abstract
The invention discloses a high-precision powder forming machine and relates to the technical field of powder forming machines. A cabinet is arranged at the left half part of the front side of a power forming machine, an electric cabinet is arranged at the right half part of the front side of the powder forming machine, the cabinet is connected with the side edge of the electric cabinet to form the powder forming machine, a side support plate is mounted on the side surface of the cabinet, an overshooting motor and an upper servo motor are mounted in a rack I, a powder flow distributing device is mounted on the side edge of the overshooting motor and located behind the electric cabinet, a vertical linear pressing device is mounted in a rack II, a feeding device is transversely mounted at the side edge of the vertical linear pressing device, an undershooting motor and a lower servo motor are mounted in a rack III. The high-precision powder forming machine has the following benefits: die filling is convenient and quick; the pressure is stable and data display is realized; ultraminiature and irregularly-shaped products can be produced by pressing; adopted operating parts are fully-enclosed, so that potential safety hazards caused during operation are eliminated; the rotational speed is high, the one-outlet multi-mode purpose is achieved, the operation ratio is high, produced dies are low in loss, and products are burr-free; the high-precision powder forming machine can work in a natural environment; the energy consumption is low; oil and material leakage is prevented and no noise is generated.
Description
Technical field
The present invention relates to powder former technical field, be specifically related to high-accuracy powder former。
Background technology
The running gear of common powder former is not the fully closed of employing, operational hazards；The mould consume height produced, product is coarse；Need to operate under air conditioner surroundings；Power consumption height, and need compression air；Life-time service also has the phenomenon of leakage of oil, material leakage, and noise during work is relatively larger；Die-filling want two to three hours, length consuming time；Pressure transient, and it is unaware that pressure is how many。
Summary of the invention
It is an object of the invention to provide high-accuracy powder former, it has the features such as safe efficient, energy-saving and environmental protection。
In order to solve the problem existing for background technology, the present invention is by the following technical solutions: it comprises high-accuracy powder former by vertical line pressure setting, powder part flow arrangement, high-accuracy powder compacting mould bases, Design of Dies device, feed system, rack, electricity cabinet；Rack is located at the left-half of powder compacting machine face, the right half part of powder compacting machine face is located at by electricity cabinet, rack is connected formation powder former with the side of electricity cabinet, rack is by frame one, frame two and frame three combine formation respectively from top to bottom, the side of rack is provided with collateral fagging, upper punch motor and upper servomotor are installed in frame one, powder part flow arrangement is installed on the side of upper punch motor, it is positioned at after electricity cabinet, vertical line pressure setting is installed in frame two, vertical line pressure setting is installed by high-accuracy powder compacting mould bases and Design of Dies device and is combined, pay-off is horizontally installed in the side of vertical line pressure setting, it is positioned at below powder part flow arrangement, undershoot motor and lower servomotor are installed in frame three, upper punch motor is connected with the top and bottom of high-accuracy powder compacting mould bases respectively with undershoot motor。
Described electric cabinet comprises alarm lamp, touch screen, control device, control knob, attaching plug；Alarm lamp is installed on the top of electricity cabinet, and touch screen is installed on electricity cabinet surface crown, is provided with control device in electricity cabinet, and the middle part, surface of electricity cabinet is located at by control knob, and electricity cabinet surface bottom portion is located at by attaching plug。
Described vertical line pressure setting is made up of upper punch motor, high-accuracy powder compacting mould bases, Design of Dies device and undershoot motor；Upper punch motor is installed on above vertical line pressure setting, it is provided with servomotor inside upper punch motor, upper punch motor is fixedly installed on electric machine support, the installed above of upper electric machine support has upper electric machine support protective cover, upper electric machine support protective cover is wrapped in the periphery of upper punch motor, upper punch motor shaft coupling it is connected to below upper electric machine support, upper punch motor shaft coupling two bottom sides is all connected to guide pillar, by locking, guide pillar latch segment one is fixing with the bottom of upper punch motor shaft coupling to be connected at the top of guide pillar, below upper punch motor shaft coupling, middle part is connected to screw mandrel by accessory one, the surface of screw mandrel is cased with screw rod bushing, the top of screw rod bushing is cased with screw rod bushing one, the bottom of screw rod bushing is cased with big copper sheathing, the guide pillar middle part that upper punch motor shaft coupling two bottom sides connects is both provided with little copper sheathing, screw mandrel is fixed by the connection of screw rod bushing one with little copper sheathing, guide pillar is connected by the guide pillar latch segment two bottom locking guide pillar is fixing with following gripper shoe two, gripper shoe two be mounted below high-accuracy powder compacting mould bases, gripper shoe two is provided with mould bases three, collateral fagging two all it is vertically connected with below the both sides of mould bases three, the bottom of gripper shoe two is all fixing with the gripper shoe one bottom high-accuracy powder compacting mould bases to be connected, the middle part, bottom of gripper shoe one is connected to lower screw mandrel, the both sides of lower screw mandrel are provided with guide pillar two, the bottom of guide pillar two is fixing with the bottom of gripper shoe one to be connected, lower screw mandrel top is cased with screw rod bushing, fixing lower screw mandrel it is connected with the guide pillar two of screw rod bushing both sides by screw rod bushing, the bottom of guide pillar two is connected with the lower electric machine support below guide pillar by locking guide pillar latch segment three, undershoot motor shaft coupling it is connected to below lower electric machine support, the undershoot motor comprising lower servomotor it is connected to below undershoot motor shaft coupling, lower screw mandrel is connected with undershoot motor through lower electric machine support by screw mandrel flange。
Described high-accuracy powder compacting mould bases is made up of mould bases three, Design of Dies device, mould bases one, mould bases four；Design of Dies device comprises mo(u)ld top half seat, mo(u)ld top half, parent form, middle rod seat, with mo(u)ld bottom half seat, the centre of mould bases three and gripper shoe two is provided with the screw rod bushing two being enclosed within bottom screw mandrel, the junction of screw rod bushing two and gripper shoe two is provided with upper piston, the junction of screw rod bushing two and mould bases three is provided with pressure transducer, the two ends of mould bases three are provided with mould bases nine, the mould bases nine at mould bases five traverse two ends and mould bases three are fixed with mould bases two and are connected, mo(u)ld top half is fixing with mo(u)ld top half seat to be connected, mo(u)ld top half seat is fixing with the bottom of mould bases three to be connected, parent form is positioned at below mo(u)ld top half, the both sides of parent form are provided with mould bases 13, fixing parent form it is connected with mould bases two by mould bases 13, middle rod seat it is connected to below parent form, middle rod seat interleaves with the middle part of mo(u)ld bottom half seat and is connected, the mould bases twelve earthly branches support that the two overhanging feet in mo(u)ld bottom half seat bottom portion are arranged by foot bottom is connected on mould bases one, the both sides, surface of gripper shoe one are provided with mould bases support, mould bases one places on the groove of mould bases support inner side edge, the inner side edge of mould bases support is provided with mould bases briquetting, mould bases briquetting is pressed on the side of mould bases one, fixing mould bases one, corner, the surface place of mould bases one is equipped with mould bases ten, the corner, bottom of mould bases two is equipped with mould bases seven, the bottom of mould bases seven is fixedly connected on mould bases four through mould bases ten and mould bases one, the bottom Corner Strapped of mould bases four is connected on mould bases 11, the bottom of mould bases four is provided with mould bases 15, screw rod bushing three is positioned at the centre of mould bases 15 and base plate, the junction of screw rod bushing three and mould bases 15 is provided with lower piston。
Described powder part flow arrangement comprises hopper, funnel isocon, powder funnel position of splitter, hopper sub-feed tube, magazine；Hopper sub-feed tube is connected with the bottom of hopper, and the bottom of hopper sub-feed tube is connected with funnel isocon, and the bottom that funnel isocon connects is connected to powder funnel position of splitter, and the bottom of powder funnel position of splitter is provided with magazine。
Described pay-off comprises feed appliance substrate, gripper shoe four, feed appliance panel-mount, little servomotor supporting plate two, plough groove type shaft coupling, screw mandrel Holder Fasteners, screw mandrel support member, feeding servomotor, feeding material component support, the axis of guide, feed appliance rocking arm；Feeding material component support is by feed appliance substrate, gripper shoe four, feed appliance rocker arm assembly one connects to form, the centre of feeding material component support is provided with the axis of guide, the end of the axis of guide is connected through gripper shoe four with feed appliance panel-mount, the surface of feed appliance panel-mount is provided with little servomotor supporting plate two, plough groove type shaft coupling is connected with feed appliance panel-mount by little servomotor supporting plate two, the surface of plough groove type shaft coupling is provided with screw mandrel support member and screw mandrel Holder Fasteners, feeding servomotor is fixing with screw mandrel Holder Fasteners to be connected, feed appliance rocking arm is by feed appliance rocker arm assembly one, feed appliance rocker arm assembly three, feed appliance rocker arm assembly four, feed appliance rocker arm assembly seven, feed appliance rocker arm assembly eight is connected with each other composition, feed appliance rocking arm is connected by feed appliance rocker arm assembly two is fixing with the side of feeding material component support, the junction of feed appliance rocker arm assembly seven and feed appliance rocker arm assembly eight is provided with steering spindle, the wrist place of feed appliance rocking arm is provided with magazine。
After adopting said structure, present invention have the beneficial effect that die-filling convenient and swift, die-filling less than one hour；Its pressure stability and data show, improve providing strong evidence for the design of product；It can suppress microminiature and special-shaped product；It adopts running gear totally enclosed type, gets rid of operation potential safety hazard；Rotating speed is fast, and one goes out multimode, and mobility is high, and the mould consume of production is low, and product is without burr；(natural environment) is operated without air conditioner surroundings；It is three-phase 220V low-tension supply by original three-phase 380V transformation, consumes energy low；It need to use outside air blowing except with tiny middle rod, and all the other need not compress air；And without leakage of oil, material leakage, noiselessness。
Accompanying drawing explanation
Fig. 1 is the Facad structure schematic diagram of the present invention；
Fig. 2 is the side of the present invention internal structure schematic diagram without frame；
Fig. 3 is the structural representation of vertical line pressure setting in the present invention；
Fig. 4 is the structural representation of powder part flow arrangement in the present invention；
Fig. 5 is the structural representation of high-accuracy powder compacting mould bases in the present invention；
Fig. 6 is the structural representation of Design of Dies device in the present invention；
Fig. 7 is the structural representation of pay-off in the present invention。
Description of reference numerals:
1-frame one；2-frame two；3-frame three；4-electricity cabinet；The collateral fagging of 5-；6-alarm lamp；7-touch screen；8-control knob；9-attaching plug；10-controls device；11-vertical line pressure setting；12-powder part flow arrangement；The high-accuracy powder compacting mould bases of 13-；14-Design of Dies device；15-pay-off；The upper servomotor of 16-；17-upper punch motor shaft coupling；18-guide pillar latch segment one；19-screw mandrel；20-screw rod bushing；21-guide pillar；The big copper sheathing of 22-；23-guide pillar latch segment two；The collateral fagging two of 24-；25-mould bases three；26-parent form；27-mould bases 13；28-mould bases two；29-mould bases seven；30-mould bases one；31-mould bases support；32-gripper shoe one；Screw mandrel under 33-；34-screw mandrel flange；35-guide pillar latch segment three；36-upper punch motor；The upper electric machine support protective cover of 37-；The upper electric machine support of 38-；39-accessory one；The little copper sheathing of 40-；41-screw rod bushing one；42-gripper shoe two；43-upper piston；44-screw rod bushing two；45-pressure transducer；46-mo(u)ld top half；47-magazine；48-mould bases five；Rod seat in 49-；50-mould bases briquetting；51-mould bases four；52-lower piston；53-screw rod bushing three；54-guide pillar two；Electric machine support under 55-；56-undershoot motor；Servomotor under 57-；58-hopper；59-funnel isocon；60-powder funnel position of splitter；61-hopper sub-feed tube；62-feed appliance rocker arm assembly eight；63-steering spindle；64-mould bases nine；65-feed appliance rocker arm assembly two；66-feed appliance rocker arm assembly seven；67-mould bases ten；68-mould bases 11；69-mould bases 12；70-mo(u)ld top half seat；71-mould bases 15；72-mo(u)ld bottom half seat；73-feed appliance substrate；74-gripper shoe four；75-feed appliance panel-mount；The little servomotor supporting plate two of 76-；77-plough groove type shaft coupling；78-screw mandrel Holder Fasteners；79-screw mandrel support member；80-feeding servomotor；81-feeding material component support；The 82-axis of guide；83-feed appliance rocker arm assembly one；84-feed appliance rocker arm assembly three；85-feed appliance rocker arm assembly four。
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is further illustrated。
In order to make the purpose of the present invention, technical scheme and advantage clearly understand, below in conjunction with the drawings and the specific embodiments, the present invention is further elaborated。Should be appreciated that detailed description of the invention described herein is only in order to explain the present invention, is not intended to limit the present invention。
As shown in figs. 1-7, this detailed description of the invention adopts the following technical scheme that it comprises high-accuracy powder former by vertical line pressure setting 11, powder part flow arrangement 12, high-accuracy powder compacting mould bases 13, Design of Dies device 14, feed system, rack, electricity cabinet 4；Rack is located at the left-half of powder compacting machine face, the right half part of powder compacting machine face is located at by electricity cabinet 4, rack is connected formation powder former with the side of electricity cabinet 4, rack is by frame 1, frame 22 and frame 33 combine formation respectively from top to bottom, the side of rack is provided with collateral fagging 5, upper punch motor 36 and upper servomotor 16 are installed in frame 1, powder part flow arrangement 12 is installed on the side of upper punch motor 36, it is positioned at after electricity cabinet 4, vertical line pressure setting 11 is installed in frame 22, vertical line pressure setting 11 is installed by high-accuracy powder compacting mould bases 13 and Design of Dies device 14 and is combined, pay-off 15 is horizontally installed in the side of vertical line pressure setting 11, it is positioned at below powder part flow arrangement 12, undershoot motor 56 and lower servomotor 57 are installed in frame 33, upper punch motor 36 is connected with the top and bottom of high-accuracy powder compacting mould bases 13 respectively with undershoot motor 56。
Described electric cabinet 4 comprises alarm lamp 6, touch screen 7, controls device 10, control knob 8, attaching plug 9；Alarm lamp 6 is installed on the top of electricity cabinet 4, and touch screen 7 is installed on electricity cabinet 4 surface crown, is provided with control device 10 in electricity cabinet 4, and the middle part, surface of electricity cabinet 4 is located at by control knob 8, and electricity cabinet 4 surface bottom portion is located at by attaching plug 9。
Described vertical line pressure setting 11 is made up of upper punch motor 36, high-accuracy powder compacting mould bases 13, Design of Dies device 14 and undershoot motor 56；Upper punch motor 36 is installed on above vertical line pressure setting 11, servomotor 16 it is provided with inside upper punch motor 36, upper punch motor 36 is fixedly installed on electric machine support 38, the installed above of upper electric machine support 38 has upper electric machine support protective cover 37, upper electric machine support protective cover 37 is wrapped in the periphery of upper punch motor 36, upper punch motor shaft coupling 17 it is connected to below upper electric machine support 38, upper punch motor shaft coupling 17 two bottom sides is all connected to guide pillar 21, by locking, guide pillar latch segment 1 is fixing with the bottom of upper punch motor shaft coupling 17 to be connected at the top of guide pillar 21, below upper punch motor shaft coupling 17, middle part is connected to screw mandrel 19 by accessory 1, the surface of screw mandrel 19 is cased with screw rod bushing 20, the top of screw rod bushing 20 is cased with screw rod bushing 1, the bottom of screw rod bushing 20 is cased with big copper sheathing 22, guide pillar 21 middle part that upper punch motor shaft coupling 17 two bottom sides connects is both provided with little copper sheathing 40, screw mandrel 19 is fixed by the connection of screw rod bushing 1 with little copper sheathing 40, guide pillar 21 is connected by the guide pillar latch segment 2 23 bottom locking guide pillar 21 is fixing with following gripper shoe 2 42, gripper shoe 2 42 be mounted below high-accuracy powder compacting mould bases 13, gripper shoe 2 42 is provided with mould bases 3 25, collateral fagging 2 24 all it is vertically connected with below the both sides of mould bases 3 25, the bottom of gripper shoe 2 42 is all fixing with the gripper shoe 1 bottom high-accuracy powder compacting mould bases 13 to be connected, the middle part, bottom of gripper shoe 1 is connected to lower screw mandrel 33, the both sides of lower screw mandrel 33 are provided with guide pillar 2 54, the bottom of guide pillar 2 54 is fixing with the bottom of gripper shoe 1 to be connected, lower screw mandrel 33 top is cased with screw rod bushing 20, it is connected fixing lower screw mandrel 33 by the guide pillar 2 54 of screw rod bushing 20 with screw rod bushing 20 both sides, the bottom of guide pillar 2 54 is connected with guide pillar 21 lower electric machine support 55 below by locking guide pillar latch segment 3 35, undershoot motor 56 shaft coupling it is connected to below lower electric machine support 55, the undershoot motor 56 comprising lower servomotor 57 it is connected to below undershoot motor 56 shaft coupling, lower screw mandrel 33 is connected with undershoot motor 56 through lower electric machine support 55 by screw mandrel flange 34。
Described high-accuracy powder compacting mould bases 13 is made up of mould bases 3 25, Design of Dies device 14, mould bases 1, mould bases 4 51；Design of Dies device 14 comprises mo(u)ld top half seat 70, mo(u)ld top half 46, parent form 26, middle rod seat 49, with mo(u)ld bottom half seat 72, the centre of mould bases 3 25 and gripper shoe 2 42 is provided with the screw rod bushing 2 44 being enclosed within bottom screw mandrel 19, the junction of screw rod bushing 2 44 and gripper shoe 2 42 is provided with upper piston 43, the junction of screw rod bushing 2 44 and mould bases 3 25 is provided with pressure transducer 45, the two ends of mould bases 3 25 are provided with mould bases 9 64, the mould bases 9 64 at mould bases 5 48 traverse two ends and mould bases 3 25 are fixed with mould bases 2 28 and are connected, mo(u)ld top half 46 is fixing with mo(u)ld top half seat 70 to be connected, mo(u)ld top half seat 70 is fixing with the bottom of mould bases 3 25 to be connected, parent form 26 is positioned at below mo(u)ld top half 46, the both sides of parent form 26 are provided with mould bases 13, fixing parent form 26 it is connected with mould bases 2 28 by mould bases 13, middle rod seat 49 it is connected to below parent form 26, middle rod seat 49 interleaves with the middle part of mo(u)ld bottom half seat 72 and is connected, two overhanging feet bottom mo(u)ld bottom half seat 72 are supported by the mould bases 12 that foot bottom is arranged and are connected on mould bases one, the both sides, surface of gripper shoe 1 are provided with mould bases support 31, mould bases 1 places on the groove of mould bases support 31 inner side edge, the inner side edge of mould bases support 31 is provided with mould bases briquetting 50, mould bases briquetting 50 is pressed on the side of mould bases 1, fixing mould bases 1, corner, the surface place of mould bases 1 is equipped with mould bases 10, the corner, bottom of mould bases 2 28 is equipped with mould bases 7 29, the bottom of mould bases 7 29 is fixedly connected on mould bases 4 51 through mould bases 10 and mould bases 1, the bottom Corner Strapped of mould bases 4 51 is connected on mould bases 11, the bottom of mould bases 4 51 is provided with mould bases 15, screw rod bushing 3 53 is positioned at the centre of mould bases 15 and base plate, the junction of screw rod bushing 3 53 and mould bases 15 is provided with lower piston 52。
Described powder part flow arrangement 12 comprises hopper 58, funnel isocon 59, powder funnel position of splitter 60, hopper sub-feed tube 61, magazine 47；Hopper sub-feed tube 61 is connected with the bottom of hopper 58, and the bottom of hopper sub-feed tube 61 is connected with funnel isocon 59, and the bottom that funnel isocon 59 connects is connected to powder funnel position of splitter 60, and the bottom of powder funnel position of splitter 60 is provided with magazine 47。
Described pay-off 15 comprises feed appliance substrate 73, gripper shoe 4 74, feed appliance panel-mount 75, little servomotor supporting plate 2 76, plough groove type shaft coupling 77, screw mandrel Holder Fasteners 78, screw mandrel support member 79, feeding servomotor 80, feeding material component support 81, the axis of guide 82, feed appliance rocking arm；Feeding material component support 81 is by feed appliance substrate 73, gripper shoe 4 74, feed appliance rocker arm assembly 1 connects to form, the centre of feeding material component support 81 is provided with the axis of guide 82, the end of the axis of guide 82 is connected through gripper shoe 4 74 with feed appliance panel-mount 75, the surface of feed appliance panel-mount 75 is provided with little servomotor supporting plate 2 76, plough groove type shaft coupling 77 is connected with feed appliance panel-mount 75 by little servomotor supporting plate 2 76, the surface of plough groove type shaft coupling 77 is provided with screw mandrel support member 79 and screw mandrel Holder Fasteners 78, feeding servomotor 80 is fixing with screw mandrel Holder Fasteners 78 to be connected, feed appliance rocking arm is by feed appliance rocker arm assembly 1, feed appliance rocker arm assembly 3 84, feed appliance rocker arm assembly 4 85, feed appliance rocker arm assembly 7 66, feed appliance rocker arm assembly 8 62 is connected with each other composition, feed appliance rocking arm is connected by feed appliance rocker arm assembly 2 65 is fixing with the side of feeding material component support 81, the junction of feed appliance rocker arm assembly 7 66 and feed appliance rocker arm assembly 8 62 is provided with steering spindle 63, the wrist place of feed appliance rocking arm is provided with magazine 47。
The operation principle of this detailed description of the invention is: pay-off 15 carries out feeding, and powder is sent in high-accuracy powder compacting mould bases 13, and then servomotor 57 provides power up and down, and upper and lower type carries out pressure in model, and powder compacting, mo(u)ld bottom half releases product；Feed system is do action in above manner。
The above, only in order to technical scheme to be described and unrestricted, other amendment that technical scheme is made by those of ordinary skill in the art or equivalent replace, without departing from the spirit and scope of technical solution of the present invention, all should be encompassed in the middle of scope of the presently claimed invention。
Claims (6)
1. high-accuracy powder former, it is characterised in that it comprises high-accuracy powder former by vertical line pressure setting, powder part flow arrangement, high-accuracy powder compacting mould bases, Design of Dies device, feed system, rack, electricity cabinet；Rack is located at the left-half of powder compacting machine face, the right half part of powder compacting machine face is located at by electricity cabinet, rack is connected formation powder former with the side of electricity cabinet, rack is by frame one, frame two and frame three combine formation respectively from top to bottom, the side of rack is provided with collateral fagging, upper punch motor and upper servomotor are installed in frame one, powder part flow arrangement is installed on the side of upper punch motor, it is positioned at after electricity cabinet, vertical line pressure setting is installed in frame two, vertical line pressure setting is installed by high-accuracy powder compacting mould bases and Design of Dies device and is combined, pay-off is horizontally installed in the side of vertical line pressure setting, it is positioned at below powder part flow arrangement, undershoot motor and lower servomotor are installed in frame three, upper punch motor is connected with the top and bottom of high-accuracy powder compacting mould bases respectively with undershoot motor。
2. high-accuracy powder former according to claim 1, it is characterised in that described electric cabinet comprises alarm lamp, touch screen, control device, control knob, attaching plug；Alarm lamp is installed on the top of electricity cabinet, and touch screen is installed on electricity cabinet surface crown, is provided with control device in electricity cabinet, and the middle part, surface of electricity cabinet is located at by control knob, and electricity cabinet surface bottom portion is located at by attaching plug。
3. high-accuracy powder former according to claim 1, it is characterised in that described vertical line pressure setting is made up of upper punch motor, high-accuracy powder compacting mould bases, Design of Dies device and undershoot motor；Upper punch motor is installed on above vertical line pressure setting, it is provided with servomotor inside upper punch motor, upper punch motor is fixedly installed on electric machine support, the installed above of upper electric machine support has upper electric machine support protective cover, upper electric machine support protective cover is wrapped in the periphery of upper punch motor, upper punch motor shaft coupling it is connected to below upper electric machine support, upper punch motor shaft coupling two bottom sides is all connected to guide pillar, by locking, guide pillar latch segment one is fixing with the bottom of upper punch motor shaft coupling to be connected at the top of guide pillar, below upper punch motor shaft coupling, middle part is connected to screw mandrel by accessory one, the surface of screw mandrel is cased with screw rod bushing, the top of screw rod bushing is cased with screw rod bushing one, the bottom of screw rod bushing is cased with big copper sheathing, the guide pillar middle part that upper punch motor shaft coupling two bottom sides connects is both provided with little copper sheathing, screw mandrel is fixed by the connection of screw rod bushing one with little copper sheathing, guide pillar is connected by the guide pillar latch segment two bottom locking guide pillar is fixing with following gripper shoe two, gripper shoe two be mounted below high-accuracy powder compacting mould bases, gripper shoe two is provided with mould bases three, collateral fagging two all it is vertically connected with below the both sides of mould bases three, the bottom of gripper shoe two is all fixing with the gripper shoe one bottom high-accuracy powder compacting mould bases to be connected, the middle part, bottom of gripper shoe one is connected to lower screw mandrel, the both sides of lower screw mandrel are provided with guide pillar two, the bottom of guide pillar two is fixing with the bottom of gripper shoe one to be connected, lower screw mandrel top is cased with screw rod bushing, fixing lower screw mandrel it is connected with the guide pillar two of screw rod bushing both sides by screw rod bushing, the bottom of guide pillar two is connected with the lower electric machine support below guide pillar by locking guide pillar latch segment three, undershoot motor shaft coupling it is connected to below lower electric machine support, the undershoot motor comprising lower servomotor it is connected to below undershoot motor shaft coupling, lower screw mandrel is connected with undershoot motor through lower electric machine support by screw mandrel flange。
4. high-accuracy powder former according to claim 1, it is characterised in that described high-accuracy powder compacting mould bases is made up of mould bases three, Design of Dies device, mould bases one, mould bases four；Design of Dies device comprises mo(u)ld top half seat, mo(u)ld top half, parent form, middle rod seat, with mo(u)ld bottom half seat, the centre of mould bases three and gripper shoe two is provided with the screw rod bushing two being enclosed within bottom screw mandrel, the junction of screw rod bushing two and gripper shoe two is provided with upper piston, the junction of screw rod bushing two and mould bases three is provided with pressure transducer, the two ends of mould bases three are provided with mould bases nine, the mould bases nine at mould bases five traverse two ends and mould bases three are fixed with mould bases two and are connected, mo(u)ld top half is fixing with mo(u)ld top half seat to be connected, mo(u)ld top half seat is fixing with the bottom of mould bases three to be connected, parent form is positioned at below mo(u)ld top half, the both sides of parent form are provided with mould bases 13, fixing parent form it is connected with mould bases two by mould bases 13, middle rod seat it is connected to below parent form, middle rod seat interleaves with the middle part of mo(u)ld bottom half seat and is connected, the mould bases twelve earthly branches support that the two overhanging feet in mo(u)ld bottom half seat bottom portion are arranged by foot bottom is connected on mould bases one, the both sides, surface of gripper shoe one are provided with mould bases support, mould bases one places on the groove of mould bases support inner side edge, the inner side edge of mould bases support is provided with mould bases briquetting, mould bases briquetting is pressed on the side of mould bases one, fixing mould bases one, corner, the surface place of mould bases one is equipped with mould bases ten, the corner, bottom of mould bases two is equipped with mould bases seven, the bottom of mould bases seven is fixedly connected on mould bases four through mould bases ten and mould bases one, the bottom Corner Strapped of mould bases four is connected on mould bases 11, the bottom of mould bases four is provided with mould bases 15, screw rod bushing three is positioned at the centre of mould bases 15 and base plate, the junction of screw rod bushing three and mould bases 15 is provided with lower piston。
5. high-accuracy powder former according to claim 1, it is characterised in that described powder part flow arrangement comprises hopper, funnel isocon, powder funnel position of splitter, hopper sub-feed tube, magazine；Hopper sub-feed tube is connected with the bottom of hopper, and the bottom of hopper sub-feed tube is connected with funnel isocon, and the bottom that funnel isocon connects is connected to powder funnel position of splitter, and the bottom of powder funnel position of splitter is provided with magazine。
6. high-accuracy powder former according to claim 1, it is characterised in that described pay-off comprises feed appliance substrate, gripper shoe four, feed appliance panel-mount, little servomotor supporting plate two, plough groove type shaft coupling, screw mandrel Holder Fasteners, screw mandrel support member, feeding servomotor, feeding material component support, the axis of guide, feed appliance rocking arm；Feeding material component support is by feed appliance substrate, gripper shoe four, feed appliance rocker arm assembly one connects to form, the centre of feeding material component support is provided with the axis of guide, the end of the axis of guide is connected through gripper shoe four with feed appliance panel-mount, the surface of feed appliance panel-mount is provided with little servomotor supporting plate two, plough groove type shaft coupling is connected with feed appliance panel-mount by little servomotor supporting plate two, the surface of plough groove type shaft coupling is provided with screw mandrel support member and screw mandrel Holder Fasteners, feeding servomotor is fixing with screw mandrel Holder Fasteners to be connected, feed appliance rocking arm is by feed appliance rocker arm assembly one, feed appliance rocker arm assembly three, feed appliance rocker arm assembly four, feed appliance rocker arm assembly seven, feed appliance rocker arm assembly eight is connected with each other composition, feed appliance rocking arm is connected by feed appliance rocker arm assembly two is fixing with the side of feeding material component support, the junction of feed appliance rocker arm assembly seven and feed appliance rocker arm assembly eight is provided with steering spindle, the wrist place of feed appliance rocking arm is provided with magazine。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610267706.3A CN105690850A (en) | 2016-04-27 | 2016-04-27 | High-precision powder forming machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610267706.3A CN105690850A (en) | 2016-04-27 | 2016-04-27 | High-precision powder forming machine |
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| CN105690850A true CN105690850A (en) | 2016-06-22 |
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| CN201610267706.3A Pending CN105690850A (en) | 2016-04-27 | 2016-04-27 | High-precision powder forming machine |
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| CN107891625A (en) * | 2017-12-05 | 2018-04-10 | 广东鑫信工业有限公司 | A kind of powder compacting servo press |
| CN108177373A (en) * | 2018-01-16 | 2018-06-19 | 苏州洪振鑫自动化设备科技有限公司 | A kind of large-tonnage High-precision servo powder former |
| CN110202824A (en) * | 2019-07-03 | 2019-09-06 | 绵阳华通磁件技术有限公司 | A kind of high-accuracy powder molding forming servo press mould frame mechanism |
| CN110216283A (en) * | 2019-07-03 | 2019-09-10 | 绵阳华通磁件技术有限公司 | A kind of servo press for the forming of high-accuracy powder molding |
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Application publication date: 20160622 |