CN208428717U - A kind of powder compacting servo press - Google Patents
A kind of powder compacting servo press Download PDFInfo
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- CN208428717U CN208428717U CN201721685420.3U CN201721685420U CN208428717U CN 208428717 U CN208428717 U CN 208428717U CN 201721685420 U CN201721685420 U CN 201721685420U CN 208428717 U CN208428717 U CN 208428717U
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- master mold
- cover board
- powder feeding
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Abstract
The utility model discloses a kind of powder compacting servo press, including cabinet, mould frame mechanism and powder feeding mechanism, mould frame mechanism includes upper holder, upper mold lifting drive, cope plate, mo(u)ld top half compression bar mounting base, mo(u)ld top half compression bar, lower fixed frame, master mold, master mold lifting drive, mo(u)ld bottom half compression bar, mo(u)ld bottom half compression bar mounting base, parent form cover board and parent form cover board lifting drive, powder feeding mechanism includes hopper, powder feeding mobile platform, powder feeding box, powder feeding cross sliding driving device, it fills out powder plate and fills out powder cross sliding driving device, the utility model has the advantages of simple structure, in high precision, it is stable, without powder leakage, feeding is uniform, powder compacting effect is good, substantially increase production efficiency and product qualification rate.
Description
Technical field
The utility model relates to powder compacting equipment technical fields, are to be related to a kind of powder compacting servo more specifically
Press.
Background technique
Powder compacting equipment is a kind of equipment by stamping of powder at the product of a certain fixed shape (such as pie).But
It is that structure is complicated for powder compacting equipment on the market at present, manufacturing cost is high, and operation stability is poor, and powder is sent into mold
When be easy to occur that powder is flown upward, feeding is uneven or powder spillage is not the phenomenon that can enter type chamber on mold, powder compacting effect
Fruit is poor, and raw material usage amount is big, and defect rate is high, and production efficiency is low, improves production cost, reduces economic benefit.
Utility model content
The purpose of the utility model is to overcome drawbacks described above in the prior art, provide a kind of simple structure, high-precision,
High degree of automation, it is stable, without powder leakage, feeding uniformly, powder compacting effect is good, production efficiency can be improved and product is qualified
The powder compacting servo press of rate.
To achieve the above object, the utility model provides a kind of powder compacting servo press, including cabinet, mould frame mechanism
And powder feeding mechanism, the mould frame mechanism and powder feeding mechanism are respectively installed at the casing table of cabinet, the mould frame mechanism packet
Include upper holder, upper mold lifting drive, cope plate, mo(u)ld top half compression bar mounting base, mo(u)ld top half compression bar, lower fixed frame, master mold, master mold
Lifting drive, mo(u)ld bottom half compression bar, mo(u)ld bottom half compression bar mounting base, parent form cover board and parent form cover board lifting drive, the upper mold
Lifting drive is installed in the top of casing table by upper holder, and the upper mold lifting drive and cope plate pass
Dynamic to connect and it is driven to move up and down, the mo(u)ld top half compression bar is installed in the lower part of cope plate by mo(u)ld top half compression bar mounting base, described
Master mold lifting drive and parent form cover board lifting drive pass through the lower part that lower fixed frame is installed in casing table, institute
It states master mold lifting drive to be sequentially connected with master mold and it is driven to move up and down, the mo(u)ld bottom half compression bar is installed by mo(u)ld bottom half compression bar
Seat is installed in the top of casing table and is located at the underface of master mold, offers on the master mold for mo(u)ld top half compression bar and mo(u)ld bottom half pressure
Bar cooperates the powder compacting chamber of binder, and the parent form cover board lifting drive and parent form cover board are sequentially connected and drive above and below it
Mobile, the parent form cover board is located at the surface of master mold, is offered on the parent form cover board for wearing into powder and for mo(u)ld top half compression bar
The first powder entering hole crossed, the powder feeding mechanism include hopper, powder feeding mobile platform, powder feeding box, powder feeding cross sliding driving device, fill out powder
Plate and fill out powder cross sliding driving device, the hopper is installed on upper holder, the discharge port of the hopper by powder duct with
The feed inlet of powder feeding box is connected, and the powder feeding cross sliding driving device is installed in the top of casing table, and the powder feeding is traversing
It driving device and powder feeding box and fills out powder cross sliding driving device and is sequentially connected and drives its back-and-forth motion, the powder feeding box cover, which is located at, to be filled out
The top of powder plate, it is described to fill out the discharge port offered on powder plate for powder feeding box and the first powder entering hole of parent form cover board is connected to each other
Fill out powder hole, it is described fill out powder cross sliding driving device and fill out powder plate be sequentially connected and drives it relative to the back-and-forth motion of powder feeding box.
As preferred embodiment, the upper mold lifting drive include upper mold lift servo motor, speed reducer, on
Mould elevating screw, upper screw rod lifting nut set, lifting nut set mounting plate, upper screw rod guide post and cope plate attachment base, it is described on
Mould lift servo motor is connected with speed reducer, and the speed reducer is installed in the top of upper holder by upper motor fixing seat,
The speed reducer is connected by first shaft coupling with the upper end of upper mold elevating screw, and the upper screw rod lifting nut set is installed in
Lifting nut covers on mounting plate, and the lifting nut set mounting plate is movably arranged on the upper screw rod being fixedly connected with upper holder and leads
On column, the upper mold elevating screw is connect with upper screw rod lifting nut external threading, so that upper screw rod lifting nut be driven to cover and rise
Drop nut set mounting plate moves up and down, and the upper screw rod lifting nut set is connected by cope plate attachment base with cope plate.
As preferred embodiment, the master mold lifting drive includes master mold lift servo motor, master mold lifting
Plate, master mold elevating screw, master mold supporting cell guide, master mold support plate and master mold feed screw nut's seat, the master mold lift servo motor
The lower part of lower fixed frame is installed in by master mold motor mount, the master mold lift servo motor passes through second shaft coupling and mother
The lower end of mould elevating screw is connected, and the master mold feed screw nut seat is installed on master mold lifter plate, the master mold elevating screw
It is threadedly coupled with master mold feed screw nut's seat, so that master mold feed screw nut seat and master mold lifter plate is driven to move up and down, the master mold
Support plate is installed on master mold lifter plate by passing through the master mold supporting cell guide of casing table, and the master mold support plate is located at machine
The top of case workbench, the master mold is installed in the top of master mold support plate, between the master mold lifter plate and casing table
It is installed with buffer spring.
As preferred embodiment, the parent form cover board lifting drive include parent form cover board lift servo motor,
Motor pulley, parent form cover board elevating screw, screw rod belt pulley, driving belt, parent form cover board lifter plate, screw rod mounting base, mother
Type cover board feed screw nut seat, parent form cover plate support guide post and parent form cover board pressing plate, the parent form cover board lift servo motor and silk
Bar mounting base is respectively installed on master mold lifter plate, and the parent form cover board elevating screw is installed in screw rod mounting base, the silk
Bar belt pulley is installed in the lower end of parent form cover board elevating screw, the motor on the output shaft of the parent form cover board lift servo motor
Belt pulley is connect by driving belt with screw rod pulley drive, and the parent form cover board feed screw nut seat is installed in parent form cover board liter
It drops on plate, the parent form cover board elevating screw is threadedly coupled with parent form cover board feed screw nut's seat, to drive parent form cover board screw rod
Nut seat and parent form cover board lifter plate move up and down, and the parent form cover board pressing plate is by passing through master mold support plate and casing table
Parent form cover plate support guide post be installed in parent form cover board lifter plate, the parent form cover board is installed in the lower part of parent form cover board pressing plate,
It is offered on the parent form cover board pressing plate for passing through into powder and for mo(u)ld top half compression bar and being connected with the first powder entering hole of parent form cover board
The second logical powder entering hole.
As preferred embodiment, the powder feeding cross sliding driving device includes powder feeding pedestal, the traversing screw rod of powder feeding, powder feeding
Traversing servo motor, powder feeding Mobile base, powder feeding box linking arm and linking arm mounting base, the traversing screw rod of powder feeding are installed in powder feeding
On pedestal, the powder feeding Mobile base is connect with the traversing wire rod thread of powder feeding, and the traversing servo motor of powder feeding is installed in powder feeding bottom
The rear end of seat, the output shaft of the traversing servo motor of powder feeding are connected with the traversing screw rod of powder feeding, the traversing servo electricity of powder feeding
Machine drives powder feeding Mobile base to be moved forward and backward on powder feeding pedestal by the traversing screw rod of powder feeding, and the linking arm mounting base, which is installed in, to be sent
On powder Mobile base, the both ends of the powder feeding box linking arm are hinged with linking arm mounting base and powder feeding box respectively.
As preferred embodiment, powder feeding box lower air cylinder, the powder feeding box are installed in the linking arm mounting base
The output end of lower air cylinder is connected with the articulated joint being hinged between two powder feeding box linking arms.
As preferred embodiment, the powder cross sliding driving device of filling out includes filling out powder cylinder and filling out powder plate attachment base, institute
It states and fills out powder cylinder and be installed on powder feeding cross sliding driving device, the output end for filling out powder cylinder is by filling out powder plate attachment base and filling out powder
Plate is connected.
As preferred embodiment, it is described fill out powder plate include fill out powder plate main body, fill out powder adjustment sliding block, screw mounting base,
Sliding block adjusting screw, positioning screw and slider guide column, the screw mounting base are filling out powder plate main body by positioning screw locking
Front end, the front end for filling out powder plate main body, which is offered, corresponding with the quantity of powder compacting chamber and the first powder entering hole fills out powder tune
Whole sliding slot, it is described fill out powder adjustment sliding block be installed in it is each fill out powder adjustment sliding slot in, it is described fill out powder adjustment sliding block rear end and fill out powder
Interval between plate main body, which forms, fills out powder hole, the sliding block adjusting screw be installed in screw mounting base and with it is corresponding
It fills out powder adjustment sliding block to be threadedly coupled, powder adjustment sliding block is filled out with drive and is moved in filling out powder adjustment sliding slot accordingly, is filled out to adjust
The size in powder hole, the slider guide column, which is installed in, to be filled out in powder plate main body and passes through the pilot hole for each filling out powder adjustment sliding block.
As preferred embodiment, residual powder recycling box is installed with below the powder feeding cross sliding driving device, it is described to send
The peripheral equipment of powder cross sliding driving device is equipped with shield, is installed with the limit positioned at powder feeding box two sides on the powder feeding mobile platform
Guide pad is installed with the vibrator for making powder more uniformly enter powder compacting chamber on the powder feeding box.
As preferred embodiment, be installed with touch controller on the cabinet, the touch controller respectively with it is upper
Mould lifting drive, master mold lifting drive, parent form cover board lifting drive, powder feeding cross sliding driving device and fill out powder cross
Driving device electrical connection is moved, the outside of the cabinet is also installed with mobile electronic box or fixed electronic box.
Compared with prior art, the utility model has the beneficial effects that:
1, the utility model has the advantages of simple structure, and high-precision, high degree of automation is stable, and no powder leakage, feeding is uniform,
Powder compacting effect is good, substantially increases production efficiency and product qualification rate.
2, the structure of the mould frame mechanism of the utility model is simple, and dismounting mold is convenient, and stability is good, powder compacting effect
It is good, substantially increase production efficiency and product qualification rate.
3, the structure of the powder feeding mechanism of the utility model is simple, and feeding is uniform, no powder leakage, facilitates adjusting powder sending quantity, improves
Powder compacting effect.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is this
Some embodiments of utility model, for those of ordinary skill in the art, without creative efforts, also
Other drawings may be obtained according to these drawings without any creative labor.
Fig. 1 is the structural schematic diagram of powder compacting servo press provided by the utility model；
Fig. 2 is the structural schematic diagram of the chassis body of powder compacting servo press provided by the utility model；
Fig. 3 is the structural schematic diagram of mould bases framework provided by the utility model；
Fig. 4 is the partial structurtes enlarged drawing of mould bases framework provided by the utility model；
Fig. 5 is the structural schematic diagram of press-powder component provided by the utility model；
Fig. 6 is the structural schematic diagram of powder feeding mechanism provided by the utility model；
Fig. 7 is the rigging position figure of powder feeding mechanism provided by the utility model；
Fig. 8 is the structural schematic diagram provided by the utility model for filling out powder cross sliding driving device Yu powder feeding box；
Fig. 9 is the structural schematic diagram provided by the utility model for filling out powder plate；
Figure 10 is the structural schematic diagram of powder feeding box and vibrator provided by the utility model.
Specific embodiment
It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer
Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched
The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments.Based on the implementation in the utility model
Example, every other embodiment obtained by those of ordinary skill in the art without making creative efforts belong to
The range of the utility model protection.
Fig. 1 and Fig. 2 are please referred to, the embodiments of the present invention provide a kind of powder compacting servo press, including cabinet
1, mould frame mechanism 2 and powder feeding mechanism 3, mould frame mechanism 2 and powder feeding mechanism 3 are respectively installed at the casing table 4 of cabinet 1, under
Face is described in detail each mechanism of the present embodiment in conjunction with attached drawing.
As shown in Figures 3 to 5, mould frame mechanism 2 include upper holder 21, upper mold lifting drive 22, cope plate 23, on
Type compression bar mounting base 24, mo(u)ld top half compression bar 25, lower fixed frame 26, master mold 27, master mold lifting drive 28, mo(u)ld bottom half compression bar 210, under
Type compression bar mounting base 211, parent form cover board 212 and parent form cover board lifting drive 29, upper mold lifting drive 22 pass through upper
Fixed frame 21 is installed in the top of casing table 4, and upper mold lifting drive 22 and cope plate 23 are sequentially connected and drive it
It moves up and down, mo(u)ld top half compression bar 25 is installed in the lower part of cope plate 23, master mold lifting drive by mo(u)ld top half compression bar mounting base 24
28 and parent form cover board lifting drive 29 lower part of casing table 4 is installed in by lower fixed frame 26, master mold lifting is driven
Dynamic device 28 is sequentially connected with master mold 27 and it is driven to move up and down, and mo(u)ld bottom half compression bar 210 is installed by mo(u)ld bottom half compression bar mounting base 211
Casing table 4 top and be located at the underface of master mold 27, offer for mo(u)ld top half compression bar 25 and mo(u)ld bottom half compression bar on master mold 27
The powder compacting chamber 271 of 210 cooperation binders, parent form cover board lifting drive 29 are sequentially connected and drive with parent form cover board 212
It is moved up and down, and parent form cover board 212 is located at the surface of master mold 27, is offered on parent form cover board 212 for into powder and for mo(u)ld top half
The first powder entering hole 2121 that compression bar 25 passes through.
Specifically, as shown in figure 3, upper mold lifting drive 22 includes upper mold lift servo motor 221, speed reducer
222, upper mold elevating screw 223, upper screw rod lifting nut set 224, lifting nut set mounting plate 225, upper screw rod guide post 227 and on
Template attachment base 228, upper mold lift servo motor 221 are connected with speed reducer 222, and speed reducer 222 passes through upper motor fixing seat
229 are installed in the top of upper holder 21, and speed reducer 222 is connected by first shaft coupling with the upper end of upper mold elevating screw 223
It connects, upper screw rod lifting nut set 224 is installed on lifting nut set mounting plate 225, and lifting nut covers 225 activity installation of mounting plate
On the upper screw rod guide post 227 being fixedly connected with upper holder 21, upper mold elevating screw 223 and upper screw rod lifting nut set 224
It is threadedly coupled, so that upper screw rod lifting nut set 224 and lifting nut set mounting plate 225 is driven to move up and down, upper screw rod lifting
Nut set 224 is connected by cope plate attachment base 228 with cope plate 23.
As shown in Figure 3 and Figure 4, master mold lifting drive 28 includes master mold lift servo motor 281, master mold lifter plate
282, master mold elevating screw 283, master mold supporting cell guide 284, master mold support plate 285 and master mold feed screw nut seat 286, master mold lifting
Servo motor 281 is installed in the lower part of lower fixed frame 26 by master mold motor mount 287, and master mold lift servo motor 281 is logical
It crosses second shaft coupling to be connected with the lower end of master mold elevating screw 283, master mold feed screw nut seat 286 is installed in master mold lifter plate
On 282, master mold elevating screw 283 is threadedly coupled with master mold feed screw nut seat 286, thus drive master mold feed screw nut 286 and
Master mold lifter plate 282 moves up and down, and master mold support plate 285 is installed in by passing through the master mold supporting cell guide 284 of casing table 4
On master mold lifter plate 282, master mold support plate 285 is located at the top of casing table 4, and master mold 27 is installed in master mold support plate 285
Top, buffer spring 288 is installed between master mold lifter plate 282 and casing table 4.
As shown in Figure 3 and Figure 4, parent form cover board lifting drive 29 includes parent form cover board lift servo motor 291, motor
Belt pulley 292, parent form cover board elevating screw 293, screw rod belt pulley 294, driving belt 295, parent form cover board lifter plate 296, silk
Bar mounting base 297, parent form cover board feed screw nut seat 298, parent form cover plate support guide post 299 and parent form cover board pressing plate 2910, parent form
Cover board lift servo motor 291 and screw rod mounting base 297 are respectively installed on master mold lifter plate 282, parent form cover board elevating screw
293 are installed in screw rod mounting base 297, and screw rod belt pulley 294 is installed in the lower end of parent form cover board elevating screw 293, parent form lid
Motor pulley 292 on the output shaft of plate lift servo motor 291 is driven by driving belt 295 and screw rod belt pulley 294
Connection, parent form cover board feed screw nut seat 298 are installed on parent form cover board lifter plate 296, parent form cover board elevating screw 293 and parent form
Cover board feed screw nut seat 298 is threadedly coupled, to drive on parent form cover board feed screw nut seat 298 and parent form cover board lifter plate 296
Lower movement, parent form cover board pressing plate 2910 pass through the parent form cover plate support guide post across master mold support plate 285 and casing table 4
299 are installed in parent form cover board lifter plate 296, and parent form cover board 212 is installed in the lower part of parent form cover board pressing plate 2910, parent form cover board pressure
It is offered on plate 2910 for passing through into powder and for mo(u)ld top half compression bar 25 and being connected with the first powder entering hole 2121 of parent form cover board 212
The second powder entering hole 2911.
The structure of the mould frame mechanism of the present embodiment is simple, and dismounting mold is convenient, and stability is good, and powder compacting effect is good, greatly
Production efficiency and product qualification rate are improved greatly.
As shown in Figure 6 and Figure 7, powder feeding mechanism 3 includes hopper 31, powder feeding mobile platform 32, powder feeding box 33, the traversing drive of powder feeding
Dynamic device 34 fills out powder plate 35 and fills out powder cross sliding driving device 36, and hopper 31 is installed on upper holder 21, the discharge port of hopper 31
It is connected by powder duct with the feed inlet of powder feeding box 33, powder feeding cross sliding driving device 34 is installed in the upper of casing table 4
Portion, powder feeding cross sliding driving device 34 and powder feeding box 33 and fills out the transmission connection of powder cross sliding driving device 36 and drives its back-and-forth motion,
The lid of powder feeding box 33 is located at the top for filling out powder plate 35, fills out the discharge port offered on powder plate 35 for powder feeding box 33 and parent form cover board
What 212 the first powder entering hole 2121 was connected to each other fills out powder hole 351, fills out powder cross sliding driving device 36 and fills out the transmission connection of powder plate 35 and band
It is dynamic to be moved forward and backward relative to powder feeding box 33.
As shown in fig. 6, powder feeding cross sliding driving device 34 is traversing including powder feeding pedestal 341, the traversing screw rod 342 of powder feeding, powder feeding
Servo motor 343, powder feeding Mobile base 344, powder feeding box linking arm 345 and linking arm mounting base 346, the traversing screw rod 342 of powder feeding fill
It is located on powder feeding pedestal 341, powder feeding Mobile base 344 is threadedly coupled with the traversing screw rod 342 of powder feeding, the traversing servo motor 343 of powder feeding
It is installed in the rear end of powder feeding pedestal 341, the output shaft of the traversing servo motor 343 of powder feeding is connected with the traversing screw rod 342 of powder feeding, send
The traversing servo motor 343 of powder drives powder feeding Mobile base 344 to be moved forward and backward on powder feeding pedestal 341 by the traversing screw rod 342 of powder feeding,
Linking arm mounting base 346 is installed on powder feeding Mobile base 344, the both ends of powder feeding box linking arm 345 respectively with linking arm mounting base
346 and powder feeding box 33 be hinged.
As shown in fig. 6, powder feeding box lower air cylinder 347 is installed in linking arm mounting base 346, powder feeding box lower air cylinder 347
Output end be connected with the articulated joint 348 being hinged between two powder feeding box linking arms 345, powder feeding box lower air cylinder 347 can
Powder feeding box 33 is pressed on to the top for filling out powder plate 35, prevents from generating larger space between the two and powder leakage phenomenon occur.
As shown in figure 8, filling out powder cross sliding driving device 36 includes filling out powder cylinder 361 and filling out powder plate attachment base 362, powder cylinder is filled out
361 are installed on powder feeding cross sliding driving device 34, fill out the output end of powder cylinder 361 by filling out powder plate attachment base 362 and filling out powder plate
35 are connected.
In the present embodiment, in order to improve powder feeding stability and precision, it can be installed with and be located on powder feeding mobile platform 32
The limit guide block 39 of 33 two sides of powder feeding box, limit guide block 39 can lead powder feeding box 33 and the movement for filling out powder plate 35
To.
As shown in figure 9, filling out powder plate 35 includes filling out powder plate main body 351, filling out powder adjustment sliding block 352, screw mounting base 353, slide
Block adjusting screw 354, positioning screw 355 and slider guide column 356, screw mounting base 353 are being filled out by the locking of positioning screw 355
The front end of powder plate main body 351, the front end for filling out powder plate main body 351 offer and powder compacting chamber 271 and the first powder entering hole 2121
Quantity is corresponding to fill out powder adjustment sliding slot 357, fill out powder adjustment sliding block 352 be installed in it is each fill out in powder adjustment sliding slot 357, fill out powder tune
The rear end of whole sliding block 352 and the interval filled out between powder plate main body 351, which form, fills out powder hole 351, and sliding block adjusting screw 354 is installed in
It is threadedly coupled in screw mounting base 353 and with corresponding powder adjustment sliding block 352 of filling out, sliding block adjusting screw 354 is able to drive
It individually fills out before and after powder adjustment sliding block 352 carries out in filling out powder adjustment sliding slot 357 accordingly and finely tunes movement, fill out powder hole to adjust
351 size, how many to achieve the purpose that adjust powder, slider guide column 356, which is installed in, to be filled out in powder plate main body 351 and passes through often
A pilot hole for filling out powder adjustment sliding block 352.
In the present embodiment, mo(u)ld top half compression bar 25 and mo(u)ld bottom half compression bar 210 can be preferably provided with the six roots of sensation, correspondingly, powder at
Type chamber 271, the first powder entering hole 2121 and there are six filling out powder hole 351 also and can be set, certainly, can also make according to actual needs
Change, as long as can be improved, production efficiency is i.e. implementable, and non-the present embodiment is limited.
As shown in Figure 2 and Figure 6, the lower section of powder feeding cross sliding driving device 34 is installed with residual powder recycling box 37, residual for recycling
The peripheral equipment of powder, powder feeding cross sliding driving device 34 is equipped with shield 38.
As shown in Figure 10, it can also be installed on powder feeding box 33 for making powder more uniformly enter powder compacting chamber 271
Vibrator 310, the precision and stability of compacted products can be improved in this way.
The structure of the powder feeding mechanism of the present embodiment is simple, and feeding is uniform, and no powder leakage facilitates adjusting powder sending quantity, improves powder
Last molding effect.
As shown in Figure 1, be installed with touch controller 5 on cabinet 1, touch controller 5 respectively with upper mold lifting drive
22, master mold lifting drive 28, parent form cover board lifting drive 29, powder feeding cross sliding driving device 34 and the traversing driving of powder is filled out
Device 36 is electrically connected, and the outside of cabinet 1 is also installed with mobile electronic box or fixed electronic box 6.
The working principle of the utility model is as follows:
(1) firstly, tablet (such as coil) is put into the powder compacting chamber 271 of master mold 27 using manually or mechanically hand,
Parent form cover board lifting drive 29 drives the decline of parent form cover board 212 to close box cover and is located on master mold 27 later；
(2) powder feeding cross sliding driving device 34 drives powder feeding box 33 and fills out powder plate 35 and moves together on powder feeding mobile platform 32
Onto parent form cover board pressing plate 2910, parent form cover board pressing plate 2910 is concordant with the height of powder feeding mobile platform 32 at this time, when powder feeding box
33 it is mobile in place after, the powder cylinder 361 of filling out for filling out powder cross sliding driving device 36 is able to drive and fills out powder plate 35 and continue to move ahead, and makes to be filled into
The powder for filling out powder hole 351 for filling out powder plate 35 successively passes through the second powder entering hole 2911, the parent form cover board 212 of parent form cover board pressing plate 2910
The first powder entering hole 2121 drop into the powder compacting chamber 271 of master mold 27, powder feeding box 33 and fill out each Self-resetting of powder plate 35 later；
(3) upper mold lifting drive 22 drives the mo(u)ld top half compression bar 25 for being located at 23 lower part of cope plate to move down, and makes mo(u)ld top half
Compression bar 25 and mo(u)ld bottom half compression bar 210 cooperate binder in the powder compacting chamber 271 of master mold 27；
(4) in pressing process, the parent form cover board lift servo motor 291 (i.e. lower two of parent form cover board lifting drive 29
Servo motor) adjustable corresponding position can be needed according to compacted products；
(5) after the completion of suppressing, the master mold lift servo motor 281 (i.e. next servo motor) of master mold lifting drive 28
It drives master mold 27 to move down, completes mo(u)ld bottom half compression bar 210 by the powder compacting chamber 271 of product after molding ejection master mold 27
Product stripping.
The utility model has the advantage that as follows:
One, high precision
(1) become servo motor CNC control from previous air pressure filling movement, eliminate air pressure it is unstable caused by
Unstable factor, so as to produce more stable, higher precision complicated shape product；
(2) driving rushed above and below uses screw rod independent and combines with direct-type servo motor, and no matter is repeatable accuracy
There is zero load be attained by within 0.003mm；
(3) closed-loop control is used；
(4) high rigidity and high life, lathe bed are the most suitable rigidity of three-D tectonic knot system, and construction is simple, rapid wear
Consumption part is few, so that the initial precision of new engine is kept for a long time, while also mitigating maintenance；
(5) for screw rod using Japanese imported with original packaging screw rod, upper screw rod diameter is 80mm, length 800mm；Next screw rod diameter is
50mm, length 502mm；Lower two screw rod diameters are 32mm, length 513mm.
Two, ease for operation
It is easy to operate, it can be set by touch screen, shorten time.
Three, safety
Using running gear totally enclosed type, operating safety risks are excluded.
Four, energy saving
(natural environment) is operated without air conditioner surroundings；Three-phase 380V transformation is 220V low-tension supply.
Five, the feature of environmental protection
Without oil leak, no powder leakage, vibration and noise are minimum when running, and working environment is improved.
In conclusion the utility model has the advantages of simple structure, high-precision, high degree of automation is stable, and no powder leakage is sent
Uniformly, powder compacting effect is good, substantially increases production efficiency and product qualification rate for material.
Above-described embodiment is the preferable embodiment of the utility model, but the embodiments of the present invention is not by above-mentioned
The limitation of embodiment, it is made under other any spiritual essence and principles without departing from the utility model to change, modify, replacing
In generation, simplifies combination, should be equivalent substitute mode, is included within the protection scope of the utility model.
Claims (10)
1. a kind of powder compacting servo press, including cabinet (1), mould frame mechanism (2) and powder feeding mechanism (3), the mould frame mechanism
(2) it is respectively installed at the casing table (4) of cabinet (1) with powder feeding mechanism (3), it is characterised in that: the mould frame mechanism (2)
Including upper holder (21), upper mold lifting drive (22), cope plate (23), mo(u)ld top half compression bar mounting base (24), mo(u)ld top half compression bar
(25), lower fixed frame (26), master mold (27), master mold lifting drive (28), mo(u)ld bottom half compression bar (210), mo(u)ld bottom half compression bar mounting base
(211), parent form cover board (212) and parent form cover board lifting drive (29), the upper mold lifting drive (22) pass through upper
Fixed frame (21) is installed in the top of casing table (4), and the upper mold lifting drive (22) and cope plate (23) are driven
It connects and it is driven to move up and down, the mo(u)ld top half compression bar (25) is installed in cope plate (23) by mo(u)ld top half compression bar mounting base (24)
Lower part, the master mold lifting drive (28) and parent form cover board lifting drive (29) are installed by lower fixed frame (26)
In the lower part of casing table (4), the master mold lifting drive (28) and master mold (27) are sequentially connected and drive above and below it
Mobile, the mo(u)ld bottom half compression bar (210) is installed in the top of casing table (4) and is located at by mo(u)ld bottom half compression bar mounting base (211)
The underface of master mold (27) offers on the master mold (27) for mo(u)ld top half compression bar (25) and mo(u)ld bottom half compression bar (210) cooperation binder
Powder compacting chamber (271), the parent form cover board lifting drive (29) and parent form cover board (212) are sequentially connected and drive thereon
Lower movement, the parent form cover board (212) are located at the surface of master mold (27), offered on the parent form cover board (212) for into
Powder and the first powder entering hole (2121) passed through for mo(u)ld top half compression bar (25), the powder feeding mechanism (3) include hopper (31), powder feeding movement
Platform (32), powder feeding cross sliding driving device (34), fills out powder plate (35) and fills out powder cross sliding driving device (36), institute powder feeding box (33)
It states hopper (31) to be installed on upper holder (21), the discharge port of the hopper (31) passes through powder duct and powder feeding box (33)
Feed inlet is connected, and the powder feeding cross sliding driving device (34) is installed in the top of casing table (4), the traversing drive of powder feeding
It moves device (34) and powder feeding box (33) and fills out powder cross sliding driving device (36) and be sequentially connected and drive its back-and-forth motion, the powder feeding
Box (33) lid is located at the top for filling out powder plate (35), it is described fill out the discharge port offered on powder plate (35) for powder feeding box (33) and
What the first powder entering hole (2121) of parent form cover board (212) was connected to each other fills out powder hole (350), it is described fill out powder cross sliding driving device (36) with
Powder plate (35) are filled out to be sequentially connected and it is driven to be moved forward and backward relative to powder feeding box (33).
2. a kind of powder compacting servo press according to claim 1, it is characterised in that: the upper mold lifting drive
It (22) include upper mold lift servo motor (221), speed reducer (222), upper mold elevating screw (223), upper screw rod lifting nut set
(224), lifting nut set mounting plate (225), upper screw rod guide post (227) and cope plate attachment base (228), the upper mold lifting are watched
It takes motor (221) to be connected with speed reducer (222), the speed reducer (222) is installed in upper solid by upper motor fixing seat (229)
Determine the top of frame (21), the speed reducer (222) is connected by first shaft coupling with the upper end of upper mold elevating screw (223),
The upper screw rod lifting nut set (224) is installed on lifting nut set mounting plate (225), and the lifting nut covers mounting plate
(225) it is movably arranged on the upper screw rod guide post (227) being fixedly connected with upper holder (21), the upper mold elevating screw
(223) it is threadedly coupled with upper screw rod lifting nut set (224), to drive upper screw rod lifting nut set (224) and lifting nut
Set mounting plate (225) moves up and down, and the upper screw rod lifting nut set (224) passes through cope plate attachment base (228) and cope plate
(23) it is connected.
3. a kind of powder compacting servo press according to claim 1, it is characterised in that: the master mold lifting drive
It (28) include master mold lift servo motor (281), master mold lifter plate (282), master mold elevating screw (283), master mold supporting cell guide
(284), master mold support plate (285) and master mold feed screw nut's seat (286), the master mold lift servo motor (281) pass through master mold
Motor mount (287) is installed in the lower part of lower fixed frame (26), and the master mold lift servo motor (281) passes through the second shaft coupling
Device is connected with the lower end of master mold elevating screw (283), and the master mold feed screw nut seat (286) is installed in master mold lifter plate
(282) on, the master mold elevating screw (283) is threadedly coupled with master mold feed screw nut's seat (286), to drive master mold screw rod spiral shell
Base (286) and master mold lifter plate (282) move up and down, and the master mold support plate (285) is by passing through casing table (4)
Master mold supporting cell guide (284) is installed on master mold lifter plate (282), and the master mold support plate (285) is located at casing table (4)
Top, the master mold is installed in the top of master mold support plate (285), the master mold lifter plate (282) and casing table (4)
Between be installed with buffer spring (288).
4. a kind of powder compacting servo press according to claim 3, it is characterised in that: the parent form cover board lifting driving
Device (29) include parent form cover board lift servo motor (291), motor pulley (292), parent form cover board elevating screw (293),
Screw rod belt pulley (294), driving belt (295), parent form cover board lifter plate (296), screw rod mounting base (297), parent form cover board silk
Stem nut seat (298), parent form cover plate support guide post (299) and parent form cover board pressing plate (2910), the parent form cover board lift servo
Motor (291) and screw rod mounting base (297) are respectively installed on master mold lifter plate (282), the parent form cover board elevating screw
(293) it is installed on screw rod mounting base (297), the screw rod belt pulley (294) is installed in parent form cover board elevating screw (293)
Lower end, the motor pulley (292) on the output shaft of the parent form cover board lift servo motor (291) pass through driving belt
(295) it is sequentially connected with screw rod belt pulley (294), the parent form cover board feed screw nut seat (298) is installed in the lifting of parent form cover board
On plate (296), the parent form cover board elevating screw (293) is threadedly coupled with parent form cover board feed screw nut's seat (298), to drive
Parent form cover board feed screw nut's seat (298) and parent form cover board lifter plate (296) move up and down, and the parent form cover board pressing plate (2910) is logical
The parent form cover plate support guide post (299) crossed across master mold support plate (285) and casing table (4) is installed in the lifting of parent form cover board
Plate (296), the parent form cover board (212) are installed in the lower part of parent form cover board pressing plate (2910), the parent form cover board pressing plate
(2910) the first powder entering hole (2121) for passing through into powder and for mo(u)ld top half compression bar (25) and with parent form cover board (212) is offered on
The second powder entering hole (2911) being connected.
5. a kind of powder compacting servo press according to claim 1, it is characterised in that: the powder feeding cross sliding driving device
It (34) include powder feeding pedestal (341), the traversing screw rod of powder feeding (342), the traversing servo motor of powder feeding (343), powder feeding Mobile base
(344), powder feeding box linking arm (345) and linking arm mounting base (346), the traversing screw rod of powder feeding (342) are installed in powder feeding bottom
On seat (341), the powder feeding Mobile base (344) is threadedly coupled with the traversing screw rod of powder feeding (342), the traversing servo motor of powder feeding
(343) rear end of powder feeding pedestal (341), the output shaft and the traversing silk of powder feeding of the traversing servo motor of powder feeding (343) are installed in
Bar (342) is connected, and the traversing servo motor of powder feeding (343) drives powder feeding Mobile base by the traversing screw rod of powder feeding (342)
(344) it being moved forward and backward on powder feeding pedestal (341), the linking arm mounting base (346) is installed on powder feeding Mobile base (344),
The both ends of the powder feeding box linking arm (345) are hinged with linking arm mounting base (346) and powder feeding box (33) respectively.
6. a kind of powder compacting servo press according to claim 5, it is characterised in that: the linking arm mounting base
(346) powder feeding box lower air cylinder (347) is installed on, the output end of the powder feeding box lower air cylinder (347) is sent with being hinged on two
Articulated joint (348) between powder box linking arm (345) is connected.
7. a kind of powder compacting servo press according to claim 1, it is characterised in that: described to fill out powder cross sliding driving device
It (36) include filling out powder cylinder (361) and filling out powder plate attachment base (362), the powder cylinder (361) of filling out is installed in the traversing driving of powder feeding
On device (34), the output end for filling out powder cylinder (361) is connected by filling out powder plate attachment base (362) with powder plate (35) is filled out.
8. a kind of powder compacting servo press according to claim 1, it is characterised in that: described fill out powder plate (35) include filling out
Powder plate main body (351) fills out powder adjustment sliding block (352), screw mounting base (353), sliding block adjusting screw (354), positioning screw
(355) and slider guide column (356), the screw mounting base (353) are filling out powder plate main body by positioning screw (355) locking
(351) front end, the front end for filling out powder plate main body (351) offer and powder compacting chamber (271) and the first powder entering hole
(2121) quantity is corresponding to fill out powder adjustment sliding slot (357), it is described fill out powder adjustment sliding block (352) and be installed in each fill out powder adjustment
In sliding slot (357), the rear end for filling out powder adjustment sliding block (352) and the interval filled out between powder plate main body (351) form and fill out powder
Hole (350), the sliding block adjusting screw (354) are installed on screw mounting base (353) and fill out powder adjustment cunning with corresponding
Block (352) is threadedly coupled, and is filled out powder adjustment sliding block (352) with drive and is moved in corresponding fill out in powder adjustment sliding slot (357), to adjust
Section fills out the size of powder hole (350), and the slider guide column (356), which is installed in fill out in powder plate main body (351) and pass through, each fills out powder
Adjust the pilot hole of sliding block (352).
9. a kind of powder compacting servo press according to claim 1, it is characterised in that: the powder feeding cross sliding driving device
(34) residual powder recycling box (37) is installed with below, the peripheral equipment of the powder feeding cross sliding driving device (34) is equipped with shield
(38), the limit guide block (39) positioned at powder feeding box (33) two sides, the powder feeding are installed on the powder feeding mobile platform (32)
The vibrator (310) for making powder more uniformly enter powder compacting chamber (271) is installed on box (33).
10. a kind of powder compacting servo press according to claim 1, it is characterised in that: be installed on the cabinet (1)
Touch controller (5), the touch controller (5) respectively with upper mold lifting drive (22), master mold lifting drive
(28), it parent form cover board lifting drive (29), powder feeding cross sliding driving device (34) and fills out powder cross sliding driving device (36) and is electrically connected
It connects, the outside of the cabinet (1) is also installed with mobile electronic box or fixed electronic box (6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721685420.3U CN208428717U (en) | 2017-12-05 | 2017-12-05 | A kind of powder compacting servo press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721685420.3U CN208428717U (en) | 2017-12-05 | 2017-12-05 | A kind of powder compacting servo press |
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| Publication Number | Publication Date |
|---|---|
| CN208428717U true CN208428717U (en) | 2019-01-25 |
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| CN201721685420.3U Active CN208428717U (en) | 2017-12-05 | 2017-12-05 | A kind of powder compacting servo press |
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| CN (1) | CN208428717U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| 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 |
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2017
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| 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 |
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Effective date of registration: 20221202 Address after: 523000 Xinxin Industrial Park, Hengdong Road, Fengda village, Dongkeng Town, Dongguan City, Guangdong Province Patentee after: GUANGDONG XINXIN INTELLIGENT EQUIPMENT Co.,Ltd. Address before: 523000 No. 3 Xingye Fifth Street, Xiabian Community Third Industrial Zone, Chang'an Town, Dongguan City, Guangdong Province Patentee before: GUANGDONG CINCY INDUSTRY CO.,LTD. |
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