CN207014528U - A kind of ceramic body high-pressure slurry-injection forming machine - Google Patents
A kind of ceramic body high-pressure slurry-injection forming machine Download PDFInfo
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- CN207014528U CN207014528U CN201720681699.1U CN201720681699U CN207014528U CN 207014528 U CN207014528 U CN 207014528U CN 201720681699 U CN201720681699 U CN 201720681699U CN 207014528 U CN207014528 U CN 207014528U
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Abstract
A kind of ceramic body high-pressure slurry-injection forming machine, including two middle mould bases, middle mold lock mould oil cylinder and middle mold lock mould rotary oil cylinder；Two described middle mould bases are oppositely arranged, and are realized matched moulds by relative movement or divided mould；One of them middle mould bases is provided with middle mold lock mould oil cylinder, and mould bases is provided with middle mold lock mould rotary oil cylinder in another, and the output end of middle mold lock mould oil cylinder and the output end of middle mold lock mould rotary oil cylinder are oppositely arranged；The angle that mold lock die cavity and end cap thereon are manually set relative to the rotation of middle mold lock die drawing head in the driving of middle mold lock mould rotary oil cylinder, to realize pre- locked mode.The present apparatus can simply and reliablely lock matched moulds mould to avoid that spillage occurs, and can realize the multidirectional matched moulds of multi-mould and locked mode.
Description
Technical field
Ceramic body mortar injection forming equipment field is the utility model is related to, particularly ceramic body high-pressure slip-casting shaping is set
It is standby.
Background technology
The base substrate past of full bag conventional one-piece toilet stool body manufactures all the time by gypsum mold.Mould structure is complicated, production
Time is grown, and labor intensity is big, and efficiency is low.If necessary to reduce labor intensity, it is necessary to using automatic assembly line and high pressure injection
Sizing process.And high-pressure slip-casting technique manufacture conventional one-piece toilet stool body base substrate is used, very huge challenge is equally faced, is first
Mould is more, it is necessary to complete matched moulds and the demoulding from all directions；Next to that high-pressure slip-casting pressure is big, it is necessary to be locked to each mould of matched moulds
Tightly, spillage otherwise will necessarily occur.Therefore, there is an urgent need to disclosure satisfy that full bag conventional one-piece toilet stool body base substrate high pressure pours into
The ceramic body high-pressure slurry-injection forming machine that type matched moulds needs with releasing process.
Utility model content
The purpose of this utility model is solve the problems of the prior art, there is provided can simply and reliablely lock matched moulds mould
Tool can realize a kind of ceramic body high-pressure slurry-injection forming machine of the multidirectional matched moulds of multi-mould and locked mode to avoid that spillage occurs.
To reach above-mentioned purpose, the utility model adopts the following technical scheme that：
A kind of ceramic body high-pressure slurry-injection forming machine, including two middle mould bases, middle mold lock mould oil cylinder and the rotation of middle mold lock mould
Oil cylinder；Two described middle mould bases are oppositely arranged, and are realized matched moulds by relative movement or divided mould；Set on one of them middle mould bases
There is middle mold lock mould oil cylinder, mould bases is provided with middle mold lock mould rotary oil cylinder in another, and the output end of middle mold lock mould oil cylinder is with
The output end of mold lock mould rotary oil cylinder is oppositely arranged；The output end of middle mold lock mould oil cylinder is provided with middle mold lock die drawing head；Middle mold lock mould
The output end of rotary oil cylinder is provided with middle mold lock die cavity, and described middle mold lock die cavity end is provided with end cap, and described end cap is provided with
Ending cover hole, mold lock die drawing head stretches into or exited middle mold lock die cavity during described ending cover hole supplies；The section of described ending cover hole is with
The section of mold lock die drawing head matches；After middle mold lock die drawing head stretches into middle mold lock die cavity by ending cover hole, middle mold lock mould rotation oil
The angle that mold lock die cavity and end cap thereon are manually set relative to the rotation of middle mold lock die drawing head in cylinder driving；After being rotated in place, end
The section axis projection of the section axis projection of cap bore and middle mold lock die drawing head does not coincide.
Further, in addition to column and crossbeam, described crossbeam is across in column top and being provided with middle mould mould closing guide rail；
Two described middle mould bases are slidedly arranged in middle mould mould closing guide rail.
Further, in addition to top mold frame and Ccope closing machine driver element, described Ccope closing machine driver element are located at horizontal stroke
In the middle part of beam, its output section is fixedly connected with top mold frame and drives top mold frame to move up and down.
Further, in addition to upper mold lock mould oil cylinder and upper mold lock mould oil cylinder swing unit；Described top mold frame both sides are equal
Upper mold lock nib provided with outside side opening；Two described middle mould bases are equipped with mold lock mould oil cylinder and upper mold lock mould oil cylinder pendulum
Moving cell；Described upper mold lock mould oil cylinder output end is provided with upper mold lock die drawing head；Described upper mold lock mould oil cylinder swing unit drives
Dynamic upper mold lock mould oil cylinder is swung, so that the opening of upper mold lock die drawing head from upper mold lock nib swings in upper mold lock nib.
Further, in addition to the back rest and rear mould bases, the described back rest are fixedly mounted in the middle part of crossbeam and extended back, its
It is provided with rear mold mould closing guide rail；Described rear mould bases is slidedly arranged in rear mold mould closing guide rail.
Further, in addition to rear mold Mode-locking oil cylinder and rear mold Mode-locking oil cylinder swing unit；Two described middle mould bases are equal
Rear mold locked mode hole provided with outside side opening；Described rear mould bases both sides are provided with rear mold Mode-locking oil cylinder and rear mold Mode-locking oil cylinder is swung
Unit；Described rear mold Mode-locking oil cylinder swing unit driving rear mold Mode-locking oil cylinder is swung, so that rear mold locked mode pull head is from rear mold lock
The opening of nib swings in rear mold locked mode hole.
Further, in addition to lower mold holder；Described column is provided with lower mould mould closing guide rail, and described lower mold holder is slidedly arranged on down
In mould mould closing guide rail.
Further, in addition to lower mold lock mould oil cylinder and lower mold lock mould oil cylinder swing unit；Described lower mold holder both sides are equal
Upper mold lock nib provided with outside side opening；Two described middle mould bases are equipped with lower mold lock mould oil cylinder and lower mold lock mould oil cylinder pendulum
Moving cell；Described lower mold lock mould oil cylinder output end is provided with lower mold lock die drawing head；Described lower mold lock mould oil cylinder swing unit drives
Dynamic lower mold lock mould oil cylinder is swung, so that the opening of lower mold lock die drawing head from lower mold lock nib swings in lower mold lock nib.
Further, described column tilts forward or backward 4 degree to 10 degree.
Further, described column tilts 4 degree to 10 degree to the left or to the right.
Technical scheme described in the utility model is relative to prior art, the beneficial effect of acquirement：
By rotating against between middle mold lock die drawing head and ending cover hole between (1) two middle mould bases, locked mode preparation is realized,
So that simple in construction, space is smaller, avoids because of larger displacement, to realize that the matched moulds of more multi-mould and locked mode leave sky
Between.
(2) rear mold locked mode hole is opened up on two middle mould bases by installing rear mold Mode-locking oil cylinder on rear mould bases, avoided
Middle mould bases has an excessive clamping mechanism, so as to realize more rational clamping mechanism layout.
(3) it is upper so as to avoid moving up and down by installing mold lock mould oil cylinder and lower mold lock mould oil cylinder on middle mould bases
Mould bases and lower mold holder mechanism are excessively cumbersome, load excessive.
(4) it is laid out by the three axle matched moulds and locked mode of entirety, it is achieved thereby that the matched moulds and locked mode of five pieces of moulds, for production
Full bag conventional one-piece toilet stool body provides appointed condition.
(5) tilted forward or backward by column, during making high-pressure slip-casting, slurry more can be flowed to swimmingly in mould
Grout outlet, slurry will not be produced and left.
(6) further, column tilts to the left or to the right, makes slurry outflow more smoothly.
Brief description of the drawings
Accompanying drawing described herein is used for providing further understanding to of the present utility model, forms one of the present utility model
Point, schematic description and description of the present utility model is used to explain the utility model, does not form to of the present utility model
Improper restriction.In the accompanying drawings：
Fig. 1 is the utility model embodiment front view；
Fig. 2 is the utility model embodiment rearview.
Fig. 3 is the utility model embodiment right view；
Fig. 4 is A portions partial enlarged drawing in Fig. 1；
Fig. 5 is Fig. 4 C direction views；
Fig. 6 is B-B direction profile in Fig. 1.
Embodiment
In order that technical problem to be solved in the utility model, technical scheme and beneficial effect are clearer, clear, with
Under in conjunction with the accompanying drawings and embodiments, the utility model is further elaborated.It is it should be appreciated that described herein specific real
Example is applied only to explain the utility model, is not used to limit the utility model.
As shown in Figures 1 to 6, the ceramic body high-pressure slurry-injection forming machine in the utility model embodiment includes column 2, horizontal stroke
Mould bases 312 in mould bases 311, second in beam 1, first, middle mould matched moulds driver element (not shown), middle mold lock mould oil cylinder 32,
Middle mold lock mould rotary oil cylinder 33, the back rest 4, rear mould bases 41, rear mold matched moulds driver element (not shown), rear mold Mode-locking oil cylinder
42nd, rear mold Mode-locking oil cylinder swing unit 43, top mold frame 51, Ccope closing machine driver element 50, upper mold lock mould oil cylinder 52, upper mold lock mould
Oil cylinder swing unit 53, lower mold holder 61, lower mould closing unit (not shown), lower mold lock mould oil cylinder 62 and lower mold lock mould oil cylinder
Swing unit 63.
Crossbeam 1 is across on the top of column 2 and being provided with middle mould mould closing guide rail 11.Mould bases 312 in mould bases 311 and second in first
It is slidedly arranged in mould mould closing guide rail 11 and is oppositely arranged.Middle mould matched moulds driver element uses hydraulic system, for driving in first
Mould bases 312 is drawn close or separated along middle mould mould closing guide rail 11 in mould bases 311 and second.
In the present embodiment, middle mold lock mould oil cylinder 32 has four, is arranged at the surrounding of mould bases 312 in second.Mold lock in each
Mould oil cylinder 32 all includes middle mold lock mould oil cylinder fixed part and middle mold lock mould oil cylinder output section.Middle mold lock mould oil cylinder fixed part and second
Middle mould bases 312 is fixedly connected, and middle mold lock mould oil cylinder output section extends to the direction of mould bases in first 311, and its end is provided with middle mold lock
Die drawing first 322.
In the present embodiment, middle mold lock mould rotary oil cylinder 33 also has four, is arranged at the surrounding of mould bases 311 in first, and with
Middle mold lock mould oil cylinder 32 is oppositely arranged.Mold lock mould rotary oil cylinder 33 includes middle mold lock mould rotary oil cylinder fixed part and middle mould in each
Locked mode rotary oil cylinder output section 331.Middle mold lock mould rotary oil cylinder fixed part is fixedly connected with mould bases in first 311, middle mold lock mould
The direction of mould bases 312 extends in rotary oil cylinder output section 331 to second, and is oppositely arranged with middle mold lock mould oil cylinder output section.Middle mould
The end of locked mode rotary oil cylinder output section 331 is provided with the middle mold lock die cavity that mold lock die drawing first 322 rotates against in it in confession
332.The end of middle mold lock die cavity 332 is provided with end cap 333.End cap 333 is provided with ending cover hole 3331.Mold lock during ending cover hole 3331 supplies
Die drawing first 322 stretches into middle mold lock die cavity 332 or exits middle mold lock die cavity 332.The section of ending cover hole 3331 and middle mold lock die drawing head
322 section matches.In the present embodiment, both cross sectional shapes are as shown in Figure 5 and Figure 6.Both cross sectional shapes can also be any
It is non-circular.
After middle mold lock die drawing first 322 stretches into middle mold lock die cavity 332 by ending cover hole 3331, middle mold lock mould rotary oil cylinder 33 is played
The angle that mold lock die cavity 332 and end cap 333 thereon are manually set relative to first 322 rotation of middle mold lock die drawing in dynamic, the present embodiment
In be 90 degree；After being rotated in place, the section axis projection of the section axis projection of ending cover hole 3331 and middle mold lock die drawing first 322 is not
Overlap again, in order to first 322 pumpback of middle mold lock die drawing, in tension between mold lock mould oil cylinder 32 and middle mold lock mould rotary oil cylinder 33
Distance, and drive in tension first that mould bases 312 tenses in mould bases 311 and second.
Ccope closing machine driver element 50 uses hydraulic system, and positioned at the middle part of crossbeam 1, its output section is fixed with top mold frame 51 to be connected
Connect and drive top mold frame 51 to move up and down.
The both sides of top mold frame 51 are equipped with the upper mold lock nib 511 of outside side opening.
And it is equipped with mold lock mould oil cylinder 52 and upper mold lock mould oil cylinder on mould bases 312 in mould bases 311 and second in first
Swing unit 53.
Upper mold lock mould oil cylinder 52 includes upper mold lock mould oil cylinder fixed part and upper mold lock mould oil cylinder output section, upper mold lock mould oil cylinder
The end of output section is provided with upper mold lock die drawing first 521.
Upper mold lock mould oil cylinder swing unit 53 uses cylinder, including upper mold lock mould oil cylinder swing unit fixed part and upper mold lock
Mould oil cylinder swing unit output section.Mould bases 312 in mould bases 311 or the second in upper mold lock mould oil cylinder swing unit fixed part and first
Be hinged, upper mold lock mould oil cylinder swing unit output section is hinged with upper mold lock mould oil cylinder fixed part, and upper mold lock mould oil cylinder fixed part is also
Be hinged with mould bases in mould bases 311 or the second in first 312, the jointed shaft formed is upper mold lock mould oil cylinder swinging axle.Upper mould closes
After the completion of mould, the upper upper mold lock mould oil cylinder 52 of the driving of mold lock mould oil cylinder swing unit 53 is swung around upper mold lock mould oil cylinder swinging axle, with
The opening of mold lock die drawing first 521 from upper mold lock nib 511 is set to swing in upper mold lock nib 511.
The back rest 4 is fixedly mounted on the middle part of crossbeam 1 and extended back.The back rest 4 is provided with rear mold rear mold guide rail 40.Mould bases 41 afterwards
Sliding overture is in rear mold mould closing guide rail 40.Rear mold matched moulds driver element uses hydraulic system, for mould bases after driving 41 along rear mold
Mould closing guide rail 40 is slided.And the right side opening of mould bases 311 is provided with the first rear mold locked mode hole 3111 of side opening to the right in first, the
The left side of mould bases 312 offers the second rear mold locked mode hole 3121 of side opening to the left in two.
Rear mold Mode-locking oil cylinder 42 includes rear mold Mode-locking oil cylinder fixed part and rear mold Mode-locking oil cylinder output section, rear mold Mode-locking oil cylinder
The end of output section is provided with rear mold locked mode pull head 421.
Rear mold Mode-locking oil cylinder swing unit 43 uses cylinder, including rear mold Mode-locking oil cylinder swing unit fixed part and rear mold lock
Mould oil cylinder swing unit output section.Rear mold Mode-locking oil cylinder swing unit fixed part is be hinged with rear mould bases 41, rear mold Mode-locking oil cylinder pendulum
The output section of moving cell is hinged with rear mold Mode-locking oil cylinder fixed part.Rear mold Mode-locking oil cylinder fixed part is also be hinged with rear mould bases 41, institute
The jointed shaft of formation is rear mold Mode-locking oil cylinder swinging axle.After the completion of rear mold matched moulds, after rear mold Mode-locking oil cylinder swing unit 43 drives
Mold lock mould oil cylinder 42 is swung around rear mold Mode-locking oil cylinder swinging axle, so that rear mold locked mode pull head 421 swings in the first rear mold from opening
The rear mold locked mode hole 3121 of locked mode hole 3111 and second.
Column 2 is provided with lower mould mould closing guide rail, and lower mold holder 61 is slidedly arranged in lower mould mould closing guide rail.Lower mould matched moulds driver element
Using hydraulic system, for driving lower mold holder 61 to be moved up and down along lower mould mould closing guide rail.
The both sides of lower mold holder 61 are equipped with the lower mold lock nib 611 of outside side opening.
And it is equipped with lower mold lock mould oil cylinder 62 and lower mold lock mould oil cylinder on mould bases 312 in mould bases 311 and second in first
Swing unit 63.
Lower mold lock mould oil cylinder 62 includes lower mold lock mould oil cylinder fixed part and lower mold lock mould oil cylinder output section, lower mold lock mould oil cylinder
The end of output section is provided with lower mold lock die drawing first 621.
Lower mold lock mould oil cylinder swing unit 63 uses cylinder, including lower mold lock mould oil cylinder swing unit fixed part and lower mold lock
Mould oil cylinder swing unit output section.Mould bases 312 in mould bases 311 or the second in lower mold lock mould oil cylinder swing unit fixed part and first
Be hinged, lower mold lock mould oil cylinder swing unit output section is hinged with upper mold lock mould oil cylinder fixed part, and lower mold lock mould oil cylinder fixed part is also
Be hinged with mould bases in mould bases 311 or the second in first 312, the jointed shaft formed is lower mold lock mould oil cylinder swinging axle.Lower mould closes
After the completion of mould, the lower lower mold lock mould oil cylinder 62 of the driving of mold lock mould oil cylinder swing unit 63 is swung around lower mold lock mould oil cylinder swinging axle, with
The opening of lower mold lock die drawing first 621 from lower mold lock nib 611 is set to swing in lower mold lock nib 611.
In the present embodiment, column tilts backwards 6 degree.In other embodiments, column to the right or can also be tilted to the left 5 degree.
During matched moulds, leaned on first from mould bases 312 in mould bases 311 and second in middle mould matched moulds driver element driving first to centre
Hold together, matched moulds in place when, middle mold lock die drawing first 322 stretches into middle mold lock die cavity 332, middle mold lock mould rotary oil cylinder through ending cover hole 3331
Mold lock die cavity 332 and end cap 333 are rotated by 90 ° during rotary oil cylinder 33 drives, then mold lock die drawing in being driven by middle mold lock mould oil cylinder 32
First 322 draw back, and mold lock is tight in realization.Then, Ccope closing machine driver element 50 drives top mold frame 51 to be drawn close to middle mould, and matched moulds is in place
Afterwards, the upper upper mold lock mould oil cylinder 52 of the driving of mold lock mould oil cylinder swing unit 53 is swung around upper mold lock mould oil cylinder swinging axle, so that upper mould
The opening of locked mode pull head 521 from upper mold lock nib 511 swings in upper mold lock nib 511, then is driven by upper mold lock mould oil cylinder 52
Mold lock die drawing first 521 is drawn back, and mold lock is tight in realization.Then, mould bases 41 is drawn close to middle mould after the driving of rear mold matched moulds driver element, is closed
Mould in place after, rear mold Mode-locking oil cylinder swing unit 43 drives rear mold Mode-locking oil cylinder 42 to be swung around rear mold Mode-locking oil cylinder swinging axle, with
Rear mold locked mode pull head 421 is set to swing in the first rear mold locked mode hole 3111 and the second rear mold locked mode hole 3121 from opening, then by rear mold
Mode-locking oil cylinder 42 drives rear mold locked mode pull head 421 to draw back, and realizes that rear mold is locked.Followed by under lower mould matched moulds driver element driving
Mould bases 61 is drawn close to middle mould, matched moulds in place after, the lower mold lock mould oil cylinder 62 of lower mold lock mould oil cylinder swing unit 63 driving is around lower mold lock
Mould oil cylinder swinging axle is swung, so that the opening of lower mold lock die drawing first 621 from lower mold lock nib 611 swings in lower mold lock nib 611,
Drive lower mold lock die drawing first 621 to draw back by lower mold lock mould oil cylinder 62 again, realize that lower mold lock is tight, complete the matched moulds and lock of whole mould
Mould.
Using above technical scheme, mould bases 312 passes through middle mold lock die drawing first 322 and end in mould bases 311 and second in first
Rotating against between cap bore 3331, locked mode preparation is realized, so that simple in construction, space is smaller, avoids because of larger displacement,
To realize that the matched moulds of more multi-mould and locked mode leave space.
By installing rear mold Mode-locking oil cylinder 42 on rear mould bases 41 and on mould bases 312 in the mould bases 311 and second in first
Rear mold locked mode hole 3111 and 3121 is opened up, avoiding middle mould bases has excessive clamping mechanism, more rational so as to realize
Clamping mechanism is laid out.
By installing mold lock mould oil cylinder 52 and lower mold lock mould oil cylinder on mould bases 312 in the mould bases 311 and second in first
62, so as to avoid the top mold frame 51 of up and down motion and the mechanism of lower mold holder 61 excessively cumbersome, load excessive.
It is laid out by the three axle matched moulds and locked mode of entirety, it is achieved thereby that the matched moulds and locked mode of five pieces of moulds, complete to produce
Bag conventional one-piece toilet stool body provides appointed condition.
Tilted forward or backward by column 2, during making high-pressure slip-casting, slurry more can be flowed to out swimmingly in mould
Mouth is starched, slurry will not be produced and left.
Further, column 2 tilts to the left or to the right, makes slurry outflow more smoothly.
Each matched moulds driver element uses hydraulic system, makes matched moulds more steady；Each Mode-locking oil cylinder swing unit uses gas
Cylinder, make swing more rapid.
Preferred embodiment of the present utility model is description above described, it is to be understood that the type of this practical sample is not limited to
Above-described embodiment, and the exclusion to other embodiment should not be regarded as.Pass through enlightenment of the present utility model, those skilled in the art's knot
The change that known or prior art, knowledge are carried out is closed also to should be regarded as in the protection domain of this hair utility model.
Claims (10)
1. a kind of ceramic body high-pressure slurry-injection forming machine, it is characterized in that, including two middle mould bases, middle mold lock mould oil cylinder and middle mold lock
Mould rotary oil cylinder；
Two described middle mould bases are oppositely arranged, and are realized matched moulds by relative movement or divided mould；
One of them middle mould bases is provided with middle mold lock mould oil cylinder, and mould bases is provided with middle mold lock mould rotary oil cylinder in another, and in
The output end of mold lock mould oil cylinder and the output end of middle mold lock mould rotary oil cylinder are oppositely arranged；
The output end of middle mold lock mould oil cylinder is provided with middle mold lock die drawing head；
The output end of middle mold lock mould rotary oil cylinder is provided with middle mold lock die cavity, and described middle mold lock die cavity end is provided with end cap, described
End cap be provided with ending cover hole, mold lock die drawing head stretches into or exited middle mold lock die cavity during described ending cover hole supplies；Described end cap
The section in hole and the section of middle mold lock die drawing head match；
After middle mold lock die drawing head stretches into middle mold lock die cavity by ending cover hole, in the driving of middle mold lock mould rotary oil cylinder mold lock die cavity and its
On end cap relative to the angle that is manually set of middle mold lock die drawing head rotation；After being rotated in place, the section axis projection of ending cover hole with
The section axis projection of middle mold lock die drawing head does not coincide.
2. a kind of ceramic body high-pressure slurry-injection forming machine as claimed in claim 1, it is characterized in that, in addition to column and crossbeam,
Described crossbeam is across in column top and being provided with middle mould mould closing guide rail；Two described middle mould bases are slidedly arranged on middle mould mould closing guide rail
On.
3. a kind of ceramic body high-pressure slurry-injection forming machine as claimed in claim 2, it is characterized in that, in addition to top mold frame and upper mould
Matched moulds driver element, in the middle part of crossbeam, its output section is fixedly connected and driven with top mold frame described Ccope closing machine driver element
Dynamic top mold frame moves up and down.
4. a kind of ceramic body high-pressure slurry-injection forming machine as claimed in claim 3, it is characterized in that, in addition to upper mold lock mould oil cylinder
With upper mold lock mould oil cylinder swing unit；
Described top mold frame both sides are equipped with the upper mold lock nib of outside side opening；
Two described middle mould bases are equipped with mold lock mould oil cylinder and upper mold lock mould oil cylinder swing unit；
Described upper mold lock mould oil cylinder output end is provided with upper mold lock die drawing head；
The described upper mold lock mould oil cylinder of upper mold lock mould oil cylinder swing unit driving is swung, so that upper mold lock die drawing head is from upper mold lock mould
The opening in hole swings in mold lock nib.
5. a kind of ceramic body high-pressure slurry-injection forming machine as claimed in claim 2, it is characterized in that, in addition to the back rest and rear mold
Frame,
The described back rest is fixedly mounted in the middle part of crossbeam and extended back, and which is provided with rear mold mould closing guide rail；Described rear mould bases
It is slidedly arranged in rear mold mould closing guide rail.
6. a kind of ceramic body high-pressure slurry-injection forming machine as claimed in claim 5, it is characterized in that, in addition to rear mold Mode-locking oil cylinder
With rear mold Mode-locking oil cylinder swing unit；
Two described middle mould bases are equipped with the rear mold locked mode hole of outside side opening；
Described rear mould bases both sides are provided with rear mold Mode-locking oil cylinder and rear mold Mode-locking oil cylinder swing unit；
Described rear mold Mode-locking oil cylinder swing unit driving rear mold Mode-locking oil cylinder is swung, so that rear mold locked mode pull head is from rear mold locked mode
The opening in hole swings in rear mold locked mode hole.
7. a kind of ceramic body high-pressure slurry-injection forming machine as claimed in claim 2, it is characterized in that, in addition to lower mold holder；It is described
Column be provided with lower mould mould closing guide rail, described lower mold holder is slidedly arranged in lower mould mould closing guide rail.
8. a kind of ceramic body high-pressure slurry-injection forming machine as claimed in claim 7, it is characterized in that, in addition to lower mold lock mould oil cylinder
With lower mold lock mould oil cylinder swing unit；
Described lower mold holder both sides are equipped with the upper mold lock nib of outside side opening；
Two described middle mould bases are equipped with lower mold lock mould oil cylinder and lower mold lock mould oil cylinder swing unit；
Described lower mold lock mould oil cylinder output end is provided with lower mold lock die drawing head；
The described lower mold lock mould oil cylinder of lower mold lock mould oil cylinder swing unit driving is swung, so that lower mold lock die drawing head is from lower mold lock mould
The opening in hole swings in lower mold lock nib.
9. a kind of ceramic body high-pressure slurry-injection forming machine as claimed in claim 2, it is characterized in that, described column forward or to
4 degree to 10 degree of rear-inclined.
10. a kind of ceramic body high-pressure slurry-injection forming machine as claimed in claim 9, it is characterized in that, described column to the left or
It is tilted to the right 4 degree to 10 degree.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720681699.1U CN207014528U (en) | 2017-06-13 | 2017-06-13 | A kind of ceramic body high-pressure slurry-injection forming machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720681699.1U CN207014528U (en) | 2017-06-13 | 2017-06-13 | A kind of ceramic body high-pressure slurry-injection forming machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207014528U true CN207014528U (en) | 2018-02-16 |
Family
ID=61485749
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720681699.1U Active CN207014528U (en) | 2017-06-13 | 2017-06-13 | A kind of ceramic body high-pressure slurry-injection forming machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207014528U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110480805A (en) * | 2019-09-12 | 2019-11-22 | 广东金马领科智能科技有限公司 | Clamping apparatus and high-pressure slip-casting production line for injection forming |
| CN111015896A (en) * | 2019-12-17 | 2020-04-17 | 范建华 | Automatic slip casting production line with equal static and double circulation pressures for ceramic throwing |
| CN114559698A (en) * | 2022-03-08 | 2022-05-31 | 安徽鲲鹏装备模具制造有限公司 | Automatic locking structure of automotive interior make-up machine mould |
-
2017
- 2017-06-13 CN CN201720681699.1U patent/CN207014528U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110480805A (en) * | 2019-09-12 | 2019-11-22 | 广东金马领科智能科技有限公司 | Clamping apparatus and high-pressure slip-casting production line for injection forming |
| CN110480805B (en) * | 2019-09-12 | 2024-04-19 | 广东金马领科智能科技有限公司 | A mode locking device and high pressure slip casting production line for slip casting |
| CN111015896A (en) * | 2019-12-17 | 2020-04-17 | 范建华 | Automatic slip casting production line with equal static and double circulation pressures for ceramic throwing |
| CN114559698A (en) * | 2022-03-08 | 2022-05-31 | 安徽鲲鹏装备模具制造有限公司 | Automatic locking structure of automotive interior make-up machine mould |
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