CN205969631U - Novel sinciput die sinking device - Google Patents
Novel sinciput die sinking device Download PDFInfo
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- CN205969631U CN205969631U CN201620817725.4U CN201620817725U CN205969631U CN 205969631 U CN205969631 U CN 205969631U CN 201620817725 U CN201620817725 U CN 201620817725U CN 205969631 U CN205969631 U CN 205969631U
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Abstract
The utility model belongs to the technical field of rubber and plastic former technique and specifically relates to a novel sinciput die sinking device. It includes first lift drive assembly, the assembly of unloading, go up the mould assembly, the rotary driving assembly, well mould assembly, lifting plate, left side direction stand group, right side direction stand group, lift the mould backup pad and set up the U type left side roof and the right roof of U type of direction spout, upward be provided with leading wheel and stopper on the mould assembly, lift and seted up the direction inside groove in the mould backup pad, first lift drive assembly passes through lifting plate, left side direction stand group drives U type left side roof with right side direction stand group and the elevating movement is done for the assembly of unloading along upper and lower direction in step to U type right side roof, it passes through stopper pulling and goes up the mould assembly and do to overturn with U type right side roof for the left roof of U type and move to lift the mould backup pad, and the back -and -forth movement is made to the leading wheel in the guide way, rotary motion is made for the assembly of unloading to the mould assembly in the drive of rotary driving assembly. The utility model discloses can automatically carry out the die sinking and take out the rubber and plastic product, safe and reliable, efficient.
Description
Technical field
This utility model is related to rubber and plastic former technical field, especially a kind of new front top mould-opening device.
Background technology
In recent years, with industries such as automobile, electronics and medical treatment, the demand of product of rubber and plastic is gradually increased, is such as injected into
The rubber and plastic former such as type machine has obtained increasingly being widely applied as the former of product of rubber and plastic.
At present, rubber and plastic former completes after product of rubber and plastic produces and forms product it is necessary to by product from former
Middle taking-up, and traditional taking-up mode usually adopts manual type, that is,：By operator from the table top being placed in equipment board
Mould in take off product, if the product in a mould has situations such as quantity is more, size is less, shape is special, adopt
Take out product with manual type, then easily cause and take overlong time used by product, the problems such as under low production efficiency；Furthermore,
Because equipment board works in the event of high temperatures, take product not only the body of operator can be caused to hinder for a long time
Evil, and the long-time stop of mould, also can make product affected by temperature, and then affect the quality of product.
Utility model content
The deficiency existing for above-mentioned prior art, the purpose of this utility model is to provide a kind of new front top mould-opening dress
Put.
To achieve these goals, this utility model adopts the following technical scheme that：
A kind of new front top mould-opening device, it includes：
One first lifting drive assembly, the power output shaft of described first lift assembly is equiped with a lifting base plate, institute
The left side stating lifting base plate is equiped with left guide upright post group, right side is equiped with right guide upright post group, described left guide upright post group
Top is fixed with a U-shaped left roof, and the top of described right guide upright post group is fixed with a U-shaped right top board, described U-shaped left roof
A guide chute being distributed along the longitudinal direction is all offered on the right side of rear wall and on the left side of rear wall of U-shaped right top board；
One discharging assembly, described discharging assembly is placed in the top of lifting base plate, and the left and right sides of described discharging assembly is divided
Do not socket-connect with left guide upright post group and right guide upright post group, on the rear surface of described discharging assembly, in left-right direction concurrently
It is equiped with two and lifts mould gripper shoe, lift described in each and a guiding inside groove is all offered along the vertical direction on mould gripper shoe；
Mould assembly on one, described upper mould assembly is located between U-shaped left roof and U-shaped right top board, after described upper mould assembly
The left and right two ends of wall are provided with the directive wheel that para-position is embedded in guide chute and para-position is embedded in guiding inside groove
Limited block；
One rotation driving assembly, described rotation driving assembly is socketed in left guide upright post group and right guide upright post group simultaneously
And it is located at the top of discharging assembly；
And
Mould assembly in one, described middle mould assembly is installed on rotation driving assembly；
Described first lifting drive assembly is passed through to lift base plate, left guide upright post group and the U-shaped left side of right guide upright post group drive
Top board and U-shaped right top board synchronously make elevating movement along the vertical direction with respect to discharging assembly, and described mould gripper shoe of lifting is by spacing
Block pulls upper mould assembly to make flip-flop movement in the range of 0-90 ° along the longitudinal direction with respect to U-shaped left roof and U-shaped right top board, and
Described directive wheel moves forward and backward with respect to gathering sill in gathering sill；Described rotation driving assembly drive in mould assembly with respect to
Discharging assembly rotates.
Preferably, it is also included a top being set up in mould assembly and is always ejected relative to the demoulding of position with middle mould assembly
Become, the described demoulding is ejected assembly and includes demoulding fixed plate above upper mould assembly, hung by some demoulding leads and set
Relative to the demoulding of position have the final say in the lower section of demoulding fixed plate and with middle mould assembly and be installed in the top of demoulding fixed plate and dynamic
The demoulding cylinder that power output shaft is connected with demoulding clappers after passing through demoulding fixed plate；Described demoulding air cylinder driven demoulding clappers are relatively
Make elevating movement in demoulding fixed plate along demoulding lead.
Preferably, described first lifting drive assembly includes support baseboard and is located at the lower surface center of support baseboard
First lift cylinder, the upper surface of described support baseboard is provided with some support posts through lifting backplane, institute
The top stating support post is fixed on discharging assembly, and the power output shaft of described first lift cylinder is consolidated after running through support baseboard
Lower surface center due to lifting base plate；Described first lift cylinder drives lifting base plate vertical along supporting with respect to support baseboard
Elevating movement made by post.
Preferably, described rotation driving assembly includes being set with the left guide upright post group and in right guide upright post group
Engagement plate, the top of each described engagement plate is provided with a rotary fixing base, and each described rotary fixing base is all by some
Root is set up in above corresponding engagement plate through the side coil guide upright post of corresponding engagement plate distribution, and each described rotation is fixed
The rotary cylinder that one power output shaft is connected with middle mould assembly is assembled on seat；
Described middle mould assembly includes the middle die clamper being installed on each rotary fixing base, described middle die clamper with corresponding
The power output shaft of rotary cylinder is connected.
Preferably, all it is equiped with one first pneumatic alignment pin, described first pneumatic positioning in each described rotary fixing base
The end of pin is distributed through corresponding middle die clamper.
Preferably, it is also included for driving rotation driving assembly to make the second lifting of elevating movement with respect to discharging assembly
Drive assembly, described second lifting drive assembly includes the second lift cylinder positioned at the first lifting drive assembly left and right sides,
The power output shaft of described second lift cylinder is fixed on the lower surface of corresponding rotary fixing base after running through discharging assembly, institute
State die clamper during the second lift cylinder is driven by rotary fixing base and make lifting fortune with respect to engagement plate along side coil guide upright post
Dynamic.
Preferably, described upper mould assembly includes upper die clamper that is framed, being installed in the framed left and right sides, is installed in
The framed left and right sides the corresponding with upper die clamper second pneumatic alignment pin, the end of described second pneumatic alignment pin is run through
It is distributed in corresponding upper die clamper；Described directive wheel and limited block may be contained within the framed rear framing plate left and right sides.
Preferably, described discharging assembly is included the left and right sides and is socket-connected with left guide upright post group and right guide upright post group respectively
Discharging fixed plate, in described discharging fixed plate, the region corresponding with middle mould assembly offers discharge port, described discharging assembly
Also include one to be positioned on lifting base plate and be located at the material collecting box below discharge port.
Due to employing such scheme, this utility model can be supported the use with rubber and plastic former, upper when mould
Template and lower template are pushed in upper mould assembly and lower mould assembly respectively, total by the flip-flop movement and lower mould of upper mould assembly
The rotary motion becoming, can make bolster separately and finally make Plastic Rubber Products depart from lower template, thus completing Plastic Rubber Products oneself
Dynamic taking-up and collection；It can, size more in the quantity of Plastic Rubber Products be less and shape special when, disposably by rubber
Molding product all takes out and collects, and not only increases production efficiency, avoids operator's operation in hot environment for a long time,
And the time of staying of mould is shorter, the quality of Plastic Rubber Products can be effectively ensured；It is simple and compact for structure, automatic
Change degree is high, has very strong practical value and market popularization value.
Brief description
Fig. 1 is the Standard schematic diagram of this utility model embodiment；
Fig. 2 is the Standard schematic diagram () of the main composition mechanism of this utility model embodiment；
Fig. 3 is the Standard schematic diagram of the demoulding ejection assembly of this utility model embodiment；
Fig. 4 is the Standard schematic diagram (two) of the main composition mechanism of this utility model embodiment；
Fig. 5 is the assembly relation schematic diagram between the main composition mechanism of this utility model embodiment and mould.
Specific embodiment
Below in conjunction with accompanying drawing, embodiment of the present utility model is described in detail, but this utility model can be by right
The multitude of different ways limiting and covering is required to implement.
As shown in Figures 1 to 5, a kind of new front top mould-opening device that the present embodiment provides, it includes：
First lifting drive assembly a, is equiped with a lifting base plate 1 on the power output shaft of the first lift assembly a, is rising
The left side of fall base plate 1 is equiped with left guide upright post group 2 (it can be made up of), right side the four two groups columns being in parallel distributed in front and back
It is equiped with right guide upright post group 3 (it can be made up of) the four two groups columns being in parallel distributed in front and back, in left guide upright post group 2
Top is fixed with a U-shaped left roof 4, is fixed with a U-shaped right top board 5 at the top of right guide upright post group 3, after U-shaped left roof 4
A guide chute A being distributed along the longitudinal direction is all offered on the right side of wall and on the left side of rear wall of U-shaped right top board 5
(opening direction that can be understood as two top boards is in the state of Relative distribution)；
One discharging assembly b, discharging assembly b be placed in lifting base plate 1 top, and the left and right sides of discharging assembly b respectively with
Left guide upright post group 2 and right guide upright post group 3 socket-connect, simultaneously on the rear surface of discharging assembly b, in left-right direction concurrently
It is equiped with two and lifts mould gripper shoe 6, lift at each and a guiding inside groove B is all offered along the vertical direction on mould gripper shoe 6；
Mould assembly c on one, upper mould assembly c are located between U-shaped left roof 4 and U-shaped right top board 5, and after upper mould assembly c
The left and right two ends of wall are provided with the directive wheel 7 that para-position is embedded in guide chute A and para-position is embedded in guiding inside groove B
Limited block 8；
One rotation driving assembly d, rotation driving assembly d are socketed in left guide upright post group 2 and right guide upright post group 3 simultaneously
And it is located at the top of discharging assembly b；
And
Mould assembly e in one, middle mould assembly e is installed on rotation driving assembly d；
Pass through to lift base plate 1, left guide upright post group 2 and right guide upright post group 3 drive U using the first lifting drive assembly a
Type left roof 4 and U-shaped right top board 5 synchronously make elevating movement along the vertical direction with respect to discharging assembly b, lift mould gripper shoe 6 and pass through
Limited block 8 pulls upper mould assembly c to overturn in the range of 0-90 ° along the longitudinal direction with respect to U-shaped left roof 4 and U-shaped right top board 5
Motion, meanwhile, directive wheel 7 moves forward and backward with respect to gathering sill A in gathering sill A；And utilize rotation driving assembly d then
In can driving, mould assembly e rotates with respect to discharging assembly b.
The device of the present embodiment can be entered by the forms of motion being formed based on said structure and structure with rubber and plastic forming machine
Row supports the use, and the Plastic Rubber Products after molding can be carried out with automatic die sinking discharging process；It is specially：
Firstly, since product of rubber and plastic is processed after (as injection moulding etc.) by rubber and plastic forming machine, Plastic Rubber Products can be in
In mould (it is mainly made up of cope match-plate pattern C and lower template D), and the die-sinking device of the present embodiment is in an initial condition, on
Mould assembly c and middle mould assembly e can put state cope match-plate pattern C and the lower template D phase with mould respectively of distribution in levels
Corresponding；With this, after inside contains the mould of Plastic Rubber Products by rubber and plastic forming machine or artificial release, cope match-plate pattern C can enter
Enter in upper mould assembly c, lower template D can enter in mould assembly e；
Then, the first lifting drive assembly a jack-up lifting base plate 1 moves up, and is led using left guide upright post group 2 and the right side
Drive U-shaped left roof 4 and U-shaped right top board 5 to move up respectively to column group 3, and upper mould assembly c drives cope match-plate pattern C also therewith
Synchronization moves up, and so that cope match-plate pattern C is separated with Plastic Rubber Products；When limited block 8 slides into the top of guiding inside groove B, lift mould
Gripper shoe 6 then can play the effect of spacing stretching, force directive wheel 7 to be moved rearwards by gathering sill A, and then make mould assembly c
Front end be flipped up with directive wheel 7 for axis and finally be in 90 ° edge-on on U-shaped left roof 4 and U-shaped right top board 5；
After again, during rotation driving assembly d drives, mould assembly e makees 180 ° of rotary motions with respect to discharging assembly b, so that under
Template D drive Plastic Rubber Products make corresponding overturn, the effect being tapped by external force when lower template D or due to Plastic Rubber Products itself
Action of gravity, can finally make Oak Tree product depart from lower template D entering in discharging assembly b, thus complete Plastic Rubber Products from
Dynamic taking-up and collection；
Finally, corresponding drive assembly drives corresponding reset to make die-sinking device return to original state, to repeat
Operation next time.
For mould assembly e in ensureing after completing 180 ° of rotations, Plastic Rubber Products can be rapidly and fully de- from lower template D
From the die-sinking device of, the present embodiment also include a top being set up in mould assembly c and with middle mould assembly e relative to position demoulding top
Go out assembly f, the demoulding ejects assembly f and includes demoulding fixed plate 9 above upper mould assembly c, by some demoulding leads
10 lower sections being hung at demoulding fixed plate 9 simultaneously relative to the demoulding clappers 11 of position and are installed in demoulding fixed plate 9 with middle mould assembly e
Top and power output shaft pass through after demoulding fixed plate 9 with the demoulding cylinders 12 that are connected of demoulding clappers 11；With this, when upper mould is total
After becoming c to drive the complete rotary movement in 90 ° of cope match-plate pattern C and middle mould assembly e to complete 180 ° of rotations, demoulding cylinder 12 can drive the demoulding to clap
Plate 11 moves down along demoulding lead 10 with respect to demoulding fixed plate 9, and between U-shaped left roof 4 and U-shaped right top board 5
Space continue to move down, so that demoulding clappers 11 is offseted with lower template D and apply certain impulsive force to lower template D, make rubber
Molding product quickly departs from from lower template D, and then falls in discharging assembly b.
For optimize whole first lifting drive assembly a structure, with ensure its motion stationarity, the first of the present embodiment
Lifting drive assembly a includes support baseboard 13 and is located at the first lift cylinder 14 of the lower surface center of support baseboard 13,
The upper surface of support baseboard 13 is provided with some support posts 15 through lifting base plate 1 distribution, the top of support post 15
End is fixed on discharging assembly b, and the power output shaft of the first lift cylinder 14 is fixed on lifting base plate 1 after running through support baseboard 15
Lower surface center；With this, lifting base plate 1 can be driven along support with respect to support baseboard 13 using the first lift cylinder 14
Column 15 carries out stable elevating movement, by support and the guide effect of support post 15, can indirectly ensure guide upright post group
Make the stationarity of elevating movement with top board and upper mould assembly c.
For optimizing the structure of whole device to greatest extent, the rotation driving assembly d of the present embodiment include being set with
Engagement plate 16 in left guide upright post group 2 and in right guide upright post group 3, is provided with a rotation above each engagement plate 16
Fixed seat 17, each rotary fixing base 17 is all by some side coil guide upright posts 18 through corresponding engagement plate 16 distribution
It is set up in above corresponding engagement plate 16, and be assembled on a power output shaft and middle mold on each rotary fixing base 17
The rotary cylinder 18 that assembly e is connected；And middle mould assembly e then includes the middle die clamper 19 being installed on each rotary fixing base 17,
Middle die clamper 19 is connected with the power output shaft of corresponding rotary cylinder 18.With this, die clamp in available rotary cylinder 18 realization
The fixed installation of tool 19, and can be utilized the power that rotary cylinder 18 is provided so that middle die clamper 19 is entered with respect to rotary fixing base 17
Row rotates.
For making lower template D can be firmly fixed after being pushed in middle mould assembly e, in each rotary fixing base 17
All it is equiped with one first pneumatic alignment pin 20, the end of the first pneumatic alignment pin 20 is distributed through corresponding middle die clamper 19；
With this, after lower template D enters in two middle die clampers 19, corresponding first pneumatic alignment pin 20 start and its end with
The side wall of template D offsets, thus can securely lock lower template D in two middle die clampers 19.
For ensureing the structural compactness of whole device, while can reducing the volume of device to greatest extent, in making
Mould assembly e has enough revolution spaces, and the die-sinking device of the present embodiment also includes one and is used for driving rotation driving assembly d relatively
Make the second lifting drive assembly g of elevating movement in discharging assembly b, the second lifting drive assembly g includes driving positioned at the first lifting
Second lift cylinder 21 of the dynamic assembly a left and right sides left and right sides of support baseboard 13 (specially), the second lift cylinder 21
Power output shaft is fixed on after running through discharging assembly b on the lower surface of corresponding rotary fixing base 17, when when upper mould assembly c drive
After the complete rotary movement in 90 ° of cope match-plate pattern C, the second lift cylinder 21 starts, with die clamper 19 in being driven by rotary fixing base 17
Move up along side coil guide upright post 18 (being simultaneously directed to the effect that column group may also function as guiding) with respect to engagement plate 16, when
After forming enough distances between middle mould assembly e and discharging assembly b, the second lift cylinder 21 stops, rotary cylinder 18 start with
In driving, mould assembly e is rotated.
As a preferred version, the upper mould assembly c of the present embodiment includes framed 22, is installed in framed 22 about two
The upper die clamper 23 of side, it is installed in framed 22 left and right sides the second pneumatic alignment pin corresponding with upper die clamper 23
24, the end of the second pneumatic alignment pin 24 is distributed through corresponding upper die clamper 23；And directive wheel 7 and limited block 8 are then all provided with
It is placed in the framed 22 rear framing plate left and right sides.With this, after cope match-plate pattern C is pushed in upper mould assembly c, the second pneumatic alignment pin
24 actions and its end is offseted with the side wall of cope match-plate pattern C, thus by cope match-plate pattern C be firmly fixed at two upper die clampers 23 it
Between, being easy to it can steadily and be smoothed out follow-up rotary movement.
As a preferred version, the discharging assembly b of the present embodiment include the left and right sides respectively with left guide upright post group 2 and
The discharging fixed plate 25 that right guide upright post group 3 socket-connects, in discharging fixed plate 25 and middle mould assembly e (specially lower template D)
Corresponding region offers discharge port 26, and the discharging assembly b of the present embodiment also includes one and is positioned on lifting base plate 1 and is located at
The material collecting box (not shown) of discharge port 26 lower section；With this, after Plastic Rubber Products depart from from lower template D, can be via discharging
Mouth 26 automatically falls in disposable box, thus completing the collection of Plastic Rubber Products.
The foregoing is only preferred embodiment of the present utility model, not thereby limit the scope of the claims of the present utility model,
Equivalent structure or equivalent flow conversion that every utilization this utility model description and accompanying drawing content are made, or direct or indirect transport
Used in other related technical fields, all include in the same manner in scope of patent protection of the present utility model.
Claims (8)
1. a kind of new front top mould-opening device it is characterised in that：It includes：
One first lifting drive assembly, the power output shaft of described first lift assembly is equiped with a lifting base plate, described liter
The left side of fall base plate is equiped with left guide upright post group, right side is equiped with right guide upright post group, the top of described left guide upright post group
It is fixed with a U-shaped left roof, the top of described right guide upright post group is fixed with a U-shaped right top board, the rear wall of described U-shaped left roof
Right side on and U-shaped right top board the left side of rear wall on all offer a guide chute being distributed along the longitudinal direction；
One discharging assembly, described discharging assembly be placed in lifting base plate top, and the left and right sides of described discharging assembly respectively with
Left guide upright post group and right guide upright post group socket-connect, and on the rear surface of described discharging assembly, concurrently install in left-right direction
There are two to lift mould gripper shoe, lift described in each and a guiding inside groove is all offered along the vertical direction on mould gripper shoe；
Mould assembly on one, described upper mould assembly is located between U-shaped left roof and U-shaped right top board, the rear surface of described upper mould assembly
Left and right two ends be provided with the directive wheel that para-position is embedded in guide chute and para-position be embedded in spacing in guiding inside groove
Block；
One rotation driving assembly, described rotation driving assembly is socketed in left guide upright post group and right guide upright post group and position simultaneously
Top in discharging assembly；
And
Mould assembly in one, described middle mould assembly is installed on rotation driving assembly；
Described first lifting drive assembly is passed through to lift base plate, left guide upright post group and the right guide upright post group U-shaped left roof of drive
Synchronously make elevating movement with U-shaped right top board with respect to discharging assembly along the vertical direction, described mould gripper shoe of lifting is drawn by limited block
Dynamic upper mould assembly makees flip-flop movement along the longitudinal direction with respect to U-shaped left roof and U-shaped right top board in the range of 0-90 °, and described
Directive wheel moves forward and backward with respect to gathering sill in gathering sill；In described rotation driving assembly driving, mould assembly is with respect to discharging
Assembly rotates.
2. as claimed in claim 1 a kind of new front top mould-opening device it is characterised in that：It also includes one, and to be set up in mould total
The top of one-tenth simultaneously ejects assembly with middle mould assembly relative to the demoulding of position, and described demoulding ejection assembly is included above upper mould assembly
Demoulding fixed plate, be hung at the lower section of demoulding fixed plate by some demoulding leads and with middle mould assembly relative to position
The demoulding have the final say and be installed in the top of demoulding fixed plate and power output shaft pass through demoulding fixed plate after be connected with demoulding clappers
Demoulding cylinder；Described demoulding air cylinder driven demoulding clappers make elevating movement with respect to demoulding fixed plate along demoulding lead.
3. as claimed in claim 1 a kind of new front top mould-opening device it is characterised in that：Described first lifting drive assembly bag
The first lift cylinder including support baseboard and being located at the lower surface center of support baseboard, the upper surface setting of described support baseboard
There are some support posts through lifting backplane, the top of described support post is fixed on discharging assembly, described
The power output shaft of the first lift cylinder is fixed on the lower surface center of lifting base plate after running through support baseboard；Described first liter
Fall air cylinder driven lifting base plate makees elevating movement with respect to support baseboard along support post.
4. as claimed in claim 1 a kind of new front top mould-opening device it is characterised in that：Described rotation driving assembly includes point
It is not set in the engagement plate in left guide upright post group and in right guide upright post group, the top of each described engagement plate is provided with one
Rotary fixing base, each described rotary fixing base is all by some side coil guide upright posts through corresponding engagement plate distribution
It is set up in above corresponding engagement plate, each described rotary fixing base has been assembled on a power output shaft and middle mould assembly phase
Rotary cylinder even；
Described middle mould assembly includes the middle die clamper being installed on each rotary fixing base, described middle die clamper and corresponding rotation
The power output shaft of cylinder is connected.
5. as claimed in claim 4 a kind of new front top mould-opening device it is characterised in that：In each described rotary fixing base all
It is equiped with one first pneumatic alignment pin, the end of described first pneumatic alignment pin is distributed through corresponding middle die clamper.
6. as claimed in claim 4 a kind of new front top mould-opening device it is characterised in that：It is also included for driving rotation to drive
Dynamic assembly makees the second lifting drive assembly of elevating movement with respect to discharging assembly, and described second lifting drive assembly includes being located at
Second lift cylinder of the first lifting drive assembly left and right sides, it is total that the power output shaft of described second lift cylinder runs through discharging
Be fixed on after one-tenth on the lower surface of corresponding rotary fixing base, described second lift cylinder driven by rotary fixing base in die clamp
Tool makees elevating movement with respect to engagement plate along side coil guide upright post.
7. as claimed in claim 1 a kind of new front top mould-opening device it is characterised in that：Described upper mould assembly includes mould
Frame, it is installed in the upper die clamper of the framed left and right sides, is installed in the framed left and right sides corresponding with upper die clamper
Second pneumatic alignment pin, the end of described second pneumatic alignment pin is distributed through corresponding upper die clamper；Described directive wheel and
Limited block may be contained within the framed rear framing plate left and right sides.
8. as claimed in claim 1 a kind of new front top mould-opening device it is characterised in that：Described discharging assembly includes left and right two
The discharging fixed plate that side is socket-connected with left guide upright post group and right guide upright post group respectively, in described discharging fixed plate and middle mold
The corresponding region of assembly offers discharge port, and described discharging assembly also includes one and is positioned on lifting base plate and is located at discharge port
The material collecting box of lower section.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620817725.4U CN205969631U (en) | 2016-07-29 | 2016-07-29 | Novel sinciput die sinking device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620817725.4U CN205969631U (en) | 2016-07-29 | 2016-07-29 | Novel sinciput die sinking device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205969631U true CN205969631U (en) | 2017-02-22 |
Family
ID=58028249
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620817725.4U Active CN205969631U (en) | 2016-07-29 | 2016-07-29 | Novel sinciput die sinking device |
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| CN (1) | CN205969631U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106962058A (en) * | 2017-05-14 | 2017-07-21 | 北京工业大学 | A kind of many gauge substrate block press molding apparatus |
| CN107415107A (en) * | 2017-09-26 | 2017-12-01 | 东毓(宁波)油压工业有限公司 | A kind of multilayer film rubber vulcanizing machine demolding structure |
| CN107471312A (en) * | 2017-09-29 | 2017-12-15 | 如皋市祥强机械设备有限公司 | A kind of device for being easy to mould to eject |
| CN109333887A (en) * | 2018-11-19 | 2019-02-15 | 江苏科技大学 | A kind of rubber mold automatic mould opening machine for vulcanized rubber damping washer |
-
2016
- 2016-07-29 CN CN201620817725.4U patent/CN205969631U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106962058A (en) * | 2017-05-14 | 2017-07-21 | 北京工业大学 | A kind of many gauge substrate block press molding apparatus |
| CN107415107A (en) * | 2017-09-26 | 2017-12-01 | 东毓(宁波)油压工业有限公司 | A kind of multilayer film rubber vulcanizing machine demolding structure |
| CN107415107B (en) * | 2017-09-26 | 2023-06-30 | 东毓(宁波)油压工业有限公司 | Demoulding structure of multi-layer mould rubber vulcanizing machine |
| CN107471312A (en) * | 2017-09-29 | 2017-12-15 | 如皋市祥强机械设备有限公司 | A kind of device for being easy to mould to eject |
| CN109333887A (en) * | 2018-11-19 | 2019-02-15 | 江苏科技大学 | A kind of rubber mold automatic mould opening machine for vulcanized rubber damping washer |
| CN109333887B (en) * | 2018-11-19 | 2020-07-14 | 江苏科技大学 | Automatic rubber mold opening machine for vulcanized rubber damping washer |
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