CN208788885U - Rubber belt track once vulcanizes automatic demoulding molding die - Google Patents
Rubber belt track once vulcanizes automatic demoulding molding die Download PDFInfo
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- CN208788885U CN208788885U CN201821449103.6U CN201821449103U CN208788885U CN 208788885 U CN208788885 U CN 208788885U CN 201821449103 U CN201821449103 U CN 201821449103U CN 208788885 U CN208788885 U CN 208788885U
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- internal model
- rubber belt
- belt track
- external mold
- cope plate
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Abstract
Rubber belt track once vulcanizes automatic demoulding molding die, the radial slide block slot (8) of lower template (14) upper edge ring Zhou Junbu installation, sliding block (7) are installed on slide block slot (8), oblique outer lower side is convinced by patient analysis to slide opening at the top of sliding block (7), taper pin (4) is downwardly into the guiding slide opening, external mold (2) are connected in sliding block (7) inner face, internal model (1) is installed in the middle part of the external mold (2) of annular configuration, and detachable internal model demoulding mechanism (11) is installed in connection in the middle part of internal model (1), detachable internal model demoulding mechanism (11) is mounted in the middle part of cope plate (9) bottom side.Internal model automatic demoulding and tensioning, external mold automatic demoulding and tensioning, rubber belt track non junction position is arranged in ring structure, further decreases labor intensity and improves production efficiency.Each position rubber-moulding condition is completely the same, balancing performance, and quality is stablized, and reduces the hidden danger of quality and production cost of crawler belt.
Description
Technical field
The utility model relates to the structure improved technology of rubber belt track vulcanizing equipment die device, especially rubber to carry out
The primary vulcanization automatic demoulding molding die of band.
Background technique
Rubber belt track is exactly to use crawler belt made of rubber and framework material, it is widely used in engineering machinery, farm machinery
And military hardware.Rubber belt track is used primarily directed to special occasions, when as military review, tank, and panzer etc., protection
Ground！Rubber belt track running gear, noise is low, with small vibration, ride comfort, particularly suitable for the occasion more than high speed transfer, realizes
All-terrain passage capacity.
Vulcanized rubber refers to the rubber vulcanized, has constant glutinous, speciality, the rubber product such as is not easily broken and mostly uses this
Rubber is made.Also it is vulcanized rubber, is generally called rubber or rubber.General name of the sizing material after vulcanization processing.It is formed in raw rubber after vulcanization empty
Between stereochemical structure, elasticity, heat resistance, tensile strength and indissolubility in organic solvent with higher etc..Rubber product
Mostly vulcanized rubber.
Currently, the production of rubber belt track is with linear type mold both at home and abroad, by forming one after vulcanizing twice or three times
The complete rubber belt track of item, the rubber belt track of straight line mold production mean at least there is elastomer connector position at 4, joint area
Use of the post-cure to product there are hidden danger of quality.The movement of previous generation ring mould production process and mold is all by craft
It pushes and completes.
Utility model content
The purpose of the utility model is to provide rubber belt tracks once to vulcanize automatic demoulding molding die, overcomes above-mentioned linear type
The applied defect of mold in production.
The purpose of this utility model will be realized by following technical measures: including internal model, external mold, taper pin, the tight block of contract, outer
Mold lock mould circle, sliding block, slide block slot, cope plate, detachable internal model demoulding mechanism and lower template；Lower template and cope plate are in disk
Shape；The radial slide block slot of lower template upper edge ring Zhou Junbu installation, installs sliding block on slide block slot, slider top it is oblique it is outer under
Side is convinced by patient analysis to slide opening, and taper pin is downwardly into the guiding slide opening, and taper pin upper end was fixed on cope plate bottom side ring week, cope plate bottom
Edge, which corresponds to, installs the tight block of contract above slide block slot, the bottom surface ring cloth of all tight blocks of contract is fixed on external mold mode locking circle, in sliding block
End face connects external mold, and internal model is installed in the middle part of the external mold of annular configuration, and the detachable internal model of connection installation is de- in the middle part of internal model
Mold mechanism, detachable internal model demoulding mechanism are mounted in the middle part of cope plate bottom side.
Especially, annular uniformly distributed seven groups of taper pins, the tight block of contract, sliding block, slide block slot between lower template and cope plate.
Especially, slide block slot vertical interface is T-shaped.
Especially, pull ring is installed, internal model connects detachable internal model demoulding mechanism by pull ring or bolt on the inside of internal model.
Especially, the cope plate bottom surface ring-type at the top of internal model installs internal model mode locking circle.
Especially, installation mold spacing collar in the middle part of the corresponding lower die plate top surface in external mold bottom side periphery.
Especially, internal model includes that internal model transverse shifting mould, internal model moving in rotation mould and internal model stent, internal model extend out state
It is in down cylinder type, under internal model concentric contraction state, internal model transverse shifting mould is received to intracardiac shifting, the hinged inward turning of internal model moving in rotation mould
Contracting internal model stent also radially interior shifting simultaneously；Wherein, the internal model stent both wings end face of arc passes through internal model rotation respectively
The hinged a piece of internal model moving in rotation mould of axis is articulated and connected detachable interior moulding/demoulding in the middle part of internal model stent inner wall by bolt
Mechanism, the detachable internal model demoulding mechanism other end are hingedly connected in the middle part of internal model transverse shifting mould inner wall by another bolt；
Detachable internal model demoulding mechanism is pierced by cope plate by connecting rod upwards.
The advantages of the utility model and effect: ring structure is arranged internal model automatic demoulding and tensioning, external mold automatic demoulding and
Tensioning, rubber belt track non junction position further decrease labor intensity and improve production efficiency.Each position rubber-moulding condition is complete
Complete consistent, balancing performance, quality is stablized, and reduces the hidden danger of quality and production cost of crawler belt.
Detailed description of the invention
Fig. 1 is 1 schematic view of the front view of the utility model embodiment.
Fig. 2 is 1 shape axis geodesic structure schematic diagram of the utility model embodiment.
Fig. 3 is 1 decomposition texture schematic diagram of the utility model embodiment.
Fig. 4 is 1 inner mould portion detailed structure schematic diagram of the utility model embodiment.
Appended drawing reference includes:
The tight block 5 of internal model 1, external mold 2, rubber belt track 3, taper pin 4, contract, external mold mode locking circle 6, sliding block 7, slide block slot 8, cope plate
9, internal model mode locking circle 10, detachable internal model demoulding mechanism 11, bolt 12, mold spacing collar 13, lower template 14, pull ring 15, interior
Mould rotary shaft 16, internal model transverse shifting mould 1-1, internal model moving in rotation mould 1-2, internal model stent 1-3.
Specific embodiment
The utility model principle is, using a sulfidization molding mode, each position sulfided state of rubber belt track
It is identical, joint area is not present, the performance of rubber, which is able to maximize, to be embodied, and service life can dramatically increase, primary to vulcanize
Secondary or more vulcanization is compared, can significantly be saved time and manufacturing cost.It should belong to the major reform of equipment and technique.
The utility model include: internal model 1, external mold 2, taper pin 4, the tight block 5 of contract, external mold mode locking circle 6, sliding block 7, slide block slot 8, on
Template 9, detachable internal model demoulding mechanism 11 and lower template 14.
The utility model is described in further detail with reference to the accompanying drawings and examples.
Embodiment 1: as shown in attached drawing 1,2,3, lower template 14 and cope plate 9 are in disk form；14 upper edge ring of lower template
The radial slide block slot 8 of Zhou Junbu installation, installs sliding block 7 on slide block slot 8, and the 7 oblique outer lower side in top of sliding block is convinced by patient analysis to slide opening, tiltedly
Pin 4 is downwardly into the guiding slide opening, and 4 upper end of taper pin was fixed on 9 bottom side ring week of cope plate, and 9 bottom margin of cope plate is corresponding to be slided
Contract tight block 5 is installed, the bottom surface ring cloth of all tight blocks 5 of contract is fixed on external mold mode locking circle 6, is connected in 7 inner face of sliding block above block slot 8
External mold 2 is connect, internal model 1 is installed in the middle part of the external mold 2 of annular configuration, and detachable interior moulding/demoulding is installed in connection in the middle part of internal model 1
Mechanism 11, detachable internal model demoulding mechanism 11 are mounted in the middle part of 9 bottom side of cope plate.
In aforementioned, annular uniformly distributed seven groups of taper pins 4, the tight block 5 of contract, sliding block 7, slide block slot 8 between lower template 14 and cope plate 9.
In aforementioned, 8 vertical interface of slide block slot is T-shaped.
In aforementioned, pull ring 15 is installed on the inside of internal model 1, internal model 1 connects detachable internal model by pull ring 15 or bolt 12 and takes off
Mold mechanism 11.
In aforementioned, the 9 bottom surface ring-type of cope plate at 1 top of internal model installs internal model mode locking circle 10.
In aforementioned, installation mold spacing collar 13 in the middle part of corresponding 14 top surface of lower template in 2 bottom side periphery of external mold.
In aforementioned, as shown in Fig. 4, internal model 1 includes internal model transverse shifting mould 1-1, internal model moving in rotation mould 1-2 and interior
Mould stent 1-3, internal model 1 extend out under state in cylinder type, and under 1 concentric contraction state of internal model, internal model transverse shifting mould 1-1 is centripetal
Interior shifting, the hinged inward turning of internal model moving in rotation mould 1-2 shrink internal model stent 1-3 also radially interior shifting simultaneously；Wherein, arc is interior
Mould stent 1-3 both wings end face passes through the hinged a piece of internal model moving in rotation mould 1-2 of an internal model rotary shaft 16 respectively, fixes in internal model
It is articulated and connected detachable internal model demoulding mechanism 11 in the middle part of mould 1-3 inner wall by bolt 12, detachable internal model demoulding mechanism 11
The other end is hingedly connected in the middle part of internal model transverse shifting mould 1-1 inner wall by another bolt 12；Detachable internal model demoulding mechanism
11 are pierced by cope plate 9 by connecting rod upwards.
In the utility model embodiment, iron teeth annular pre-arrangement is located between external mold 2 and internal model 1, cope plate 9 and lower die
Plate 14 is individually fixed on the upper and lower hot plate of platen-press；The tight block 5 of taper pin 4, contract, external mold clamp ring 6 are fixed on 9 side of cope plate
On the downside of edge, keep opposing stationary with hot plate on platen-press；Slide block slot 8, mold spacing collar 13 are mounted on 14 upside of lower template,
And it moves up and down with lower hot plate；External mold 2 is fixed on 7 inside of sliding block, is agreed with by T-slot with slide block slot 8 on the outside of sliding block 7,
Realize sliding；Detachable internal model demoulding mechanism 11 is connected by bolt 12 and pull ring 15 with 1 inner sidewall of internal model, is realized flexible
Movement；When die sinking, lower hot plate is moved downward, and sliding block 7 passes through the active force of taper pin 4, and by the center of circle, explosive sliding realization is opened outward
Mould demoulds；1 transverse shifting mould 1-1 of internal model realizes transverse shifting by detachable internal model demoulding mechanism 11；Internal model rotation moves
Dynamic model 1-2 is that axle center rotation realizes that rubber is carried out with internal model rotary shaft 16 by the active force of detachable internal model demoulding mechanism 11
Band 3 demoulds.
Claims (7)
1. rubber belt track once vulcanizes automatic demoulding molding die, including internal model (1), external mold (2), taper pin (4), the tight block of contract (5),
External mold mode locking circle (6), sliding block (7), slide block slot (8), cope plate (9), detachable internal model demoulding mechanism (11) and lower template
(14)；It is characterized in that, lower template (14) and cope plate (9) are in disk form；Lower template (14) upper edge ring Zhou Junbu installation
Radial slide block slot (8) installs sliding block (7) on slide block slot (8), and oblique outer lower side is convinced by patient analysis to slide opening, taper pin at the top of sliding block (7)
(4) it is downwardly into the guiding slide opening, taper pin (4) upper end was fixed on cope plate (9) bottom side ring week, cope plate (9) bottom margin
The tight block of contract (5) are installed above corresponding slide block slot (8), the bottom surface ring cloth of all tight blocks of contract (5) is fixed on external mold mode locking circle (6),
External mold (2) are connected in sliding block (7) inner face, internal model (1) is installed in the middle part of the external mold (2) of annular configuration, and in the middle part of internal model (1)
Detachable internal model demoulding mechanism (11) is installed in connection, and detachable internal model demoulding mechanism (11) is mounted on cope plate (9) bottom side
Middle part.
2. rubber belt track as described in claim 1 once vulcanizes automatic demoulding molding die, which is characterized in that lower template (14)
Annular uniformly distributed seven groups of taper pins (4), the tight block of contract (5), sliding block (7), slide block slot (8) between cope plate (9).
3. rubber belt track as described in claim 1 once vulcanizes automatic demoulding molding die, which is characterized in that slide block slot (8)
Vertical interface is T-shaped.
4. rubber belt track as described in claim 1 once vulcanizes automatic demoulding molding die, which is characterized in that in internal model (1)
Pull ring (15) are installed in side, and internal model (1) connects detachable internal model demoulding mechanism (11) by pull ring (15) or bolt (12).
5. rubber belt track as described in claim 1 once vulcanizes automatic demoulding molding die, which is characterized in that internal model (1) top
Cope plate (9) the bottom surface ring-type in portion installs internal model mode locking circle (10).
6. rubber belt track as described in claim 1 once vulcanizes automatic demoulding molding die, which is characterized in that external mold (2) bottom
Installation mold spacing collar (13) in the middle part of side periphery corresponding lower template (14) top surface.
7. rubber belt track as described in claim 1 once vulcanizes automatic demoulding molding die, which is characterized in that internal model (1) packet
Internal model transverse shifting mould (1-1), internal model moving in rotation mould (1-2) and internal model stent (1-3) are included, internal model (1) extends out under state
In cylinder type, under internal model (1) concentric contraction state, internal model transverse shifting mould (1-1) is to intracardiac shifting, internal model moving in rotation mould (1-
2) hinged inward turning shrinks internal model stent (1-3) also radially interior shifting simultaneously；Wherein, internal model stent (1-3) both wings of arc
End face passes through the hinged a piece of internal model moving in rotation mould (1-2) of an internal model rotary shaft (16) respectively, in internal model stent (1-3) inner wall
By the detachable internal model demoulding mechanism (11) of bolt (12) articulated connection, detachable internal model demoulding mechanism (11) is another at middle part
End is hingedly connected in the middle part of internal model transverse shifting mould (1-1) inner wall by another bolt (12)；Detachable internal model demoulding mechanism
(11) cope plate (9) are pierced by by connecting rod upwards.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821449103.6U CN208788885U (en) | 2018-09-05 | 2018-09-05 | Rubber belt track once vulcanizes automatic demoulding molding die |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821449103.6U CN208788885U (en) | 2018-09-05 | 2018-09-05 | Rubber belt track once vulcanizes automatic demoulding molding die |
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| Publication Number | Publication Date |
|---|---|
| CN208788885U true CN208788885U (en) | 2019-04-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821449103.6U Active CN208788885U (en) | 2018-09-05 | 2018-09-05 | Rubber belt track once vulcanizes automatic demoulding molding die |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109049440A (en) * | 2018-09-05 | 2018-12-21 | 上海华向橡胶履带有限公司 | Rubber belt track once vulcanizes automatic demoulding molding die |
-
2018
- 2018-09-05 CN CN201821449103.6U patent/CN208788885U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109049440A (en) * | 2018-09-05 | 2018-12-21 | 上海华向橡胶履带有限公司 | Rubber belt track once vulcanizes automatic demoulding molding die |
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