CN205631149U - Rubber side bearing vulcanization mould utensil - Google Patents
Rubber side bearing vulcanization mould utensil Download PDFInfo
- Publication number
- CN205631149U CN205631149U CN201620326227.XU CN201620326227U CN205631149U CN 205631149 U CN205631149 U CN 205631149U CN 201620326227 U CN201620326227 U CN 201620326227U CN 205631149 U CN205631149 U CN 205631149U
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- angle pin
- side bearing
- injecting glue
- mould
- board
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Abstract
The utility model relates to a rubber side bearing vulcanization mould utensil, including injecting glue system and curing system, the curing system includes: the die block mounting panel, vertical dead lever, the mold stripping combination, the roof, the piece is installed to the guide pillar to one side, oblique guide pillar, the profile is inserted and well mould, the hot plate passes through fastening nut and is connected fixedly under die block mounting panel and the curing press, mold stripping combination and the outer mold stripping frame guide rail slip clearance fit of board, the injecting glue system includes an injecting glue section of thick bamboo and injecting glue stopper. The curing system profile is inserted outside the board effect of mold stripping frame and is realized four orientation autosegregation down, and utilizes the ejecting goods of roof, realizes product automation demolding. The autosegregation implementation procedure is inserted to the profile provides vertical power through external oblique guide pillar and by the outer mold stripping frame of curing press platform. Shortened the demolding time of goods greatly, production efficiency promotes by a wide margin, avoid the people to be misoperation and damage profile, improved the appearance quality and the qualification rate of goods, operator's intensity of labour has been alleviateed greatly.
Description
Technical field
This utility model relates generally to a kind of sulfuration and uses high die arrangement, belongs to production equipment, process units field, specifically
Say it is a kind of rubber side bearing sulfurizing mould.
Background technology
Large-scale rubber side bearing is mainly used in the secondary suspension of rolling stock, the important portion being connected with bogie as car body
Part, can provide vertical stiffness for car body, improves comfortableness and safety that rail vehicle runs.Rubber side bearing is metal and rubber
Composite structural member, coat adhesive and rubber after hardware is carried out pre-treatment at sulfurizing mould high temperature, condition of high voltage
Under carry out cross-linking reaction, make hardware form with rubber combined.Large-scale rubber side bearing as the secondary suspension of rolling stock,
Playing vibration reduction and cushioning effect, be usually and determine load installation, small product size is big compared with ordinary rubber side bearing, heavier mass.
Currently used rubber side bearing sulfurizing mould is to use shifting formwork injection pressure mode to produce on vulcanizing press, i.e. product
After having noted glue, manually remove injecting glue colloid system, vulcanize the most again.
Existing sulfurizing mould is to use shifting formwork injection pressure technological design, and injection system separates with curing system, the master existed
Want shortcoming as follows:
1. operation work step is many
According to shifting formwork injection pressure technological process, whole operating process need 13 work steps just can complete rubber side bearing from die-filling to
Sulfuration completes, and production efficiency is low；
2. at the bottom of automaticity
Injection system, product depanning are required for opening manually, use assisted demoulding frock and just can complete rubber side bearing
Sulfuration program；
3. labor intensity is big
Because large-scale rubber side bearing volume is big, die quality weight, each work step is required for manpower and moving operation, worker's division
Fu's labor intensity is big；
Utility model content
The purpose of this utility model is many in order to solve existing sulfuration production die device operation work step, automaticity
Low, the problems such as labor intensity is big, it is provided that a kind of fast mounting die, automatic depanning and high efficiency production die device, simultaneously
Solve vulcanize in high pressing mold production process easily occur choke with resentment, the rubber process problem such as fried limit.
A kind of rubber side bearing sulfurizing mould, including injection system and curing system,
Described curing system includes: bed die installing plate 1, vertical fixing bar 2, holds in the palm die combination 3, top board 4, and Angle Pin is installed
Block 5, Angle Pin 6, profile insert 7 and middle mold 8, described bed die installing plate 1 passes through clamp nut with heating plate under vulcanizing press
Connecting fixing, described torr die combination 3 coordinates with board outer bracket mould bases 11 slide,
Four square mounting hole 13 and outwardly open stopper slot 14, described square peace is offered on described bed die installing plate 1
Dress hole 13 is used for fixedly mounting Angle Pin mounting blocks 5, and described Angle Pin 6 is pacified by gap interference fit with Angle Pin mounting blocks 5
Dress, described top board 4 advances or pulls out in stopper slot 14 by open out, described torr die combination 3 is offered emptiness avoiding hole 31,
Mating holes 32 and the installing hole 33 of vertical fixing bar 2, mating holes 32, for vulcanizing the location of ironware, is fixed bottom sulfuration ironware
Bar coordinates, and emptiness avoiding hole 31 passes for Angle Pin 6；
Described profile insert 7 uses square-outside and round-inside structure, is divided into pintongs, arranges inclined-plane and installing space in pintongs junction
For accommodating Angle Pin 6, at four combinations, additionally respectively set up bar 2 installing hole the most fixing, in utilizing during matched moulds
Mould 8 carves tight pintongs profile insert 7, and middle mold 8 is connected by clamp nut with hanging mould under board；
Described injection system includes Glass cement squeezing device 9 and injecting glue plug 10, and Glass cement squeezing device 9 is passed through to be welded to connect with installing plate 92 by cylinder 91
Forming, Glass cement squeezing device installing plate 92 and board mould 12 of hanging oneself is fixed by clamp nut, and injecting glue plug 10 passes through with heating plate on board
Clamp nut connects, and described injecting glue plug 10 and Glass cement squeezing device 9 form lash piston motion structure, cylinder 91 and the upper cone-shaped of middle mold 8
Become matched in clearance.
Further, profile insert 7 its at 96 degree of circumference with 84 degree of angles, be divided into pintongs.Profile insert 7 combines at pintongs
Place arranges 68 degree of inclined-planes and installing space for accommodating Angle Pin 6.
Further, Angle Pin 6 amounts to 8, and it is parallel to each other with profile insert 7 inclined-plane and spacing controls within 1mm.
Further, middle mold 8 and profile insert 7 are carved tightly by 10 degree of conical surfaces, it is ensured that between profile insert 7, gap is at 0.1mm
Within.
Further, injecting glue plug 10 is formed by screw is fixing by installing plate 101 and piston 102.
Glass cement squeezing device 9, on the basis of conventional mould structure, is hung oneself by this utility model sulfuration high pressure mould with board
Mould 12 fastening bolt connects, and injecting glue plug 10 is fixed by fastening bolt with heating plate on board, notes after goods vulcanize
Packing element 9 is automatically separated with vulcanizer motion with injecting glue plug 10, then utilizes rubber burrs in high pressure air rifle cleaning cylinder.
The automatic depanning of described rubber side bearing Belt-type tools is through the following steps that realize:
1. goods have vulcanized rear plate vulcanizer release pressure, and the upper and lower heating plate of board separates to moving up and down respectively,
Connected injection system also concurrently separates with curing system；
2. hanging mould under setting sulfuration board to move upward, middle mold 8 is connected by clamp nut with hanging mould under board, drives sulfur
Change system middle mold 8 separates with profile insert 7, then sets board work platforms and moves out, makes torr die combination 3 enter vulcanizer
In outer bracket mould bases 11 guide rail；
3. setting board outer bracket mould bases 11 to move upward, outer bracket mould bases 11 drives torr die combination 3 to move upward, and its profile is inlayed
Block 7 moves to four direction under the effect being fixed on bed die Angle Pin 6, and at motion certain distance, profile insert 7 is divided with product
From, pull out top board 4, set board outer bracket mould bases 11 and reset, utilize the vertical ejecting product of top board 4；
4. moving on outer bracket mould bases 11, hand-reset advances top board 4 simultaneously, and outer bracket mould bases 11 moves down, and clears up mould with air gun
Scrap rubber skin inside torr die combination 3, ready for the sulfuration of next mechanograph；
5., after being loaded in profile insert 7 die cavity by vulcanized article ironware, vulcanizer workbench drives bed die installing plate 1, takes off
Die combination 3 and profile insert 7 inward are to fixed position, and workbench rises and carries out locked mode, profile edge under the effect of middle mold 8
Block 7 automatically resets laminating, simultaneously injection system and curing system part contact lock, and carries out next vulcanisation cycle.
This utility model beneficial effect: only need to set vulcanizing press sulfuration operation program, profile insert can be realized certainly
Dynamic disengaging goods, substantially reduce the depanning time of goods, and production efficiency is substantially improved；Goods automatic demoulding, it is to avoid artificially grasp
Slip up and damage profile, improve presentation quality and the qualification rate of goods；Being automatically separated of injection system, uses air gun permissible
Cleaning overlap sizing material, significantly reduces the labor intensity of operator quickly and easily.
Accompanying drawing explanation
The internal cut away view of Fig. 1 this utility model；
Fig. 2 this utility model profile insert handling schematic diagram；
Fig. 3 this utility model bed die installing plate top view；
Fig. 4 this utility model torr die combination top view；
Fig. 5 this utility model Angle Pin mounting blocks top view；
Fig. 6 this utility model Angle Pin view；
Fig. 7 this utility model profile insert top view；
Fig. 8,9 this utility model profile inserts divide lobe top view；
Figure 10 this utility model middle mold cut away view；
Figure 11 this utility model Glass cement squeezing device cut away view；
Figure 12 this utility model injecting glue plug cut away view；
Figure 13 this utility model Angle Pin mounting blocks A-A sectional view；
Figure 14 this utility model Angle Pin mounting blocks B-B sectional view；
In figure, label represents:
1, bed die installing plate 2, vertical fixing bar 3, torr die combination 4, top board 5, Angle Pin mounting blocks 6, tiltedly
Guide pillar 7, profile insert 8, middle mold 9, Glass cement squeezing device 10, injecting glue plug 11, board external support 12, board are hung oneself mould
13, mould 31, emptiness avoiding hole 32, mating holes 33, the peace of fixing bar 2 are hung under square mounting hole 14, stopper slot 15, board
Dress hole 91, cylinder 92, cylinder installing plate 101, piston installing plate 102, piston.
Detailed description of the invention:
In order to be illustrated more clearly that this utility model concrete structure, illustrate a kind of rubber side bearing vulcanizing mold in conjunction with accompanying drawing
Tool, including injection system and curing system,
Curing system includes: bed die installing plate 1, vertical fixing bar 2, torr die combination 3, top board 4, Angle Pin mounting blocks 5, tiltedly
Guide pillar 6, profile insert 7 and middle mold 8, described bed die installing plate 1 is connected solid with heating plate on vulcanizing press by clamp nut
Fixed, described torr die combination 3 coordinates with board outer bracket mould bases 11 slide,
Four square mounting hole 13 and outwardly open stopper slot 14, described square mounting hole is offered on bed die installing plate 1
13 are used for fixedly mounting Angle Pin mounting blocks 5, and described Angle Pin 6 is installed by gap interference fit with Angle Pin mounting blocks 5, institute
State top board 4 and advance or pull out in stopper slot 14 by open out, described torr die combination 3 is offered emptiness avoiding hole 31, coordinates
Hole 32 and the installing hole 33 of vertical fixing bar 2, mating holes 32, for vulcanizing the location of ironware, is fixed bar and is joined bottom sulfuration ironware
Close.Emptiness avoiding hole 31 passes for Angle Pin 6；
Profile insert 7 uses square-outside and round-inside structure, is divided into pintongs, arrange in pintongs junction inclined-plane and installing space for
Accommodate Angle Pin 6, at four combinations, additionally respectively set up bar 2 installing hole the most fixing, during matched moulds, utilize middle mold 8 to carve
Tight pintongs profile insert 7, middle mold 8 is connected by clamp nut with hanging mould under board；
Described injection system includes Glass cement squeezing device 9 and injecting glue plug 10, and Glass cement squeezing device 9 is passed through to be welded to connect with installing plate 92 by cylinder 91
Forming, Glass cement squeezing device installing plate 92 and board mould 12 of hanging oneself is fixed by clamp nut, and injecting glue plug 10 is by installing plate 101 and piston
102 form by screw is fixing, and injecting glue plug 10 installing plate 101 is connected by clamp nut with heating plate on board, described injecting glue
Plug 10 and Glass cement squeezing device 9 form lash piston motion structure, and cylinder 91 forms matched in clearance with the upper conical surface of middle mold 8.Profile insert 7
It is divided into pintongs at 96 degree of circumference with 84 degree of angles.Profile insert 7 arranges 68 degree of inclined-planes and installing space in pintongs junction
For accommodating Angle Pin 6.Angle Pin 6 amounts to 8, and it is parallel to each other with profile insert 7 inclined-plane and spacing controls within 1mm.
Middle mold 8 and profile insert 7 are carved tightly by 10 degree of conical surfaces, it is ensured that between profile insert 7, gap is within 0.1mm.
Claims (6)
1. a rubber side bearing sulfurizing mould, including injection system and curing system,
Described curing system includes: bed die installing plate (1), vertically fixes bar (2), torr die combination (3), top board (4), and Angle Pin is pacified
Dress block (5), Angle Pin (6), profile insert (7) and middle mold (8), described bed die installing plate (1) and heating plate under vulcanizing press
Connected fixing by clamp nut, described torr die combination (3) coordinates with board outer bracket mould bases (11) slide, and its feature exists
In:
Four square mounting hole (13) and outwardly open stopper slot (14) is offered on described bed die installing plate (1), described square
Installing hole (13) is used for fixedly mounting Angle Pin mounting blocks (5), and described Angle Pin (6) and Angle Pin mounting blocks (5) pass through gap
Interference fit is installed, and described top board (4) advances or pull out in stopper slot (14) by open out, described torr die combination
(3) offering emptiness avoiding hole (31), mating holes (32) on and vertically fix the installing hole (33) of bar (2), mating holes (32) is used for vulcanizing
The location of ironware, emptiness avoiding hole (31) passes for Angle Pin (6)；
Described profile insert (7) uses square-outside and round-inside structure, is divided into pintongs, arranges inclined-plane in pintongs junction and installing space is used
In accommodating Angle Pin (6), at four combinations, additionally respectively set up bar (2) installing hole the most fixing, utilize during matched moulds
Middle mold (8) carves tight pintongs profile insert (7), and middle mold (8) is connected by clamp nut with hanging mould under board；
Described injection system includes Glass cement squeezing device (9) and injecting glue plug (10), and Glass cement squeezing device (9) is passed through weldering by cylinder (91) with installing plate (92)
Connecing and be formed by connecting, Glass cement squeezing device installing plate (92) and board mould (12) of hanging oneself is fixed by clamp nut, injecting glue plug (10) and board
Upper heating plate is connected by clamp nut, and described injecting glue plug (10) forms lash piston motion structure, cylinder (91) with Glass cement squeezing device (9)
Matched in clearance is formed with the upper conical surface of middle mold (8).
A kind of rubber side bearing sulfurizing mould the most according to claim 1, it is characterised in that described profile insert (7) its
It is divided into pintongs at 96 degree of circumference and 84 degree of angles.
A kind of rubber side bearing sulfurizing mould the most according to claim 1, it is characterised in that described profile insert (7) is four
Lobe junction arranges (68) degree inclined-plane and installing space is used for accommodating Angle Pin (6).
A kind of rubber side bearing sulfurizing mould the most according to claim 1, it is characterised in that described Angle Pin (6) amounts to 8
Part, it is parallel to each other with profile insert (7) inclined-plane and spacing controls within 1mm.
A kind of rubber side bearing sulfurizing mould the most according to claim 1, it is characterised in that described middle mold (8) is inlayed with profile
Block (7) is carved tightly by 10 degree of conical surfaces, it is ensured that between profile insert (7), gap is within 0.1mm.
A kind of rubber side bearing sulfurizing mould the most according to claim 1, it is characterised in that described injecting glue plug (10) is by installing
Plate (101) and piston (102) form by screw is fixing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620326227.XU CN205631149U (en) | 2016-04-19 | 2016-04-19 | Rubber side bearing vulcanization mould utensil |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620326227.XU CN205631149U (en) | 2016-04-19 | 2016-04-19 | Rubber side bearing vulcanization mould utensil |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205631149U true CN205631149U (en) | 2016-10-12 |
Family
ID=57065879
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620326227.XU Active CN205631149U (en) | 2016-04-19 | 2016-04-19 | Rubber side bearing vulcanization mould utensil |
Country Status (1)
| Country | Link |
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| CN (1) | CN205631149U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107643236A (en) * | 2017-09-18 | 2018-01-30 | 中车青岛四方车辆研究所有限公司 | One kind vulcanization cavity detection means and detection method |
-
2016
- 2016-04-19 CN CN201620326227.XU patent/CN205631149U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107643236A (en) * | 2017-09-18 | 2018-01-30 | 中车青岛四方车辆研究所有限公司 | One kind vulcanization cavity detection means and detection method |
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|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |