CN106393516A

CN106393516A - Vulcanizing device of rubber product machining system

Info

Publication number: CN106393516A
Application number: CN201610996313.6A
Authority: CN
Inventors: 赵凤华
Original assignee: TIANJIN FULIDA RUBBER PRODUCTS CO Ltd
Current assignee: TIANJIN FULIDA RUBBER PRODUCTS CO Ltd
Priority date: 2016-11-13
Filing date: 2016-11-13
Publication date: 2017-02-15

Abstract

The invention belongs to the technical field of rubber product vulcanizing devices, and particularly relates to a vulcanizing device of a rubber product machining system. A die opening cavity formed in the left portion and a die assembly cavity formed in the right portion are formed in a vulcanizing device frame, a die opening air cylinder stretching out of the vulcanizing device frame is arranged at the top end of the die opening cavity upwards, a die assembly air cylinder stretching out of the vulcanizing device frame is arranged at the top end of the die assembly cavity upwards, and a lifting oil cylinder is arranged on a gap between the die opening cavity and the die assembly cavity upwards. The problems that in the prior art, during die assembly and die assembly force applying of a mechanical type vulcanizing machine, the two ends of an upper cross beam are bent downwards, the two ends of a base are bent upwards, a connecting rod is lengthened, the two ends of the connecting rod are bent outwards, a crank gear and the lower end of the connecting rod deflect outwards, and consequently the manufacturing quality is reduced, and wear is caused are solved. The beneficial effects of being high in practicability, convenient to mount and transport, capable of keeping high centering precision and repeated precision and uniform in stress are achieved.

Description

A kind of vulcanization plant of rubber system of processing

Technical field

The invention belongs to Vulcanising device for rubber product technical field, more particularly, to a kind of sulfuration of rubber system of processing Device.

Background technology

While mechanical type sulfuration popularization and application, occur in that fluid pressure type vulcanizer, but due to fluid pressure type sulfuration when starting The superiority of machine-to-machine tool formula vulcanizer not it is obvious that and at that time hydraulic technique also not bery ripe, tire plant is to fluid pressure type sulfur The maintenance of change machine also not bery adapts to, and does not therefore obtain as mechanical vulcanizing machine in fluid pressure type vulcanizer in a period of time To popularity, but the continuous development with tire industry, higher and higher requirement is proposed to the uniformity of tire, also to sulfur The operating accuracy of change machine proposes higher and higher requirement, and the superiority of fluid pressure type vulcanizer just fully shows, with When hydraulic technique also reach its maturity, maintenance also no longer becomes big problem, thus now in the world main tyre company by Step traditional mechanical vulcanizing machine is replaced using fluid pressure type vulcanizer, prior art exist mechanical vulcanizing machine in matched moulds simultaneously During plus mold clamping force, entablature two ends bend downwards, base two ends upward, and connecting rod is elongated and its two ends flex outward, Crank gear and connecting rod lower end shift outward, thus lead to the problem that workmanship declines and weares and teares.

Content of the invention

The present invention provides a kind of vulcanization plant of rubber system of processing, existing to solve to propose in above-mentioned background technology Technology exist mechanical vulcanizing machine in matched moulds and plus mold clamping force when, entablature two ends bend downwards, and base two ends are scratched upwards Song, connecting rod is elongated and its two ends flex outward, crank gear and connecting rod lower end shift outward, thus leading to workmanship to decline And the problem worn and torn.

Technical problem solved by the invention employs the following technical solutions to realize：A kind of sulfur of rubber system of processing Gasifying device, including vulcanization plant framework, is arranged at the die sinking chamber of its left part and is arranged at its right part in described vulcanization plant framework Matched moulds chamber, described mold cavity tip of opening sets up the die sinking cylinder stretching out in vulcanization plant framework, described conjunction mold cavity tip to Upper setting stretches out in the matched moulds cylinder of vulcanization plant framework, and the gap between described die sinking chamber and matched moulds chamber sets up lifting oil Cylinder, the rolling wheel guide rails cooperation of the mounting plate ECDC mould intracavity wall setting of described matched moulds lumenal levels setting is slidably connected to die sinking gas The piston rod of cylinder, described matched moulds bottom of chamber end arranges central authority, and described die sinking intracavity arranges active mod operator and positions through swing arm The uprights vertical of mechanism is connected to die sinking intracavity top.

Further, described central authority is operating capsule structure.

Further, described roller external peripheral surface arranges eccentric bushing.

Beneficial effects of the present invention are：

1st, this patent is using the die sinking chamber being arranged at its left part in described vulcanization plant framework and the matched moulds chamber that is arranged at its right part, Described mold cavity tip of opening sets up the die sinking cylinder stretching out in vulcanization plant framework, and described conjunction mold cavity tip sets up stretches out Gap between the matched moulds cylinder of vulcanization plant framework, described die sinking chamber and matched moulds chamber sets up hoist cylinder, described conjunction In die cavity, the rolling wheel guide rails cooperation of horizontally disposed mounting plate ECDC mould intracavity wall setting is slidably connected to the piston of die sinking cylinder Bar, described matched moulds bottom of chamber end arranges central authority, and it is vertical through swing arm detent mechanism that described die sinking intracavity arranges active mod operator Post be vertically connected at die sinking intracavity top, use when, because during folding mould, part of the upper die only has vertical up-or-down movement, forward after Roll on guide rail with left and right roller, roller carries eccentric bushing, alignment degree can accurately adjust, substantially not have between roller and guide rail Have gap, solve prior art exist mechanical vulcanizing machine in matched moulds and plus mold clamping force when, entablature two ends are downward Flexure, base two ends upward, connecting rod is elongated and its two ends flex outward, crank gear and connecting rod lower end shift outward, Thus the problem leading to workmanship to decline and wear and tear, improve the practicality of device simultaneously.

2nd, this patent body is fixing framework, compact conformation, and rigidity is good, and installation and transportation are convenient.

3rd, during this patent folding mould, part of the upper die only has vertical up-or-down movement, and forward rear and left and right roller rolls on guide rail Dynamic, roller carries eccentric bushing, and alignment degree can accurately adjust.There is no gap between roller and guide rail, can keep very high Accuracy of alignment and repeatable accuracy.

Although the 4, this patent fluid pressure type vulcanizer is also double mould cavity, in terms of loading angle, simply two single mode sulfurations Machine links together.Mold clamping force relies on hydraulic cylinder to be added in the power of mold center and the symmetrical elastic elongation of two body side frames and obtain, Mould circumferencial direction uniform force.

Brief description

Fig. 1 is a kind of vulcanization plant structural representation of present invention rubber system of processing.

Specific embodiment

Below in conjunction with accompanying drawing, the present invention is described further：

In figure：1- vulcanization plant framework, 2- molds chamber, 3- matched moulds chamber, and 4- molds cylinder, 5- matched moulds cylinder, 6- hoist cylinder, 7- Mounting plate, 8- roller, 9- guide rail, 10- piston rod, 11- central authority, the active mod operator of 12-, 13- swing arm detent mechanism, 14- column, 15- eccentric bushing（Not shown）.

Embodiment：

The present embodiment：As shown in figure 1, a kind of vulcanization plant of rubber system of processing, including vulcanization plant framework 1, described The die sinking chamber 2 being arranged at its left part in vulcanization plant framework 1 and the matched moulds chamber 3 being arranged at its right part, described die sinking chamber 2 top to Upper setting stretches out in the die sinking cylinder 4 of vulcanization plant framework 1, and described matched moulds chamber 3 top sets up and stretches out in vulcanization plant frame The matched moulds cylinder 5 of frame 1, the gap between described die sinking chamber 2 and matched moulds chamber 3 sets up hoist cylinder 6, in described matched moulds chamber 3 Roller 8 guide rail 9 cooperation of horizontally disposed mounting plate 7 ECDC die cavity 3 inwall setting is slidably connected to the piston rod of die sinking cylinder 4 10, described matched moulds chamber 3 bottom arranges central authority 11, arranges active mod operator 12 through swing arm localization machine in described die sinking chamber 2 The column 14 of structure 13 is vertically connected at top in die sinking chamber 2.

Described central authority 11 is operating capsule structure.

Described roller 8 external peripheral surface arranges eccentric bushing 15.

Operation principle：

This patent passes through to be arranged at the die sinking chamber of its left part and the matched moulds chamber being arranged at its right part, institute in described vulcanization plant framework State out mold cavity tip and set up the die sinking cylinder stretching out in vulcanization plant framework, described conjunction mold cavity tip sets up and stretches out in The matched moulds cylinder of vulcanization plant framework, the gap between described die sinking chamber and matched moulds chamber sets up hoist cylinder, described matched moulds The rolling wheel guide rails cooperation of the mounting plate ECDC mould intracavity wall setting of lumenal levels setting is slidably connected to the piston rod of die sinking cylinder, Described matched moulds bottom of chamber end arranges central authority, and the described die sinking intracavity setting column through swing arm detent mechanism for the active mod operator hangs down Direct-connected being connected to molds intracavity top, when using, because during folding mould, part of the upper die only has vertical up-or-down movement, forward rear and left Right roller rolls on guide rail, and roller carries eccentric bushing, and alignment degree can accurately adjust, between there is no between roller and guide rail Gap, the present invention solve prior art exist mechanical vulcanizing machine in matched moulds and plus mold clamping force when, entablature two ends are downward Flexure, base two ends upward, connecting rod is elongated and its two ends flex outward, crank gear and connecting rod lower end shift outward, Thus the problem leading to workmanship to decline and wear and tear, there is the accuracy of alignment that practicality is high, installation and transportation are convenient, holding is very high Advantageous Effects with repeatable accuracy, uniform force.

Using technical scheme, or those skilled in the art, under the inspiration of technical solution of the present invention, designs Go out similar technical scheme, and reach above-mentioned technique effect, all fall into protection scope of the present invention.

Claims

1. a kind of vulcanization plant of rubber system of processing is it is characterised in that include vulcanization plant framework, described vulcanization plant Be arranged at the die sinking chamber of its left part in framework and be arranged at the matched moulds chamber of its right part, described open mold cavity tip and set up stretch out in The die sinking cylinder of vulcanization plant framework, described conjunction mold cavity tip sets up the matched moulds cylinder stretching out in vulcanization plant framework, institute State the gap between die sinking chamber and matched moulds chamber and set up hoist cylinder, the mounting plate of described matched moulds lumenal levels setting is through matched moulds The rolling wheel guide rails cooperation of cavity wall setting is slidably connected to the piston rod of die sinking cylinder, and described matched moulds bottom of chamber end arranges center machine Structure, the described die sinking intracavity setting uprights vertical through swing arm detent mechanism for the active mod operator is connected to die sinking intracavity top.

2. a kind of vulcanization plant of rubber system of processing according to claim 1 is it is characterised in that described center machine Structure is operating capsule structure.

3. a kind of vulcanization plant of rubber system of processing according to claim 1 is it is characterised in that outside described roller Circumferential surface arranges eccentric bushing.