CN201143755Y

CN201143755Y - Full-automatic double-layer pair-producing rubber-moulding machine

Info

Publication number: CN201143755Y
Application number: CNU2007201835954U
Authority: CN
Inventors: 宫松年
Original assignee: Individual
Current assignee: Ctm Corp Ltd
Priority date: 2007-10-23
Filing date: 2007-10-23
Publication date: 2008-11-05
Anticipated expiration: 2017-10-23

Abstract

The utility model discloses a full automatic double-layer pair working rubber molding machine and aims at providing a rapid rubber molding machine which can save time. The utility model is mainly characterized in that a first pedestal and a second pedestal with different heights are arranged at two ends of a heating mechanism of a machine station and are provided with a bottom die, an upper die, a guide-way plate and a cantilever location seat which are longitudinally symmetrical; the location seat is internally assembled with a displacement pneumatic cylinder, a lifting pneumatic cylinder and a middle die supporting seat which is internally provided with a middle die; the cantilever is connected with an oil cylinder; the middle die is placed on the bottom die and separated by controlling the rotating angle of the cantilever location seat and the bottom die, the middle die and the upper die which contain rubber materials are automatically input into the heating mechanism to be heated and molded; more particularly, the time can be made full use to achieve the heating and molding effect by heating and molding the bottom die, the middle die and the upper die in the heating mechanism of the second pedestal when finished products are taken out from the bottom die, the middle die and the upper die of the first pedestal and the materials are fed.

Description

Full-automatic double-deck to making rubber forming machine

Technical field

The utility model relates to a kind of rubber forming machine, particularly relates to a kind of full-automatic bilayer to making rubber forming machine.

Background technology

Rubber forming machine is to the forming process of rubber, comprise: rubber mass is inserted in the bed die, put again and close middle mould and patrix, heat a period of time and moulding in the back input board heating arrangements, mould withdraws from outside the heating arrangements after the moulding, and die sinking is taken out finished product, inserted sizing material to be formed again.And, existing rubber forming machine, have only single mold, single-ended operation, in other words, when take out finished product in die opening state, when inserting sizing material to be formed again, heating arrangements does not use, and can't insert sizing material to be formed in addition again when heating, and the waste working (machining) efficiency, so the processing cost of existing rubber forming machine is higher.

Summary of the invention

Main purpose of the present utility model is for providing a kind of full-automatic bilayer to making rubber forming machine, it is first and second pedestal that is provided with irregular height at the heating arrangements both-end of a board, first and second pedestal is respectively equipped with can be according to the mould of the bed die of setting the control action displacement, middle mould, patrix, and must be at first pedestal mould taking-up finished product, when inserting material to be formed, the mould of second pedestal then is in hot briquetting in the heating arrangements, so irregular to doing, and must make full use of the board heating arrangements, reach the effect that can get double shaping efficiency in the identical time.

For achieving the above object, the technical scheme that the utility model is taked provides a kind of full-automatic bilayer to making rubber forming machine, one board has heating arrangements, the heating arrangements both-end is provided with first of differing heights, two pedestals, first, all be provided with set of rails in two pedestals and establish slide, slide links the belt that is driven by motor, and in the slide input heating arrangements and withdraw from outside the heating arrangements, assemble bed die on the slide, patrix, patrix one end is bilateral to have guide pillar, guide pillar just can embed in the bilateral track plate track of board heating arrangements inlet, and formation can make patrix open, cover; The bottom pivot group one L shape cantilever of first and second pedestal, cantilever bottom pivot is tied in the oil hydraulic cylinder expansion link, oil hydraulic cylinder must move the cantilever deflection angle, the cantilever upper end is provided with positioning seat, be provided with guide rail, displacement pneumatic cylinder, lifting pneumatic cylinder in the positioning seat, guide rail is provided with middle mould bearing seat, and middle mould bearing seat is for mould in the bearing and be linked to the displacement pneumatic cylinder and the expansion link of lifting pneumatic cylinder, and mould bearing seat moves in the interlock, lifting and get.

Owing to take above technical scheme, to be the mould that is first pedestal take finished product away doing to the utility model, when inserting rubber mass to be formed, the then hot briquetting in heating arrangements of the mould of second pedestal, otherwise, the mould of second pedestal withdraws from heating arrangements and when taking finished product away and inserting rubber mass to be formed again, the mould of first pedestal then enters hot briquetting in the heating arrangements, so double-deck irregular to doing, has the heating arrangements of making full use of, take finished product during heating away and insert material to be formed again, do not lose time fully, reaching the effect that the identical time can get double processing capacity, promptly is to have the effect that cuts down finished cost.

Description of drawings

Fig. 1 is the utility model stereo appearance figure;

Fig. 2 is the utility model front plan view;

Fig. 3 is the utility model side plan view when initial;

Fig. 4 puts for mould in the utility model and closes in the bed die side view of the state;

Fig. 5 is in bed die top state front view for mould in the utility model;

Fig. 6 puts for mould in the utility model and closes in bed die state front view;

Fig. 7 is state front view in the utility model mould input heating arrangements.

The main element symbol description:

1 first pedestal, 15 bed dies, 210 expansion links

2 second pedestals, 16 patrixes, 22 positioning seats

Mould bearing seat in 3 heating arrangements, 160 guide pillars 23

12,220 guide rails, 17 track plates, 24 displacement pneumatic cylinders

13 belts, 20 cantilevers, 25 lifting pneumatic cylinders

Mould in 14 slides, 21 oil hydraulic cylinders 26

The specific embodiment

See also Fig. 1～Fig. 6, be that a board has heating arrangements 3, heating arrangements 3 both-ends are provided with first of differing heights, two

pedestals

1,2, first, two pedestals 1, all be provided with guide rail in 2 and establish slide 14 for 12 groups, slide 14 links the belt 13 that is driven by motor, and in the slide 14 input heating arrangements 3 and withdraw from outside the heating arrangements 3, assembling bed die 15 on the slide 14, patrix 16, patrix 16 1 ends are bilateral to have guide pillar 160, guide pillar 160 just can embed in bilateral track plate 17 tracks of board heating arrangements 3 inlets, formation can make patrix 16 open, cover, again, first, two

pedestals

1,2 bottom pivot group one L shape cantilever 20, cantilever 20 bottom pivots are tied in oil hydraulic cylinder 21 expansion links 210, cantilever 20 upper ends are provided with positioning seat 22, be provided with guide rail 220 in the positioning seat 22, displacement pneumatic cylinder 24, lifting pneumatic cylinder 25, guide rail 220 is provided with middle mould bearing seat 23, middle mould bearing seat 23 is for mould 26 in the bearing, and be linked to the expansion link of displacement pneumatic cylinder 24 and lifting pneumatic cylinder 25, and mould bearing seat 23 displacements in must controlling, lifting, and then middle mould 26 must be placed on the bed die 15, get and leave bed die 15.

Enforcement of the present utility model is used, when initial as shown in Figure 3, cantilever 20, positioning seat 22, middle mould 26 are bed die 15, patrix 16 states of leaving, insert rubber mass to be formed in the bed die 15 this moment, put material and finish the state that 210 actions of oil hydraulic cylinder 21 expansion links are Fig. 4, Fig. 5, its positioning seat 22, middle mould 26 are in bed die 15 tops, displacement pneumatic cylinder 24 expansion links in the positioning seat 22 move and make middle mould bearing seat 23 corresponding to directly over the bed die 15 at this moment, lifting pneumatic cylinder 25 expansion links move to descend again and make middle mould 26 place (as shown in Figure 6) on the bed die 15, displacement gas

Cylinder pressure 24 counteragents make middle mould bearing seat 23 displacements, 25 vertical motions of lifting pneumatic cylinder that middle mould bearing seat 23 is risen, can make belt 13 actions this moment and get slide 14 actions, promptly be to make bed die 15 toward the action of heating arrangements 3 directions, as shown in Figure 7, the guide pillar 160 of matching track plate 17 and patrix 16, and patrix 16 covers, promptly get this moment the end, in,

patrix

15,26,16 and rubber mass to be formed import hot briquetting in the heating arrangements 3.

Again, when heating in first group of mould of the utility model on first pedestal 1 (end, in, patrix) the input heating arrangements 3, at the bottom of second group of second pedestal 2, in, 15,26,16 of patrixes insert rubber mass to be formed doing.In other words, the end of waiting for first pedestal 1, in,

patrix

15,26,16 time of in heating arrangements 3, heat, second pedestal 2 is in to do inserts rubber mass to be formed, so can employ one's time to the best advantage, and then obtain the effect of same time increase processing capacity.

When the end of first pedestal 1, in, after

patrix

15,26,16 finishes hot briquetting, its slide 14 make the end, in,

patrix

15,26,16 withdraws from outside the heating arrangements 3, when withdrawing from when the guide pillar 160 of patrix 16 touches track plate 17, patrix 16 can be opened, this moment, displacement pneumatic cylinder 24 and lifting pneumatic cylinder 25 moved again, and mould bearing seat 23 is got from middle mould 26 in getting, oil hydraulic cylinder 21 expansion links 210 also counteragent make cantilever 20, positioning seat 22, middle mould 26 be Fig. 3 state, can be for the finished product of taking moulding away, and insert another rubber mass to be formed again; And, the end of above-mentioned first pedestal 1, in,

patrix

15,26,16 withdraws from outside the heating arrangements 3 and when taking finished product away, the end of second pedestal 2, in, patrix 15,26,16 imports in the heating arrangements 3, and hot briquetting.

As shown in the above description, to be the mould that is first pedestal 1 take finished product away doing to the utility model, when inserting rubber mass to be formed, the then hot briquetting in heating arrangements of the mould of second pedestal 2, otherwise, the mould of second pedestal 2 withdraws from heating arrangements 3 and when taking finished product away and inserting rubber mass to be formed again, the mould of first pedestal 1 then enters hot briquetting in the heating arrangements 3, so double-deck irregular to doing, has the heating arrangements of making full use of 3, take finished product during heating away and insert material to be formed again, do not lose time fully, reaching the effect that the identical time can get double processing capacity, promptly is to have the effect that cuts down finished cost.

Claims

1, a kind of full-automatic bilayer is to making rubber forming machine, it is characterized in that: a board has heating arrangements, the heating arrangements both-end is provided with first and second pedestal of differing heights, all be provided with set of rails in first and second pedestal and establish slide, slide links the belt that is driven by motor, and in the slide input heating arrangements and withdraw from outside the heating arrangements, assemble bed die, patrix on the slide, patrix one end is bilateral to have guide pillar, guide pillar just can embed in the bilateral track plate track of board heating arrangements inlet, and formation can make patrix open, cover; The bottom pivot group one L shape cantilever of first and second pedestal, cantilever bottom pivot is tied in the oil hydraulic cylinder expansion link, oil hydraulic cylinder must move the cantilever deflection angle, the cantilever upper end is provided with positioning seat, be provided with guide rail, displacement pneumatic cylinder, lifting pneumatic cylinder in the positioning seat, guide rail is provided with middle mould bearing seat, and middle mould bearing seat is for mould in the bearing and be linked to the displacement pneumatic cylinder and the expansion link of lifting pneumatic cylinder, and mould bearing seat moves in the interlock, lifting and get.