CN201685363U

CN201685363U - Electronic heating device for sole production mould

Info

Publication number: CN201685363U
Application number: CN2010202126302U
Authority: CN
Inventors: 李国展
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-06-02
Filing date: 2010-06-02
Publication date: 2010-12-29
Anticipated expiration: 2020-06-02

Abstract

The utility model discloses an electronic heating device for sole production mould, which is characterized in that electronic heating plates form a heating space which a sole production mould is put in or passes through, and temperature is instantaneously heated up to working temperature by means of core resonance generated by metals of the mould and electronic magnetic induction generated by the electronic heating plates, in order to perform heating, foaming and vulcanization molding. Compared with conventional structure, the electronic heating device achieves the progressive efficiency that, temperature is instantaneously heated up to working temperature by adopting electronic induction, which remarkably reduces heating delay, lessens energy consumption and lowers cost. Without using pressurization structure which has complex system, large volume and enormous energy consumption, the electronic heating device simplifies system structure and operation procedures.

Description

Shoe sole production mould electronic type heater

Technical field

The utility model belongs to shoe sole production mold heated apparatus field, particularly relate to a kind of with generation electronics magnetic induction of electrons heat plate and the resonance of mould metal generation core, the moment generation is warming up to operating temperature, carries out the electronic type heater person of foamable sulfidization molding.

Background technology

At present, the shoe sole production mould is in foaming sulfidization molding process, must be through heating, see also Fig. 1 to shown in Figure 3, be existing shoe sole production mold heating device schematic diagram, wherein will be after material feeding with shoe sole production mould 1, put with electric hot plate 2 at its periphery, and pressurization pushes as oil hydraulic cylinder with pressure structure 3, make closely contact shoe sole production mould 1 of this heating plate 2, and after this electric hot plate 2 is heated to operating temperature by electric energy, heat this shoe sole production mould 1 with the contact heat exchange pattern,, expanded material in the mould is foamed behind the sulfidization molding through after the scheduled time, after reverse operating is backed out electric hot plate 2 again, can finish the operation of mold heated foaming sulfidization molding.

But, find according to the foamable sulfidization molding program of above-mentioned existing shoe sole production mould, because it uses electric hot plate 2 heating, therefore, must make electric hot plate 2 heat production to operating temperature, and middle intensification will expend considerable time and suitable electric energy; Because of using the contact heat exchange pattern, therefore, heat transfer efficiency is subjected to considerable influence again, causes one of the main reasons time-consuming and power consumption especially; And need further be pointed out that, commonly use device also must use pressure structure 3 to reach electric hot plate 2 to contact with the tight of shoe sole production mould 1, cause system complex, bulky and power consumption.And if add industrial output, must carry out multiple computer desk simultaneously and connect (with reference to shown in Figure 4), the time consumption and energy consumption that is caused will be quite big.Above-mentioned all practice problems cause the with high costs of shoemaking industry, and profit can't promote, and remains to be overcome solution.

The utility model content

The problem that content of the present utility model institute desire solves, be known shoe sole production mold heated foaming sulfidization molding mode, be with pressure structure for example oil hydraulic cylinder pressurization electric hot plate is closely contacted with the shoe sole production mould, and carrying out the operation of foamable sulfidization molding with the contact heat exchange pattern, equipment is complicated and expend time in and consume electric power.The utility model is that the technological means that its technical problem of solution is adopted is, a kind of shoe sole production mould electronic type heater comprises:

The shoe sole production mould;

At least one electrons heat plate;

Described electrons heat plate constitutes heating space, the shoe sole production mould is placed or by this heating space, can produce electronics magnetic induction and the resonance of shoe sole production mould metal generation core by this electrons heat plate, moment is warming up to operating temperature, carries out the foamable sulfidization molding.

Described shoe sole production mould does not contact with described electrons heat plate.

Described shoe sole production mould contacts with described electrons heat plate.

Compared to commonly using structure, the progressive effect that the utility model is reached is to adopt electronic type induction moment to be warming up to operating temperature, significantly the reduction heating stand-by period, reduces power consumption, reduces cost.Not the using system complexity, bulky and the power consumption pressure structure, simplied system structure and operational sequence.

Description of drawings

Fig. 1 is for commonly using shoe sole production mold heating device main composition assembly schematic diagram.

Fig. 2 is for commonly using the shoe sole production mold heated schematic diagram one that must pressurize.

Fig. 3 commonly uses die for shoe-sole to heat two of the schematic diagram that must pressurize.

Fig. 4 connects the multiple computer desk schematic diagram for commonly using the shoe sole production mold heated.

Fig. 5 is the utility model preferred embodiment main composition assembly schematic diagram.

Fig. 6 heats one of schematic diagram for the utility model preferred embodiment.

Fig. 7 heats two of schematic diagram for the utility model preferred embodiment.

Fig. 8 connects the multiple computer desk schematic diagram for the utility model preferred embodiment.

Fig. 9 connects the conveying device schematic diagram for the utility model preferred embodiment.

Description of reference numerals

1 shoe sole production mould

2 electric hot plates

3 pressure structures

4 shoe sole production moulds

5 electrons heat plates

6 heating spaces

7 conveying devices

The specific embodiment

See also shown in the 5th figure, be the utility model preferred embodiment main composition assembly schematic diagram, comprising:

Shoe sole production mould 4;

At least one electrons heat plate 5;

The utility model mainly is to constitute heating space 6 with described electrons heat plate 5, shoe sole production mould 4 is placed or when this heating space 6, produce electronics magnetic induction and the resonance of mould metal generation core by this electrons heat plate 5, moment is warming up to operating temperature, carries out the foamable sulfidization molding;

Therefore, the heating-up time can be saved, and its thermal efficiency obviously is better than commonly using structure;

Because this electrons heat plate 5 produces core with electronics magnetic induction way and mould metal and resonates, so shoe sole production mould 4 can not contact with this electrons heat plate 5, sees also shown in Figure 6;

Again, when this shoe sole production mould 4 contacts with addressing electrons heat plate 5, still can produce core resonance with electronics magnetic induction way and mould metal, see also shown in Figure 7 by this electrons heat plate 5;

The utility model can connect use by multiple computer desk, to meet the demand of industrial output, please refer to shown in Figure 8;

Again, the utility model also can connect conveying device 7, makes to carry shoe sole production mould 4 to pass through continuously, more can improve operating efficiency; Please refer to Fig. 9.

The accessible effect arrangement of the utility model is as follows:

(A) adopt electronic type induction moment to be warming up to operating temperature, significantly the reduction heating stand-by period, reduce power consumption, reduce cost.

(B) not the using system complexity, bulky and the power consumption pressure structure, simplied system structure and operational sequence.

The above, only be the utility model embodiment, when not limiting the scope that the utility model is implemented with this, be that all simple equivalent of being done according to the utility model claim and utility model description change, modify and replace, all should belong in the scope that the utility model patent contains.

Claims

1. shoe sole production mould electronic type heater is characterized in that it comprises:

The shoe sole production mould;

At least one electrons heat plate;

Described electrons heat plate constitutes heating space, described shoe sole production mould is placed or during by described heating space, can produce core resonance by electronics magnetic induction and the described shoe sole production mould metal that described electrons heat plate produces, moment produces and is warming up to operating temperature.

2. a kind of shoe sole production mould electronic type heater as claimed in claim 1 is characterized in that described shoe sole production mould does not contact with described electrons heat plate.

3. as request 1 a described a kind of shoe sole production mould electronic type heater, it is characterized in that described shoe sole production mould contacts with described electrons heat plate.