CN201098968Y - Master model inner side slide mechanism - Google Patents

Abstract

The utility model discloses a slider mechanism on the inner side of a female die, and the mechanism is used to generate a product, the die inner side thereof has a reverse hook. The mechanism comprises a slider, a slide shift block and a slide block, wherein, the slider is arranged on the reverse hook side of the product, a reverse hook molding part is arranged on the slider and is matched with the shape of the reverse hook; the slide shift block is arranged in the slider; and the slide block is arranged on one side of the slider being far away from the reverse hook of the product. Utilizing the slider mechanism on the inner side of the female die can mold the reverse hook on the inner side of the female die, thereby dispensing with an ejector part, reducing the complexity of the die, decreasing the processing cost of the die, and shortening the molding circle.

Description

Master mold sideslip block mechanism

[technical field]

The relevant a kind of master mold sideslip block mechanism of the utility model, particularly relevant a kind of master mold sideslip block mechanism that utilizes.

[background technology]

See also Fig. 1, it illustrates the product three-dimensional structure diagram that an inboard has overhead kick, and as shown in the figure, side has an overhead kick 2 within this product 1.

Please consult Fig. 2 jointly, Fig. 2 illustrates the inclined pin structure into prior art, for the above-mentioned product 1 that has overhead kick 2, its overhead kick 2 is in master mold one side, generally all adopt taper pin 10 to handle this type of overhead kick 2, taper pin 10 is located in the taper pin seat 30 by alignment pin 20, and taper pin seat 30 is fixed on the ejecting mechanism 40, ejecting mechanism 40 motions, 30 corresponding taking exercises of taper pin seat are slided in taper pin seat 30 thereby drive alignment pin 20, thereby and be fixed on the alignment pin 20 taper pin 10 and take exercises, break away from the overhead kick 2 of product 1, thereby reach purpose product 1 overhead kick 2 moulding.

Yet the mould of above-mentioned use alignment pin 20 shaped articles 1 owing to need above-mentioned ejecting mechanism 40, can correspondingly will design some templates, thereby increase the complexity of mould structure, and Mould Machining cost height, and molding cycle is long.

In view of this, be necessary to develop a kind of master mold sideslip block mechanism in fact, utilize this master mold sideslip block mechanism, can carry out moulding to the overhead kick of master mold inboard, need not above-mentioned ejecting mechanism, thereby reduce the complexity of mould, reduce Mould Machining cost height, shorten molding cycle.

[summary of the invention]

Therefore, the purpose of this utility model is to provide a kind of master mold sideslip block mechanism, utilizes this master mold sideslip block mechanism, can carry out moulding to the overhead kick of master mold inboard, need not above-mentioned ejecting mechanism, thereby reduce the complexity of mould, reduce Mould Machining cost height, shorten molding cycle.

For reaching above-mentioned purpose, master mold sideslip block mechanism of the present utility model, this mechanism is used to produce the product that there is overhead kick the master mold inboard, and this mechanism comprises:

One slide block, it is located at overhead kick one side of the said goods, and this slide block is provided with an overhead kick forming part, and this overhead kick forming part cooperates above-mentioned overhead kick shape;

One slide block shifting block is located in the above-mentioned slide block;

One slide block bundle piece, it is located at above-mentioned slide block away from one of product overhead kick side.

Compared to prior art, utilize the purpose of this utility model to be to provide a kind of master mold sideslip block mechanism, utilize this master mold sideslip block mechanism, can carry out moulding to the overhead kick of master mold inboard, need not above-mentioned ejecting mechanism, thereby reduce the complexity of mould, reduce Mould Machining cost height, shorten molding cycle.

For the purpose of this utility model, structural feature and function thereof are had further understanding, conjunction with figs. is described in detail as follows now:

[description of drawings]

Fig. 1 illustrates the product three-dimensional structure diagram that an inboard has overhead kick.

Fig. 2 illustrates the inclined pin structure into prior art.

Fig. 3 illustrates the matched moulds structure graph of the master mold sideslip block mechanism of a preferred embodiment of the present utility model.

Fig. 4 illustrates the die opening state structure chart of the master mold sideslip block mechanism of a preferred embodiment of the present utility model.

[specific embodiment]

Please consult Fig. 3, Fig. 4 jointly, it illustrates the die opening state structure chart of the master mold sideslip block mechanism of the matched moulds structure graph of the master mold sideslip block mechanism of a preferred embodiment of the present utility model, a preferred embodiment of the present utility model respectively.

Master mold sideslip block mechanism of the present utility model, this mechanism is used to produce the product 1 that there is overhead kick 2 master mold 500 inboards, and this mechanism comprises:

One slide block 300, it is located at overhead kick 2 one sides of the said goods 1, and this slide block 300 is provided with an overhead kick forming part 301, and this overhead kick forming part 301 cooperates above-mentioned overhead kick 2 shapes;

One slide block shifting block 100 is located in the above-mentioned slide block 300;

One slide block bundle piece 200, it is located at above-mentioned slide block 100 away from one of product 1 overhead kick 2 side.

In present embodiment, above-mentioned slide block shifting block 100 and above-mentioned slide block bundle piece 200 all are located on the stripper plate 400.

When the matched moulds state, above-mentioned slide block shifting block 100 is located in the above-mentioned slide block 300, and above-mentioned slide block bundle piece 200 is defined in above-mentioned slide block 100 away from one of product 1 overhead kick 2 side.

When die sinking, master mold 500 separates with above-mentioned stripper plate 400, and slide block shifting block 100 drives slide block 300 to the overhead kick 2 directions motion away from product 1, thereby the overhead kick forming part of slide block 300 301 breaks away from overhead kick 2, the compacting that slide block bundle piece 200 is also removed slide block 300.

Compared to prior art, utilize this master mold sideslip block mechanism, can carry out moulding to the overhead kick 2 of master mold 500 inboards, need not above-mentioned ejecting mechanism 40, thereby reduce the complexity of mould, reduce Mould Machining cost height, shorten molding cycle.

Claims (1)

1, a kind of master mold sideslip block mechanism, this mechanism is used to produce the product that there is overhead kick the master mold inboard, it is characterized in that, and this mechanism comprises:

One slide block, it is located at overhead kick one side of the said goods, and this slide block is provided with an overhead kick forming part, and this overhead kick forming part cooperates above-mentioned overhead kick shape;

One slide block shifting block is located in the above-mentioned slide block;

One slide block bundle piece, it is located at above-mentioned slide block away from one of product overhead kick side.

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