CN201645713U - Quit mechanism of female die sliding block - Google Patents

Abstract

The utility model relates to a quit mechanism of a female die sliding block; the quit mechanism is applied to a die comprising an upper fixed plate, a stripper plate, a female die plate and a female die core which are sequentially connected; the quit mechanism of the female die sliding block comprises a shovel base, a female die sliding block insert, an inclined guide post and a spring, wherein one end of the shovel base is arranged on the upper fixed plate and the other end thereof is arranged in the female die core; the female die sliding block insert is arranged in the female die plate; both sides of the female die sliding block insert are respectively provided with a lock block; one end of the inclined guide post is arranged in the shovel base and the other end thereof is arranged in the female die sliding block insert; the spring is arranged in a stop dog by a screw; the stop dog is arranged on the female die core; and one end of the spring is contacted with the female die sliding block insert. The quit mechanism of the female die sliding block occupies small die core space, has low cost and is convenient to process, assemble and install, and the stirring route can be regulated.

Description

The mother plate sliding block drawing-out mechanism

[technical field]

The utility model relates to a kind of drawing-out mechanism, is specifically related to a kind of mother plate sliding block drawing-out mechanism.

[background technology]

When producing plastic cement products, there is overhead kick sometimes in product, when product master mold side has overhead kick, in order to produce product, needs to adopt the mother plate sliding block drawing-out mechanism.

See also shown in Figure 1; it illustrates the generalized section of existing mother plate sliding block drawing-out mechanism, and this mother plate sliding block drawing-out mechanism is applied in the mould; this mould comprises upper mounted plate 10, stripper plate 11, caster 12, the mother module core 13 that is linked in sequence, and this mother plate sliding block drawing-out mechanism comprises:

One shovel base 100, the one end is located in the above-mentioned upper mounted plate 10, and the other end is located in the above-mentioned mother module core 13;

One mother plate sliding block is gone into son 130, and it is located in the above-mentioned mother module core 13, and this mother plate sliding block is gone into son 130 and is provided with a pilot hole 131;

One shifting block 110, one end are located in the above-mentioned upper mounted plate 10, and the other end is located in the above-mentioned pilot hole 131;

One spring 132, one end be located at above-mentioned mother plate sliding block go into the son 130 in, the other end is fixed in the caster 12 by screw.

During die sinking; upper mounted plate 10 separates with stripper plate 11 and stripper plate 11 separates with caster 12; upper mounted plate 10 drives above-mentioned shovel base 100 and shifting block 110 motions; motion along with shovel base 100 and shifting block 110; because the end that shifting block 110 is located in the pilot hole 131 is gone into son 130 angled contacts with mother plate sliding block; so mother plate sliding block is gone into son 130 also along with motion when shifting block 110 rises; compressed spring 132 of while also can promote mother plate sliding block and go into son 130 motions, finishes product and withdraws from the overhead kick of master mold side.Yet it is bigger that this mother plate sliding block drawing-out mechanism takies the die space, be unfavorable for that the water route arranges, and this mechanism need process shifting block and line cuts pilot hole, and cost is higher, is not easy to processing, and it is unadjustable that stroke S1 stirs in this mechanism, and be not easy to assembling and install.

In view of this, be necessary to develop a kind of mother plate sliding block drawing-out mechanism in fact, it is little that this mother plate sliding block drawing-out mechanism takies the die space, and cost is low, is convenient to processing, assembling and installation, and stirs stroke and can regulate.

[summary of the invention]

Therefore, the purpose of this utility model provides a kind of mother plate sliding block drawing-out mechanism, and it is little that this mother plate sliding block drawing-out mechanism takies the die space, and cost is low, is convenient to processing, assembling and installation, and stirs stroke and can regulate.

In order to achieve the above object, the mother plate sliding block drawing-out mechanism that the utility model provides is applied in the mould, and this mould comprises upper mounted plate, stripper plate, caster, the mother module core that is linked in sequence, and this mother plate sliding block drawing-out mechanism comprises:

One shovel base, the one end is located in the above-mentioned upper mounted plate, and the other end is located in the above-mentioned mother module core;

One mother plate sliding block is gone into son, and it is located in the above-mentioned caster, and this mother plate sliding block is gone into sub-both sides and is respectively equipped with a briquetting;

One Angle Pin, one end are located in the above-mentioned shovel base, and the other end is located at above-mentioned mother plate sliding block and is gone in the son;

One spring, it is located in the block by a screw, and this block is located on the above-mentioned mother module core, and this spring one end is gone into son with above-mentioned mother plate sliding block and is contacted.

Compared to prior art, it is little that mother plate sliding block drawing-out mechanism of the present utility model takies the die space, and cost is low, is convenient to processing, assembling and installation, and stirs stroke and can regulate.

[description of drawings]

Fig. 1 illustrates the generalized section of existing mother plate sliding block drawing-out mechanism.

Generalized section when Fig. 2 illustrates the utility model mother plate sliding block drawing-out mechanism matched moulds.

Side schematic view when Fig. 3 illustrates the utility model mother plate sliding block drawing-out mechanism matched moulds.

Generalized section when Fig. 4 illustrates the die sinking of the utility model mother plate sliding block drawing-out mechanism.

[specific embodiment]

See also Fig. 2, shown in Figure 3, the side schematic view the when generalized section when it illustrates the utility model mother plate sliding block drawing-out mechanism matched moulds respectively, the utility model mother plate sliding block drawing-out mechanism matched moulds.

Mother plate sliding block drawing-out mechanism of the present utility model is applied in the mould, and this mould comprises upper mounted plate 20, stripper plate 21, caster 22, the mother module core 23 that is linked in sequence, and this mother plate sliding block drawing-out mechanism comprises:

One shovel base 200, the one end is located in the above-mentioned upper mounted plate 20 by screw, and the other end is located in the above-mentioned mother module core 23;

One mother plate sliding block is gone into son 220, and it is located in the above-mentioned caster 22, and this mother plate sliding block is gone into sub 220 both sides and is respectively equipped with a briquetting 223, to form the restriction of this mother plate sliding block being gone into son 220;

One Angle Pin 210, one end are located in the above-mentioned shovel base 200, and the other end is located at above-mentioned mother plate sliding block and is gone in the son 220;

One spring 221, it is located in the block 222 by a screw 224, and this block 222 is located on the above-mentioned mother module core 23, and these spring 221 1 ends are gone into son 220 with above-mentioned mother plate sliding block and are contacted.

See also shown in Figure 4, the generalized section when it illustrates the die sinking of the utility model mother plate sliding block drawing-out mechanism.In present embodiment; when the mould die sinking; upper mounted plate 20 separates with stripper plate 21; upper mounted plate 20 drives shovel base 200 and Angle Pin 210 motions; stripper plate 21 separates with caster 22 then; shovel base 200 ends of being located at mother module core 23 withdraw from from mother module core 23 gradually; while Angle Pin 210 is gone into sub 220 medium dip formulas from mother plate sliding block and is withdrawed from; because Angle Pin 210 is located at mother plate sliding block and is gone into a son end of 220 and go into sub 220 angled contacts with mother plate sliding block; mother plate sliding block is gone into son 220 and is moved to the direction away from spring 221 places under the toggle action of Angle Pin 210; simultaneously compressed spring 221 is upheld the promotion mother plate sliding block and is gone into son 220 motions, finishes product 24 and withdraws from the overhead kick of master mold side.

In present embodiment; the mother plate sliding block drawing-out mechanism is simple in structure, and to take the die space little; helping the water route arranges; and shifting block need not be processed and line cuts pilot hole; low being convenient to of cost processed; locking amount by set screw 224 can also regulating spring decrement, promptly and the stirring stroke S2 and can regulate of Angle Pin 210, also be convenient to assembling and install.

Compared to prior art, master mold withdrawing mechanism with slide insert of the present utility model takies that the die space is little, and cost is low, is convenient to processing, assembling and installs, and stir stroke and can regulate.

Claims (1)

1. a mother plate sliding block drawing-out mechanism is applied in the mould, and this mould comprises upper mounted plate, stripper plate, caster, the mother module core that is linked in sequence, and it is characterized in that, this mother plate sliding block drawing-out mechanism comprises:

One shovel base, the one end is located in the above-mentioned upper mounted plate, and the other end is located in the above-mentioned mother module core;

One mother plate sliding block is gone into son, and it is located in the above-mentioned caster, and this mother plate sliding block is gone into sub-both sides and is respectively equipped with a briquetting;

One Angle Pin, one end are located in the above-mentioned shovel base, and the other end is located at above-mentioned mother plate sliding block and is gone in the son;

One spring, it is located in the block by a screw, and this block is located on the above-mentioned mother module core, and this spring one end is gone into son with above-mentioned mother plate sliding block and is contacted.

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