CN201824457U - Die for rock face brick - Google Patents

Abstract

The utility model provides a die for a rock face brick, the die is provided with a polyester board body, more than one rectangular die cavity is concaved at the bottom surface of the polyester board, an uneven stone line shape is formed at the bottom surface of each die cavity; when the die is used, cement is filled into the die cavity, after solidification and forming of cement in the die cavity into a rock face brick, the rock face brick is withdrawn from the internal of the die cavity, since the die cavity is formed via hot pressing at the polyester board body, therefore, besides optimum supporting force after filling of cement, the stone line shape can also form a shape very similar to stone, making the surface of the rock face brick made via the die be similar to real stone, and preparing rock surface brick with higher quality for users.

Description

The mould of scar brick

Technical field

The utility model relates to a kind of mould, especially relates to a kind of mould of the scar brick made from the Polaroid plate.

Background technology

The mould of existing scar brick as shown in Figure 4, is to form a die cavity 21 in having certain thickness silica gel bag 20, forms rough stone material lines shape 22 in the bottom surface of die cavity 21.When making the scar brick, in die cavity 21, fill in cement, treat that cement solidification forms scar brick B after, just scar brick B can be taken off.

Though aforementioned existing mould can be used for making scar brick B, but because the softer and surface smoothing of structure of silica gel bag 20, therefore after loading cement the easy deformation, its stone material lines shape 22 also is difficult to form the shape near real stone surface, and therefore the scar brick B that is manufactured by existing mould has shape easy deformation and the careful inadequately shortcoming of surperficial rock grain.

The utility model content

Make because the mould of existing scar brick is the bag of silica gel, except the support force deficiency was yielding, the shape of die cavity also comparatively smoothly was difficult for making the shape as stone surface, and therefore the scar brick of making is more untrue.For this reason, the utility model forms die cavity on Polaroid plate surface, increases the mould support force thus and reaches the scar brick effect more true to nature that reduces cost, makes.

For achieving the above object, the utility model provides a kind of mould of scar brick, be provided with a Polaroid plate body, be arranged with more than one rectangle die cavity, form a rough stone material lines shape respectively in a described bottom surface with upper mould cave at the end face of this Polaroid plate body.

Further, the utility model scatters on the surface of described each stone material lines shape and forms a plurality of small embossments.

Further, the utility model is made as the Polaroid plate of rectangle with described Polaroid plate body, and it is provided with the direction that four die cavitys and described four die cavitys extend along the long limit of this Polaroid plate body and is provided with in regular turn.

The utility model is that cement is poured in the die cavity when using, treat that the cement solidification in the die cavity is configured as after the scar brick, with the scar brick by taking off in the die cavity, because die cavity of the present utility model is to take shape in Polaroid plate body, the support force of structure like this behind cement injection is preferable, stone material lines shape also can be shaped to the shape of very similar stone material, so scar brick that uses Mold Making described in the utility model to go out, has the effect that shape unanimity and surperficial rock grain are similar to true stone material, adding mould itself is to make with the Polaroid plate, and therefore having again can cost-effective effect.

Description of drawings

Fig. 1 is the stereogram of the utility model preferred embodiment;

Fig. 2 A is the plane of the utility model preferred embodiment;

Fig. 2 B is the enlarged drawing of C part among Fig. 2 A;

Fig. 3 is the schematic diagram that the scar brick is made in the utility model preferred embodiment;

Fig. 4 is the schematic diagram of the Mold Making scar brick of existing scar brick.

Wherein, Reference numeral

10 Polaroid plate bodies, 11 die cavitys

12 stone material lines shapes, 13 small embossments

20 silica gel bags, 21 die cavitys

22 stone material lines shape A scar bricks

B scar brick

The specific embodiment

Below in conjunction with accompanying drawing structural principle of the present utility model and operation principle are done concrete description:

The utility model provides a kind of mould of scar brick, please referring to Fig. 1, Fig. 2 A, the preferred embodiment of Fig. 2 B, be provided with a Polaroid plate body 10, it is the Polaroid plate of rectangle, the direction of extending along Polaroid plate body 10 long limits, end face at Polaroid plate body 10 is arranged with four die cavitys 11 in regular turn, each die cavity 11 is for the groove of rectangle and form in Polaroid plate body 10 in the mode of hot pressing respectively, form a rough stone material lines shape 12 in the bottom surface of each die cavity 11, scatter on the surface of each stone material lines shape 12 again and form most small embossments 13, each small embossment 13 is when the end face of hot pressing Polaroid plate body 10 forms each die cavity 11, and each the pore place that is had the slit by Polaroid plate body 10 surfaces forms.

When the utility model uses,, be that cement is poured in each die cavity 11, treat that the cement solidification in each die cavity 11 is configured as after the scar brick A as Fig. 2 A, Fig. 2 B, shown in Figure 3, just can be with scar brick A by taking off in the die cavity 11.Die cavity 11 of the present utility model is to take shape in Polaroid plate body 10, therefore the stone material lines shape 12 that forms is compared to level and smooth silica gel structure, more can form the shape lines that is similar to stone material, and stone material lines shape 12 surfaces have small embossment 13, can make the scar brick A surface of shaping form shrinkage pool, be similar to the matsurface of stone surface, the support force that adds Polaroid plate body 10 is better than silica gel, therefore, scar brick A with the utility model manufacturing, have the effect that shape unanimity and surperficial rock grain are similar to true stone material, promote the quality that scar brick A makes.

Claims (3)

1. the mould of a scar brick is characterized in that, is provided with a Polaroid plate body, is arranged with more than one rectangle die cavity at the end face of this Polaroid plate body, forms a rough stone material lines shape respectively a bottom surface with upper mould cave.

2. the mould of scar brick according to claim 1 is characterized in that, scatters on the surface of described each stone material lines shape and forms a plurality of small embossments.

3. the mould of scar brick according to claim 1 and 2 is characterized in that, described Polaroid plate body is the Polaroid plate of rectangle, and it is provided with the direction that four die cavitys and described four die cavitys extend along the long limit of this Polaroid plate body and is provided with in regular turn.

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