CN2767099Y

CN2767099Y - Machine pressing die for producing stilt floor tile base brick

Info

Publication number: CN2767099Y
Application number: CN 200420110758
Authority: CN
Inventors: 陶自力
Original assignee: Individual
Current assignee: Individual
Priority date: 2004-11-29
Filing date: 2004-11-29
Publication date: 2006-03-29
Anticipated expiration: 2014-11-29

Abstract

The utility model discloses a machine pressing die for producing an overhead floor tile base brick, which comprises an upper and a lower shim plates, an upper core and a mould cavity, wherein the upper core is connected below the upper shim plate, the middle is provided with a concave cavity of which the shape is the same as that of the overhead floor tile base brick, the top surface of the concave cavity is provided with floor tile base brick surface patterns, three planes of the concave cavity in long direction are all equilateral hexagons, the middle hexagon and the lower hexagon are parallel, and compared with the lower two hexagons, the top hexagon rotates 30 DEG and the center of the mould cavity is an equilateral hexagon. Using the die of the utility model can produce the overhead floor tile base brick by a machine pressing mode, and the utility model saves manpower and production cost, shortens production period and increases production efficiency. When the utility model needs transforming the floor tile base brick surface patterns, the utility model only need replace the upper core, which is convenient. The produced overhead floor tile base brick has the advantages that the utility model is not easy to deform, has high stability, big compression strength, good flatness of a bottom surface and an overhead surface, etc.

Description

Be used to produce the machine press mould of stilt floor tile pedestal brick

Technical field the utility model relates to a kind of mould that floor tile is used of producing, especially a kind of machine press mould that is used to produce stilt floor tile pedestal brick.

The traditional floor tile production of the background technology especially production of stilt floor tile pedestal brick generally all adopts manual method, comes grown place brick pedestal brick with plastic form.A plastic form can only be produced a stilt floor tile pedestal brick, and the production cycle is long, and generally need could the demoulding with five day time.A plastic form also can only corresponding a kind of floor tile pedestal brick surface detail.Produce the stilt floor tile pedestal brick of different surfaces decorative pattern if desired, just need to change different plastic forms.This mode of production exists that expense is artificial, time-consuming, cost is high, shortcoming such as the stilt floor tile pedestal brick of production is yielding, poor stability, bottom surface and built on stilts surface evenness difference.

The summary of the invention technical problem to be solved in the utility model be to propose a kind of with short production cycle, the surface detail conversion convenient, the machine press mould that is used to produce stilt floor tile pedestal brick that once can produce polylith floor tile pedestal brick, can save production cost, that the stilt floor tile pedestal brick of being produced has is not yielding, good stability, bottom surface and the good advantage of built on stilts surface evenness.

For solving the problems of the technologies described above, the machine press mould that the utility model is used to produce stilt floor tile pedestal brick comprises upper and lower two backing plates, goes up core and die cavity, described go up core be connected in described upper padding plate below, offer and the identical cavity of stilt floor tile pedestal brick shape in the middle of it, the end face of this cavity is provided with floor tile pedestal brick surface detail, vertical three planes of described cavity are equilateral hexagon, parallel wherein with following hexagon, the hexagon of end face is than 30 ° of two following hexagon rotations, and the center of described die cavity is an equilateral hexagon.

The above-mentioned machine press mould that is used to produce stilt floor tile pedestal brick, described die cavity center is separated into a plurality of hexagon cavitys, the following last core that correspondingly is connected with equal number of described upper padding plate.

Utilize the utility model mould to produce stilt floor tile pedestal brick, saved manpower greatly, improved production efficiency by machine pressure mode.The demoulding then and there during production, the production cycle is shorter.When needing conversion floor tile pedestal brick surface detail, only need replace with core and get final product, very convenient.Can once suppress and produce polylith floor tile pedestal brick, improve production efficiency, save production cost.Advantages such as that the stilt floor tile pedestal brick of being produced has is not yielding, good stability, compression strength are big, bottom surface and built on stilts surface evenness are good.

Description of drawings is described in further detail the utility model below in conjunction with drawings and embodiments.

Fig. 1 is the structural representation that the utility model is used to produce stilt floor tile pedestal brick machine press mould;

Fig. 2 is the plan structure schematic diagram of (containing the pedestal brick) of die cavity among Fig. 1;

Fig. 3 is the plan structure schematic diagram of the die cavity (containing the pedestal brick) of another embodiment.

The specific embodiment as shown in Figure 1, the machine press mould that is used to produce stilt floor tile pedestal brick comprises upper padding plate 1, lower bolster 2, goes up core 3 and die cavity 4, last core 3 is fixedly connected on below the centre of upper padding plate 1, offer and the identical cavity 5 of stilt floor tile pedestal brick shape in the middle of it, the end face of this cavity 5 is provided with the floor tile surface detail.The stilt floor tile pedestal brick that 6 expressions are produced, its shape is identical with cavity 5.As shown in Figure 2, vertical three planes of stilt floor tile pedestal brick 6 are equilateral hexagon, parallel with following hexagon wherein, the hexagon of end face is than 30 ° of two following hexagon rotations, and bottom surface hexagonal length (2L) is the twice of end face hexagon length (L).The center of die cavity 4 also is an equilateral hexagon, and is identical with the bottom surface of the cavity 5 of last core 3.Adopt the bottom knockout mode when producing stilt floor tile pedestal brick, promptly below mould, deviate from die cavity, with mold separation with this machine press mould.

Shown in Figure 3 is the machine press mould that another kind is used to produce stilt floor tile pedestal brick, because the center of die cavity 4 is separated into four hexagon cavitys, upper padding plate 1 following correspondingly is connected with four and goes up cores 3, like this, once just can suppress four stilt floor tile pedestal bricks, improve production efficiency greatly.Certainly, the center of die cavity 4 also can be divided into a plurality of hexagons of varying numbers such as six, eight, to reach the purpose of once suppressing varying number stilt floor tile pedestal bricks such as six, eight.

Utilizing the utility model machine press mould to produce the used raw material of stilt floor tile pedestal brick can be concrete, pottery, granite, glass or other floor tile production material.

Claims

1, is used to produce the machine press mould of stilt floor tile pedestal brick, it is characterized in that, it comprises upper and lower two backing plates, goes up core and die cavity, described go up core be connected in described upper padding plate below, offer and the identical cavity of stilt floor tile pedestal brick shape in the middle of it, the end face of this cavity is provided with floor tile pedestal brick surface detail, vertical three planes of described cavity are equilateral hexagon, parallel wherein with following hexagon, the hexagon of end face is than 30 ° of two following hexagon rotations, and the center of described die cavity also is an equilateral hexagon.

2, the machine press mould that is used to produce stilt floor tile pedestal brick as claimed in claim 1 is characterized in that, described die cavity center is separated into a plurality of hexagon cavitys, the following last core that correspondingly is connected with equal number of described upper padding plate.