CN219808194U - Granite imitation brick - Google Patents

Abstract

The utility model discloses an imitation granite brick, which relates to the technical field of building construction and comprises a cement base and a granite layer installation assembly, wherein the granite layer installation assembly is installed on the upper side of the cement base. According to the utility model, the cross-shaped fixing blocks below the simulated granite layer are clamped into the rock stratum fixing grooves by arranging the granite layer installation assembly, so that the simulated granite layer is prevented from being displaced due to friction force when being stressed, and the simulated granite layer can be directly taken out of the rock stratum fixing grooves when being damaged or needing to be replaced due to the fact that the cross-shaped fixing blocks are clamped into the rock stratum fixing grooves, so that the simulated granite layer is replaced, finally, the sole friction force with a passer-by can be increased by the anti-skid grinding layer, the situation that the simulated granite layer falls down due to the fact that the surface of the simulated granite layer is smooth is ensured, and rainwater can leak down through the water leakage holes formed between the two simulated granite layers.

Description

Granite imitation brick

Technical Field

The utility model relates to the technical field of building construction, in particular to an artificial granite brick.

Background

The artificial granite brick is a building material, the appearance of which is similar to that of granite, but is not true in practice, and is usually prepared by mixing cement, sand, pigment and other additives in a certain proportion, and is processed and treated after being pressed into a stone shape by a die.

After searching, the utility model name of the artificial granite brick with the bulletin number of CN205242198U provides a brick body, wherein the brick body comprises a substrate layer and a granite layer, the substrate layer is arranged below, the granite layer is arranged above, and the granite layer is mainly made of leftover materials of granite ore. The granite layer is mainly made of leftover materials of granite ore, meaning that the upper layer material of the manufactured artificial granite brick is made of real granite stone, so that the artificial granite brick is harder than the artificial granite material on the market in texture, and is more excellent in wear resistance, high temperature resistance and weather resistance.

Disclosure of Invention

The utility model provides an artificial granite brick which is used for solving the problems that the surface is easy to scratch, seriously and easily break and the later maintenance and replacement are more troublesome in the long-time personnel passing by because the environment for paving the artificial granite brick is mostly outdoor when the artificial granite brick is paved in the background art.

In order to achieve the above purpose, the present utility model adopts the following technical scheme:

imitative granite fragment of brick, including cement base and granite layer installation component, the inboard parcel of cement base has supporting reinforcement, the protruding key of connection is installed in the outside of cement base, the opposite of connecting the protruding key is provided with the connection concave key, the base staple is all installed to the downside of cement base, granite layer installation component is all installed to the upside of cement base, granite layer installation component includes stratum fixed slot, imitative granite layer, cross fixed block, antiskid wearing layer and hole that leaks, the inboard of cement base is provided with the stratum fixed slot.

Preferably, the supporting steel bars are connected with the cement base in an adhesion manner, and the supporting steel bars are of a cross-shaped structure.

Preferably, the connecting concave keys and the connecting convex keys are connected through clamping grooves, and the connecting concave keys and the connecting convex keys are in one-to-one correspondence.

Preferably, the base fixing nails are connected with the cement base in an adhesion manner, and the base fixing nails and the cement base are symmetrically arranged in a central axis manner.

Preferably, the upper side of cement base is equipped with imitative granite layer, the inboard of stratum fixed slot is equipped with the cross fixed block, imitative granite layer's upside is equipped with anti-skidding grinding layer, imitative granite layer outside all is equipped with the hole that leaks.

Preferably, the cross fixing block is connected with the stratum fixing groove through a clamping groove, and the cross fixing block is tightly attached to the stratum fixing groove.

Preferably, the anti-skid grinding layer is in adhesion connection with the granite imitation layer, and the anti-skid grinding layer is a grinding layer.

Compared with the prior art, the utility model has the following beneficial effects:

imitative granite fragment of brick, through setting up the cement base, when needs use, place the cement base on the position that needs to use earlier, and scribble cement under the cement base, the base staple under the cement base can sink into cement to this increases the adhesion force of cement base between cement, and the parcel has supporting reinforcement in the cement base, when the cement base atress, supporting reinforcement can support the power that the cement base surface received, after the installation, be the buckle with the connection protruding key of cement base both sides and connect the concave key and link to each other, so make a plurality of cement bases constitute a whole, guarantee overall stability.

The utility model provides an imitative granite fragment of brick, through setting up granite layer installation component, after the installation, the cross fixed block card under the imitative granite layer is gone into the stratum fixed slot, thereby guarantee imitative granite layer can not lead to imitative granite layer to take place the displacement condition because frictional force when the atress, and because the cross fixed block card goes into stratum fixed slot, so when imitative granite layer takes place to damage or need change, can directly take out imitative granite layer from stratum fixed slot, thereby change imitative granite layer, finally anti-skidding grinding layer can increase with the personnel's of passing sole frictional force, thereby prevent in sleet weather, lead to the condition of falling down because of imitative granite layer surface is comparatively smooth, and the rainwater can leak down with the rainwater through the hole that leaks that constitutes between two imitative granite layers, reduce the gathering of sleet on the imitative granite layer.

Drawings

FIG. 1 is a schematic overall perspective view of the present utility model;

FIG. 2 is a schematic view of the back structure of the simulated granite layer of the present utility model;

FIG. 3 is a schematic view of the front structure of the cement foundation of the present utility model;

fig. 4 is a schematic view of the back structure of the cement base of the present utility model.

Reference numerals in the drawings: 1. a cement base; 2. supporting the steel bar; 3. connecting convex keys; 4. connecting a concave key; 5. a base fixing nail; 6. a granite layer mounting assembly; 601. a rock stratum fixing groove; 602. a simulated granite layer; 603. a cross-shaped fixed block; 604. an anti-slip grinding layer; 605. and a water leakage hole.

Detailed Description

The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments.

Referring to fig. 1-4, the artificial granite brick comprises a cement base 1 and a granite layer installation component 6, wherein a supporting steel bar 2 is wrapped on the inner side of the cement base 1, a connecting convex key 3 is installed on the outer side of the cement base 1, a connecting concave key 4 is arranged on the opposite side of the connecting convex key 3, base fixing nails 5 are installed on the lower side of the cement base 1, the granite layer installation component 6 is installed on the upper side of the cement base 1, the granite layer installation component 6 comprises a rock stratum fixing groove 601, an artificial granite layer 602, a cross fixing block 603, an anti-skid grinding layer 604 and a water leakage hole 605, and the rock stratum fixing groove 601 is formed on the inner side of the cement base 1.

Further, be the adhesion and connect between supporting bar 2 and the cement base 1, supporting bar 2 is cross structure, when cement base 1 received the power on upper portion, and supporting bar 2 can strengthen cement base 1's intensity and stability, and supporting bar 2's effect is similar to the effect of skeleton in the human body in cement base 1, can support and disperse cement base 1 inside atress, makes it more firm durable, and in addition, supporting bar 2 can also resist the transverse stretching and compressive stress that appears in the cement base 1 to improve cement base 1's wholeness ability and security.

Furthermore, the connecting concave keys 4 and the connecting convex keys 3 are connected by clamping grooves, the connecting concave keys 4 and the connecting convex keys 3 are in one-to-one correspondence, when in use, the connecting convex keys 3 and the connecting concave keys 4 on two sides of the cement base 1 are connected in a buckling manner, so that a plurality of cement bases 1 form a whole, and the whole stability is ensured.

Further, be the adhesion and be connected between base staple 5 and the cement base 1, be the axis symmetry setting between base staple 5 and the cement base 1, when needs use, base staple 5 can sink into cement to this increases the adhesion force of cement base 1 between cement, because base staple 5 can sink into cement after the cement is dry, thereby makes the pulling force of base staple 5 to cement base 1 stronger, and the life that can use is longer.

Further, the upper side of cement base 1 is equipped with imitative granite layer 602, the inboard of stratum fixed slot 601 is equipped with cross fixed block 603, the upside of imitative granite layer 602 is equipped with anti-skidding grind layer 604, imitative granite layer 602 outside all is equipped with the hole 605 that leaks, when needs use, cross fixed block 603 card under the imitative granite layer 602 is gone into stratum fixed slot 601, so guarantee imitative granite layer 602 can not lead to imitative granite layer 602 to take place the displacement condition because of frictional force when atress, and owing to be cross fixed block 603 card into stratum fixed slot 601, so when imitative granite layer 602 takes place the damage or need change, can directly take out imitative granite layer 602 from stratum fixed slot 601, thereby change imitative granite layer 602, finally anti-skidding grind layer 604 can increase with the personnel's sole frictional force, thereby prevent under the rain and snow weather, and the rainwater can leak down with the rainwater through the hole 605 that constitutes between two imitative granite layers 602, reduce the gathering of rain and rain on the imitative granite layer 602.

Further, be the draw-in groove and be connected between cross fixed block 603 and the stratum fixed slot 601, closely laminate between cross fixed block 603 and the stratum fixed slot 601, when needs use, cross fixed block 603 is the cross structure, and because basic scope is bigger between cross fixed block 603 and the stratum fixed slot 601, and the angle is wider, so after imitative granite layer 602 is fixed, imitative granite layer 602's stability can be guaranteed, and when needs change, imitative granite layer 602 can directly take out in the stratum fixed slot 601, be convenient for change, and imitative granite layer 602's dead weight is heavier, so imitative granite layer 602 can not be because of the displacement that personnel action led to.

Further, the anti-skidding grinding layer 604 is connected with the granite imitation layer 602 in a blocking manner, and the anti-skidding grinding layer 604 is a frosted layer, so that when the granite imitation layer 602 is required to be used, the friction force on the surface of the granite imitation layer 602 can be increased by the anti-skidding grinding layer 604, and the falling-down caused by the smoothness of the surface of the granite imitation layer 602 is prevented.

Working principle: when in use, firstly, the cement base 1 is placed at a position required to be used, cement is smeared under the cement base 1, the base fixing nails 5 under the cement base 1 are sunk into the cement, so as to increase the adhesive force between the cement base 1 and the cement, the supporting steel bars 2 are wrapped in the cement base 1, when the cement base 1 is stressed, the supporting steel bars 2 support the force born by the surface of the cement base 1, after the installation, the connecting convex keys 3 and the connecting concave keys 4 at the two sides of the cement base 1 are connected in a buckling manner, so that a plurality of cement bases 1 form a whole, the whole stability is ensured, after the installation, the cross fixing blocks 603 under the granite imitation layer 602 are clamped into the rock stratum fixing grooves 601, therefore, the situation that the simulated granite layer 602 is displaced due to friction force is avoided when the simulated granite layer 602 is stressed, and the cross-shaped fixing blocks 603 are clamped into the rock stratum fixing grooves 601, so that the simulated granite layer 602 can be directly taken out of the rock stratum fixing grooves 601 when the simulated granite layer 602 is damaged or needs to be replaced, the simulated granite layer 602 is replaced, finally, the sole friction force of a passer-by can be increased by the anti-skid grinding layer 604, and accordingly, the situation that the simulated granite layer 602 falls down due to the fact that the surface of the simulated granite layer 602 is relatively smooth in rainy and snowy days is prevented, rainwater leaks down through the water leakage holes 605 formed between the two simulated granite layers 602, and the aggregation of rain and snow on the simulated granite layer 602 is reduced. Thus, the use process of the granite-like brick is completed.

The foregoing is only a preferred embodiment of the present utility model, but the scope of the present utility model is not limited thereto, and any person skilled in the art, who is within the scope of the present utility model, should make equivalent substitutions or modifications according to the technical scheme of the present utility model and the inventive concept thereof, and should be covered by the scope of the present utility model.

Claims (7)

1. Imitative granite fragment of brick, including cement base (1) and granite layer installation component (6), its characterized in that: the inside parcel of cement base (1) has supporting bar (2), connect protruding key (3) are installed in the outside of cement base (1), connect the opposite of protruding key (3) and be provided with connect concave key (4), base staple (5) are all installed to the downside of cement base (1), granite layer installation component (6) are all installed to the upside of cement base (1), granite layer installation component (6) include stratum fixed slot (601), imitative granite layer (602), cross fixed block (603), antiskid mill layer (604) and leak hole (605), the inboard of cement base (1) is provided with stratum fixed slot (601).

2. The granite-like brick according to claim 1, wherein the supporting reinforcement (2) is in adhesion connection with the cement base (1), and the supporting reinforcement (2) is in a cross-shaped structure.

3. The granite-like brick according to claim 1, wherein the connecting concave keys (4) are connected with the connecting convex keys (3) by clamping grooves, and the connecting concave keys (4) are in one-to-one correspondence with the connecting convex keys (3).

4. The granite-like brick according to claim 1, wherein the base fixing nails (5) are in adhesion connection with the cement base (1), and the base fixing nails (5) are arranged with the cement base (1) in a central axis symmetry manner.

5. The simulated granite brick according to claim 1, wherein the upper side of the cement base (1) is provided with a simulated granite layer (602), the inner side of the rock layer fixing groove (601) is provided with a cross fixing block (603), the upper side of the simulated granite layer (602) is provided with an anti-skid grinding layer (604), and the outer sides of the simulated granite layer (602) are provided with water leakage holes (605).

6. The granite-like brick according to claim 1, wherein the cross fixing block (603) is connected with the rock stratum fixing groove (601) by a clamping groove, and the cross fixing block (603) is tightly attached to the rock stratum fixing groove (601).

7. The simulated granite brick of claim 1, wherein the anti-slip abrasive layer (604) is adhesively connected to the simulated granite layer (602), the anti-slip abrasive layer (604) being a frosted layer.