CN2329717Y

CN2329717Y - Inserting hollow brick

Info

Publication number: CN2329717Y
Application number: CN 98221140
Authority: CN
Inventors: 张国明
Original assignee: Individual
Current assignee: Individual
Priority date: 1998-03-03
Filing date: 1998-03-03
Publication date: 1999-07-21
Anticipated expiration: 2008-03-03

Abstract

The utility model relates to a cuttage formula hollow brick, including the brick body, it is protruding to process the column on the brick body, the opposite side processing of the relative protruding brick body has the cylindricality locating hole, column arch and locating hole constant diameter or the brick body are the rectangle, processing has the locating hole that corresponds with the column arch on the brick body, owing to improved the structure of the brick body, can not any bonding during the construction, only need each item technical index that the cuttage just can satisfy the brickwork construction each other between the brick body, the surface height of brickwork levels, and be equipped with in the same direction as the wire casing, fitment facility, can link up the reinforcement from top to bottom to the brickwork, a large amount of mortar has been saved, the work progress has been simplified, the engineering construction speed has been improved.

Description

Cuttage formula hollow brick

The utility model belongs to basic profile for building, specifically is a kind of cuttage formula hollow brick.

The building masonry material of building trade use now, it mainly is traditional yellow mud brick, also brought into use gradually in recent years with flyash, cinder is the common hollow brick that raw material is produced, through facts have proved, the resistance to compression of this type of hollow brick, anti-folding, every indexs such as freeze proof and water imbibition have all reached ministry standard, wherein withstand voltage degree is 3 times of common brick greatly, but its in building operations in order to make building block reach the integraty of regulation, technical requirements such as planeness and uniform pressure distribution, must in work progress, use a large amount of cement mortars, assemble with touching of wall flat to be used for boning, these work not only will take bigger place, need great amount of manpower, material and time, and it is also higher to the technical requirements of construction, so just must increase difficulty of construction, at these situations, the designer has done bigger change to the structure of this type of hollow brick, as Chinese patent disclosed 96,227,200 1 kinds of plug-in type hollow concrete blocks on October 8th, 1997, it is characterized in that a left side, be provided with two resistance to compression skeletons that on four jiaos, have breach between the right brick face, resistance to compression skeleton and vertical resistance to compression skeleton down on indentation, there inboard at two brick faces and on around the resistance to compression skeleton is respectively arranged with vertically, transverse plane 20～the 50mm of one tip to face distance brick face of this resistance to compression skeleton, the lower plane of resistance to compression skeleton is apart from the lower plane 20～50mm of brick face vertically, this brick effective simplification working procedure, reduced the waste of material, but it has existed structure complicated, the deficiency that difficulty of processing is bigger.

The purpose of this utility model is to simplify building construction process, reduces difficulty of construction and operating expenses, provide a kind of simple in structure, be easy to processing, be convenient to transportation, construction, can substitute the cuttage formula hollow brick of existing hollow brick and common fragment of brick.

The utility model is achieved through the following technical solutions:

Be a kind of cuttage formula hollow brick, comprise the brick body, be processed with columnar projections on the brick body, the opposite side of protruding relatively brick body is processed with the cylindricality locating hole, and columnar projections and locating hole are isometrical.

A kind of cuttage formula hollow brick comprises the brick body, and the brick body is a rectangle, is processed with the positioning through hole corresponding with columnar projections on the brick body.

Be processed with 1 above columnar projections on the described brick body, and columnar projections is hollow structure, and connects with the cylindricality locating hole of relative brick body opposite side.

Described projection and locating hole are symmetrical in the center line on the brick body.

Described brick body and the projection on it are structure as a whole.

Described brick body is square.

Described brick body is L shaped.

Described brick body is an arc.

The inwall side of described brick body is processed with along wire casing.

Compared with prior art owing to improved the overall structure of brick body, the upper and lower faces of brick body designed corresponding projection and with the locating hole of the hollow of its perforation, can form by a hydraulic pressure, and need not anyly bond during construction, only need mutual cuttage between the brick body, just can satisfy the construction requirement of whole building integral, so have the following advantages:

1, simple in structure, be easy to processing.

2, be convenient to transportation and construction.

3, form the large batch of production scale of automation easily.

Describe in further detail below in conjunction with accompanying drawing:

Fig. 1: the utility model embodiment master looks cross-sectional view.

Fig. 2: the utility model is implemented the side master and is looked cross-sectional view.

Fig. 3: the utility model embodiment master looks cross-sectional view.

Fig. 4: the utility model embodiment plan structure schematic diagram.

Fig. 5: the utility model embodiment plan structure schematic diagram.

Fig. 6: the utility model embodiment plan structure schematic diagram.

Fig. 7: the utility model embodiment plan structure schematic diagram.

Fig. 8: the utility model embodiment plan structure schematic diagram.

Fig. 9: the utility model embodiment integral installation state cross-sectional view.

Figure 10: the utility model master TV structure schematic diagram.

Among the figure: 1 brick body, 2 through holes, 3 projectioies, 4 locating holes, 5 are along wire casing, 6 through holes

In use, earlier on the basis of the building lot of accomplishing fluently, with the brick body 1 (as shown in Figure 2) of rectangle band locating hole with on the neat smooth ground of cement paste one deck being set, then successively with the columnar projections 3 of another brick body 1 closely successively cuttage to the locating hole 4 of lower floor's brick body 1, T shape body of wall place and body of wall end can be adopted L shaped (as shown in Figure 4) and square (as shown in Figure 5) or straight brick body 1 to be used and be realized, behind brick body 1 marshalling on the ground and location, continuing to incite somebody to action in the above described manner successively again, the projection 3 of brick body 1 presses on the column locating hole 4 of bottom brick body 1, until reaching desired height, can be between the brick body 1 for making closely in conjunction with as a whole, can with on, the brick body 1 staggered tooled joint of lower floor is arranged, it is the connection place that top brick body 1 presses to bottom two brick bodies 1, be arranged in order so the construction working that just can finish whole building is installed, on the brick body 1 after (effect and state being installed as shown in Figure 9) completion, just constitute the through hole 6 that connects between the following locating hole 4 successively, for making the construction wall after the cuttage more firm, can select the through hole 6 of appropriate location, string dress girth member is done the up/down perforation reinforcing within it, the laying work of various power lines when the suitable wire casing 5 of brick body 1 inside wall processing can be finished the building finishing easily, (shown in Fig. 4～8) adopt hydroforming because of brick body 1, so in the brick body 1, the external surface height is smooth, made things convenient in the body of wall, pasting of decorative material, this brick had both kept the various advantages that former hollow brick had, through hole 2 on the brick body 1 greatly reduces the weight of brick body 1, and saved former hollow brick and the common brick used cement mortar that assembles and touch flat wall in a large number when construction, simplified work progress, difficulty of construction and operating expenses have been reduced, improved the speed of engineering construction, the brick body 1 (as shown in Figure 7) of arc can be used as such as chimney, special building bodies such as arcuation body of wall use, and the big I of brick body 1 is designed to multiple size according to actual needs, specification.

Claims

1, a kind of cuttage formula hollow brick comprises the brick body, it is characterized in that being processed with columnar projections on the brick body, and the opposite side of protruding relatively brick body is processed with the cylindricality locating hole, and columnar projections and locating hole are isometrical.

2, a kind of cuttage formula hollow brick comprises the brick body, it is characterized in that the brick body is a rectangle, is processed with the positioning through hole corresponding with columnar projections on the brick body.

3, cuttage formula hollow brick according to claim 1 is characterized in that being processed with the columnar projections of 1 above hollow on the brick body, columnar projections connects with the cylindricality locating hole of relative brick body opposite side.

4, according to claim 1,3 described cuttage formula hollow bricks, it is characterized in that projection and locating hole are symmetrical in the center line on the brick body.

5, cuttage formula hollow brick according to claim 1 is characterized in that brick body and the projection on it are structure as a whole.

6, according to claim 1,3 or 5 described cuttage formula hollow bricks, it is characterized in that the brick body is square.

7, according to claim 1,3 or 5 described cuttage formula hollow bricks, it is characterized in that the brick body is L shaped.

8, according to claim 1,3 or 5 described cuttage formula hollow bricks, it is characterized in that the brick body is an arc.

9,, it is characterized in that being processed with along wire casing along the inwall side of brick body according to claim 1,2,6,7 or 8 described cuttage formula hollow bricks.