CN1970913A

CN1970913A - Wall body for building

Info

Publication number: CN1970913A
Application number: CN 200610097459
Authority: CN
Inventors: 张山峰
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-11-10
Filing date: 2006-11-10
Publication date: 2007-05-30

Abstract

The invention relates to a building wall. The rectangle main framework of wall is formed by at least two vertical poles and two horizontal beams set on up-down ends of two poles. N horizontal beams I in the main framework divides the main framework to N+1 rectangle frameworks. In main framework without layer frame or layer frame there is a vertical secondary pillar I at least to divide that to two secondary frames. In each secondary frame there are a horizontal secondary beam and two vertical secondary pillars II. Two secondary pillars II are set on up-down sides of secondary beam respectively and are formed to cross structure with it so as to divide the secondary frame to four rectangle basis frames. Outer and inner sides of each basis frame are connected with outer and inner walls. If it is one layer building there is no need of transverse beam, namely N=0, here there is no layer frame in the transverse beam, namely the main frame is the layer frame. The merit is that low building cost, short building period, high building efficiency, easy fabrication and good heat insulation performance.

Description

A kind of building masonry wall

Technical field

The invention belongs to building field, relate in particular to a kind of building masonry wall.

Background technology

At present, building masonry wall stacks with mortar is bonding with fragment of brick substantially and forms.Thus, being built into of a face wall needs certain hour, and firing of fragment of brick need a large amount of fuel, and this has just determined that its efficiency of construction of building that is built into fragment of brick is generally lower, the general higher characteristics of construction cost.On the other hand, be built into body of wall in this way as removing, constructional materials wherein is difficult to utilize once more, and this not only causes the wasting of resources, also will produce a large amount of building wastes.

The existing this method that needs the higher cost building just is difficult to realize that the person of residence has the hope in its room for the rural area of outlying and poverty-stricken area, tens thousand of easily units, tens0000 yuan expenditure of construction are hung back them or be heavily in debt.They press for the mode and the material of the low building body of wall of a kind of efficiency of construction height, cost a kind of and that the existing building body of wall is more not a halfpenny the worse.

Summary of the invention

The objective of the invention is to, design and a kind ofly build that efficient height, construction cost are low, good heat insulating and remove after material a kind of building masonry wall that can utilize once more wherein, it is achieved by following technical scheme:

Have two vertical post and two horizontal positioned of placing at least and build the body of wall main frame that forms rectangle at the beam of this two posts upper and lower side, can be in main frame by the N root beam I of horizontal positioned, be divided into the layer framework of N+1 rectangle, has a vertical inferior post I who places in the main frame that does not contain layer framework or in the layer framework at least, be divided into the inferior framework of two rectangles, the inferior post II that the vertical placement with two of secondary beam of one horizontal positioned is arranged in framework each time, twice post (II) places both sides up and down and its formation decussate texture of secondary beam respectively, inferior framework is divided into the basic framework of four rectangles, and the inside and outside both sides of each basic framework connect inner wall panel and side fascia respectively.One deck building does not just need to use crossbeam in this way, and promptly at this moment N=0 does not contain Chengdu layer framework in the crossing frame, and main frame is a layer framework in other words.

The preferred setting of described post is that at least one side along its length direction is provided with the some brackets that are used to build beam or beam I.Bracket can be distributed on one of post or two or three or four sides.Mainly the position that is in the building according to post is decided: as the post at body of wall two ends, only on the one side bracket is set, the post as at building object angle end is provided with bracket on two side; As the post in the middle of the body of wall, may on two or three or four sides, bracket be set.

Beam or beam I and the preferred connected mode of post be, builds the beam on bracket or the bottom surface of beam I beam-ends and be connected with post with the inserting mode of end face by sleeve and pin.

The preferred connected mode of inside and outside wall board is, is connected with the location geosynclinal block on the medial surface of the post of forming basic framework, inferior post, beam, secondary beam, and inside and outside wall board is connected to the symmetrical both sides of location geosynclinal block.

Described post with the preferred connected mode of described beam in vertical junction is, the grafting by angle bar and threaded connector and sleeve and corresponding pin realizes that both are connected.

The preferred setting that body of wall has preferable heat-insulating property is to be equipped with insulation layer in the inboard of inner wall panel.

The invention has the beneficial effects as follows: construction cost reduces, and manufacturing schedule is short, and building efficient height is made simply, and good heat insulating is specially adapted to house building outlying and poverty-stricken area and rural area; Simultaneously, after the body of wall dismounting with the present invention's making, its material can utilize once more, is of value to the utilization of resource, significantly reduces building waste and consequent environment pollution.

Description of drawings

One structural representation of Fig. 1 body of wall of the present invention.

The structural representation that Fig. 2 beam is connected with post.

The perspective view that Fig. 3 inside and outside wall board connects.

Fig. 4 is the A-A sectional view of Fig. 1.

Fig. 5 is the E place syndeton schematic diagram of Fig. 1.。

Fig. 6 is the G place partial enlarged drawing of Fig. 5.

Among the figure, the 1st, post, the 2nd, beam, the 3rd, bracket, the 4th, time post I, the 5th, secondary beam, the 6th, time post II, the 7th, beam I, the 9th, bearing pin, the 10th, locating sleeve, the 11st, alignment pin, the 13rd, movable guide, the 14th, removable pin promotes hole, the 15th, removable pin, the 17th, inner wall panel, the 18th, locating slot, the 19th, insulation layer, the 20th, side fascia, the 21st, bolt, the 22nd, screw thread siphunculus, the 23, the 24th, threaded sleeve, the 25th, rectangular channel, the 26th, U type groove, the 30th, location angle bar, the 40th, main frame, the 50th, layer framework, the 60th, time framework, the 70th, basic framework, the 100th, body of wall.

The specific embodiment

The present invention will be further described below in conjunction with the drawings and specific embodiments.

Present embodiment is a body of wall in one 2 layers of house

Fig. 1 is a body of wall in one 2 layers of house, and it is built into the wall frame that comprises two main frames 40 by three posts 1 and four beams 2.Be divided into four layer frameworks 50 by a beam I7 in the middle of two main frames 40, each layer framework 50 is divided into framework 60 three times by twice post II6, and each time framework 60 is divided into four basic frameworks 70 by a secondary beam 5 and two post II6.Post 1 is provided with bracket 3 along a side or its symmetrical both sides of column length direction, and build on the bracket 3 of post 1 correspondence position at the two ends of beam 2 and beam I7.

Fig. 2 is the syndeton schematic diagram of ox pin 3 and beam 2, beam I7 on the post 1.On the horizontal plane of ox pin and corresponding vertical plane, bury respectively and be connected to locating sleeve 10.The upside at the both ends of beam 2 or beam I7 buries respectively and connects sleeve pipe 13 in succession, opening slot 35 on all sides of splicing sleeve 13, this hole slot is exposed on the upper side of beam 2 or beam I, the untie-sell 15 of taking over a job of splicing sleeve 13 interpolations, burying the position that connects sleeve pipe 10 at the corresponding bracket horizontal plane of the downside of beam 2 or beam I7 buries and connects alignment pin 11, this pin 11 is plugged in the sleeve pipe 10 of corresponding ox pin horizontal plane, and with pivot pin 9 cross-under sleeve pipes 10 and alignment pin 11, makes beam 2 vertical direction limited.Mobile again removable pin inserts it into corresponding bracket vertical plane and buries in the sleeve pipe 10 that connects, and with the stopper plug in hole slot 35, prevent the removable pin play, thereby beam 2 or beam I7 built on post 1.

Fig. 3, Fig. 4 structural representation that to be inner wall panel 20 be connected with basic framework with side fascia 21.Inboard at inferior post I, the inferior post II, beam and the secondary beam I that form basic framework is connected locating slot 18, locating slot 18 is cement prefabs, its center and two sides are buried respectively and are connect some uniform screw thread siphunculus 22 and threaded sleeve 23, the center of described post and described beam is buried and is connect some uniform threaded sleeves 23, by bolt 21 locating slot 18 is connected on described post and the described beam, inner wall panel and side fascia also are connected on the two sides of locating slot by bolt.For the heat-insulating property that makes the house better can increase by an insulation layer 19 in the inboard of inner wall panel, insulation layer can be used the regular-type foam plate.

Fig. 5 is that other vertical junction is identical therewith or similar with the syndeton schematic diagram of time post I4 of E place among Fig. 1 with the vertical junction of beam 2.

Structure shown in Figure 6 is made at the two ends of inferior post I4, promptly is provided with a rectangular channel 25 at the place, two ends of inferior post I4 the same side, has U type groove 26 on the bottom surface of groove (being both ends of the surface).And burying the untie-sell cover 13 of taking over a job at the two ends of inferior post I4, the hole slot 35 that removable pin puts is facing to the hole 14 on time post 14 two sides, and is same, the untie-sell 15 of taking over a job of movable guide 13 interpolations.Bury in beam 2 and time corresponding junction of post I4 and to connect locating sleeve 10 and threaded sleeve 23,24.Inferior post I4 is stood on the bottom side rail 2, and make the locating sleeve 10 of the movable guide 13 at its two ends, stir removable pin 15, insert it in the locating sleeve 10, clog hole slot 35 (not shown)s with stopper equally by hole 14 facing to correspondence on the beam.Pass through bolt angle steel 30 in position, and the side of this angle steel with time post I4 is connected corresponding to threaded sleeve 23.Inferior post I4 opposite side is connected with beam 2 with U type groove 26 by bolt.

Among the present invention, the reinforcing bar that Liang Yuzhu and locating slot adopt the mixed earth of the reinforcing bar of vertical muscle and stirrup mode, side fascia and inner wall panel to adopt vertical muscle and horizontal bar to constitute mixes earth, all locating holes, alignment pin, nut adopt the system mode of burying in advance, and weld with corresponding vertical muscle and horizontal bar.Build building simultaneously, adopt top layer drag-line and side drag-line to fix, strengthen building body stability beam and column.

Claims

1. building masonry wall, it is characterized in that including at least two vertical post and two horizontal positioned of placing and build a body of wall main frame that forms rectangle at the beam of this two posts upper and lower side, can be in main frame by the N root beam (I) of horizontal positioned, be divided into the layer framework of N+1 rectangle, has a vertical inferior post (I) of placing in the main frame that does not contain layer framework or in the layer framework at least, be divided into the inferior framework of two rectangles, the inferior post (II) that the vertical placement with two of secondary beam of one horizontal positioned is arranged in framework each time, twice post (II) places both sides up and down and its formation decussate texture of secondary beam respectively, inferior framework is divided into the basic framework of four rectangles, and the inside and outside both sides of each basic framework connect inner wall panel and side fascia respectively.

2. a kind of building masonry wall according to claim 1 is characterized in that being provided with along at least one side of column length direction the some brackets that are used to build beam or beam (I).

3. a kind of building masonry wall according to claim 2 is characterized in that building the beam on bracket or the bottom surface at beam (I) 1 two ends and is connected with post with pin by sleeve with end face.

4. a kind of building masonry wall according to claim 2 is characterized in that being connected with the location geosynclinal block on the medial surface of the post of forming basic framework, inferior post, beam, secondary beam, and inside and outside wall board is connected to the symmetrical both sides of location geosynclinal block.

5. a kind of building masonry wall according to claim 2 is characterized in that both are connected by angle bar and threaded connector and sleeve and corresponding pin realization in vertical junction for described post and described beam.

6. a kind of building masonry wall according to claim 2 is characterized in that being equipped with insulation layer in the inboard of inner wall panel.