CN203320744U

CN203320744U - House partition material for cast-in-situ house

Info

Publication number: CN203320744U
Application number: CN2013202335161U
Authority: CN
Inventors: 祖新华
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-04-21
Filing date: 2013-04-21
Publication date: 2013-12-04
Anticipated expiration: 2023-04-21

Abstract

The utility provides a house partition material for a cast-in-situ house. Fixators A are fixed at the bottom ends and the top ends, which are opposite, of two opposite columns of the cast-in-situ house respectively, and the surfaces of the columns 0.976 m from the bottom ends of two fixators at the bottoms ends of the columns are bottom ends of two fixators B. The weight of a building is greatly reduced, the effective usage area is increased, and the material can be assembled and disassembled at random and is convenient to use.

Description

De Ge room, cast-in-place room material

Technical field

The present invention relates to De Ge room, a kind of cast-in-place room material, can enlarge usable floor area.

Background technology

At present, De Ge room, known cast-in-place room material, be with laying bricks after adopting sand and cement to be in harmonious proportion, use again husky ash floating, increased human and material resources, financial resources, increased the weight of building, reduced effective usable floor area, if the installation concealed wire also will cut wire casing, waste of manpower, material resources on brick wall, and once being divided into, want to change, increase again a large amount of building wastes, dust overflows.

Summary of the invention

In order to overcome the inconvenience of De Ge room, existing cast-in-place room material, increase the weight of building, reduce the deficiency of effective usable floor area, the invention provides De Ge room, a kind of cast-in-place room material, its weight is very little, area occupied seldom, and at will dismounting.

The technical solution adopted for the present invention to solve the technical problems is: in the bottom of the opposite face of two relative pillars in cast-in-place room, a fixator A is fixed respectively on top, and fixator A is comprised of fixed plate A and top cuboid holddown groove, and fixed plate A is long 3.6cm, high 2.4cm, the white galvanized sheet iron of thick 1mm, apart from a fixed plate A left side, right side 6mm, on, there is respectively the circular hole of a diameter 6mm in the place of lower end 8mm, and each fixed plate A has 4 circular holes, and bores respectively 4 diameter 6mm on pillar corresponding to the circular hole of fixed plate A, the circular hole of dark 1cm is squeezed into respectively a point diameter 6mm in 16 circular holes, rear end diameter 7mm, and timber wedge of long 1cm, draw a long 2cm, wide 1.2cm, the end face of high 1.1cm apart from left side, the front end bottom surface 1.2cm place weldering of each fixed plate A, the cuboid holddown groove of front end face opening, 4 long 1cm, the diameter of rear end is that the wood screw of the round iron plate of 1.2cm passes through respectively each circular hole above fixed plate A, two fixator A are separately fixed on relative pillar bottom end surface, after being turned over to turnback clockwise, another two fixator A are separately fixed on the top end surface of relative pillar, pillar surface apart from the bottom 0.976m of two fixator A of pillar bottom is the bottom face of two fixator B, fixator B is comprised of fixed head B and two top stators, and fixed head B is long 3.6cm, high 4.8cm, the white galvanized sheet iron of thick 1mm, apart from a fixed head B left side, right side 6mm, on, there is respectively the circular hole of a diameter 6mm in the place of lower end 1.2cm, and each fixed head B has 6 circular holes, and bores respectively a diameter 6mm on pillar corresponding to the circular hole on fixed head B, the circular hole of dark 1cm is squeezed into respectively a point diameter 6mm, rear end diameter 7mm in 12 circular holes, timber wedge of long 1cm, apart from each fixed head B left side, the front end face of right side 1.2cm welds respectively a long 3cm at a distance of 1.2cm, thick 1mm, the white galvanized sheet iron stator of high 2.4cm, 6 long 1cm, the diameter of rear end is that the wood screw of the round iron plate of 1.2cm passes through respectively the circular hole above two fixed head B, two fixed head B are fixed on pillar, put into long 1.8m in the holddown groove of fixator A, wide 1cm, high 1cm, the end face of wall thickness 1mm and a left side, right flank is the dividing plate draw-in groove A of the white galvanized sheet iron of opening all, long 1.5m, and high 1m, the continuous semicircle iron sheet dividing plate interlayer of thick 0.9cm is put into dividing plate draw-in groove A, at the dividing plate interlayer just, long 2.5m is all put on anti-two sides, high 1m, the white galvanized sheet iron dividing plate of thick 0.5cm, the dividing plate draw-in groove B of H type is long 1.8m, wide 1cm, the white galvanized sheet iron of high 2cm, dividing plate draw-in groove B is divided into by central partition, lower two parts, dividing plate, the dividing plate interlayer, the end face of dividing plate snaps in the lower part of dividing plate draw-in groove B, and draw-in groove connector length is 4cm, wide 1.1cm, the white galvanized sheet iron of high 2cm, end face and front, the rear end face opening, snap in the draw-in groove connector apart from dividing plate draw-in groove A end 2cm place, snaps in another dividing plate draw-in groove A in the draw-in groove connector, then put into another dividing plate, the dividing plate interlayer, dividing plate, dividing plate, the dividing plate interlayer, the end face of dividing plate snaps in the lower part of another dividing plate draw-in groove B, until put into holddown groove A fixing on another pillar, holddown groove B, put into dividing plate at the upper part of dividing plate draw-in groove B again, the dividing plate interlayer, dividing plate, dividing plate, the dividing plate interlayer, the end face of dividing plate snaps in the lower part of another dividing plate draw-in groove B, until the height of remaining space is less than the height of dividing plate, puts into dividing plate draw-in groove A in the holddown groove A of fixed plate A, dividing plate, the dividing plate interlayer, after dividing plate is cut into suitable height, dividing plate, the dividing plate interlayer, dividing plate inserts in dividing plate draw-in groove A.

The beneficial effect of patent of the present invention is, greatly alleviated the weight of building, increased effective usable floor area, and at will dismounting is easy to use.

The accompanying drawing explanation

Below in conjunction with drawings and Examples, patent of the present invention is described further.

Fig. 1 is the structure chart of the dividing plate of patent of the present invention.

Fig. 2 is the structure chart of dividing plate interlayer.

Fig. 3 is the structure chart of dividing plate draw-in groove A.

Fig. 4 is the structure chart of the connector of draw-in groove.

Fig. 5 is the structure chart of dividing plate draw-in groove B.

Fig. 6 is the structure chart of fixator A.

Fig. 7 is the structure chart of fixator B.

Fig. 8 is the structure chart of timber wedge.

Fig. 9 is the structure chart of wood screw.

In figure 1, dividing plate, 2, the dividing plate interlayer, 3, dividing plate draw-in groove A, 4, the draw-in groove connector, 5, dividing plate draw-in groove B, 6, fixed plate A, 7, circular hole, 8, holddown groove, 9, fixed head B, 10, stator, 11, partition, 12, fixator A, 13, fixator B, 14, timber wedge, 15, wood screw

The specific embodiment

In Fig. 1, dividing plate (1) is the white galvanized sheet iron of long 2.5m, high 1m, thick 0.5cm.

In Fig. 2, dividing plate interlayer (2) is long 1.5m, high 1m, the continuous semicircle iron sheet of thick 0.9cm.

In Fig. 3, dividing plate draw-in groove A (3) is long 1.8m, wide 1cm, and high 1cm, the end face of wall thickness 1mm and left and right side be the white galvanized sheet iron of opening all.

In Fig. 4, draw-in groove connector (4) is long 4cm, wide 1.1cm, the white galvanized sheet iron of high 2cm, end face and front and rear end opening.

In Fig. 5, the dividing plate draw-in groove B (5) of H type is long 1.8m, wide 1cm, and the white galvanized sheet iron of high 2cm, dividing plate draw-in groove B (5) is divided into upper and lower two parts by central partition (11).

In Fig. 6, fixator A (12) is comprised of fixed plate A (6) and top cuboid holddown groove (8), fixed plate A (6) is the white galvanized sheet iron of long 3.6cm, high 2.4cm, thick 1mm, left and right side 6mm apart from fixed plate A (6), there is respectively the circular hole (7) of a diameter 6mm in the place of upper and lower end 8mm, each fixed plate A (6) has 4 circular holes, holddown groove (8) is welded on the 1.2cm place, left side, front end bottom surface apart from fixed plate A (6), long 2cm, wide 1.2cm, high 1.1cm, end face, front end face opening.

In Fig. 7, fixator B (13) is comprised of fixed head B (9) and top two stators (10), fixed head B (9) is the white galvanized sheet iron of long 3.6cm, high 4.8cm, thick 1mm, apart from fixed head B (9) left and right side 6mm, there is respectively the circular hole (7) of a diameter 6mm in the place of upper and lower end 1.2cm, each fixed head B (9) has 6 circular holes, apart from the front end face of each fixed head B (9) left and right side 1.2cm, welds respectively a long 3cm at a distance of 1.2cm, the white galvanized sheet iron stator (10) of thick 1mm, high 2.4cm.

In Fig. 8, the point diameter 6mm of timber wedge (14), rear end diameter 7mm, long 1cm.

In Fig. 9, the rear end of wood screw (15) is the round iron plate of diameter 1.2cm, long 1cm.

Claims

1. De Ge room, cast-in-place room material, it is characterized in that: a fixator A is fixed respectively on bottom, top at the opposite face of two relative pillars in cast-in-place room, apart from the pillar surface of the bottom 0.976m of two fixator A of pillar bottom, is the bottom face of two fixator B.

2. De Ge room, cast-in-place room according to claim 1 material, it is characterized in that: fixator A is comprised of fixed plate A and top cuboid holddown groove, each fixed plate A has 4 circular holes, and fixator B is comprised of fixed head B and two top stators, and each fixed head B has 6 circular holes.

3. De Ge room, cast-in-place room according to claim 1 material, it is characterized in that: put into dividing plate draw-in groove A in the holddown groove of fixator A, continuous semicircle iron sheet dividing plate interlayer is put into to dividing plate draw-in groove A, on the positive and negative two sides of dividing plate interlayer, all put into white galvanized sheet iron dividing plate.