CN201214870Y

CN201214870Y - Surface partition strip for buildings

Info

Publication number: CN201214870Y
Application number: CNU2008200476751U
Authority: CN
Inventors: 汉晋德
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-05-10
Filing date: 2008-05-10
Publication date: 2009-04-01
Anticipated expiration: 2018-05-10

Abstract

The utility model relates to a surface dividing strip of a construction which includes a first slot wall plate and a second slot wall plate which are mutually connected in a groove on the transverse sections thereof. The first slot wall plate and the second slot wall plate are respectively provided with connectors on the outer walls of the transverse sections thereof. The connectors can rotate along the first axis of a middle shaft thereof parallel the extension direction of the groove. The first axis is fixed on a wall plate. The dividing strip is used for cutting off the outer surface of a house or a road surface constructed by cement sand pulp or cement lime sand pulp for leading the construction flows to be simple and convenient; the surface dividing strip of a construction can effectively improve the capacity of the outer surface of the house or the road surface for resisting thermal impact.

Description

The building surface dividing strip

Technical field

The utility model relates to the building surface dividing strip, and house external surface or road surface that particularly suitable separation is constructed by cement mortar or cement lime mortar are the dividing strip in separate interval.

Background technology

Be positioned at the floated coat of external surface of buildings,, floated coat need be separated into the block interval of several rectangles usually according to the requirement of architectural style or the requirement of construction technology.Traditional construction technology is to embed respectively in the mortar bed along orthogonal vertical and horizontal with batten, waits after the mortar drying, and batten is taken out, and taking out the groove that stays in mortar bed behind the batten becomes the cell body of separating floated coat.

There is following shortcoming in above-mentioned traditional handicraft: since usually need be on the external wall of house matrix at first with the fixing dividing strip of mortar so that work progress is very loaded down with trivial details; And dividing strip need use a large amount of timber, and it usually is used as rubbish and abandons after using, and causes the wasting of resources easily, also destroys ecological environment; Simultaneously, when using timber, take out the groove that in mortar bed, stays behind the batten and constitute, thereby make this groove position occur that floated coat comes off easily or damaged, influence impression etc. by floated coat self material as dividing strip.

The utility model content

The utility model purpose is to provide a kind of especially dividing strip of its external surface of building surface that is used to separate; this dividing strip is simple in structure; when being used to cut apart building surface; can simplify working procedure; improve efficiency of construction; make lines straight simultaneously, improve decorative effect greatly, and partitioning slot is played a protective role.

According to the building surface dividing strip of above-mentioned purpose design, be included on their cross section and interconnect the first cell wall plate, second cell wall plate and the trough floor that is groove.The first cell wall plate and the second cell wall plate are respectively arranged with connector on the outer wall in its cross section.This connector can be parallel to the first axle rotation of the bearing of trend of groove around its axis.First axle is fixed on the wallboard.

Preferably, aforementioned building surface dividing strip, its connector corresponding to the first cell wall plate and the second cell wall plate are arranged at respectively near the middle part of the first cell wall plate and the second cell wall plate cross section the outer wall

Preferably, aforementioned building surface dividing strip, its connector comprise first lamellar body and second lamellar body.First end of first lamellar body is sheathed on the first axle.Second end of first lamellar body and first end of second lamellar body all rotatably are sheathed on second axis simultaneously.Second axis is parallel to first axle.

More preferably, aforementioned building surface dividing strip, the cross section of its groove is triangular in shape.

Better, aforementioned building surface dividing strip also comprises trough floor.The first cell wall plate, the second cell wall plate and trough floor interconnect rectangular groove on their cross section.

Building surface dividing strip of the present utility model is provided with connector at the first cell wall plate and the second cell wall plate respectively near the outer wall its middle part, cross section.Like this, carrying out house wall surface or road surface when construction, can directly be fixed in dividing strip the suitable position of body of wall or road by connector, omitted originally need be at these positions the fixing construction sequence of batten.So, not only simplify the loaded down with trivial details construction technology of original separation house wall surface or road surface, and reduced working strength of workers, shortened the engineering time, reduced engineering cost.In addition, in house wall surface or road surface separation construction, behind employing the utility model dividing strip, can also make that the groove lines that are used to separate are straight, smooth and easy, help to improve decorative effect, and aforementioned separation groove is played a good protection.

The drawing explanation

Fig. 1 the utility model building surface dividing strip phantom drawing one.

Fig. 2 the utility model building surface dividing strip phantom drawing two.

Fig. 3 a the utility model building connector phantom drawing one of dividing strip.

Fig. 3 b the utility model building connector phantom drawing two of dividing strip.

The specific embodiment

Referring to Fig. 1,2,3, show the utility model building surface dividing strip and corresponding component parts thereof the structure phantom drawing under different angles.This dividing strip is mainly used in separates building surface or road surface.

The main member of this dividing strip 1 comprises that all its outward appearance all is the flat plate form, three flat boards of its thinner thickness, the i.e. first cell wall plate 101, the second cell wall plate 102 and trough floor 103.The first cell wall plate 101, the second cell wall plate 102 and trough floor 103 are on their cross section, in an end of the first cell wall plate 101, two ends of end of the second cell wall plate 102 and trough floor 103 are connected to become rectangular recess 104 accordingly (section of groove 104 also can adopt other shape, for example semicircle, triangle, polygon or the like are as dividing strip 1 optional other specific embodiment).

On near the outer wall 107 the first cell wall plate 101 and the middle part, the second cell wall plate, 102 cross sections, be respectively arranged with several connectors 106 by first axle 105.Here, outer wall 107 is meant, on the cross section of the first cell wall plate 101 and the second cell wall plate 102, the first cell wall plate 101 and the second cell wall plate 102 are separately back to the sidewall of rectangular recess 104.Connector 106 is with having following identical construction relation between the first cell wall plate 101 and the second cell wall plate 102 respectively.Be that example is illustrated with the first cell wall plate 101 below, the make of the second cell wall plate 102 is same as the first cell wall plate 101.

First axle 105 is fixed near the outer wall 107 in middle part, the first cell wall plate, 101 cross sections.The axis of first axle 105 is parallel to the bearing of trend α of groove 104.In the present embodiment, first axle 105 is fixed by the extension block 108 that extends outwardly from the outer wall 107 of the first cell wall plate 101, and the outside that the particular location of first axle 105 is in outer wall 107 (certainly, the particular location of first axle 105 also can just be on the outer wall 107 and need not to use extension block 108, and perhaps the particular location of first axle 105 also can make it be in outer wall 107 inside by the mode of hollow out outer wall 107).

Connector 106 comprises first lamellar body 109 and second lamellar body 110.First end 111 of first lamellar body 109 rotatably is sheathed on the first axle 105 by the reel 112 that forms in this end.Second end 113 of first lamellar body 109 and first end 114 of second lamellar body 110 all rotatably are connected on second axis 115 simultaneously.Second axis 115 is parallel to first axle 105.In the present embodiment, second axis 115 can adopt hinge line, hinged, pivot, wire casing, dowel or similar form, to simplify the tectonic relationship of connector 106.Adopt these modes to simplify after the tectonic relationship of connector 106, as long as keep second lamellar body 110 to rotate around second axis 115, first lamellar body 109 can rotate around first axle 105 and get final product.On the first cell wall plate 101, a plurality of connectors 106 equidistantly distribute along the bearing of trend α of groove 104.In the present embodiment, only at the first cell wall plate 101 along respectively being provided with a connector 106 near the two ends of groove 104 bearing of trend α.Like this, when dividing strip 1 is laid in external wall of house face or road surface, by the angle of suitable adjustment first lamellar body 109 around first axle 105, and second lamellar body 110 around the angle of second axis 115, connector 106 is obtained with the suitable contact angle between house wall face matrix or the road surface roadbed, and then the form that suits by bonding or riveted joint etc. is fixed in connector 106 on external wall of house face matrix or the road surface roadbed, dividing strip 1 is fixed on external wall of house face or the road surface, and in fixing dividing strip 1, keeps its groove 104 to be in state outside being exposed to.

Claims

1. building surface dividing strip, be included on their cross section and interconnect the first cell wall plate and the second cell wall plate that is groove, it is characterized in that described first cell wall plate and the described second cell wall plate are respectively arranged with connector on the outer wall in its cross section, described connector can be parallel to the first axle rotation of the bearing of trend of described groove around its axis, and described first axle is fixed on the described wallboard.

2. according to the described building surface dividing strip of claim 1, it is characterized in that described connector corresponding to described first cell wall plate and the described second cell wall plate is arranged at respectively near described first cell wall plate and the middle part, the described second cell wall plate cross section the outer wall.

3. according to the described building surface dividing strip of claim 2, it is characterized in that described connector comprises first lamellar body and second lamellar body, first end of described first lamellar body is sheathed on the described first axle, second end of described first lamellar body and first end of described second lamellar body all rotatably are sheathed on second axis simultaneously, and described second axis is parallel to described first axle.

4. according to the described building surface dividing strip of claim 3, it is characterized in that the cross section of described groove is triangular in shape.

5. according to the described building surface dividing strip of claim 3, it is characterized in that also comprising trough floor, the described first cell wall plate, the described second cell wall plate and described trough floor interconnect rectangular groove on their cross section.