CN204491912U - Curtain wall structure between architecture pipe - Google Patents

Abstract

The utility model discloses a partition wall structure between building pipelines. In order to overcome the defects of inconvenient construction, complex construction process and long period of the existing partition wall structure, the technical scheme adopted by the utility model includes GRC slats, an upper steel clamp group and a lower steel clamp group; the steel clamp group includes two steel clamps , the steel clamping plate includes a vertical edge and a horizontal edge, and the two vertical edges in each steel clamping group form a card slot for clamping the end of the GRC strip; the horizontal edge of the steel clamping plate protrudes outward from the GRC strip The end face of the slab forms a gap with the end face of the GRC slab, and the gap is filled with a cement mortar bonding layer for bonding with the floor slab; in the partition wall units located at both ends of the partition wall structure, the outer side of the GRC slab forms The groove is filled with a cement mortar bonding layer for bonding with the main wall; the cement mortar bonding layer is also filled between the GRC strips of the two partition wall units forming the corner. The advantage is that it is convenient for construction, and can simplify the construction process and shorten the construction period.

Description

Partition wall structure between building pipes

technical field

The utility model relates to the field of building construction, in particular to a partition wall structure between building pipelines.

Background technique

There are many vertical pipes in construction projects that need to be installed in a centralized manner, such as basic water supply, power supply, and drainage pipes, so that a pipe well is formed at the centralized installation place. A plurality of floor slabs are arranged horizontally in the pipeline well, and a partition wall is built on the floor slabs to form a closed pipeline room together with the floor slab and the main wall of the pipeline well. The inner side of the partition wall must be painted evenly. At present, the pipeline partition wall can only be built and painted on site during construction, the quality of the partition wall is difficult to guarantee, and it needs to be completed in a narrow pipeline well space, which has the disadvantages of inconvenient construction, complicated construction process and long period.

Utility model content

The technical problem to be solved by the utility model is to overcome the above-mentioned defects in the prior art, and provide a partition wall structure between building pipes, which is convenient for construction, and can simplify the construction process and shorten the construction period.

For this reason, the technical scheme that the utility model adopts is as follows: the partition wall structure between building pipes, its technical feature is that described partition wall structure is spliced by a plurality of partition wall units;

The partition wall unit includes GRC slats, at least one upper steel clamp and at least one lower steel clamp; the steel clamp includes two steel clamps, and the steel clamp is in an "L" shape, including The vertical edge used to limit the GRC slab and the horizontal edge used to connect with the floor. The two vertical edges in each set of steel clamps form a card slot for clamping the end of the GRC slab;

The transverse edge of the steel clamping plate protrudes outward from the end surface of the GRC slab, and forms a gap with the end surface of the GRC slat, and the cement mortar bonding layer used for bonding with the floor is filled in the gap;

In the partition wall units located at both ends of the partition wall structure, grooves are formed on the outer side of the GRC slats, and the grooves are filled with a cement mortar bonding layer for bonding with the main wall;

The cement mortar bonding layer is also filled between the GRC slats of the two partition wall units forming the corner.

GRC slats (lightweight reinforced concrete hollow slabs) are used to replace the original partition wall structure that needs to be built and painted on site, and the smooth and flat surface of the GRC slats is used to save the process of painting and avoid painting cracks The generation of the project ensures the quality of the project; moreover, it is only necessary to transport the finished GRC slats to the site and complete the installation, which is convenient for construction, simplifies the construction process, and shortens the construction period. The setting of the steel card group plays a role in positioning the GRC slats. The setting of the cement mortar bonding layer makes the connection between the partition wall unit and the partition wall unit, the main wall body, and the upper and lower floors stable.

As an improvement, glass fiber tapes are provided at the male and female corners of the corners of the partition wall structure; glass fiber tapes are provided at the female corners of the partition wall units spliced with the main wall; the GRC strips of two adjacent partition wall units After the boards are spliced, glass fiber tapes are set at the seams of the boards. This setting enables the glass fiber tape to do seam processing on the partition wall structure, which can effectively prevent cracking.

As an improvement, a nail is pierced on the lateral edge of the steel clamp. This setting makes the connection structure between the steel pallet and the floor slab simple, stable and easy to operate.

As an improvement, there are two sets of the upper steel clips, which are arranged symmetrically on both sides of the GRC slats; the two steel clips in the upper steel clips face opposite directions. This setting makes the positioning effect of Shanggang deck on the GRC slats better.

As an improvement, there are two groups of the lower steel clamps, which are arranged symmetrically on both sides of the GRC slats; the orientation of the two steel clamps in the lower steel clamps is the same. This setting makes the positioning effect of the lower steel deck on the GRC slats better.

As an improvement, an observation door is provided on a partition wall unit in the partition wall structure.

Description of drawings

Fig. 1 is the structural representation of the utility model when in use (remove floor).

Fig. 2 is a side sectional view of the utility model in use.

As shown in the figure: 1. Partition wall unit, 2. GRC slats, 21. Groove, 3. Steel clamping board, 4. Cement mortar bonding layer, 5. Nail shooting, 6. Observation door, 7. Main wall Body, 8, floor.

Detailed ways

Below in conjunction with accompanying drawing and specific embodiment, the utility model is further described.

The partition wall structure between building pipelines as shown in FIG. 1 and FIG. 2 is formed by splicing a plurality of partition wall units 1 .

The partition wall unit 1 is mainly composed of GRC slats 2, two upper steel decks and two lower steel decks. The steel clip set includes two steel clips 3, the steel clips 3 are in the shape of an "L" and include a vertical edge 31 for limiting the GRC strip 2 and a horizontal edge for connecting with the floor 8. Side 32 , the transverse side 32 of the steel clasp 3 is pierced with nails 5 , and is connected with the floor 8 through the nails 5 . The two vertical sides 31 in each group of steel clips form a clipping groove for clipping the end of the GRC slat 2 . The two sets of upper steel decks are arranged symmetrically on both sides of the GRC slats 2 , and the orientations of the two steel decks 3 in the upper steel decks are opposite. The two sets of lower steel decks are arranged symmetrically on both sides of the GRC slats 2 , and the orientation of the two steel decks 3 in the lower steel decks is consistent (in order to match the structure of the lower floor 8 ).

The transverse edge 32 of the steel clamping plate 3 protrudes outward from the end surface of the GRC slat 2 , forming a gap with the end surface of the GRC slat 2 , and the gap is filled with the cement mortar bonding layer 4 for bonding with the floor 8 . In the partition wall units 1 located at both ends of the partition wall structure, grooves 21 are formed on the outer sides of the GRC slats 2 , and the grooves 21 are filled with cement mortar bonding layers 4 for bonding with the main wall 7 . The cement mortar adhesive layer 4 is also filled between the GRC strips 2 of the two partition wall units 1 forming the corner.

Glass fiber tapes are arranged at the male and female corners of the corners of the partition wall structure; glass fiber tapes are arranged at the female corners of the partition wall unit 1 spliced with the main wall 7; the GRC strips of two adjacent partition wall units 1 The glass fiber tape is arranged at the seam of the board after the board 2 is spliced.

A partition wall unit 1 in the partition wall structure is provided with an observation door 6 .

During construction, first fix the steel pallet 3 to the upper and lower floors 8 with nails 5 to form a steel pallet group, then put the GRC slats into the grooves of the steel pallet group, and fill the cement mortar bonding layer 4; Bond glass fiber tapes at the inner and outer corners of the GRC slab 2 and the main wall 7;

The above is only a description of the preferred embodiments of the present utility model, but should not be construed as a limitation on the claims. The utility model is not limited to the above embodiments, and its specific structure allows changes. All the various changes made within the scope of protection of the independent claims of the utility model are within the scope of protection of the utility model.

Claims (6)

1. the curtain wall structure between architecture pipe, is characterized in that: described curtain wall structure is spliced by multiple partition wall unit (1);

Described partition wall unit (1) comprises GRC batten (2), at least one upper steel card group and at least one lower steel card group; Described steel card group comprises two steel clamps (3), described steel clamp (3) is L-shaped, comprise for the spacing vertical edge (31) of GRC batten (2) and the horizontal edge (32) for being connected with floor, two vertical edges (31) often organized in steel card group form one for the draw-in groove of the end of holding GRC batten (2);

Horizontal edge (32) evagination of described steel clamp (3), in the end face of GRC batten (2), forms a space with the end face of GRC batten (2), fills the cement mortar tack coat (4) being used for boning with floor in this space;

Be arranged in the partition wall unit (1) at curtain wall structure two ends, the outer side edges of GRC batten (2) forms groove (21), fills the cement mortar tack coat (4) being used for boning with main wall body in described groove (21);

Also filling concrete mortar bonding layer (4) between the GRC batten (2) forming two partition wall unit (1) of corner.

2. the curtain wall structure between architecture pipe according to claim 1, is characterized in that: the negative and positive angle place of the corner of described curtain wall structure all arranges glass fibre belt; The inner corner trim place of the described partition wall unit (1) spliced with main wall body arranges glass fibre belt; GRC batten (2) the spliced plate seam place of adjacent two partition wall unit (1) arranges glass fibre belt.

3. the curtain wall structure between architecture pipe according to claim 1, is characterized in that: the horizontal edge (32) of described steel clamp (3) wears nailing (5).

4. the curtain wall structure between architecture pipe according to claim 1, is characterized in that: described upper steel card group has two groups, and is symmetricly set on the both sides of GRC batten (2); Two steel clamps (3) in described upper steel card group towards the opposite.

5. the curtain wall structure between architecture pipe according to claim 1, is characterized in that: described lower steel card group has two groups, and is symmetricly set on the both sides of GRC batten (2); Two steel clamps (3) in described lower steel card group towards unanimously.

6. the curtain wall structure between architecture pipe according to claim 1, is characterized in that: the partition wall unit (1) in described curtain wall structure is offered and observes door (6).