TWM641106U - Hollow cladding board - Google Patents

Abstract

A hollow cladding board, comprising: a frame body, a steel frame, a hollow pipe assembly, a steel wire mesh and a concrete, wherein there are a plurality of frames around the frame body, and an accommodating space in the middle ; the steel frame has a longitudinal reinforcement and a transverse reinforcement, the longitudinal reinforcement and the transverse reinforcement clamped fixed; Between the longitudinal steel bars; the two ends of the steel wire mesh are erected on the frame; the concrete is grouted to fill the accommodation space of the frame, so that the steel frame, the hollow pipe assembly and the steel wire mesh wrap It is clad and solidified; with the hollow clad board structure, it can reduce weight, facilitate transportation, disassemble and hang, improve structural strength, safety and reduce construction costs.

Description

Hollow cladding board

The present invention relates to a kind of hollow cladding board, especially a kind of temporary transportation road used in construction of construction site gantry, convenient bridge or underground engineering construction, which can reduce weight, be easy to disassemble and hang, and improve structural strength, safety and reduce construction cost. Low cost hollow type cladding board.

According to the current temporary transportation roads used to build construction platforms, temporary bridges or underground engineering construction, reinforced concrete RC structure or steel structure cladding panels are often used for road covering operations, and dozens to hundreds of cladding panels are required Arranged in tiles so that vehicles and people can pass on it.

However, due to the poor tensile strength of the reinforced concrete RC structure cladding slab, the support points of the cladding slab are prone to uneven stress and excessive horizontal loads, causing problems such as cracking and collapse of the cladding slab, and the weight of the cladding slab is several tons Above, it is extremely inconvenient in transportation and erection, and the surface of cladding panels made of steel structure is smooth, especially in rainy days, which is slippery and easy to cause slippage during driving, which can easily cause major industrial safety accidents and affect the project The safety of the structure and on-site workers, and the high cost of steel clad panels, in view of this, the author conducted in-depth research and improvement, and this creation came into being.

Yes, the main purpose of this new model is to provide a hollow cladding board that can be used in the construction of construction sites or underground engineering operations, which can reduce weight, be easy to disassemble and hang, and improve structural strength, safety and reduce construction costs. .

The new type of hollow cladding board system includes: a frame body, a steel frame, a hollow pipe assembly, a steel wire mesh and a concrete, wherein, there are a plurality of frames around the frame body, and the top edge of the frame body is inward Extending to form a slanted wall, there is an accommodation space in the middle; the steel frame is placed in the accommodation space, and has a longitudinal reinforcement and a transverse reinforcement. A clamping section; the transverse steel bars are arranged on the inner wall of the frame, arranged at intervals in the transverse direction, and clamped and fixed with the longitudinal steel bars; the hollow tube assembly has a plurality of hollow tubes, and the hollow tubes are arranged on the horizontal steel bars between the two longitudinal steel bars, and clamped and fixed with the clamping section of the longitudinal steel bars; both ends of the steel wire mesh are erected on the inclined wall of the frame; the concrete is grouted to fill the In the accommodating space, the steel frame, the hollow pipe component and the steel wire mesh are clad and solidified to form.

The hollow cladding board mentioned above, wherein, the frame system can be rectangular.

The above-mentioned hollow clad board, wherein, the hollow pipe system may be made of steel.

The above-mentioned hollow cladding board, wherein, the hollow tube can be polygonal.

Based on the above, through the combination of the frame body, the steel frame, the hollow pipe assembly and the steel wire mesh, the concrete is covered and solidified to reduce weight, facilitate transportation, disassembly and hanging, and improve structural strength. The purpose of safety and reduce construction cost.

In order to achieve the above object, the technical means adopted and the effects that can be achieved in this new model are explained in detail with reference to the following preferred feasible embodiments in conjunction with the accompanying drawings, so that they can be fully understood.

Please refer to Figures 1 to 6, the hollow cladding board 1 series of the embodiment of the present invention includes: A frame body 2 is a rectangular body with a plurality of frames 20 around it. The top edge of the frame 20 extends inwards to form a slanted wall 21, and there is an accommodating space 22 in the middle; A steel frame 3 is placed in the accommodating space 22, and has a longitudinal steel bar 30 and a transverse steel bar 31, 32. The longitudinal steel bars 30 are arranged at intervals in the longitudinal direction to enhance the linear tensile strength, and the two sides are vertically erected to form a A clamping section 300; the transverse steel bars 31, 32 are arranged on the inner wall of the frame 20, arranged at intervals in the transverse direction, can balance the left and right forces, and are clamped and fixed with the longitudinal steel bar 30, which can increase the overall structural strength of the cladding board; A hollow tube component 4 is made of steel material, is a polygonal shape (for example: round tube, square tube), has a plurality of hollow tubes 40, and the hollow tubes 40 are arranged on the horizontal steel bars 31, 32 , between the two longitudinal steel bars 30, and clamped and fixed with the clamping section 300 of the longitudinal steel bar 30, the hollow tube 40 structure can reduce weight, facilitate transportation, disassembly and hanging, and increase structural strength ; The two ends of a steel wire mesh 5 are erected on the inclined wall 21 of the frame 20, which can support the impact force when the weight is pressed down, and can increase the compressive strength and stability; and A concrete 6 is grouted to fill the accommodating space 22 of the frame body 2, so that the steel frame 3, the hollow pipe assembly 4 and the steel wire mesh 5 are coated and solidified.

Through the combination of the frame body 2, the steel frame 3, the hollow pipe assembly 4 and the steel wire mesh 5, the concrete 6 is covered and solidified, and the steel frame 3 is used to enhance the linear tensile strength and balance the left and right forces , and the internal hollow structure of the hollow tube 40 is designed with light weight and high compressive strength, and the steel wire mesh 5 can support the impact force when the weight is pressed down, so as to reduce the weight, facilitate transportation, disassembly and hanging, and The purpose of improving structural strength, safety and reducing construction costs, and the surface of the hollow cladding board 1 is made of concrete 6 material, which has good friction resistance, does not cause vehicle tires to slip, facilitates traffic, and reduces industrial safety accidents , Hanging holes can also be preset around it to cooperate with lifting and hanging operations during transportation and installation.

Therefore, the new model has the following advantages and effects:

1. Using the longitudinal steel bars 30 to enhance the linear tensile strength, and the transverse steel bars 31 and 32 to balance the left and right forces can increase the overall structural strength and safety of the hollow cladding board 1 .

2. The internal hollow structure design of the hollow tube 40 is light in weight, high in compressive strength, easy to transport, disassemble and hang, and increases the structural strength of the hollow cladding board 1 and reduces construction costs.

3. Both ends of the steel wire mesh 5 are erected on the inclined wall 21 of the frame 20, which can support the impact force when the weight is pressed down, and can increase the compressive strength and stability.

4. The surface of the hollow cladding board 1 is made of concrete 6 material, which has good friction resistance and does not cause vehicle tires to slip, which is convenient for traffic and can reduce industrial safety accidents. Hanging holes can also be preset around to cooperate with Lifting and hanging operations during transportation and installation.

In summary, the present invention can indeed achieve the expected function and purpose, and the detailed description can enable those skilled in the art to implement it, but the above-mentioned embodiments are only used to illustrate the present invention, and all equivalent structures The change still does not depart from the category of the present invention.

1: Hollow cladding board 2: frame 20: border 21: inclined wall 22:Accommodating space 3: steel frame 30: Longitudinal reinforcement 31, 32: Transverse reinforcement 300: clamping section 4: Hollow tube assembly 40: hollow tube 5: steel wire mesh 6: Concrete

Fig. 1 is the three-dimensional assembly diagram of the non-grouting (concrete) of the new embodiment. Fig. 2 is the three-dimensional exploded view of the non-grouting (concrete) of the new embodiment. Fig. 3 is the top view of the new embodiment. Fig. 4 is the sectional view of A-A of Fig. 3 according to the embodiment of the present invention. Fig. 5 is the sectional view of B-B of Fig. 3 according to the embodiment of the present invention. Fig. 6 is the three-dimensional appearance view of the embodiment of the present invention.

1: Hollow cladding board

2: frame

20: border

21: inclined wall

22:Accommodating space

3: steel frame

30: Longitudinal reinforcement

31, 32: Transverse reinforcement

300: clamping section

4: Hollow tube assembly

40: hollow tube

5: steel wire mesh

Claims (4)

A hollow cladding board, comprising: a frame body, a steel frame, a hollow pipe assembly, a steel wire mesh and a concrete, wherein, there are a plurality of frames around the frame body, and the top edge of the frame body extends inward A slanted wall is formed, and there is an accommodating space in the middle; the steel frame is placed in the accommodating space, and has a longitudinal reinforcing bar and a transverse reinforcing bar. Clamping section; the transverse steel bars are arranged on the inner wall of the frame, arranged at intervals in the transverse direction, and clamped and fixed with the longitudinal steel bars; the hollow tube assembly has a plurality of hollow tubes, and the hollow tubes are arranged on the horizontal steel bars , between the two longitudinal steel bars; the two ends of the steel wire mesh are erected on the inclined wall of the frame; the concrete is grouted to fill the accommodation space of the frame, so that the steel frame, the hollow tube The component and the steel wire mesh are clad and solidified. The hollow cladding board as described in Claim 1, wherein the frame system can be a rectangular one. The hollow cladding board as described in claim 1, wherein the hollow pipe system can be made of steel. The hollow cladding board as described in claim 1, wherein the hollow pipe system can be polygonal.

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