Non-standard layer aluminum mold supporting system

Abstract

A non-standard layer aluminum formwork supporting system is characterized in that the height of a non-standard layer structure is 3800 mm, the height of a lower supporting platform is 900 mm, the height of an upper aluminum formwork supporting system is 2900 mm, the non-standard layer aluminum formwork supporting system comprises a supporting platform and an aluminum formwork supporting frame, and the non-standard layer aluminum formwork supporting system is characterized in that the supporting platform is a scaffold body platform, a wood formwork is laid on the surface of the scaffold body platform, and two parallel steel channels are arranged on the wood formwork at a certain distance in a spaced mode; the notch of the channel steel is upward; the aluminum formwork supporting frame comprises a plurality of aluminum formwork vertical rods and an aluminum formwork flat plate, the aluminum formwork vertical rods are arranged in two rows at intervals, the bottom ends of the aluminum formwork vertical rods in each row are supported in a notch of the steel channel, the top ends of the aluminum formwork vertical rods in each row are fastened to the aluminum formwork flat plate, the aluminum formwork flat plate is fastened to the upper trapezoid jacking, and the whole formwork flat plate is formed. The non-standard layer aluminum formwork supporting system has the advantages that the overall stability of the aluminum formwork system is guaranteed, the aluminum formwork structure is fully utilized for construction, and the system is easy and convenient to use, durable, environmentally friendly, high in efficiency and capable of reducing cost input.

Description

Technical Field

[0001] The invention relates to a support system, in particular to a non-standard layer aluminum formwork support system. Background Art

[0002] With the rapid growth of the construction industry, the competition for residential buildings is becoming increasingly fierce, and the quality and quality of residential buildings have become one of the focuses of home buyers. Therefore, in order to win a position in the real estate field and better display their own brands, investors have increased the quality of residential entities, especially the flatness and verticality of the building structure walls, which are the basic elements of the overall image. According to traditional projects, wooden formwork is used to reinforce the concrete wall of the wall. Due to its limited strength and rigidity, quality problems such as wall concrete expansion and leakage often occur. In addition, sawdust is flying all over the sky when cutting wooden formwork on site, and dust control is difficult to solve. At present, the construction industry is moving towards green and environmental protection. The formwork process adopts new materials and new processes to continuously improve the quality and stability of products. Aluminum alloy formwork (abbreviated as aluminum formwork) has been produced, which has the advantages of simplicity, durability, environmental protection and high efficiency, and has won market recognition and high praise. However, due to the high cost of aluminum formwork, the number of template sets is generally small, and it is only used for standard layers. The quick disassembly method is adopted, resulting in a large difference in the appearance of concrete molding quality between non-standard layers and standard layers.

[0003] Therefore, the known non-standard layer aluminum formwork support mode has the above-mentioned inconveniences and problems. Summary of the invention

[0004] The purpose of the present invention is to provide a safe and reliable non-standard layer aluminum formwork support system.

[0005] To achieve the above purpose, the technical solution of the present invention is: A non-standard layer aluminum mold support system, the non-standard layer structure has a layer height of 3800mm, the lower support platform has a height of 900mm, and the upper aluminum mold support system has a height of 2900mm, including a support platform and an aluminum mold support frame, characterized in that: The supporting platform is a scaffolding frame platform, a wooden template is laid on the surface of the scaffolding frame platform, and two parallel channel steels are arranged on the wooden template at a certain distance, so that the notches of the channel steels face upwards; The aluminum mold support frame includes a plurality of aluminum mold vertical rods and an aluminum mold flat plate. The aluminum mold vertical rods are arranged in two rows at intervals. The bottom end of each row of aluminum mold vertical rods is supported in the notch of the channel steel. The top end of each row of aluminum mold vertical rods is fastened to the aluminum mold flat plate. The aluminum mold flat plate is fastened to the upper trapezoidal top support to form a template flat plate as a whole.

[0006] The non-standard layer aluminum formwork support system of the present invention can also be further implemented by adopting the following technical measures.

[0007] The aforementioned non-standard layer aluminum formwork support system, wherein the formwork is subjected to force by no less than 2 horizontal rods.

[0008] The aforementioned non-standard layer aluminum formwork support system, wherein the support platform is set up after the non-standard layer wall anti-slope pouring is completed.

[0009] The aforementioned non-standard layer aluminum formwork support system, wherein the aluminum formwork vertical rod specification is Φ65*3mm, and the spacing between adjacent aluminum formwork vertical rods is 1500mm.

[0010] 5. The aforementioned non-standard layer aluminum formwork support system, wherein the two rows of aluminum formwork vertical rods are arranged symmetrically to avoid unstable pressure on the base channel steel.

[0011] After adopting the above technical solution, the non-standard layer aluminum formwork support system of the present invention has the following advantages: 1. Ensure the overall stability of the aluminum mold system, make full use of the aluminum mold structure for construction, and fully display the new materials and new processes of aluminum molds; 2. Simple, durable, environmentally friendly and efficient; 3. Reduced cost investment. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] Figure 1 This is a schematic diagram of the non-standard layer aluminum formwork support system structure according to an embodiment of the present invention; Figure 2 for Figure 1 Side view of Figure 3 Schematic diagram of the lower support platform of an embodiment of the present invention. DETAILED DESCRIPTION

[0013] The present invention is further described below in conjunction with embodiments and accompanying drawings.

[0014] Example 1 The installation sequence of the non-standard layer aluminum formwork support system of the present invention is: pouring the concrete counter-slope at the lower part of the non-standard layer wall → placing the steel pipe pad → platform steel pipe → laying the platform wooden formwork → placing the base channel steel → installing the aluminum formwork inner support and the aluminum formwork flat plate → adjusting the base channel steel → inspecting and accepting the aluminum formwork support system → tying the steel bars and pouring concrete.

[0015] Please refer to Figure 1-Figure 3 The non-standard layer aluminum formwork support system of the present invention is composed of an aluminum formwork plate, an aluminum formwork inner support, a base channel steel, a platform wooden formwork and a platform steel pipe.

[0016] The aluminum film inner support of the non-standard layer aluminum formwork support system of the present invention is arranged below the aluminum formwork flat plate, and is located in the groove of the base channel steel on the steel pipe platform. The non-standard layer structure has a floor height of 3800mm, a lower support platform height of 900mm, and an upper aluminum formwork support system height of 2900mm. The lower support platform is set up after the non-standard layer wall anti-slope casting is completed. The specification of the aluminum formwork support column is Φ65*3mm, and the layout spacing is 1500mm. The upper trapezoidal top support is fastened to the side plate of the aluminum formwork flat plate to form a whole formwork flat plate, and the lower part is located in the base channel steel to form an integral formwork system. The support frame is composed of base channel steel, platform wooden formwork, vertical uprights, upper horizontal bars, lower horizontal bars and steel pipe pads. The wooden formwork is laid flat on the upper horizontal bar, and the entire formwork is subjected to force by no less than 2 horizontal bars. The platform steel pipe is Φ48*2.7, the vertical pole height is 1000mm, and the vertical pole spacing is 1000*1000mm; the horizontal pole length is usually arranged, and the two ends support the lower concrete counter-slope to ensure that the frame is stable and does not tilt or shake. The lower steel pipe pad is made of wooden formwork, with a thickness of 14mm and a size of 150*150mm, and is placed at the bottom of the vertical pole. The platform wooden formwork is 1200*2400*14mm in size and is placed on the upper horizontal pole. It not only serves as a pad for the upper base channel steel, but also as an operating platform for operators. The base channel steel is 100*48*5.3mm and 3000mm in length. It is located on the platform wooden formwork, supporting the upper aluminum mold inner support, and the support force surface is subjected to force on the lower platform. The lower horizontal bar is 300mm away from the ground, the upper horizontal bar is 600mm away from the lower horizontal bar, the horizontal bars are arranged in each row in the long direction and every other row in the short direction, and the upper and lower horizontal bars are staggered.

[0017] The present invention has substantial characteristics and significant technical progress. The non-standard layer aluminum formwork support system of the present invention first casts a part of the non-standard layer structure wall with a high degree, then sets up a supporting operation platform inside a steel pipe, lays wooden formwork and channel steel, meets the aluminum formwork support system, ensures the overall stability of the aluminum formwork system, and makes full use of the aluminum formwork structure for construction. It not only fully demonstrates the new materials and new processes of aluminum formworks, but also is simple, durable, environmentally friendly and efficient, greatly reducing the cost investment.

[0018] The non-standard layer aluminum formwork support system of the present invention was used in the Xiejiaji shantytown renovation project in Huainan City, with obvious effects, and was fully affirmed by the construction unit and the supervision unit.

[0019] The above embodiments are only for the purpose of illustrating the present invention, but not for limiting the present invention. A person skilled in the art may make various changes or modifications without departing from the spirit and scope of the present invention. Therefore, all equivalent technical solutions should also belong to the scope of the present invention and should be defined by the claims.

Claims

1. A non-standard layer aluminum mold support system, the non-standard layer structure has a layer height of 3800mm, the lower support platform has a height of 900mm, and the upper aluminum mold support system has a height of 2900mm, including a support platform and an aluminum mold support frame, characterized in that: The supporting platform is a scaffolding frame platform, a wooden template is laid on the surface of the scaffolding frame platform, and two parallel channel steels are arranged on the wooden template at a certain distance, so that the notches of the channel steels face upwards; The aluminum mold support frame includes a plurality of aluminum mold vertical rods and an aluminum mold flat plate. The aluminum mold vertical rods are arranged in two rows at intervals. The bottom end of each row of aluminum mold vertical rods is supported in the notch of the channel steel. The top end of each row of aluminum mold vertical rods is fastened to the aluminum mold flat plate. The aluminum mold flat plate is fastened to the upper trapezoidal top support to form a template flat plate as a whole.

2. The non-standard layer aluminum formwork support system according to claim 1, characterized in that: The template is subjected to force by no less than 2 horizontal bars.

3. The non-standard layer aluminum formwork support system according to claim 1, characterized in that: The support platform is set up after the non-standard layer wall anti-slope pouring is completed.

4. The non-standard layer aluminum formwork support system according to claim 1, characterized in that: The specification of the aluminum mold vertical rod is Φ65*3mm, and the spacing between adjacent aluminum mold vertical rods is 1500mm.

5. The non-standard layer aluminum formwork support system according to claim 1, characterized in that: The two rows of aluminum mold vertical bars should be arranged symmetrically to avoid unstable pressure on the base channel steel.

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