Hard suspended ceiling structure of industrial building

Abstract

An industrial building hard suspended ceiling structure comprises a floor concrete component, a concrete hanging plate or hanging column, a hard suspended ceiling concrete plate and a hanging plate reserved hole. Hanging plate or davit steel bars are reserved on concrete members such as a floor or a roof concrete beam or a concrete plate, the length of the concrete hanging plate or davit is determined according to the elevation of the suspended ceiling, the hanging plate or the davit is made along the periphery of a room where the hard suspended ceiling needs to be arranged, the hard suspended ceiling concrete plate is made at the elevation where the suspended ceiling needs to be arranged, and finally a stable and well-sealed hard suspended ceiling system is formed. According to the utility model, the construction is simple, the concrete hanging plate or the hanging column is bound and cast-in-place with the reinforcing steel bars of the floor and the roof concrete member through the reinforcing steel bars, and the concrete hanging plate or the hanging column not only plays a role in supporting the hard suspended ceiling concrete plate, but also serves as a supporting bridge of a pipeline above the suspended ceiling; and secondly, the connection is realized by steel bar binding and concrete cast-in-place, so that the connection is effective and reliable, and the overall stability and safety of the hard suspended ceiling are ensured.

Description

Technical Field

[0001] The utility model is applicable to the technical field of structural methods of fireproof and sealed suspended ceilings in buildings with reinforced concrete frame structures, where the functional requirements of rooms require fireproof and sealed suspended ceilings. Background Art

[0002] In recent years, with the rapid development of science and technology, the requirements for technology in industrial buildings have become higher and higher. In order to meet the requirements of technology, many small rooms that require hard ceilings will be set up in large rooms. The fire prevention and waterproof sealing of the room are very high, and effective fire prevention, sealing and waterproofing have become a key issue. There are many types of ceilings, but there are few ceilings that can ensure the sealing and fire prevention functions of the room, and it is very important to ensure the stability and effectiveness of the ceiling. Therefore, developing a ceiling method that improves bearing capacity, stability, sealing and fire resistance has become an urgent issue in engineering.

[0003] In addition, in industrial buildings, there are many processes and requirements, and the functional requirements of the rooms are relatively high. In particular, some rooms that require strict waterproofing and fire prevention need to be set up in larger rooms. Ensuring the fire prevention and sealing of the room is a very important link. Ensuring the stability and sealing of the hard ceiling directly affects the fire prevention and anti-seepage performance of the room. Therefore, the hard ceiling is very important. Utility Model Content

[0004] Therefore, in order to solve the above-mentioned shortcomings, the utility model provides a hard ceiling structure for industrial buildings; the utility model is simple to construct, and the concrete hanging board (or hanging column) is tied and cast in situ with the steel bars of the floor and roof concrete components through steel bars. In addition to supporting the hard ceiling concrete board, it also serves as a supporting bridge for the pipeline above the ceiling. According to the pipeline conditions, a hole is reserved on the hanging board in advance, and the pipeline directly passes through the hole and uses the concrete hanging board (or hanging column) as a support; secondly, all connections are steel bar binding and concrete casting, which is effective and reliable, with high overall stability and high bearing capacity, thereby ensuring the overall stability and safety of the hard ceiling; in addition, this method has a higher degree of fit with the room wall and better sealing. It can ensure the fire protection requirements of the room, as well as the waterproof, sealing and even clean requirements, does not affect the normal use of the room, can effectively protect the equipment in the room, and thus ensure the normal production inside the factory.

[0005] The utility model ensures that the hard ceiling plays its maximum role, improves the integrity, stability and safety, and plays an important role in ensuring the normal production inside the factory.

[0006] The utility model is realized by constructing a hard ceiling structure of an industrial building, characterized in that: the ceiling structure comprises a floor concrete component (1), a concrete hanging plate or hanging column (2), a hard ceiling concrete slab (3) and a reserved hole (4) for the hanging plate; the floor concrete component (1) reserves hanging plate or hanging column steel bars, the length of the concrete hanging plate or hanging column (2) is determined according to the ceiling elevation, hanging plates or hanging columns are made along the periphery of the room where the hard ceiling is required to be set, and the hard ceiling concrete slab is made at the elevation where the ceiling is required to be set, and finally a stable and well-sealed hard ceiling system is formed; the concrete hanging plate or hanging column (2) is tied with the floor concrete component (1) and the hard ceiling concrete slab (3) steel bars through steel bars and cast together.

[0007] According to the utility model, a hard ceiling structure for an industrial building is characterized in that a reserved hole (4) for the hanging plate is provided on the concrete hanging plate or hanging column (2), and the pipeline directly passes through the hole and uses the concrete hanging plate or hanging column as support.

[0008] According to the utility model, an industrial building hard ceiling structure is characterized in that the floor concrete component (1) is a concrete floor slab or a concrete beam.

[0009] According to the utility model, a hard ceiling structure for an industrial building is characterized in that: the ceiling structure is used in buildings with reinforced concrete frame structures, and the functional requirements of the room require a fire-proof and sealed ceiling environment to ensure that the hard ceiling plays its maximum role, while improving the integrity, stability and safety; it plays an important role in ensuring normal production inside the factory building.

[0010] When the utility model is implemented, the concrete hanging plate or hanging column (2) is tied with the steel bars of the floor and roof concrete components (1) through steel bars and cast in situ. In addition to supporting the hard ceiling concrete plate, it also serves as a supporting bridge for the pipeline above the ceiling. According to the pipeline conditions, a hole (4) is reserved in advance on the hanging plate, and the pipeline directly passes through the hole and uses the concrete hanging plate or hanging column as a support. Secondly, all connections are made by steel bar binding and concrete casting, which is effective and reliable, with high overall stability and high bearing capacity, thereby ensuring the overall stability and safety of the hard ceiling. In addition, this method has a higher fit with the room wall and better sealing. It can ensure the fire protection requirements of the room, as well as the waterproof, sealing and even cleanliness requirements, does not affect the normal use of the room, can effectively protect the equipment in the room, and thus ensure the normal production inside the factory.

[0011] The utility model has the following advantages: the utility model provides an industrial building hard ceiling structure and implementation method through improvement; its main technical features are: floor concrete components, concrete hanging panels (or hanging columns), hard ceiling concrete panels and reserved holes for hanging panels; the concrete structure hard ceiling method provided by the utility model is simple to construct, the concrete hanging panels (or hanging columns) are tied with the steel bars of the floor and roof concrete components through steel bars and cast in situ, in addition to supporting the hard ceiling concrete panels, they also serve as supporting bridges for the pipes above the ceiling, according to the pipe conditions, holes are reserved in advance on the hanging panels, the pipes directly pass through the holes and use the concrete hanging panels (or hanging columns) as support; secondly, all connections are steel bar binding and concrete casting, which is effective and reliable, with high overall stability and high bearing capacity, thereby ensuring the overall stability and safety of the hard ceiling; in addition, this method has a higher degree of fit with the room wall and better sealing. It can ensure the fire protection requirements of the room, as well as the waterproof, sealing and even clean requirements, does not affect the normal use of the room, can effectively protect the equipment in the room, and thus ensure the normal production inside the factory.

[0012] The utility model ensures that the hard ceiling plays its maximum role, improves the integrity, stability and safety, and plays an important role in ensuring the normal production inside the factory. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 This is a schematic diagram of the implementation of the hard ceiling method described in the utility model. Figure 1 ;

[0014] Figure 2 This is a schematic diagram of the implementation of the hard ceiling method described in the utility model. Figure 2 ;

[0015] Figure 3 This is a schematic diagram of the implementation of the hard ceiling method described in the utility model. Figure 3 (bottom of the hard ceiling concrete slab and the bottom of the secondary beam);

[0016] Figure 4 This is a schematic diagram of the implementation of the hard ceiling method described in the utility model. Figure 4 (The bottom of the hard ceiling concrete slab is level with the bottom of the secondary beam).

[0017] Among them: floor concrete components 1, concrete hanging plates or hanging columns 2, hard ceiling concrete plates 3, and reserved holes 4 for hanging plates. DETAILED DESCRIPTION

[0018] The following will be combined with the attached Figure 1-Figure 4The utility model is described in detail, and the technical solutions in the embodiments of the utility model are clearly and completely described. Obviously, the described embodiments are only part of the embodiments of the utility model, not all of them. Based on the embodiments of the utility model, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the utility model.

[0019] The utility model provides a hard ceiling method with high stability, good integrity and stable structure through improvement; Figure 1-Figure 4 As shown, it can be implemented in the following manner; the method includes floor concrete components 1, concrete hanging boards or hanging columns 2, hard ceiling concrete boards 3 and reserved holes for hanging boards 4. The concrete components 1 such as floor or roof concrete beams or concrete boards reserve hanging board or hanging column steel bars, the length of the concrete hanging boards or hanging columns 2 is determined according to the ceiling elevation, hanging boards or hanging columns are made around the room where the hard ceiling needs to be set, and the hard ceiling concrete boards are made at the elevation where the ceiling needs to be set, finally forming a stable and well-sealed hard ceiling system.

[0020] The utility model discloses a method for hard ceiling of industrial buildings; the method comprises a floor concrete component 1, a concrete hanging board or hanging column 2, a hard ceiling concrete board 3 and a reserved hole 4 for the hanging board. The concrete component 1 such as the floor or roof concrete beam or concrete board has reserved steel bars for the hanging board (or hanging column), the length of the concrete hanging board or hanging column 2 is determined according to the ceiling elevation, the hanging boards or hanging columns are made around the room where the hard ceiling is required, and the hard ceiling concrete board is made at the elevation where the ceiling is required, finally forming a stable and well-sealed concrete structure hard ceiling system.

[0021] The utility model is simple to construct. During the specific implementation, the concrete hanging plate (or hanging column) is tied with the steel bars of the floor and roof concrete components through the steel bars and cast in situ. In addition to supporting the hard ceiling concrete plate, it also serves as a supporting bridge for the pipes above the ceiling. According to the pipe conditions, holes are reserved on the hanging plate in advance, and the pipes directly pass through the holes and use the concrete hanging plate (or hanging column) as support. Secondly, all the connections are steel bar binding and concrete casting, which is effective and reliable, with high overall stability and high bearing capacity, thereby ensuring the overall stability and safety of the hard ceiling. In addition, this method has a higher fit with the room wall and better sealing. It can ensure the fire protection requirements of the room, as well as the waterproof, sealing and even clean requirements, does not affect the normal use of the room, can effectively protect the equipment in the room, and thus ensure the normal production inside the factory.

[0022] In summary, in industrial buildings, there are many processes and requirements, and the functional requirements of the rooms are relatively high. In particular, some rooms that require strict waterproofing and fire prevention need to be set up in larger rooms. It is very important to ensure the fire prevention and sealing of the room. Ensuring the stability and sealing of the hard ceiling directly affects the fire prevention and anti-seepage performance of the room. Therefore, the hard ceiling is very important. The utility model is simple to construct. The concrete hanging board (or hanging column) is tied with the steel bars of the floor and roof concrete components through the steel bars and cast in place. In addition to supporting the hard ceiling concrete board, it also serves as a supporting bridge for the pipes above the ceiling. According to the pipeline conditions, a hole is reserved on the hanging board in advance, and the pipe directly passes through the hole and uses the concrete hanging board (or hanging column) as a support; secondly, all connections are steel bar binding and concrete casting, which is effective and reliable, with high overall stability and high bearing capacity, thereby ensuring the overall stability and safety of the hard ceiling; in addition, this method has a higher fit with the room wall and better sealing. It can ensure the fire prevention requirements of the room, as well as the waterproof, sealing and even cleanliness requirements, without affecting the normal use of the room, and can effectively protect the equipment in the room, thereby ensuring the normal production inside the factory. The utility model ensures that the hard ceiling plays its maximum role, while improving the integrity, stability and safety. It plays an important role in ensuring the normal production inside the factory.

[0023] The above description of the disclosed embodiments enables those skilled in the art to implement or use the present invention. Various modifications to these embodiments will be apparent to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the present invention. Therefore, the present invention will not be limited to the embodiments shown herein, but will conform to the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. A hard ceiling structure for an industrial building, characterized by: The suspended ceiling structure comprises a floor concrete component (1), a concrete hanging plate or hanging column (2), a hard suspended ceiling concrete slab (3) and a reserved hole (4) for the hanging plate; the floor concrete component (1) has reserved hanging plate or hanging column steel bars, the length of the concrete hanging plate or hanging column (2) is determined according to the elevation of the suspended ceiling, hanging plates or hanging columns are made along the periphery of the room where the hard suspended ceiling is set, and the hard suspended ceiling concrete slab is made at the elevation where the suspended ceiling is set, so as to form a stable and well-sealed hard suspended ceiling system; the concrete hanging plate or hanging column (2) is tied to the floor concrete component (1) and the hard suspended ceiling concrete slab (3) steel bars through steel bars and cast in situ.

2. According to claim 1, an industrial building hard ceiling structure is characterized by: A reserved hole (4) for the hanging plate is provided on the concrete hanging plate or hanging column (2), and the pipeline directly passes through the hole and uses the concrete hanging plate or hanging column as support.

3. According to claim 1, the hard ceiling structure of an industrial building is characterized by: The floor concrete member (1) is a concrete floor slab or a concrete beam.

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