TWM606631U - Corrugated board combination system - Google Patents

Abstract

This creation is related to a corrugated board assembly system, which mainly includes a plurality of overlapping corrugated boards, and a resistance carrier is formed at the overlap, and a truss component is assembled on the resistance carrier, and the end surface is provided with There are several layers of heat-insulating materials that do not touch each other between the upper plate and the corrugated board; thereby, the corrugated board combined system can increase the internal space and gas layer, which can effectively achieve fire, heat, and sound insulation. Efficacy, and meet the fire protection regulations of construction and fire protection, to ensure the safety of buildings and residences.

Description

Corrugated board combination system

This creation is related to a corrugated board combination system, especially a corrugated board combination system that is used in building boards and walls with double-layer height and can increase the internal space and gas layer channel.

According to the general steel structure of the building, when the floor or roof of the concrete construction is used, the corrugated board is laid on the steel beams. The side of the corrugated board is equipped with a concave-convex sealing board to prevent the poured concrete from overflowing. The surface of the corrugated board is equipped with lashed steel bars, and finally concrete is poured. After the concrete is solidified, the above-mentioned corrugated board, steel bars and concrete can be combined into one to form a laminate structure.

The construction methods of the building laminates disclosed above are all made of galvanized corrugated steel plates. The disadvantage is that the corrugated steel plates have insufficient depth of wave grooves, resulting in only surface-to-surface contact between the corrugated steel plates and concrete. , There is no three-dimensional combination, so even if the corrugated plate and corrugated steel plate are filled with concrete, the two cannot be fully integrated. In fact, concrete and corrugated steel plates are also separate entities and are not resistant to strong earthquakes.

The wave groove of the conventional wave steel plate is too shallow and wavy, and it is not suitable for filling with glass wool, or other sound insulation, heat insulation, and fire-resistant materials, otherwise it will cause the floor or ceiling to be too thick, or the concrete filling amount is insufficient The problem.

In addition, it is known that the ceiling made of corrugated steel plates will form a wave pattern on the ceiling below it, which is extremely unsightly and makes the hanging of lamps and lanterns unsmooth. The only solution is to spend more on the ceiling or inner wall. The cost of decoration has consistently increased the cost of the building a lot.

The reason is that the creators are based on the spirit of excellence and many years of rich experience in design, development and actual production in the related industry. After the changes of the times, we provide a corrugated board combination system in order to improve the appearance and performance of the corrugated board combination system in the market. Innovate through the old to achieve the purpose of better practical value.

The main purpose of this creation is to provide a corrugated board combination system, especially a double-elevated corrugated steel structure combination used in building boards and walls, which can effectively increase the internal space and gas layer channels to achieve fire protection, heat insulation and sound insulation. The purpose is the effect.

The main purpose and effect of this creative corrugated board combination system are achieved by the following specific technical means:

It mainly includes a large number of overlapping wave plates, and a resistance carrier is formed at the overlap, and a truss component is assembled on the resistance carrier, and an upper plate is arranged on the end surface, and the upper plate is connected to the There are several heat insulation materials between the corrugated plates that do not touch each other; thereby, the corrugated plate combined system can increase the internal space and air layer, which can effectively achieve the effects of fire prevention, heat insulation and sound insulation, and meet the fire protection regulations of construction and fire protection. To ensure the safety of buildings and residences.

In a preferred embodiment of the wave board combination system of the invention, at least one reinforcing rib is provided on the bottom end surface of the foundation, and the reinforcing rib can increase the strength of the bottom end surface of the foundation to bear gravity.

In a preferred embodiment of the wave board combination system of the invention, a reinforcing lead angle is provided between the bottom end surface of the foundation and the side end surface, and the reinforcing lead angle can increase the strength of the bottom end surface of the foundation to bear gravity.

In a preferred embodiment of the wave board combination system of the present invention, the reinforcing ribs can be inverted V-shaped or dovetail-shaped.

In order to have a more complete and clear disclosure of the technical content, the purpose of creation and the effect achieved in this creation, we will explain them in detail below, and please refer to the figures and figure numbers disclosed together:

First of all, please refer to the first to fourth pictures, which are the bottom three-dimensional exploded and combined cross-sectional schematic diagrams of the wave board combination system created for this creation, which includes:

A plurality of overlapping corrugated plates (1) have a foundation bottom end surface (11), and two sides of the foundation bottom end surface (11) are respectively connected with side end surfaces (12) that are perpendicular to it. An internal space (10) is formed between the end surface (11) and the two end surfaces (12), and a first assembly portion (13) is provided at the end of one end surface (12), and the end of the other end surface (12) is provided There is a second connecting part (14), the first connecting part (13) overlaps and wraps the outside of the second connecting part (14), and forms a resistance carrier (A);

At least one truss component (2) is correspondingly arranged above the resistance carrier (A), and includes at least one fixing seat (21) locked on the resistance carrier (A) and an insertion place The truss (22) locked in the fixing seat (21);

The first heat insulation material (3) is correspondingly arranged in the inner space (10) of the corrugated board (1), and its two ends are respectively against the side end surface (12), and are connected to the foundation The bottom end surface (11) forms a first gap space (B);

The second heat insulation material (4) is correspondingly arranged between the two truss components (2), and its two ends respectively abut against the truss component (2) and are connected to the first heat insulation The material (3) forms a second interstitial space (C);

An upper plate (5) is correspondingly laid on the truss assembly (2), and the upper plate (5) and the second heat insulating material (4) form a third gap space (D).

When using and assembling, please refer to Figures 5-6, first lap multiple corrugated plates (1) with each other to form a resistance carrier (A) between two adjacent corrugated plates (1); further When the corrugated board (1) is lapped, the first assembly portion (13) includes a first diagonal brace section (131) that is connected to the side end surface (12) and inclined to the inside. The diagonal bracing section (131) is connected to the first inner straight section (132), and the first inner straight section (132) is connected to a first straight section (133) extending outward, and is connected to the first straight section (133). ) Is provided with a first hook section (134); the second assembly portion (14) includes a second diagonal brace section (141) that is engaged with the side end surface (12) and inclined inwardly, the second The diagonal bracing section (141) is connected to the second inner straight section (142), and the second inner straight section (142) is connected to a second straight section (143) extending outward, and is connected to the second straight section (143). ) There is a second hook section (144) at the end; among them:

The length of the first inner straight section (132) is greater than that of the second inner straight section (142), and the width of the first straight section (133) is greater than that of the second straight section (143), so that the first group The first inner straight section (132), the first straight section (133) and the first hook section (134) of the connecting portion (13) are wrapped around the second hook section ( 144), the outside of the second straight section (143) and the second inner straight section (142), and let the first and second sets of joints (13), (14) overlap to form a pentagonal tube Resistance carrier (A).

Then, referring to the first to fourth figures, the truss assembly (2) is assembled on the upper resistance carrier (A) overlapped by the two-wave plates (1), and the assembly direction can be changed as required For longitudinal assembly [as shown in the first to second pictures] or horizontal assembly [as shown in the third to fourth pictures], a plurality of fixing seats (21) are respectively installed and locked on the resistance carrier (A), and then The long tubular truss (22) is correspondingly embedded in the fixed seat (21) and locked to complete the assembly of the truss assembly (2); continue, insert the first truss into the inner space (10) of the corrugated board (1) Insulation material (3), allowing the positioning of the first insulation material (3) to abut against the side end surface (12) through two ends respectively, so that the first insulation material (3) and the foundation The bottom end surface (11) is not in contact, and a first gap space (B) is formed.

Then, the second insulation material (4) is correspondingly arranged between two adjacent truss components (2), so that the two ends of the second insulation material (4) abut against the truss components (2) respectively ), and the assembled second heat insulating material (4) does not contact the first heat insulating material (3), and forms a second gap space (C). Finally, laying and assembling the upper layer board (5) [choose heat insulation material] above the truss assembly (2) to complete the steel structure assembly.

In addition, please refer to the sixth figure. In order to increase the overall weight-bearing strength, at least one reinforcing rib (15) is provided on the bottom end surface (11) of the corrugated board foundation. The reinforcing rib (15) can Increase the strength of the bottom end surface (11) of the foundation to bear gravity. The shape of the reinforcing ribs (15) can be as shown in the sixth and seventh figures, which can be inverted V-shaped or dovetail groove type; at the same time, on the bottom end surface of the foundation A reinforcing lead angle (16) is provided between (11) and the side end surface (12), and the reinforcing lead angle (16) can increase the strength of the bottom end surface (11) of the foundation to bear gravity.

The foregoing embodiments or drawings do not limit the structure of this creation, and any appropriate changes or modifications by those with ordinary knowledge in the relevant technical field should be regarded as not departing from the patent category of this creation.

Based on the above, the use and implementation description of this creation shows that, compared with the existing technical means, this creation mainly has the following advantages:

1. In this creative corrugated board combination system, a pentagonal tube-shaped resistance carrier is formed by overlapping the two sets of corrugated board joints, which effectively achieves the effect and purpose of enhancing the overall weight bearing.

2. This creative corrugated board combination system, as mentioned above, has the effect of convenient operation and construction assembly in the process of assembly and overlap.

3. This creative corrugated board combination system, through the assembly of truss components to form a double-height steel structure combination, can effectively increase the internal space and the gas layer channel, and achieve the effects of fire prevention, heat insulation and sound insulation.

4. This creative corrugated board combination system, as mentioned above, adds internal space and air layer to the structure to become a two-way structural fire protection system, which can effectively prevent the fire from spreading and burning within 30-60 minutes, and meet the fire protection requirements of construction and fire protection.

In summary, this creative embodiment can indeed achieve the expected use effect, and the specific structure disclosed by it has not been seen in similar products, nor has it been disclosed before the application. It is sincerely in full compliance with the provisions and requirements of the Patent Law. , Yan submits an application for a new patent in accordance with the law, and asks for favors for examination and grants a patent.

1: Wave sheet

10: Internal space

11: The bottom end of the foundation

12: side end face

13: The first group of connections

131: The first diagonal brace section

132: The first inner straight section

133: The first straight section

134: The first hook section

14: The second group of connections

141: The second diagonal brace section

142: The second inner straight section

143: The second straight section

144: The second hook section

15: Reinforce the ribs

16: reinforced lead angle

2: Truss components

21: fixed seat

22: Truss

3: The first insulation material

4: The second insulation material

5: Upper board

A: Resistance carrier

B: The first gap space

C: second clearance space

D: third clearance space

Figure 1: The three-dimensional exploded schematic diagram of this creation [longitudinal].

Figure 2: A schematic cross-sectional view of this creative combination [longitudinal].

Figure 3: The three-dimensional exploded diagram of this creation [horizontal].

Figure 4: A schematic cross-sectional view of this creative combination [horizontal].

Figure 5: Schematic diagram of the decomposition of this creative wave board.

Figure 6: A schematic cross-sectional view of this creation's wave-sheet combination.

Figure 7: Schematic diagram of another implementation state of this creative wave sheet.

1: Wave sheet

10: Internal space

11: The bottom end of the foundation

12: side end face

2: Truss components

3: The first insulation material

4: The second insulation material

5: Upper board

A: Resistance carrier

Claims (5)

A wave board combination system, which mainly includes: A plurality of overlapping corrugated boards has a bottom end surface of a foundation, and two sides of the bottom end surface of the foundation are respectively connected with side end surfaces that are relatively perpendicular to it. An internal space is formed between the bottom end surface of the foundation and the two end surfaces of the foundation. The end of one end surface is provided with a first assembly portion, and the end of the other end surface is provided with a second assembly portion. The first assembly portion overlaps and wraps the outside of the second assembly portion and forms Primary resistance carrier At least one truss component correspondingly arranged above the resistance carrier, and includes at least one fixing seat locked on the resistance carrier and a truss locked by being placed in the fixing seat; The first heat insulation material is correspondingly arranged in the inner space of the corrugated board, and its two ends respectively abut against the side end surface, and form a first gap space with the bottom end surface of the foundation; The second heat insulation material is correspondingly arranged between the two truss components, and two ends of which respectively abut against the truss component, and form a second gap space with the first heat insulation material; An upper plate is correspondingly laid above the truss assembly, and the upper plate and the second heat insulating material form a third gap space. The corrugated board combination system according to claim 1, wherein the first connecting portion includes a first diagonal bracing section that is connected to the side end surface and inclined inward, and the first diagonal brace section is connected to the first inner straight Section, the first inner straight section is connected to a first straight section extending outward, and a first hook section is provided at the end of the first straight section; The second set of connecting portions includes a second diagonal bracing section that is connected to the side end surface and inclined inward, the second diagonal bracing section is connected to a second inner straight section, and the second inner straight section is connected to A second straight section extending outside, and a second hook section at the end of the second straight section; where: The length of the first inner straight section is greater than that of the second inner straight section, and the width of the first straight section is greater than that of the second straight section, so that the first inner straight section and the first straight section of the first set of joints The straight section and the first hook section are wrapped around the outside of the second hook section, the second straight section and the second inner straight section of the second set of joints, and the first and second sets of joints overlap It constitutes a pentagonal tube type resistance carrier. The corrugated board combination system according to claim 1 or 2, wherein at least one reinforcing rib is provided on the bottom end surface of the foundation, and the reinforcing rib can increase the strength of the bottom end surface of the foundation to bear gravity. The corrugated board combination system according to claim 1 or 2, wherein a reinforcing lead angle is provided between the bottom end surface of the foundation and the side end surface, and the reinforcing lead angle can increase the strength of the bottom end surface of the foundation to bear gravity. The corrugated board combination system according to claim 3, wherein the reinforcing ribs can be inverted V-shaped or dovetail grooved.

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