TWM641997U - Reinforced lightweight fire brick wall structure - Google Patents

Abstract

This creation is a reinforced lightweight fireproof brick wall structure, which is combined with a supporting wall frame group, several fireproof brick bodies, several interface agent layers, several adhesive layers and several cement board bodies. There is a vertical supporting wall frame group and a horizontal supporting wall frame group combined and fixed with each other, and the fire brick body is fixed and accommodated in the longitudinal supporting wall frame group and the horizontal supporting wall frame group, and the fire brick body and the longitudinal supporting wall frame The surface of the group and the lateral support wall frame group is sequentially covered with a bonding interface agent layer, an adhesive layer and a cement board body from the inside to the outside, so that the completed wallboard has high strength and high pull-out coefficient, and the overall mechanical strength is high , It is highly convenient and stable when used in structural modular assembly, so as to achieve the effect of convenient use and good functionality.

Description

Reinforced lightweight fire brick wall structure

This creation is related to a reinforced lightweight fireproof brick wall structure, especially to the technical field of a wall with light weight, fireproof and quick assembly functions.

Press, at present known compartment wall panel structure as shown in Figure 8, it is with an upper trough frame 71, a lower trough frame 72, a number of C-shaped columns 73, a number of reinforcing cross bars 74, a number of fireproof cotton 75 and a number of covers Composed of plates 76, the number of C-shaped columns 73 are arranged at intervals between the upper channel frame 71 and the lower channel frame 72, and the number of reinforcing cross bars 74 are transversely passed through and fixed between each C-shaped column 73, and the number of fireproof cotton 75 Filled between the C-shaped columns 73, the number of cover plates 66 are respectively covered and fixed on the combined upper channel frame 71, lower channel frame 72 and the outside of the C-shaped column 73. Although the structure is light and shockproof, the sound insulation effect is not good. It is easy to shake when strong wind blows. If it is used as a residence, it will easily make people on tall buildings feel uncomfortable, so it is necessary to improve it.

In view of the poor structural functionality and poor stability of use of the conventional partition wall panel structure, this creation is a reinforced lightweight fireproof brick wall structure for this creation.

The main purpose of this creation is to provide a reinforced lightweight fireproof brick wall structure, which is a wall panel structure, including a supporting wall frame group, several fireproof bricks, several interface agent layers, several adhesive layers and several For the cement board body, the supporting wall frame group is provided with a vertical supporting wall frame group and a horizontal supporting wall frame group, and the longitudinal supporting wall frame group is provided with an upper concave sub-board horizontal frame, a lower concave sub-board horizontal frame, several side concave The longitudinal outer frame of the sub-plate and the longitudinal inner frame of the number, and the longitudinal outer frame of the side concave sub-plate is respectively fixed on the left and right sides of the horizontal frame of the upper concave sub-plate and the horizontal frame of the lower concave sub-plate, and the vertical inner frame of the number Set between the longitudinal outer frames of the side concave sub-plates on both sides, so that several longitudinal positioning and clamping grooves are formed between several longitudinal inner frames. , the longitudinal outer frame of the number of undercut sub-plates and the number of horizontal inner frames, and the longitudinal outer frames of the undercut sub-plates are respectively fixed on the left and right sides of the horizontal frame of the upper concave sub-plate and the horizontal frame of the lower concave sub-plate, and the number The horizontal inner frames are arranged between the longitudinal outer frames of the undercut sub-boards on both sides at intervals, so that several horizontal positioning card grooves are formed between several horizontal inner frames, and the number of fireproof bricks are positioned and fixed on the vertical inner frames of the vertical support wall frame group The number of longitudinal positioning clamping grooves set between them, and the number of fireproof bricks are also positioned and fixed on the horizontal inner frame of the horizontal support wall frame group. The number of horizontal positioning clamping grooves set between the horizontal support wall frame group and the horizontal support The two side surfaces of the wall frame group are respectively covered with a bonding interface agent layer, and the inner sides of the longitudinally supporting wall frame group and the horizontally supporting wall frame group are oppositely provided with an interface agent layer, and then bonded with an adhesive layer, and the inner side of the cement board body The surface is provided with an interface agent layer, the outer side of the vertical support wall frame group and the horizontal support wall frame group are provided with an interface agent layer, and the cement board body with an interface agent layer on the inner surface is combined with an adhesive layer.

In a preferred embodiment, a horizontal support frame is respectively provided between the longitudinal inner frames of the longitudinal support wall frame group of the supporting wall frame group, so that the assembly of several fireproof bricks is stable and prevents the fireproof bricks from facing the vertical inner frame. There are gaps during assembly, causing abnormal sounds when vibrating, so as to increase the multiple practicability of this creation.

In a preferred embodiment, a vertical support frame is respectively provided between the horizontal inner frames of the horizontal support wall frame group of the supporting wall frame group, so that the assembly of several fireproof bricks is stable and prevents the fireproof bricks from facing the horizontal inner frame. There are gaps during assembly, causing abnormal sounds when vibrating, so as to increase the multiple practicability of this creation.

In a preferred embodiment, the cross-section of the longitudinal inner frame set by the vertical support wall frame group of the support wall frame group is C-shaped, so that there are more change options in the assembly, so as to increase the multiple practicability of this creation .

In a preferred embodiment, the cross-section of the horizontal inner frame set by the horizontal support wall frame group of the support wall frame group is C-shaped, so that there are more change options in the assembly, so as to increase the multiple practicability of this creation .

In a preferred embodiment, the cross-section of the vertical inner frame set by the vertical support wall frame group of the support wall frame group is H-shaped, so that there are more change options in the assembly, so as to increase the multiple practicability of this creation .

In a preferred embodiment, the cross-section of the horizontal inner frame set by the horizontal support wall frame group of the support wall frame group is H-shaped, so that there are more change options in the assembly, so as to increase the multiple practicability of this creation .

In a preferred embodiment, the number of fireproof bricks and the number of cement boards are combined with several adhesive layers, and further reinforced with several structural nails, so that the combination between the fireproof bricks and the cement boards has better stability. To increase the multiple variability of this creation.

In a preferred embodiment, the supporting wall frame group, the number of fireproof bricks and the number of cement boards are further reinforced with several structural nails, so that the combination of the supporting wall frame group, the number of fireproof bricks and the number of cement boards , with better stability to increase the multiple variability of this creation.

Through the cooperation of the supporting wall frame group, the fireproof brick body, the interface agent layer, the adhesive layer and the cement board body, the supporting wall frame group is provided with a longitudinal supporting wall frame group and a horizontal supporting wall frame group that are combined and fixed with each other, and the fireproofing The bricks are fixed in the vertical supporting wall frame group and the horizontal supporting wall frame group, and the surface of the fireproof brick body, the longitudinal supporting wall frame group and the horizontal supporting wall frame group is covered with a bonding interface agent layer from the inside to the outside. , Adhesive adhesive layer and cement board body, so that the completed wallboard has high strength and high pull-out coefficient, and the overall stress strength is high. It is highly convenient and stable when used in structural modular assembly, so as to achieve convenience in use And use the effect of good functionality.

In order to enable your review committee to further understand the structure, characteristics and other purposes of this creation, the following preferred embodiments are attached with drawings for detailed description, but the embodiments described in this illustration are for illustration purposes only. It is not the only restriction on the patent application.

Please refer to Figures 1 to 4, which are schematic diagrams of the three-dimensional combination state, another angle three-dimensional combination state, three-dimensional decomposition state and top view section state of the reinforced lightweight fireproof brick wall structure of this creation, which include:

A supporting wall frame group 10, the supporting wall frame group 10 is provided with a longitudinal supporting wall frame group 11 and a transverse supporting wall frame group 12, the longitudinal supporting wall frame group 11 is provided with an upper concave sub-plate transverse frame 110, a lower concave The sub-plate transverse frame 111, the number of undercut sub-plate longitudinal outer frames 112 and the number of longitudinal inner frames 113, and the undercut sub-plate longitudinal outer frames 112 are respectively fixed on the upper concave sub-plate transverse frame 110 and the lower concave sub-plate transverse frame 111 on the left and right sides, and the number of longitudinal inner frames 113 are spaced between the longitudinal outer frames 112 of the undercut sub-plates on both sides, so that the number of longitudinal inner frames 113 forms a number of longitudinal positioning clamping grooves 113A, the horizontal support The wall frame group 12 is provided with an upper concave sub-plate transverse frame 120, a lower concave sub-plate transverse frame 121, several side concave sub-plate longitudinal outer frames 122 and several lateral inner frames 123, and the side concave sub-plate longitudinal outer frames 122 are fixed respectively. It is arranged on the left and right sides of the upper concave sub-plate horizontal frame 120 and the lower concave sub-plate horizontal frame 121, and the number of horizontal inner frames 123 is spaced between the side concave sub-plate longitudinal outer frames 122 on both sides, so that the number of horizontal inner frames Between the frames 123, a number of horizontal positioning clamping grooves 123A are formed;

The number of fireproof bricks 20, the number of fireproof bricks 20 is positioned and fixed on the longitudinal positioning card groove rail 113A set between the longitudinal inner frame 113 of the longitudinal support wall frame group 11, and the number of fireproof bricks 20 is also positioned and fixed on The number of transverse positioning clamping grooves 123A is provided between the transverse inner frames 123 of the transverse support wall frame group 12;

Several interface agent layers 30, its interface agent layer 30 respectively covers and is combined in the two side surfaces of vertical support wall frame group 11 and horizontal support wall frame group 12;

Adhesive adhesive layer 40, the adhesive adhesive layer 40 is bonded to the inner side of the interface agent layer 30 opposite to the vertical support wall frame group 11 and the horizontal support wall frame group 12; and

Several cement board bodies 50, the inner surface of the cement board body 50 is provided with an interface agent layer 30, the longitudinal support wall frame group 11 and the lateral support wall frame group 12 are provided with the outer side of the interface agent layer 30, and the inner surface is provided with an interface agent layer The number of 30 cement board bodies 50 is combined with the adhesive glue layer 40 again.

With the cooperation of the above structures, the reinforced lightweight fireproof brick wall structure of this creation can be completed.

Please refer to Figures 1 to 4, which are the three-dimensional combination state, three-dimensional decomposition state, top view section state and top view section use state reference diagram of the reinforced lightweight fireproof brick wall structure of this creation, and the fireproof brick body 20 is positioned and fixed The number of longitudinal positioning clamping grooves 113A is set between the longitudinal inner frames 113 of the longitudinal support wall frame group 11, and the number of fireproof bricks 20 is also positioned and fixed between the horizontal inner frames 123 of the horizontal support wall frame group 12. Horizontally positioning the clamping groove rail 123A, the two side surfaces of the vertical supporting wall frame group 11 and the horizontal supporting wall frame group 12 are respectively covered with the bonding interface agent layer 30, and the vertical supporting wall frame group 11 and the horizontal supporting wall frame group 12 are opposite to each other. The inner side of the interface agent layer 30 is set and then bonded with the adhesive layer 40, and the inner surface of the cement board body 50 is provided with the interface agent layer 30, and the vertical support wall frame group 11 and the horizontal support wall frame group 12 are provided with the interface agent layer. The outer side of 30, and the cement board body 50 with the interface agent layer 30 on the inner surface are combined with the adhesive layer 40, by supporting the wall frame group 10, the fire brick body 20, the interface agent layer 30, the adhesive layer 40 and The cement board body 50 cooperates, and the supporting wall frame group 10 is provided with the vertical supporting wall frame group 11 and the horizontal supporting wall frame group 12 which are mutually combined and fixed, and the fireproof brick body 20 is fixed and accommodated in the longitudinal supporting wall frame group 11 and the horizontal supporting wall frame group 11. In the supporting wall frame group 12, and on the surface of the fireproof brick body 20, the longitudinal supporting wall frame group 11 and the horizontal supporting wall frame group 12, the bonding interface agent layer 30, the adhesive glue layer 40 and the cement board are sequentially covered from the inside to the outside Body 50, so that the completed wallboard has high strength and high pull-out coefficient, and the overall stress strength is high, and it is highly convenient and stable when used in structural modular assembly, so as to achieve the effect of convenient use and good functionality .

Please cooperate and refer to shown in Figure 6, which is the embodiment of the reinforced light fireproof brick wall structure of this creation. In a preferred embodiment, a horizontal support frame 113B is respectively provided between the longitudinal inner frames 113 of the vertical support wall frame group 11 of the support wall frame group 10, so that the assembly of several fireproof bricks 20 is stable and prevents the fireproof bricks from There is a gap when 20 is assembled relative to the longitudinal inner frame 113, which causes abnormal sound when vibrating, so as to increase the multiple practicability of this creation.

Please cooperate and refer to shown in Figure 7, it is the embodiment of the reinforced light fireproof brick wall structure of this creation. In a preferred embodiment, a vertical support frame 123B is respectively provided between the horizontal inner frames 123 of the horizontal support wall frame group 12 of the support wall frame group 10, so that the assembly of several fireproof bricks 20 is stable and prevents the fireproof bricks from There is a gap when 20 is assembled relative to the horizontal inner frame 123, which causes abnormal sound when vibrating, so as to increase the multiple practicability of this creation.

Please refer to Figures 3 to 5, which are the three-dimensional decomposition state, the top view section state, and the top view section combined with the H-shaped column. In a preferred embodiment , the vertical support wall frame group 11 of this support wall frame group 10 is provided with vertical inner frame 113 section system and is C-shaped, makes the assembly have more change selectivity, to increase the multiple practicability of this creation.

Please refer to Figures 3 to 5, which are the three-dimensional decomposition state, the top view section state, and the top view section combined with the H-shaped column. In a preferred embodiment , the horizontal inner frame 123 cross-section of the horizontal support wall frame group 12 of the support wall frame group 10 is C-shaped, so that there are more change options in the assembly, so as to increase the multiple practicability of this creation.

Please refer to Figures 3 to 5, which are the three-dimensional decomposition state, the top view section state, and the top view section combined with the H-shaped column. In a preferred embodiment , in a preferred embodiment, the longitudinal inner frame 113 cross-section of the vertical support wall frame group 11 of the support wall frame group 10 is H-shaped, so that there are more change options in the assembly, to increase the invention. So much practicality.

Please refer to Figures 3 to 5, which are the three-dimensional decomposition state, the top view section state, and the top view section combined with the H-shaped column. In a preferred embodiment , the horizontal inner frame 123 cross-section of the horizontal support wall frame group 12 of the support wall frame group 10 is H-shaped, so that there are more change options in the assembly, so as to increase the multiple practicability of this creation.

Please cooperate and refer to shown in Fig. 4, it is the top view sectional state state reference figure of the strengthened lightweight fireproof brick wall structure of this creation, in a preferred embodiment, the number of fireproof bricks 20 and the number of cement boards 50 are several In addition to the combination of the adhesive layer 40, several structural nails 60 are further used for reinforcement, so that the combination between the fireproof brick body 20 and the cement board body 50 has better stability, so as to increase the multiple variability of this creation.

Please cooperate and refer to shown in Fig. 4, it is the top view sectional state state reference figure of the strengthened lightweight fireproof brick wall structure of this creation, in a preferred embodiment, this supporting wall frame group 10 and several fireproof brick bodies 20 and several The cement board body 50 is further reinforced with several structural nails 60, so that the combination of the supporting wall frame group 10, the number of fireproof brick bodies 20 and the number of cement board bodies 50 has better stability, so as to increase the multiple variability of this creation .

In summary, this creation can indeed achieve the above-mentioned functions and purposes, so this new model should meet the requirements for patent application, and the application should be filed according to law.

10: Support wall frame group 11: Longitudinal support wall frame group 110: Upper concave sub-plate horizontal frame 111: The horizontal frame of the concave sub-plate 112: Longitudinal frame of undercut sub-plate 113: vertical inner frame 113A: Longitudinal positioning clamping groove rail 113B: Horizontal support frame 12: Horizontal support wall frame group 120: Upper concave sub-plate horizontal frame 121: The horizontal frame of the concave sub-plate 122: Longitudinal frame of undercut sub-plate 123: Horizontal inner frame 123A: Horizontal positioning clamping groove rail 123B: Vertical support frame 20: fire brick body 30: Interface agent layer 40: adhesive layer 50: Cement board body 60: Structural Nails 71: upper slot frame 72: lower slot frame 73: C-shaped column 74: Reinforced cross bar 75: fireproof cotton 76: cover plate

[Fig. 1] is a schematic diagram of the three-dimensional combination state of the reinforced lightweight fireproof brick wall structure of this creation. [Fig. 2] It is a schematic diagram of another angle three-dimensional combination state of the reinforced lightweight fireproof brick wall structure of this creation. [Fig. 3] is a schematic diagram of the three-dimensional decomposition state of the reinforced lightweight fireproof brick wall structure of this creation. [Fig. 4] is a schematic diagram of the top view section state of the enhanced lightweight fireproof brick wall structure of this creation. [Fig. 5] It is a reference diagram of the top view section of the enhanced lightweight fireproof brick wall structure of this creation and the combined use state of the H-shaped column. [Fig. 6] It is a reference diagram of the state of a horizontal support frame between the vertical inner frames set by the vertical support wall frame group of the embodiment of the reinforced light fireproof brick wall structure of this creation. [Fig. 7] It is a reference diagram of the state of a longitudinal support frame set between the horizontal inner frames of the vertical support wall frame group of the embodiment support wall frame group of the reinforced light fireproof brick wall structure of this creation. [Fig. 8] It is a reference diagram of the conventional partition wall panel structure.

10: Support wall frame group

11: Longitudinal support wall frame group

110: Upper concave sub-plate horizontal frame

111: The horizontal frame of the concave sub-plate

112: Longitudinal frame of undercut sub-plate

113: vertical inner frame

113A: Longitudinal positioning clamping groove rail

12: Horizontal support wall frame group

120: Upper concave sub-plate horizontal frame

121: The horizontal frame of the concave sub-plate

122: Longitudinal frame of undercut sub-plate

123: Horizontal inner frame

123A: Horizontal positioning clamping groove rail

20: fire brick body

30: Interface agent layer

40: adhesive layer

50: Cement board body

Claims (9)

A reinforced lightweight fireproof brick wall structure, which includes: A support wall frame group, the support wall frame group is provided with a longitudinal support wall frame group and a transverse support wall frame group, the longitudinal support wall frame group is provided with an upper concave sub-plate transverse frame, a lower concave sub-plate transverse frame, several The longitudinal outer frame of the undercut sub-plate and the longitudinal inner frame of the undercut sub-plate are respectively fixed on the left and right sides of the horizontal frame of the upper concave sub-plate and the horizontal frame of the lower concave sub-plate, and the longitudinal inner frame of the number The frames are spaced between the longitudinal outer frames of the side concave sub-plates on both sides, so that several longitudinal positioning and clamping grooves are formed between several longitudinal inner frames. The horizontal frame, the longitudinal outer frame of several side concave sub-plates and the number of horizontal inner frames, and the longitudinal outer frame of the undercut sub-plate is respectively fixed on the left and right sides of the horizontal frame of the upper concave sub-plate and the horizontal frame of the lower concave sub-plate, and The number of horizontal inner frames is arranged between the longitudinal outer frames of the undercut sub-plates on both sides at intervals, so that a number of horizontal positioning card grooves are formed between the number of horizontal inner frames; A number of fireproof bricks, the number of fireproof bricks is positioned and fixed on the longitudinal positioning card groove rails set between the longitudinal inner frames of the longitudinal support wall frame group, and the number of fireproof bricks is also positioned and fixed on the horizontal support wall frame group The number of horizontal positioning clamping grooves set between the horizontal inner frames; Several interface agent layers, the interface agent layers are respectively covered and bonded to the two side surfaces of the vertical support wall frame group and the horizontal support wall frame group; A plurality of adhesive layers, the adhesive layer is bonded to the inner side of the interface agent layer opposite to the vertical support wall frame group and the horizontal support wall frame group; and The number of cement boards, the inner surface of the number of cement boards is provided with an interface agent layer, the outer side of the longitudinal support wall frame group and the transverse support wall frame group are provided with an interface agent layer, and the number of cement boards with an interface agent layer provided on the inner surface is then Bonded with an adhesive layer. For the reinforced lightweight fireproof brick wall structure described in item 1 of the scope of the patent application, a horizontal support frame is respectively arranged between the longitudinal inner frames of the vertical support wall frame group of the support wall frame group. For the reinforced lightweight fireproof brick wall structure described in item 1 of the scope of the patent application, a vertical support frame is respectively provided between the horizontal inner frames of the vertical support wall frame group of the support wall frame group. For the reinforced light-weight fireproof brick wall structure described in item 1 of the scope of the patent application, wherein, the cross-section of the vertical inner frame set by the longitudinal supporting wall frame group of the supporting wall frame group is C-shaped. For the reinforced light-weight fireproof brick wall structure described in item 1 of the scope of the patent application, wherein, the cross-section of the horizontal inner frame set by the horizontal support wall frame group of the support wall frame group is C-shaped. For the reinforced lightweight fireproof brick wall structure described in Item 1 of the scope of the patent application, the section of the longitudinal inner frame set by the longitudinal support wall frame group of the support wall frame group is H-shaped. As for the reinforced lightweight fireproof brick wall structure described in Item 1 of the scope of the patent application, the cross-section of the horizontal inner frame set by the horizontal support wall frame group of the support wall frame group is H-shaped. The reinforced light-weight fireproof brick wall structure described in item 1 of the scope of the patent application, wherein, the number of fireproof bricks and the number of cement boards are combined with several adhesive layers, and the fireproof bricks are further connected with several structural nails. Bonding and reinforcement between cement boards. The reinforced light-weight fireproof brick wall structure as described in item 1 of the scope of the patent application, wherein the supporting wall frame group is combined with several fireproof brick bodies and several cement board bodies, and is further combined and reinforced with several structural nails.

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