CN-224228175-U - FRPU ceramic tile composite chassis

CN224228175UCN 224228175 UCN224228175 UCN 224228175UCN-224228175-U

Abstract

The utility model discloses a FRPU ceramic tile composite chassis which comprises a keel frame, a fireproof fiber board and an FRP protective layer, wherein the keel frame is combined with the fireproof fiber board and the FRP protective layer to form a composite chassis body, the keel frame is coated with PU high-density waterproof profiles, the fireproof fiber board is paved on the bottom surface of the keel frame, the FRP protective layer is paved on the surface of the keel frame, limit terraces for quick assembly with bathroom wall boards are arranged at the top edges of the chassis body, the limit terraces are arranged along the length direction of the chassis body, and the keel frame comprises two first support plates and two second support plates which are connected with the corresponding two second support plates through the two first support plates to form a hollow structure. The waterproof and fireproof composite chassis has the beneficial effects that the waterproof and fireproof performance of the whole composite chassis body is improved through the design, and the weight of the composite chassis body is reduced through the hollow structure, so that workers can conveniently transfer, convey, install and other works during construction.

Inventors

ZHANG LIANG
ZHANG KUNQIANG
WU ZIJIAN
Bin Zihao
ZHANG JUN
LIAO WENZHI

Assignees

博维住宅科技(广东)有限公司

Dates

Publication Date: 20260512
Application Date: 20250516

Claims (7)

1. A FRPU ceramic tile composite chassis comprises a keel frame, a fireproof fiber board and an FRP protective layer, and is characterized in that the keel frame is combined with the fireproof fiber board and the FRP protective layer to form a composite chassis body, the keel frame is coated with PU high-density waterproof profiles, the fireproof fiber board is laid on the bottom surface of the keel frame, and the FRP protective layer is laid on the surface of the keel frame; The top edges of the chassis body are provided with limiting terraces for quick assembly with the bathroom wall plates, and the limiting terraces are arranged along the length direction of the chassis body; The keel frame comprises two first supporting plates and two second supporting plates, and the two first supporting plates are connected with the two corresponding second supporting plates to form a hollow structure.
2. The composite FRPU tile chassis of claim 1, wherein said keel frame has a first support beam disposed therein.
3. The composite chassis of claim 2, further comprising a second support beam, wherein the second support beam is disposed inside the keel frame, and wherein the first support beam and the second support beam are disposed in a cross.
4. The FRPU ceramic tile composite chassis according to claim 1, wherein a gel coat waterproof layer is additionally arranged on the surface of the FRP protective layer.
5. The composite chassis of FRPU tiles of claim 1, wherein the limiting ladder comprises a bearing plate and an anti-deflection baffle, the bearing plate is connected with the top of the composite chassis body, the bearing plate is connected with the anti-deflection baffle, and an included angle between the bearing plate and the anti-deflection baffle is 45 degrees.
6. The composite chassis of FRPU tiles of claim 1, wherein a tile finish layer is laid on the surface of the gel coat waterproof layer.
7. The FRPU ceramic tile composite chassis of claim 1, wherein said composite chassis body is integrally formed with said spacing landing.

Description

FRPU ceramic tile composite chassis Technical Field The utility model relates to the technical field of bathroom construction, in particular to a FRPU ceramic tile composite chassis. Background In the bathroom construction process, the bathroom chassis is an important part of the whole bathroom, and a great deal of market demands are generated by the bathroom chassis along with the rapid development of the whole bathroom, and the bathroom chassis generally has the functions of water resistance, water drainage and rapid construction, wherein the water resistance refers to the overall water resistance of the chassis and the water resistance of each joint; However, most of the bathroom chassis at present is formed by integrally pouring resin concrete, so that the bathroom chassis is excessively heavy in weight, firstly inconvenient for workers to carry, secondly, the workers need to consume a large amount of workload during construction, so that the construction period is prolonged, the purpose of quick construction cannot be achieved, and the existing bathroom chassis is formed by integrally pouring the resin concrete, so that the waterproof effect of the bathroom chassis is poor, and the phenomenon of water leakage of the bathroom chassis is easy to occur. Disclosure of utility model Aiming at the defects, the utility model aims to provide the FRPU ceramic tile composite chassis which is simple in construction process, good in waterproof performance and portable in bathroom chassis. To achieve the purpose, the utility model adopts the following technical scheme: A FRPU ceramic tile composite chassis comprises a keel frame, a fireproof fiber board and an FRP protective layer, wherein the keel frame is combined with the fireproof fiber board and the FRP protective layer to form a composite chassis body, the keel frame is coated with PU high-density waterproof profiles, the fireproof fiber board is laid on the bottom surface of the keel frame, the FRP protective layer is laid on the surface of the keel frame, limit terraces used for being quickly assembled with bathroom wall boards are arranged on the top edge of the chassis body, the limit terraces are arranged along the length direction of the chassis body, the keel frame comprises two first supporting plates and two second supporting plates, and the two first supporting plates are connected with the two corresponding second supporting plates to form a hollow structure. Preferably, in the FRPU tile composite chassis, a first supporting beam is disposed inside the keel frame. Preferably, the FRPU ceramic tile composite chassis further comprises a second supporting beam, the second supporting beam is arranged in the keel frame, and the first supporting beam and the second supporting beam are arranged in a crossing mode. Preferably, in the FRPU ceramic tile composite chassis, a gel coat waterproof layer is additionally arranged on the surface of the FRP protective layer. Preferably, the FRPU ceramic tile composite chassis, the limit landing comprises a bearing plate and an anti-deflection baffle, the bearing plate is connected with the top of the composite chassis body, the bearing plate is connected with the anti-deflection baffle, and an included angle between the bearing plate and the anti-deflection baffle is 45 degrees. Preferably, in the FRPU ceramic tile composite chassis, the ceramic tile finishing layer is laid on the surface of the gel coat waterproof layer. Preferably, in the FRPU ceramic tile composite chassis, the composite chassis body and the limiting landing are integrally formed. The utility model has the beneficial effects that: (1) Firstly, the composite chassis body is formed by combining the keel frame, the fireproof fiber board and the FRP protective layer, so that the waterproof and fireproof performances of the whole composite chassis body are improved by the design, and in addition, the keel frame is coated with the PU high-density waterproof profile, so that the water seepage phenomenon of the composite chassis body in the subsequent use process is further avoided. (2) In addition, the top edge of the chassis body is provided with a limiting step, and the limiting step is arranged along the length direction of the composite chassis body, so that the assembly efficiency of the bathroom wallboard or the wallboard can be improved through the design, and the assembly speed of the whole bathroom construction is improved. (3) Because the dragon skeleton is connected by two first backup pads and two second backup pads and is constituteed, consequently, forms hollow structure, and such design makes compound chassis body bearing effect, has improved life more to still alleviateed compound chassis body's weight through hollow structure, thereby make the staff when the construction, conveniently shift work such as transport installation. Drawings FIG. 1 is a schematic diagram of one embodiment of the present utility model; FIG. 2 is a schematic di