Heating overhead module

Abstract

A heating overhead module comprises an overhead module, leveling anchors and a balance module; the overhead module comprises overhead module units, and the leveling anchors are arranged at the intersections between cross joints formed by the four overhead module units; each overhead module unit comprises a rectangular baseplate, and the corners of the baseplate are provided with unfilled corner parts and chamfering parts; each chamfering part is provided with a mounting table convexly, and each baseplate is provided with a protrusion; longitudinal and transversal through channels are formed between the protrusions, and a weight loss through hole with inner flanging at the top end is formed at the position, corresponding to the baseplate, of the protraction; each leveling anchor comprises abase, a lead screw and a bearing plate; the bottom end of a screw rod is riveted with the base, and the top of the screw rod is provided with a rotating groove; the bearing plate is fixed to a nut seat in a sleeving mode; a top plate, at the intersection among the four overhead module units, of the mounting table is connected with the bearing plate by pressing; the balance module comprises a plurality of rectangular balance plates, and a rotating lock is installed at the position, located at the intersection between cross joints B among the four balance plates; the lower ends of the four rotating lock parts extend into a weight loss through hole, and spring bolts at the lower ends of the rotating lock parts are hooked on the bottom wall of the inner flanging through rotation.

Description

technical field [0001] The invention relates to a heating overhead module. Background technique [0002] The ground engineering of the building interior floor occupies an important proportion and share in the interior decoration engineering of the building. During the ground construction, due to the technical relationship of the wet operation, in addition to the time-consuming process itself, there is also the age necessary for the maintenance to reach a certain intensity. , and its moisture content reach the corresponding prescribed natural aging period. Obviously, these wet operations are the longest process. As a result, there has been an increasing focus on dry construction in the industry recently. The raised floor is an important part of it. The positioning of the raised floor adjustment method in the prior art often requires a special construction structure, and the direction of the plate thickness is changed to a certain extent, which is costly; or it can only achie...

AI Technical Summary

Problems solved by technology

The raised floor is an important part of it. The positioning of the raised floor adjustment method in the prior art often requires a special construction structure, and the direction of the plate thickness is changed to a certain extent, which is costly; or it can only achieve a higher raised height. Inconvenient to adjust

At present, laying floor heating in buildings has become a trend. After laying floor heating in the prior art, it is necessary to lay a layer of ash layer on it, bury the heating pipeline under the ash layer, and use the ash layer for leveling to carry out the next step of interior decoration. , if there is a problem with the heating pipeline, the ash layer needs to be smashed open, the workload is very heavy, and the heating pipeline that has no problem may be damaged

Also, when the floorboards need to be trimmed around the corners of the room, additional support structures are required

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