Functional floor board with embedded cooling and heating pipe

Abstract

Disclosed is a functional floor board with an embedded cooling and heating pipe. The functional floor board with the embedded cooling and heating pipe comprises a floor board body, an accommodating cavity and a floor heating pipe. The accommodating cavity is arranged on the side edge of the floor board body, the upper portion of one side edge end of the floor board body is protruded, and the bottom of the side edge end of the floor board body is provided with a longitudinal groove; the bottom of the other side edge end of the floor board body is protruded and is provided with a longitudinal groove; the longitudinal grooves correspond to each other vertically to form an integrated accommodating cavity; a one-side notch which is arranged inside a neighboring floor board defines a longitudinal snapping groove, and the floor heating pipe is horizontally arranged inside the longitudinal snapping groove. When one floor board is matched with the groove of a neighboring floor board on one side, the two neighboring floor boards form the internal accommodating cavity, the floor heating pipe is accommodated inside the internal accommodating cavity, so that the floor boards and the floor heating pipe are connected into a whole, further a floor heating function and a floor board function are integrated together, heat can be transferred to the floor boards directly through the floor heating pipes and energy losses of floor cooling and heating can be reduced.

Description

technical field [0001] The invention relates to a functional floor with built-in heating and cooling pipes, in particular to a floor with built-in heating and cooling pipes, a ground paving material made of ceramic tiles and marble. Background technique [0002] With the development of science and technology, the traditional heating technology has undergone changes, especially floor heating has become a popular trend, but the current floor heating is mainly construction technology, and its disadvantage is on-site construction work, rather than standardized products, and this method Energy transmission needs to go through a secondary conduction process, and then conduct to the ground, which not only lasts for a long time, but also has a serious temperature rise lag, and requires long-term operation, resulting in a large amount of energy loss. [0003] Therefore, someone has developed a fast heat-conducting floor heating floor. For example, there is a Chinese patent with a pub...

AI Technical Summary

Problems solved by technology

1. The heat conduction relies on the ground layer, and the energy loss rate in the gap between the conduction media is still high; 2. Due to the heating and the split structure of the floor, the material consumption is large

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