Assembling type residence heating temperature control system based on splicing type floor heating layers and construction method thereof

Abstract

The invention discloses an assembling type residence heating temperature control system based on splicing type floor heating layers. The assembling type residence heating temperature control system based on the splicing type floor heating layers comprises a temperature controller module, floor heating systems using a room as the unit, human body detection sensors and temperature sensors, wherein each human body detection sensor and the corresponding temperature sensor are installed in the corresponding room. The temperature controller module controls connection and disconnection of each floorheating system of the corresponding room according to the detection result of the corresponding human body detection sensor, and controls the temperature of each floor heating system of the corresponding room according to the detection result of the corresponding temperature sensor. Each floor heating system comprises a thermal insulating layer, a splicing type floor heating layer and a normal-temperature phase change thermal insulation material layer, wherein the thermal insulating layer, the splicing type floor heating layer and the normal-temperature phase change thermal insulation materiallayer are laid on a concrete slab from bottom to top. Each splicing type floor heating layer is formed by a plurality of floor heating blocks in a splicing mode, a through hole is formed in the center of each floor heating block, and heating elements of the floor heating systems are installed in the through holes. The assembling type residence heating temperature control system based on the splicing type floor heating layers can achieve control over the floor heating of single rooms, and achieve the purposes that heating is conducted on the basis of person detection, the floor heating systemscan be closed after persons leave the rooms, and the damage to floor heating lines can also be effectively avoided.

Description

technical field [0001] The invention relates to an assembled residential heating system, in particular to an assembled residential heating temperature control system based on an assembled floor heating layer. Background technique [0002] Heating is a technology that uses artificial methods to supply heat to the room to maintain a certain temperature in the room to create suitable living conditions or working conditions. Heat up, and then radiate the indoor air to raise the indoor temperature to achieve the purpose of heating. At present, the heat source medium is mainly water, electric heating film, heating cable, carbon crystal, carbon fiber, etc. in: [0003] The heating mode in which the heat source medium is water is currently a more common heating method in the north and south. It mainly uses low-temperature heat medium (mainly water) to be heated in the heat source, and after absorbing heat, it becomes a high-temperature heat medium (high-temperature water or steam)...

AI Technical Summary

Problems solved by technology

[0009] The disadvantages of the existing technology are: centralized heating control, unable to realize the heating control of a single room, making the control extremely inconvenient and flexible; unable to detect whether there are people in the heating room, which often causes people to continue heating after leaving the room, resulting in energy waste; traditional The way of laying floor heating wires or pipes is easily damaged by the extrusion of the floor

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