Floor heating multi-connected air conditioner system

Abstract

The invention discloses a floor heating multi-connected air conditioner system which comprises an outdoor unit, indoor units and controllers. The indoor units are connected with the outdoor unit through refrigerant pipelines. The controllers are connected with the outdoor unit and the indoor units through shielding signal lines. Each floor heating tube set comprises a composite floor heating tube, a third stop valve, a third filter, a third electronic expansion valve, a fourth stop valve and a floor heating tube set control panel, the third stop valve, the third filter and the third electronic expansion valve are sequentially disposed along the refrigerant flowing in direction on a refrigerant pipeline connected to the refrigerant flowing in end of the composite floor heating tube, the third electronic expansion valve is electrically connected with the heating tube control panel, and the heating tube control panel is connected with corresponding controller through one shielding signal line. By the floor heating multi-connected air conditioner system, indoor temperature can be controlled precisely during heating, and energy consumption can be lowered effectively.

Description

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine

Login to view more

AI Technical Summary

Benefits of technology

This patented technology describes an improved design for multiple connected systems used in buildings such as floors or rooms where they require warmth during winter months. These systems consist mainly of three components - one outside unit (outside), another inside unit (inside) and two separate units called the indoor unit's footprint area and the ground space. To reduce costs while maintain efficiency, these systems have been designed without any unnecessary equipment like fans or condensers. They also include features like sensors to detect if someone enters through doors on their way home or away at nightfall. Overall, this innovation improving upon existing designs allows more efficient utilization of resources within building spaces.

Problems solved by technology

This patented describes two types of air-controlled (A/B) or centralized systems for efficiently supplying warmth to multiple rooms simultaneously without overheating their own space's temperatures too much. These include conventional air-condensation type floors, wall mounted evaporative condenser panels, and underfloor heating tubings. Each has its advantages and disadvantages depending upon factors like environmental conditions such as humidity levels and occupancy level. To solve these issues, each system requires different values based on specific requirements.

Images