Tubular curtain type radiation ceiling air conditioner tail end device

Abstract

The invention discloses a tubular curtain type radiation ceiling air conditioner tail end device comprising a tubular section bar, wherein the internal space of the tubular section bar is divided by a lower layer dividing wall and an upper layer dividing wall, the hollow cavity between the lower layer dividing wall and the bottom part of the tubular section bar is a water passage cavity, the hollow cavity between the lower layer dividing wall and the upper layer dividing wall is a heat insulation air dividing layer, the hollow cavity between the upper layer dividing wall and the top part of the tubular section bar is an open neck, a connecting head is screwed with a connecting hose pipe, the connecting hose comprises a connecting hose I and a connecting hose II, the end part of the connecting hose I is screwed with a connecting opening on a water supply pipe, the connecting hose II is screwed with a connecting opening on a water return pipe, the tubular section bar, a pipe end sealing cover, the connecting head, the connecting hose, the water supply pipe and the water return pipe are connected together to form a closed cold and hot water flow channel, the middle part of a hook is connected with a buckle on the open neck, the upper part of the hook is fixedly connected with a keel, and a suspender is fixedly connected with the keel through a hoisting hole. The tubular curtain type radiation ceiling air conditioner tail end device disclosed by the invention has a simple and compact structure, convenience in installation, flexibility in operation, high heat efficiency, strong dew formation resistance, extensive application range and long service life.

Description

technical field [0001] The invention relates to an air conditioner terminal device, in particular to a tube curtain type radiant ceiling air conditioner terminal device. Background technique [0002] With the gradual improvement of people's living standards and the rapid development of modern building technology, people's requirements for the beauty of building interior decoration and related functional equipment are also constantly increasing. [0003] With the changes in architectural decoration aesthetics, the style of indoor ceilings is also changing, and the requirements for aesthetics and practicality are also increasing. In recent years, in some large public places such as airports, railway stations, subway stations, supermarkets or shopping malls, there have been hanging-piece, square-through or round-through ceilings, which are characterized by simplicity and not flat, making the overall space more open Transparent and open, very directional, strong three-dimension...

AI Technical Summary

Problems solved by technology

But there are still the following two problems: 1. The heat conduction efficiency between materials is low. Cold and heat need to be transferred from the pipe wall and filled with heat-conducting materials to the plate. Increasing the transfer medium will inevitably increase the heat loss, and the overall thermal efficiency is still relatively low. Low; 2. During cooling, condensation is prone to occur on the radiation surface, and the temperature field distribution on the surface of the panel is uneven. The temperature on the contact line between the pipe and the panel is the lowest, and condensation is very easy to occur. The indoor dew point temperature, in this way, reduces the temperature difference between the water supply temperature and the indoor design temperature, thereby reducing the radiation amount per unit area of ​​the radiant panel; 3. The radiant panel is produced in a modular manner by the factory and installed directly on the construction site, with specific dimensions and specifications , which is beneficial to ensure its performance, but it also leads to some corner spaces or irregular spaces that cannot be installed, so customization and other methods are required

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