A hidden intelligent thermal insulation device for wards based on the Internet of Things

Abstract

The invention belongs to the technical field of thermal equipment, and specifically discloses a hidden intelligent thermal insulation device for wards based on the Internet of Things. The ceiling of the ward is provided with a thermal insulation ceiling matched with the solar energy mechanism; it also includes an isolated meal delivery mechanism and a thermal insulation layer on the ward wall, and a heating mechanism is arranged in the thermal insulation layer; it also includes a heating mechanism, a thermal insulation cabinet, and an isolated meal delivery mechanism. , a controller that is connected with the thermal insulation ceiling and the solar energy mechanism. The invention provides a thermal insulation cabinet and an isolated meal delivery mechanism in the ward. The thermal insulation cabinet provides patients with food or medicine preservation. Provide heat for the heat preservation cabinet, improve energy utilization, and isolate the food delivery agency to isolate the ward from the outdoors and block the air transmission of infectious diseases.

Description

technical field [0001] The invention belongs to the technical field of thermal equipment, and in particular relates to a hidden intelligent thermal insulation device for wards based on the Internet of Things. Background technique [0002] With the development of medical level, people have higher and higher requirements for hospital wards, and put forward higher requirements for the thermal insulation effect of wards. However, most of the thermal insulation wall panels of the existing external walls are made of bonded foam boards and are placed on the outer side. The outer layer of thermal insulation wallboard is obtained by painting, although it can achieve a certain thermal insulation effect, but the thermal insulation performance is poor, the life span is low, and the solar energy cannot be used at the same time; although the thermal insulation of the windows can save us a lot of cooling or heating consumption. energy, but the traditional passive window process is more com...

AI Technical Summary

Problems solved by technology

[0002] With the development of the medical level, people have higher and higher requirements for the wards of the hospital, and put forward higher requirements for the thermal insulation effect of the wards. However, the thermal insulation wall panels of the existing external walls are mostly made of adhesive foam boards and placed on the outer side. Painted to get the outer layer of thermal insulation wallboard, although it can play a certain thermal insulation effect, but the thermal insulation performance is poor, the life is low, and solar energy cannot be used at the same time; although the thermal insulation of the windows can save us a lot of energy consumed by cooling or heating Energy, but the traditional passive window process is more complex, more difficult to process, higher cost, not strictly sealed, can not effectively slow down the loss of heat, and most of the existing heating methods use water heating, water heating is one of the radiant heating It is the most popular heating method at present. The water heating is through the coil, and the circulating hot water in the pipe passes through the heat medium in the radiant layer to evenly heat the entire ground, and uses the heat storage and heat of the ground itself to radiate upwards. The law conducts from bottom to top to achieve the purpose of heating. Most of the existing heating radiators use floor heating and radiators. A lot of heat is lost, and the ideal heating effect cannot be achieved. Therefore, structural modification of the wall is required to reduce heat loss. At the same time, many thermal insulation devices in the ward cannot be connected and adjusted according to changes in the external environment. Traditional wards do not have preservation mechanisms , when the patient is unable to eat during the treatment period, the food will gradually cool down and there is no heat preservation equipment for heat preservation measures. Sometimes the patient needs special medicines to be refrigerated. At this time, the patient needs to put the medicines in the nurse's station refrigerator. The process of taking medicine is cumbersome. At the same time, there is no isolated food delivery agency during the special epidemic prevention period, which may easily cause cross-infection

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