Water heater, water fountain and cabinet-type air-conditioner three-in-one device

Abstract

A three-in-one device is provided, which incorporates functions of a water heater, a water dispenser and a cabinet-type air conditioner. The device is implemented by connecting three water-storage condensation heater exchangers in series at the heat-radiating end of a compressor, cooling a condenser via the cold energy in the low-temperature water to improve the power of a refrigerator by 50%. During the process of cooling the refrigerator, the heat produced by the air conditioner is used as a heat source for the water heater and the water dispenser, and the heat can be heated to a moderate temperature of 50 DEG C and a high temperature of 80 DEG C to substitute the water heater. The water flowing out of a front faucet of a cabinet is treated by a filter and then is used as purified water to substitute the water dispenser. The device is in closed circuit and in pressure state to give no chance for epidemic spread and terrorist empoison. An air inlet is provided on the top of the device, and an air filter is arranged inside the air inlet. The air is filtered and then discharged, so as to refresh the air. The device realizes the refrigeration, heat radiation and heat consumption, keeps the balance between the heat and the cold, and makes full use of the waste heat to reduce the consumption of heat supply resources by 60% and water 10%. The device serves as an air conditioner without outdoor unit and heat discharge, and is the environment-friendly, perfect and ideal device with easy use.

Description

technical field [0001] The invention is a new type of equipment which combines the functions of a water heater, a water dispenser and a cabinet-type air conditioner and learns from each other to achieve convenient use, environment purification, energy saving and environmental protection. Background technique [0002] At present, in order to supply boiled water to everyone in office buildings, office buildings, schools, hospitals and public places, most of them use electric water heaters to boil water for people to use. The heat needs to be absorbed by the air conditioner and then dissipated outside the building, resulting in repeated waste of energy and equipment; water heaters in public places are open and unpressurized, leaving hidden dangers for the spread of epidemics and terrorist poisoning. [0003] The canned water used in drinking fountains is added with deoxygenation, sterilization, and preservatives. Long-term drinking will inevitably cause harm to the human body. ...

AI Technical Summary

Problems solved by technology

[0002] At present, in order to supply boiled water to everyone in office buildings, office buildings, schools, hospitals and public places, most of them use electric water heaters to boil water for people to use. The heat needs to be absorbed by the air conditioner and then dissipated outside the building, resulting in repeated waste of energy and equipment; water heaters in public places are open and unpressurized, leaving hidden dangers for the spread of epidemics and terrorist poisoning

[0003] The canned water used in drinking fountains is added with deoxygenation, sterilization, and preservatives. Long-term drinking will inevitably cause harm to the human body. Canned water must provide huge transportation, which increases the traffic burden and air pollution. The cross flow of water delivery personnel increases. The possibility of the spread of the disease, every bucket of water is under the sole control of a water delivery person without the restraint of a supervisory agency, and the water loses its safety

[0004] Air conditioning brings comfort and enjoyment to people in modern life, but it transfers indoor heat to the outside, increasing the heat pollution of the surrounding environment. The hotter the environment, the more it is necessary to install more air conditioners or increase the power of air conditioners, resulting in Vicious circle of heat emissions accelerates environmental degradation

[0005] The cold air outlet of the existing cabinet-type air conditioner indoor unit is above the front of the indoor cabinet, but the air inlet is at the front and bottom of the cabinet. When people walk past the cabinet, the air inlet of the cabinet quickly sucks in the dust, and the coarse dust is filtered. The fine dust is discharged out of the cabinet from the air-conditioning outlet, suspended around and inhaled by the user, which damages the user's health

In addition, the filter screen installed at the front and bottom of the cabinet quickly gathers dust and needs to be cleaned or replaced frequently.

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