Indoor temperature regulator

Abstract

The invention provides a thin indoor temperature regulator. The indoor temperature regulator comprises a machine body component and a shell, and side plates (3) of the shell are provided with a water inlet (4) and a water outlet (5). The machine body component comprises a surface cooler (6) and an air blowing device; a panel (2) of the shell is provided with an air inlet (7) and an air outlet (8), and a ventilation channel is formed in the position, between the surface cooler (6) and the air blowing device, on the upper side of the bottom plate; an air baffle (9) and an air guide strip (10) are arranged between the surface cooler (6) and the air blowing device in a spaced mode; the air baffle (9) is a flat plate and is arranged at the position, beside the surface cooler (6), above the ventilation channel; the air guide strip (10) is arranged beside the air blowing device and comprises air guide ribs (11) at the lower end, so that air generated by the air blowing device passes through the air guide ribs (11) and then enters the ventilation channel. The design of the ventilation channel is high in reasonability, the thickness of a whole machine can be 115 mm or below; the heating dissipating effect or the refrigerating effect of the surface cooler is obviously improved, and the noise is obviously low.

Description

technical field [0001] The invention relates to an indoor temperature regulator; in particular, it relates to an indoor temperature regulator using water circulation for heat conversion and transfer. Background technique [0002] An indoor temperature regulator that uses water circulation for heat conversion and transfer is also called a heating and cooling radiator. This device can be used for heating in winter and cooling in summer. This device is especially suitable for places where it is colder in winter and there is a uniform supply of hot water, such as the northern regions of my country. Usually this kind of room temperature adjustment device includes a body assembly and a housing. The body assembly is fixedly installed in the housing and is provided with a water inlet and a water outlet. The body assembly includes a surface cooler and a blower device that are respectively fixedly installed in the housing. The panel sets the air inlet and air outlet. The solutions d...

AI Technical Summary

Problems solved by technology

Since the functional requirements of this type of cooling and heating radiator are the same as those of the vertical surface-mounted fan coil unit, the current type of cooling and heating radiator generally directly adopts the air blowing device and air duct components of the vertical surface-mounted fan coil unit, and its blowing The device is generally a volute fan with a large diameter, which makes it difficult to make the thickness of the heating and cooling radiator thinner due to the diameter of the fan. At present, the thickness of the heating and cooling radiator is about 250mm, which occupies a large area when used, and is easy to transport and install. Inconvenient, bulky overall, and the appearance is not beautiful enough

[0004] In addition, the current heating and cooling radiator still has an unreasonable overall structural design, especially the unreasonable setting of its air blowing device and air duct, resulting in poor heating or cooling effect, and the rear air blowing device and air duct Noisier

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