A heating pot component

Abstract

The invention discloses a heating pot assembly, which includes a shell and a heating liner. The heating liner is completely placed inside the accommodating cavity to form a nested structure. The heating liner is located on the side of the water inlet and is formed with several retaining strips. In order to increase the water flow path, the water flow is constrained by the retaining strip from the top and drained to the bottom. The setting of the baffle effectively increases the flow path of the water flow, so that the entire path from the water flow into the component to the heating into steam is lengthened, so that the incoming water can be heated to the maximum extent, and the efficiency of the steam outlet and the dryness of the steam are improved. At the same time, by forming a number of bars or protrusions on the air outlet side of the heating tube, the moisture in the steam can be further heated to improve the dryness of the steam.

Description

technical field [0001] The invention belongs to the technical field of structural design of heating devices, and in particular relates to a heating pot assembly. Background technique [0002] Steam heating devices are widely used in various fields of equipment, such as steam mops, garment steamers and other household equipment, using high-pressure steam for cleaning, sterilization, ironing, etc., saving time and effort, economical and affordable, providing users with many conveniences. [0003] The working principle of the steam heating device is to heat water until it is vaporized into steam. There is a heater inside the steam heating device. The shower head releases scorching hot steam. [0004] In the prior art, steam heaters used for garment steamers are usually of a single-inlet and single-outlet coil structure, and its main body is usually coiled in a cylindrical shape, with one end entering water and the other end emitting steam. The coils are respectively connected ...

AI Technical Summary

Problems solved by technology

[0004] In the prior art, steam heaters used for garment steamers are usually of a single-inlet and single-outlet coil structure, and its main body is usually coiled in a cylindrical shape, with one end entering water and the other end emitting steam. The coils are respectively connected to the inlet and steam outlet. The water flow in the coil is exchanged through the heat exchanger or heating. This kind of heating element has certain defects. The flow rate of the water pump is relatively small. Once the flow rate of the water pump increases, the air outlet of the heating element will spray water.

Moreover, due to the limitation of the coil structure, its heating efficiency and thermal energy efficiency are low, and the amount of steam generated is small and intermittent, and the steam is not strong.

And the structure is complicated, and it is inconvenient to process and install

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