Shunt apparatus of gas blow model

Abstract

The invention relates to a flow dividing device of an air blowing model used for drying and leveling clothes, the air blowing model uses air-permeable cloth to sew a closed model corresponding to the human body so as to be used for sheathing and arranging wet clothes, and an inlet pipe is formed at the top of the model; a heat source device is connected at the outside end of the inlet pipe so as to be used for blowing air to the model, wherein, a plurality of shunt valves are arranged inside the model, and ends of the shunt valves converge at the inner side of the inlet pipe, and the other ends are respectively guided to the inner sides of a plurality of laminated parts corresponding to the clothes. Therefore, the clothes can be uniformly dried and the drying time is shortened, furthermore, the clothes can be kept to be neat and pliant.

Description

technical field [0001] The invention relates to a diversion device for an air-blowing model, which is a mechanism for drying and leveling clothes by using a breathable human body model, and uses a diversion pipe to drain the hot air and accelerate the ventilation speed of the layered parts of the clothes, so as to accelerate the balanced drying and maintenance of the clothes Flat fit. Background technique [0002] The traditional method of drying clothes is nothing more than air drying in natural weather or electric drying with a dryer. The former takes a long time, especially when the weather is bad, and the dried clothes are full of wrinkles. The iron can only be worn when it is leveled; the latter is to place the wet clothes in the closed space of the dryer and heat them to evaporate the water. Although this method can save time, the clothes are constantly stirred during the drying process, and the clothes after drying Clothes are also wrinkled and must be flattened with...

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Problems solved by technology

[0004] There is no doubt that the above-mentioned publications can basically achieve the purpose of the invention and the effect of the invention, but the inventors found in the process of commercialization that because the speed of hot air permeating from the inside of the model 10', 20' is less than that from the blower 17' The speed of the hot air; therefore, a pressure zone is accumulated in the upper limbs 13' and lower limbs 22' of the model 10', 20', causing the resistance of the hot gas to drop, so the phenomenon that the temperature is not easy to rise in this pressure zone, and all Warming effect is not ideal

Also, although the above-mentioned blowing models 10', 20' are designed with manifolds 15', 24' and branch manifolds 151', 241' for the laminated parts of the clothes, the hot air is strengthened to penetrate from the outside to the laminated layers; In the actual test, it was found that the hot air from the manifolds 15', 24' and the branch manifolds 151', 241' penetrated from the outside to the laminate, but it became the factor that the hot air in the models 10', 20' did not penetrate smoothly. First, the effect of accelerating the drying of laminated parts is not as ideal as expected

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