JP3207284U - Twin pipe futon dryer - Google Patents

Abstract

A twin pipe-type futon dryer having a double exhaust pipe structure, capable of simultaneously drying a futon and a mattress, removing all moisture, widening a drying area, shortening an operation time, and improving drying efficiency. provide. A twin pipe-type futon dryer includes a main housing in which a motor 4 is mounted, impellers 2 and 6 are mounted on the output shaft of the motor, and bleed hoods 1 and 7 are coated on the impeller. The bleed hood has an intake end and an exhaust end, and after the external airflow passes through the intake end on the bleed hood, enters the bleed hood, passes through the impeller, and then outputs from the exhaust end on the bleed hood. In addition, the exhaust end of the bleed hood is connected to the heat generating portion, the heater 16 is installed in the heat generating portion, and the two exhaust pipes 12 and 13 are connected to the output end of the heat generating portion, respectively. [Selection] Figure 2

Description

The present invention relates to a futon (cotton-filled futon) dryer product field, and more specifically to a twin-pipe futon dryer.

In the subtropical marine seasonal climate region, from March to April every year, when the warm and humid air from the ocean is treated as cold air from the south to the south, it forms a quasi-stationary front in Shonan, China. In the area, the rainy season continues, causing a very damp “south return” phenomenon. When the “south sky return” phenomenon occurs, the futon on the bed becomes very wet, and if the futon is damp and does not dry, it can affect people's sleep comfort and may become sick. For this reason, there are several futon dryers on the market at present, but those that adopt an exhaust structure with a single pipe mainly have low drying efficiency and ignore the dehumidification drying of the mattress. Is not ventilated, long accumulated moisture is difficult to remove, and when the futon is dried with a single tube, the moisture that is spattered from the futon is sprinkled outwards partly upwards, The remaining portion penetrates downward into the mattress and under the mattress, and after a certain period of time, moisture returns to the mattress again, so that the drying effect is not good.

In order to overcome the deficiencies, an object of the present invention is to provide a twin-pipe futon dryer.

The object of the present invention is realized by the following technical scheme.

The twin pipe type futon dryer includes a main housing in which a motor is mounted, an impeller is mounted on the output shaft of the motor, a bleed hood is coated on the impeller, and the bleed hood is inhaled. End and exhaust end are installed, external airflow passes through the intake end on the bleed hood, enters the bleed hood, passes through the impeller, then outputs from the exhaust end on the bleed hood, and bleed The exhaust end of the hood is connected to the heat generating part, a heat generator is installed in the heat generating part, and two exhaust pipes are connected to the output end of the heat generating part.

Further, the motor is a biaxial motor, output shafts are installed at both ends of the biaxial motor, and an impeller is attached to the output shaft.

Furthermore, the exhaust end of the bleed hood is installed below the impeller, and the exhaust end bottom end of the bleed hood is parallel to the bottom end of the main casing.

Furthermore, the air intake port of the exhaust pipe is connected to the heat generating portion by a hose joint, a bent portion is installed between the air intake port and the exhaust port of the exhaust pipe, and the exhaust port of the exhaust pipe is vertically out of the main housing. Extend to.

Further, a drying frame joint and / or an exhaust port joint is connected to the exhaust port of the exhaust pipe.

Furthermore, a heat generator holder is installed in the heat generating portion, and the heat generator is fixed to the heat generator holder.

Further, left and right motor fixing plates are installed on both sides of the twin-axis motor, and the left and right motor fixing plates are connected to the bleed hoods.

The present invention has a double exhaust pipe structure, and the futon and mattress can be dried at the same time, removing all the moisture, making the drying area wider, shortening the operation time and improving the efficiency of drying.

FIG. 2 is a schematic diagram of an exploded structure according to an embodiment of the present invention. FIG. 4 is a schematic diagram of an exploded structure of another embodiment of the present invention.

The purpose of the present invention will be described in more detail with reference to the following drawings and examples in order to make the technical solution and advantages clearer. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

As shown in FIG. 1, the twin pipe type futon dryer according to the present invention includes a main housing (not shown) attached to a motor 22 by a motor fixing plate 21, and an impeller 20 is attached to an output shaft of the motor 22. Is mounted on the impeller 20, the motor fixing plate 21 is connected to the bleed hood 21, and the intake end and the exhaust end are respectively installed on the bleed hood 19. The external airflow passes through the intake end on the bleed hood, enters the bleed hood 19, passes through the impeller 20, and then is output from the exhaust end on the bleed hood 19. Further, the exhaust end of the bleed hood 19 is connected to the heat generating portion, the heat generator 16 is installed in the heat generating portion, and the output end of the heat generating portion is connected to the left exhaust pipe 13 and the right exhaust pipe 12 through the shunt passage, respectively. The diversion passage is formed by fitting the diversion passage upper mechanism 18 and the diversion passage lower mechanism 19 with each other.

Hereinafter, with reference to FIG. 2, the double pipe type futon dryer of the present invention will be described according to another embodiment. The twin-pipe futon dryer includes a main housing (not shown) in which a twin-axis motor 4 is mounted, and a left impeller 2 and a right impeller 6 are mounted on both output shafts of the twin-axis motor 4, respectively. A left bleed hood 1 and a right bleed hood 7 are respectively coated on the left impeller 2 and the right impeller 6, and an intake end and an exhaust end are installed on the bleed hood. The external airflow passes through the intake end on the bleed hood, enters the bleed hood, passes through the impeller, and then is output from the exhaust end on the bleed hood. The exhaust ends of both bleed hoods are respectively connected to a heat generating portion, and a heat generator 16 is installed in the heat generating portion. The heat generator 16 is a PTC or a heat generating yarn, and the left exhaust pipe 13 and the right are at the output end of the heat generating portion. Each exhaust pipe 12 is connected.

Furthermore, the exhaust end of the bleed hood is installed below the impeller, and the bottom end of the bleed hood is parallel to the bottom end of the main casing (not shown). As a result, the intake port of the exhaust pipe is positioned at the bottom of the double pipe type futon dryer according to the present invention, and the overall volume thereof is reduced.

Further, the intake ports of the left exhaust pipe 13 and the right exhaust pipe 12 are connected to the heat generating part via the left hose joint 15 and the right hose joint 14, respectively, and are bent between the intake port and the exhaust port of the exhaust pipe. The exhaust port of the exhaust pipe extends vertically out of the main housing (not shown). After the hose joint is connected to the bottom of the exhaust pipe, it is bent 90 degrees and left vertically upward, and is fixed to the main housing (not shown), and the exhaust port is exposed outside the housing. And make the exhaust pipe retractable.

Further, left and right drying rack joints 8 and 9 and / or left and right exhaust joints 11 and 10 are connected to the exhaust ports of the left exhaust pipe 13 and the right exhaust pipe 12, respectively. In actual use, depending on the demand for use, a dry rack joint or exhaust joint can be selected and attached to the exhaust port, and the exhaust pipe can be extended by the dry rack joint, thereby drying the futon, mattress, shoes and clothes. .

Further, a heat generator holder 17 is installed in the heat generating portion, and the heat generator 16 is fixed to the heat generator holder 17. The airflow from the left and right bleed hoods 1 and 7 is concentrated and blown to the heater, and the airflow passing through the heater holder 17 is divided into two outlets. The left and right bleed hoods 1 and 7 are hose joints. Connected to the exhaust pipe.

Further, a left motor fixing plate 3 and a right motor fixing plate 5 are installed on both sides of the twin-axis motor 4, and the left and right motor fixing plates 3 and 5 are connected to the left and right bleed hoods 1 and 7, respectively. .

The present invention can also be applied to drying clothes, shoes, mattresses, etc., adopting a double-pipe drying method, garments, futon mattresses and drying, convection with warm air current, strengthening air permeability, heat receiving surface Make it wider. When drying shoes, use double tubes simultaneously to reduce dehumidification time. When drying a futon with a single tube futon dryer, the drying time of the shoe is too long, the drying area is increased, and the drying of the double tube futon machine is designed to reduce the drying time by 50% Increase efficiency by -70%. In the case of a single-pipe duvet dryer, only one quilt can be dried at a time, and one shoe can be dried accordingly, and in the case of a double-pipe duvet dryer, two quilts can be dried at the same time. A pair of shoes can be dried simultaneously according to

Any amendments, changes, modifications, etc. submitted within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims (7)

A main housing in which a motor is mounted; an impeller is mounted on the output shaft of the motor; and a bleed hood is coated on the impeller; an intake end and an exhaust end are installed on the bleed hood; Passes through the intake end on the bleed hood, enters the inside of the bleed hood, passes through the impeller, and then is output from the exhaust end on the bleed hood, and the exhaust end of the bleed hood is connected to the heat generating part, A double-pipe futon dryer, wherein a heat generator is installed in the heat generating portion, and two exhaust pipes are connected to the output ends of the heat generating portion. The twin-pipe futon dryer according to claim 1, wherein the motor is a twin-axis motor, an output shaft is installed at each end of the twin-axis motor, and an impeller is attached to the output shaft. The double-pipe type according to claim 2, wherein an exhaust end of the bleed hood is installed below the impeller, and an exhaust end bottom end of the bleed hood is parallel to a bottom end of the main casing. Futon dryer. The exhaust pipe intake port is connected to the heat generating part by a hose joint, a bent part is installed between the exhaust pipe intake port and the exhaust port, and the exhaust pipe exhaust port extends vertically outside the main housing. The double-pipe futon dryer according to claim 3. The double pipe type futon dryer according to claim 4, wherein a drying rack joint and / or an exhaust port joint is connected to an exhaust port of the exhaust pipe. The double-pipe futon dryer according to claim 5, wherein a heat generator holder is installed in the heat generating section, and the heat generator is fixed to the heat generator holder. The double-pipe futon dryer according to claim 6, wherein left and right motor fixing plates are respectively installed on both sides of the twin-axis motor, and the left and right motor fixing plates are connected to a bleed hood.

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