JPH0718696U - Water drop remover with compressed air - Google Patents

Abstract

(57) [Summary] [Purpose] After washing your hands with water, simply put your hands in the water drop removal chamber of (14) of the present invention and move your hands back and forth to automatically remove water drops in a short time. . [Structure] (14) A (1) nozzle is provided toward the center of the water droplet removal chamber, and (1) an on-off valve is provided in the immediate vicinity of the nozzle. (1) Blow out (10) compressed air from the nozzle. (1) The nozzle moves up and down.

Description

[Detailed description of the device]

[001]

[Industrial applications]

 The present invention relates to a water droplet removing device using compressed air.

[002]

[Prior art]

 Conventionally, a blower blows air to remove water droplets.

[003]

[Problems to be solved by the device]

 This had the following drawbacks. (B) Water pressure cannot be completely removed due to insufficient air pressure and air volume. (B) Therefore, it takes a lot of time to completely remove the water droplets. The present invention is made to solve these drawbacks.

[004]

[Means for Solving the Problems]

 The present invention uses compressed air to blow off water droplets. (14) A nozzle (1) is provided toward the center of the water droplet removal chamber, and (1) an on-off valve is provided near the nozzle. Then, (10) compressed air is blown out from the (1) nozzle. (1) The nozzle moves up and down or left and right. This is a "water droplet removing device using compressed air" having the above configuration.

[0095]

[Action]

 It is mainly used in the washroom or restroom and is used for hand-wiping. In this case, just put your washed hands in the water drop removal chamber (14) and move the hands back and forth to automatically remove the water drops.

[0096]

【Example】

 Embodiments of the present invention will be described below. (A) (14) A nozzle is provided toward the center of the water droplet removal chamber (1). (B) (1) Provide an on-off valve (2) in the immediate vicinity of the nozzle. (C) (1) Provide the (4) lever and (5) rotating plate for vertical movement of the nozzle. The present invention has the above-described structure. To explain this, (1) the nozzle is located as much as possible (14) at the inlet side of the water droplet removal chamber. This is because the hand is moved back and forth, which requires depth. The pair of left and right (1) nozzles requires the same movement. For this reason, they are linked and synchronized by the (9) belt. For example, considering the part of the finger, if you try to remove water droplets with (10) compressed air on either the left or right side, the water droplets will reach the back side of the finger and will not be completely removed. To prevent this, it is necessary to blow off water droplets at the same position on the finger from both sides at the same time. To this end, the movements are synchronized. (1) Since there is only one nozzle, it is moved up and down to remove water droplets from the entire hand. The mechanism of this vertical movement is that (6) the electric motor rotates (7) the gear, (8) the connecting shaft, and (5) the rotating plate rotates. By this rotation, (4) the lever moves up and down. (4) Since the lever is attached to the nozzle (1), the nozzle (1) also moves up and down in the same manner. (1) The direction of the nozzle should be (14) toward the center of the water droplet removal chamber, and further tilt toward the back. This is to ensure that the blown water droplets are always blown toward the back and not to the front. Further, (12) upper exhaust port and (13) lower exhaust port are also provided for preventing water droplets from jumping out. (2) The position of the on-off valve should be as close as possible to (1) the nozzle so that (1) the pressure loss of the compressed air blown out from the nozzle (10) is reduced. Here, it is an integrated type. This (2) on-off valve operation is performed according to (3) whether or not the electromagnet is energized. The above is a description of each part, but the overall series of operations is as follows. (A) Put the washed hand in (14) Droplet removal chamber. (B) (14) A sensor switch (not shown) mounted near the entrance of the water drop removal chamber senses a hand and issues a command to the device of the present invention to start operation (electrical relationship not shown). When starting, (6) the electric motor is energized, and (5) the rotating plate rotates through the (7) gear and (8) connecting shaft. (D) (5) When the rotary plate rotates, (4) the lever moves up and down, and (1) the nozzle moves up and down. (E) (6) Simultaneously energize the motor (3) energize the electromagnet, (2) open the open / close valve, (1) blow out compressed air from the nozzle (10). (F) By moving the hand in the front-back direction, the water droplets are blown off and removed. (G) When the hand is taken out of the water drop removal chamber (14), a sensor switch (not shown) senses it and stops the energization of (6) electric motor and (3) electromagnet, and the operation ends.

[0097]

[Effect of device]

 (B) By using the present invention, water droplets can be completely removed in a short time. (B) Eliminates the need for hand towels or paper.

[Brief description of drawings]

FIG. 1 is a partial sectional perspective view of the present invention.

FIG. 2 is a detailed cross-sectional view of (1) nozzle and (2) open / close valve of the present invention.

FIG. 3 is a side view of (1) nozzle part of the present invention.

[Explanation of symbols]

 (1) is a nozzle (2) is an on-off valve (3) is an electromagnet (4) is a lever (5) is a rotating plate (6) is an electric motor (7) is a gear (8) is a connecting shaft (9) is a belt (10) ) Is compressed air (11) is compressed air (from compressor) (12) is upper exhaust port (13) is lower exhaust port (14) is water drop removal chamber

Claims (3)

[Scope of utility model registration request] 1. A device for removing water droplets by compressed air, comprising: (1) a pair of nozzles that move up and down or left and right, provided in a pair in the left and right or up and down directions, and (2) an on-off valve near the nozzle ". 2. A "water droplet removing device using compressed air" according to claim 1, wherein (1) the nozzle and (2) the on-off valve are integrated. 3. The "water droplet removing device using compressed air" according to claim 1, wherein (1) the direction of the nozzle is inclined toward (14) the inner side of the water droplet removing chamber.