JP3088697U - Spray type hand disinfection device - Google Patents

Abstract

(57) [Summary] (Corrected) [Purpose] Provided is a spray-type hand / hand disinfecting device that can easily and quickly disinfect and sterilize a hand / hand disinfecting part in a hospital, restaurant, playground, or the like. An upper frame 3 is attached to a lower base frame 1 above a lower base frame via a support 2 to form a frame portion 4, and water, chemical water, or strongly acidic water is contained in the lower base frame. A container body for storing a disinfecting liquid such as a hand such as water is provided, a drop tray 8 provided with a drop flow pipe 7 is mounted on a lower base frame, and an upper frame located above the drop tray. A cover body 11 having an insertion gap 9 for inserting a disinfecting part such as a hand between the drop receiving tray body and a spraying part for spraying a disinfecting liquid such as a hand is sprayed, and further disinfecting the insertion gap. When the part is inserted, the disinfectant such as a fingertip is automatically applied for several seconds from the spray part provided on the cover body with the energizing operation via the first sensing switch connected to the power supply part 12 provided on the frame body part when the part is inserted. It is characterized by being formed so as to be atomized.

Description

[Detailed description of the invention]

[0001]

[Industrial applications]

 The present invention relates to a spray-type hand and hand disinfecting apparatus that can easily and quickly disinfect and sterilize a hand or other disinfecting unit in a hospital, restaurant, playground, or the like.

[0002]

[Prior art]

 2. Description of the Related Art Conventionally, it is known that a faucet is attached to a hospital, a restaurant, a playground, or the like, and a disinfecting part such as a hand is washed with water.

[0003]

[Problems to be solved by the invention]

 However, the installation of water taps in known hospitals, restaurants, playgrounds, etc., and washing of the disinfecting parts such as the hands with water is troublesome and can be done at low cost. In addition, there was a drawback that the disinfection part such as a hand could not be easily and quickly disinfected and sterilized.

[0004] This invention solves the above-mentioned problem, and it is possible to easily and quickly disinfect and sterilize a disinfecting part such as a hand by a very simple means in a hospital, a restaurant, a playground or the like. The purpose of the present invention is to obtain a spray-type hand and other disinfecting apparatus that can be provided at a low cost while minimizing the cost of installation work and the like.

[0005]

[Means for solving the problems]

 In order to achieve the above object, the present invention is directed to a method of forming a frame portion 4 by attaching an upper frame 3 to a lower base frame 1 above a lower base frame 1 with a support 2 interposed therebetween. A container 6 for accommodating a disinfecting liquid 5 such as water, chemical water, or strongly acidic water is provided in the container 1 and a drop receiving tray 8 provided with a drop flow pipe 7 above the lower base frame 1. A disinfecting liquid such as a fingertip disinfectant 5 is provided with an insertion gap portion 9 for disinfecting by inserting a disinfecting part such as a hand between the drop receiving plate 8 and the upper frame 3 which is attached and also located above the drop receiving plate 8. A cover body 11 having a spraying part 10 for spraying the mist is provided. Further, when a disinfecting part such as a hand is inserted into the insertion gap part 9, the first sensing part communicates with the power supply part 12 provided in the frame part 4. The disinfectant 5 such as a fingertip is automatically supplied for several seconds from the spraying part 10 provided on the cover body 11 by the energizing operation via the switch 13. It is obtained by forming to Jo spray.

Further, after the spraying of the disinfecting liquid 5 such as the fingertip from the spraying section 10 provided on the cover body 11 is stopped, the second sensing switch 14 is connected to the power supply section 12 provided on the frame body section 4. The hot air is formed so as to automatically blow out from the hot air blowing portion 15 provided on the cover body 11 in accordance with the energization operation, and the hot air is blown out when the disinfecting portion such as a hand is detached from the insertion gap 9. It is formed so as to stop the exit.

[0007] Further, it is formed such that the ejection of hot air that is not ionized negatively and the ejection of warm air that is ionized negatively can be switched.

Further, a germicidal lamp 17 is provided on the cover body 11, and a third sensing switch 18 communicating with the power supply section 12 provided on the frame body section 4 when a disinfecting section such as a hand is inserted into the insertion gap section 9 is provided. The germicidal lamp 17 provided on the cover body 11 is automatically turned on in accordance with the energization operation through the germicidal device, and the germicidal lamp 17 is turned on as the disinfecting part such as a hand is detached from the insertion gap 9. Is stopped.

Further, the germicidal lamp 17 provided on the cover body 11 is continuously turned off and turned on based on an “open” and “close” operation by switching a second switch section 19 which is in communication with the power supply section 12 provided on the frame body section 4. The lamp is formed so that the continuation of the lamp can be performed regardless of the insertion of the disinfecting portion such as a hand into the insertion gap portion 9.

Further, a manual main switch 20 for “opening” and “closing” the energization from the power supply unit 12 provided in the frame unit 4 is provided.

The power supply unit 12 provided in the frame unit 4 is a power storage type power supply unit 21, and power is supplied from the power storage type power supply unit 21 via a third switch unit 22. .

The power supply unit 12 provided in the frame unit 4 is a solar battery type power supply unit 23, and the power supply from the solar battery type power supply unit 23 is performed via a fourth switch unit 24. It is.

The power supply unit 12 provided in the frame unit 4 is an outlet type power supply unit 25, and the power supply from the outlet type power supply unit 25 is performed through a fifth switch unit 26. .

[0014]

【Example】

 An embodiment of the present invention will be described below with reference to the drawings. An upper frame 3 is attached to a lower base frame 1 via a support 2 on a lower base frame 1 to form a frame portion 4 and a lower base frame 1 is formed. A container body 6 for storing a disinfectant 5 such as water, chemical water, or strong acid water is provided in the frame 1 and a drop tray 8 having a drop flow pipe 7 at the upper part of the lower base frame 1. And an insertion gap portion 9 for disinfecting by inserting a disinfecting portion such as a hand between the drop receiving tray 8 and the upper frame 3 positioned above the drop receiving tray 8 and disinfecting the hand and the like. A cover body 11 having a spraying section 10 for spraying the liquid 5 in a mist is provided. Further, when a disinfecting section such as a hand is inserted into the insertion gap section 9, the cover section 11 communicates with a power supply section 12 provided on the frame body section 4. With the energization operation via the first sensing switch 13 provided in the spray unit 10, the hand and the like are erased from the spray unit 10 provided in the cover body 11. The liquid 5 is formed such that the liquid 5 is automatically sprayed through a suitable mechanism for several seconds, but the spray of the spray from the spraying section 10 is used to operate the first sensing switch 13 in the illustration. Along with this, the pump 27 provided in the container body 6 is operated for several seconds via the pump power supply cord 34, and the disinfecting liquid 5 such as a hand is pressure-fed to the spraying section 10 via the first pipe 28 to atomize the liquid. It is.

The droplets flowing from the droplet flow pipe 7 attached to the droplet receiving tray 8 flow into the auxiliary container 33 attached so as to be detachable from the container 6, and the accumulated droplets are removed from the container 6 by the auxiliary container 33. 33 is removed and discarded as appropriate.

Further, after the spraying of the disinfecting liquid 5 such as the fingertip from the spraying section 10 provided on the cover body 11 is stopped, it is communicated with the power supply section 12 provided on the frame body section 4 and the warm air provided on the cover body 11 is provided. Formed so that warm air is automatically blown out from the warm air blowout part 15 provided in the cover body 11 through the warm air generator 36 in accordance with the energization operation via the second sensing switch 14 provided in the blowout part 15. Further, the second sensing switch 14 is actuated as the disinfecting part such as the hand is detached from the insertion gap 9 to stop the ejection of the warm air.

Further, the warm air blown out from the warm air blowing unit 15 provided in the cover body 11 with the energizing operation via the second sensing switch 14 provided in the warm air blowing unit 15 provided in the cover body 11 The power supply unit 12 provided in the frame unit 4 communicates with the power supply unit 12, and an appropriate structure provided in the hot air passage is provided with a negative ion in accordance with a manual energization operation via the first switch unit 16 attached to the upper frame unit 3. Although the generator is operated to emit the negative ionized hot air, the operation of the negative ionization generator is not necessarily performed through the first switch unit 16 and the negative ionization is performed, for example, in the hot air passage. Provide a passage with a material and a passage without a material to be negatively ionized, switch the passage of hot air by appropriate means, and jet hot air that has been ionized or hot air that has not been ionized. It is also possible to squirt from the outlet 15.

Further, a germicidal lamp 17 is provided on the cover body 11, and when a disinfecting part such as a hand is inserted into the insertion gap 9, it communicates with the power supply unit 12 provided on the frame body part 4 and is attached to the cover body 11. The germicidal lamp 17 provided on the cover body 11 is automatically turned on in accordance with the energizing operation via the third sensing switch 18, and the disinfecting part such as a hand is detached from the insertion gap 9. Thus, the germicidal lamp 17 is turned off.

Further, a germicidal lamp 17 provided on the cover body 11 communicates with a power supply section 12 provided on the frame section 4, and is opened or closed by switching a second switch section 19 attached to the upper frame body 3. It is formed so that the continuous lighting and the continuous lighting based on the operation can be performed irrespective of the insertion of the disinfecting portion such as a finger into the insertion gap portion 9.

The upper main frame 3 is provided with a main switch 20 for manual operation for opening and closing the power supply from the power supply unit 12 provided in the frame unit 4. “Open” and “closed” means that the following power supply unit 21, solar battery type power supply unit 23, and outlet type power supply unit 25 provided in the frame unit 4 are energized via the power supply cord 37 via the control unit 35. It is intended to be performed.

In addition, the power supply unit 12 provided in the frame unit 4 is a power storage type power supply unit 21 that can be appropriately charged, and the power from the power storage type power supply unit 21 is supplied via a third switch unit 22 provided in the upper frame 3. It is intended to be performed.

The power supply unit 12 provided in the frame unit 4 is a solar battery type power supply unit 23, and power is supplied from the solar battery type power supply unit 23 through a fourth switch unit 24 provided in the upper frame 3. The solar battery type power supply unit 23 shown in the figure is connected to a solar cell module unit 29 communicating with a cord connection unit 38 via a cord 32 and a solar cell unit mounted in the upper frame 3. It comprises a storage battery 30 and a controller body 31.

The power supply unit 12 provided in the frame unit 4 is an outlet type power supply unit 25 which can be connected to an outlet provided in a hospital, a restaurant, a playground, or the like, and can be supplied with electricity. Power is supplied from the power supply unit 25 via a fifth switch unit 26 provided on the upper frame 3.

[0024]

[Effects of the invention]

 This device has the above structure, and can be easily and quickly disinfected and sterilized by attaching it to hospitals, restaurants, playgrounds, etc., and requires the construction of water pipes, etc. In addition, it can be used easily and inexpensively in places where there is no power line.

By the way, the upper frame 3 is attached to the lower base frame 1 via the support pillars 2 above the lower base frame 1 to form the frame portion 4, and water or water is contained in the lower base frame 1. A container 6 for accommodating a disinfectant 5 such as chemical water or strongly acidic water is provided. A drop tray 8 having a drop flow pipe 7 is attached to the upper portion of the lower base frame 1. A dispenser for inserting a disinfectant such as a finger into the upper frame 3 and an insertion gap 9 for disinfecting by inserting a disinfectant such as a finger between the upper frame 3 and the spray dispenser for spraying the disinfecting liquid 5 such as a finger; 10 is provided, and when a disinfecting part such as a hand is inserted into the insertion gap 9, the cover 11 is connected via a first sensing switch 13 that is in communication with a power supply 12 provided on the frame 4. With the energization operation, the disinfecting liquid 5 such as a fingertip is automatically atomized and sprayed for several seconds from the spraying part 10 provided on the cover body 11. With such a configuration, the disinfecting portion such as the hand or the head can be disinfected with the disinfecting liquid 5 such as the hand or the like sprayed from the spraying portion 10 in the form of mist.

Further, after the spraying of the disinfecting liquid 5 such as the fingertip from the spraying section 10 provided on the cover body 11 is stopped, the second sensing switch 14 is connected to the power supply section 12 provided on the frame body section 4. Since the hot air is automatically spouted from the hot air spouting portion 15 provided on the cover body 11 with the energization operation, the disinfecting portion such as the hand wet with the disinfecting liquid 5 can be dried. In addition, since the hot air blow is stopped when the disinfecting part such as the hand is detached from the insertion gap 9, there is no unnecessary hot air blow, and the electricity bill for generating the hot air is reduced. No need for cumbersome operation to automatically stop hot air jetting while saving, and furthermore, the hand disinfected for hot air jetting and stopping is not stained for switch operation. The disinfection unit can be kept hygienic.

Also, it is formed so as to be able to switch between hot air that is not negatively ionized and hot air that is negatively ionized, but the hot air that has been ionized neutralizes static electricity on the hair and the like. It removes the obstacles caused by static electricity by removing static electricity, and further promotes the disinfection effect.However, since the emission of negative ionized hot air may generate odor, minus Switching to hot air that is not ionized is extremely convenient for use.

Further, a germicidal lamp 17 is provided on the cover body 11, and a third sensing switch 18 communicating with the power supply section 12 provided on the frame body section 4 when a disinfecting section such as a hand is inserted into the insertion gap section 9 is provided. The germicidal lamp 17 provided on the cover body 11 is formed so as to be automatically turned on in accordance with the energizing operation through the intermediary device, thereby facilitating the effect of the germicidal disinfection. Since the lighting of the germicidal lamp 17 is stopped when the germicidal lamp 17 is removed, the hand is not stained when the germicidal lamp 17 is turned on and off, so that it is sanitary.

Further, the germicidal lamp 17 provided on the cover 11 is turned off and turned on based on the “open” and “close” operations by switching the second switch 19 communicating with the power supply 12 provided on the frame 4. Since the lamp is kept continually irrespective of the insertion of the disinfecting part such as a finger into the insertion gap 9, the sterilizing lamp 17 is kept on for a long time to sterilize the surrounding devices and sterilize operation. Is more certain.

A manual main switch 20 for opening and closing the power supply from the power supply unit 12 provided in the frame unit 4 is provided. It is safe to use without energizing all of the current-carrying equipment.

The power supply unit 12 is a power storage type power supply unit 21, and the power supply from the power storage type power supply unit 21 is performed via a third switch unit 22. The solar battery type power supply unit 23 and the power supply from the solar battery type power supply unit 23 are performed through the fourth switch unit 24. The power supply unit 12 is replaced with an outlet type power supply unit 25. Since the power supply from the outlet type power supply unit 25 is performed via the fifth switch unit 26, power supply from the power supply unit 12 can be performed by the most suitable means according to the installation location, and the power supply unit can be installed. It is very convenient to use without any special expense.

As described above, according to the present invention, a disinfecting unit such as a hand can be easily and quickly disinfected and sterilized by being attached to a hospital, a restaurant, a playground, etc. Therefore, it does not require any construction, etc., and has many practical effects such as being easy to use in places without power lines and being provided at low cost.

[Brief description of the drawings]

FIG. 1 is an overall perspective view of the present invention.

FIG. 2 is a sectional view of a cover body showing a state where the cover body is attached to an upper frame body.

FIG. 3 is a bottom view of the cover viewed from the bottom.

FIG. 4 is a partially cutaway sectional view in which a lower portion of a frame portion is cut away.

FIG. 5 is a partially cutaway side view in which a lower portion of a frame portion is cut away.

FIG. 6 is a partially cutaway side view in which an upper portion of a frame body is cut away.

FIG. 7 is a top view of the solar cell module unit.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Lower base frame 2 Prop 3 Upper frame 4 Frame part 5 Disinfectant such as fingertips 6 Container body 7 Drop flow guide pipe 7 8 Drop tray 9 Insert gap 10 Spray section 11 Cover body 12 Power supply section 13 First sensing Switch 14 Second sensing switch 15 Hot air blowout section 16 First switch section 17 Sterilizing lamp 18 Third sensing switch 19 Second switch section 20 Main switch for manual operation 21 Energy storage type power supply section 22 Third switch section 23 Solar battery type power supply section 24 Fourth switch part 25 Outlet type power supply part 26 Fifth switch part 27 Pump 28 First pipe 29 Solar cell module part 30 Solar cell storage battery 31 Controller body 32 Code 33 Auxiliary container body 34 Pump power cord 35 Control part 36 Hot air generation Container 37 Power supply cord 38 Cord connection

Claims (9)

[Utility model registration claims] 1. An upper frame 3 is attached to a lower base frame 1 above a lower base frame 1 via a support 2 to form a frame portion 4.
In addition, a container body 6 for accommodating a disinfecting liquid 5 such as water, chemical water or strong acid water is provided in the lower base frame 1 and a drop flow pipe 7 is provided above the lower base frame 1. The upper frame 3 to which the pan 8 is attached and which is located above the drop pan 8
A cover body 11 having a spraying part 10 for spraying the disinfecting liquid 5 in a hand with an insertion gap 9 for disinfecting by inserting a disinfecting part such as a hand between the drop receiving tray body 8 and Further, when a disinfecting part such as a hand is inserted into the insertion gap part 9, the spray provided on the cover body 11 with the energizing operation via the first sensing switch 13 communicating with the power supply part 12 provided on the frame part 4 A spray-type hand and hand disinfecting apparatus body characterized in that the hand and other disinfectant liquid 5 is formed so as to be sprayed in a mist form automatically over a period of several seconds. 2. After the spraying of the disinfecting liquid 5 such as the hand from the spraying section 10 provided on the cover body 11 is stopped, the power is supplied through the second sensing switch 14 which is connected to the power supply section 12 provided on the frame body section 4. It is formed so that warm air is automatically blown out from the warm air blowout part 15 provided in the cover body 11 in accordance with the operation. Further, the warm air is blown out as the disinfecting part such as a hand is detached from the insertion gap part 9. The disinfecting device according to claim 1, wherein the disinfecting device is formed so as to stop. 3. The spray-type hand and hand disinfecting apparatus body according to claim 2, wherein switching is made between hot air that has not been negatively ionized and hot air that has been negatively ionized. 4. A germicidal lamp 17 is provided on the cover body 11, and when a disinfecting part such as a hand is inserted into the insertion gap 9, the frame part 4
The germicidal lamp 1 provided on the cover body 11 with the energization operation via the third sensing switch 18 connected to the power supply unit 12 provided for the
7 is turned on automatically, and the insertion gap 9
2. The lighting device according to claim 1, wherein the germicidal lamp is turned off when the disinfecting part such as a finger is detached.
Or a spray-type hand or other disinfecting device according to 2 or 3. 5. A second switch section 19 in which a germicidal lamp 17 provided on the cover body 11 communicates with a power supply section 12 provided on the frame body section 4.
5. The lighting device according to claim 4, wherein the lighting device is formed so as to be able to continue turning off and on based on the “opening” and “closing” operations by switching of irrespective of insertion of a disinfecting portion such as a hand into the insertion gap portion 9. Spray type hand disinfection device. 6. A manual main switch 20 for opening / closing the power supply from the power supply unit 12 provided in the frame unit 4 is provided. Hand spray type hand disinfection device body. 7. The power supply unit 12 is a power storage type power supply unit 21 and the power supply from the power storage type power supply unit 21 is applied to a third switch unit
The spray-type hand or the like disinfecting apparatus body according to claim 1, 2, 3, 4, or 5, wherein the disinfection is performed through a control device. 8. The power supply unit 12 is a solar battery type power supply unit 23, and energization from the solar battery type power supply unit 23 is performed via a fourth switch unit 24. A spray-type hand or other disinfection device according to 2 or 3 or 4 or 5. 9. The power supply unit 12 is an outlet-type power supply unit 25, and energization from the outlet-type power supply unit 25 is performed via a fifth switch unit 26. The disinfecting device according to 3 or 4 or 5 above.