KR20160150408A - Hand sterilizer - Google Patents

Abstract

The present invention relates to a hand sterilizer, and more particularly, to a hand sterilizer, in which a dispenser is installed in a disinfectant supply device (referred to as a liquid dispenser) and a plurality of nozzles are installed in the dispenser, However,
In addition, a part of the liquid flows from the nozzle to the bottom during the spraying process, and the droplets are received by the heater, which is then discharged to the atmosphere.
The configuration is as follows.
A plurality of nozzles provided on the body and protruding frontward and spaced apart from each other by a predetermined distance in the transverse direction of the body; a liquid supplier connected to the nozzles and the discharge pipe; And an intermittent device which is installed and intermittently pumps the liquid filled in the liquid supply device so as to flow into the nozzle,
A control unit (not shown) installed on the body for controlling the intermittent device to discharge the liquid to the nozzle or shutting off the liquid to be discharged, and a sensor unit for providing a control signal to operate the control unit. Off lever is provided at a position corresponding to the knee of the user.

Description

Hand sterilizer

The present invention relates to a hand sterilizer, and more particularly, to a hand sterilizer, in which a dispenser is installed in a disinfectant supply device (referred to as a liquid dispenser) and a plurality of nozzles are installed in the dispenser, However,

In addition, a part of the liquid flows from the nozzle to the bottom during the spraying process, and the droplets are received by the heater, which is then discharged to the atmosphere.

In general, facilities that are used by many unspecified people in restaurants, hospitals, laboratories, resting places, and convenience stores require cleaner hygiene.

In particular, germs that can remain in the hands can remove most germs by simply washing them with soap in running water, but in many cases they can not actually wash their hands.

As another example, a typical example is to provide a towel at a restaurant or the like, and guests are wiping their hands with a towel, but it is impossible to remove various germs from the hands.

Therefore, it is possible to effectively remove germs as described above only by wiping hands in the washroom, but it is quite troublesome and does not fit the actual conditions, so that most of the time,

On the other hand, a hand sterilizer is provided in the facility to sterilize the hand, but the conventional hand sterilizer is configured to pump the medicine in the tank storing the disinfectant and spray it through the nozzle.

Particularly, the nozzle has a single structure, and the disinfectant is sprayed on the palm when the hand is put in the hand sterilizer.

On the other hand, there is a disadvantage that the disinfecting chemicals remaining after spraying are collected and collected in the form of water droplets in the form of mist, and the residual disinfecting chemicals collected in the separate recovery tank are collected and processed.

Especially, most of the sprayed water is sprayed on the hands and only about 5 ~ 10% of the water is recovered. Such a small amount of residual disinfectant solution takes a very long time to be filled into the recovery tank, It was very uncomfortable to maintain it constantly, and there was an obligation to forget to empty the recovery tank.

On the other hand, since the nozzles are provided as one unit, there is a problem that the hand can not be sterilized smoothly when the nozzle is clogged.

In addition, in the case of a stadium where a multiplayer is observed, even if a plurality of nozzles have to be provided, there is no hand sterilizer having a plurality of nozzles,

In addition, there is a disadvantage that some disinfection chemicals flow from the nozzle to the bottom during the spraying process and are hygienically very unclean.

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned problems, and it is an object of the present invention to provide a disinfectant dispenser having a dispenser and a plurality of nozzles installed in the dispenser,

In addition, a part of the liquid flows from the nozzle to the bottom during the spraying process, and the spilled liquid is received by the heater, which is then discharged to the atmosphere.

According to the present invention, there is provided a liquid dispenser comprising: a body serving as a base of a product; a plurality of nozzles provided on the body and protruding frontward and spaced apart from each other by a predetermined distance in a lateral direction of the body; And an intermittent device installed in the discharge pipe for interrupting the pump to pump the liquid filled in the liquid supply device or to flow to the nozzle,

A control unit (not shown) installed on the body for controlling the intermittent device to discharge the liquid to the nozzle or shutting off the liquid to be discharged, and a sensor unit for providing a control signal to operate the control unit. Off lever is provided at a position corresponding to the knee of the user.

A liquid receiver formed below the nozzle to receive the liquid sprayed from the nozzle and to heat the liquid receiver so as to dry the liquid received by the liquid receiver.

As described above, the present invention is advantageous in that a dispenser is installed in a disinfectant supply device (referred to as a liquid supply source) and a plurality of nozzles are installed in the dispenser so that a plurality of users can simultaneously perform hand disinfection, In addition, it is convenient to use the liquid ejection by kicking,

Part of the liquid flows from the nozzle to the bottom during the spraying process. The spilled liquid is received by the heater, and is discharged to the atmosphere. Therefore, there is no need to empty the liquid receiver separately.

FIG. 1 is a perspective view of a hand sterilizer of the present invention,
FIG. 2 is a perspective view of an incision,
FIG. 3 is a perspective view showing the recess in FIG. 1; FIG.

1, 2, and 3, and an embodiment according to the structure will be described.

A plurality of nozzles 4 provided on the body 3 and protruding frontward and spaced apart from each other by a predetermined distance in the lateral direction of the body 3; A liquid supply device 6 connected to the discharge pipe 5 and connected to the liquid supply device 6 through a discharge line 5 and an intermittent device 7 for pumping liquid filled in the liquid supply device 6, ),

A controller (not shown) installed on the body 3 for controlling the intermittent device 7 to discharge liquid to the nozzle 4 or to shut off the liquid to be discharged; The sensor unit 8 is provided with a lever 9 for turning on and off the sensor unit 8 at a position corresponding to the user's knee.

Such an embodiment will be described as follows.

Down

When the hand is placed under the nozzle 4, the sensor unit 8 senses the hand and controls the control unit, and the control unit applies electric power to the intermittent device 7 to open the pipe in the discharge pipe 5.

Whereby the liquid discharged from the liquid supply device 6 is discharged to the nozzle 4. [

Then, when the hand is moved out from under the nozzle 4, the interrupter 7 seals the duct in the discharge pipe 5 again.

The intermittent device 7 pumps the liquid filled in the liquid supply device 6 and discharges the liquid to the nozzle 4. Here, the interrupter corresponds to a full pump.

When the hand is out of the nozzle (4) after the discharge, the interruption device stops supplying power to the liquid pump.

When the lever 9 installed at a position corresponding to the lower half of the user and a part of the body of the user (the knee) is touched with the knee (the lever is being pushed) without using a sensor for sensing the hand, The sensor unit 8 operated by the operation operates to control the control unit, so that the interrupter operates.

Thereafter, when the knee is touched by the touched lever 9, the intermittent device 7 blocks the liquid discharge.

Next, we want to heat the liquid received in the liquid receiver.

A liquid receiver 10 formed below the nozzle so as to receive the liquid sprayed and flowed from the nozzle 4 and a heating unit 10 for heating the liquid receiver to dry the liquid received in the liquid receiver 10, (11).

An embodiment of the above configuration will be described.

When you wash your hands, some of the liquid sprayed from the nozzles will flow down.

The liquid that flows down is received under the nozzle using the liquid receiver 10, and the bottom surface of the liquid receiver 10 is heated in the heating portion (corresponding to the heater) to evaporate into the atmosphere.

The heating unit 11 heats the liquid by heating it for about 10 minutes through the timer, for example.

This is a very beneficial invention.

3; Body 4; Nozzle
5; A discharge pipe 6; Liquid feeder
7; Interrupter 8: sensor unit
9; Lever 10; Liquid receiver
11; Heating section

Claims (2)

A plurality of nozzles provided on the body and protruding frontward and spaced apart from each other by a predetermined distance in the transverse direction of the body; a liquid supplier connected to the nozzles and the discharge pipe; And an intermittent device which is installed and intermittently pumps the liquid filled in the liquid supply device so as to flow into the nozzle,

A control unit installed on the body for controlling the intermittent device to discharge the liquid to the nozzle or shut off the liquid to be discharged; and a sensor unit for providing a control signal to operate the control unit, wherein the sensor unit includes a lever Is installed at a position corresponding to the knee of the user. The method of claim 1, wherein
And a heating unit for heating the liquid receiver to dry the liquid received by the liquid receiver, wherein the liquid receiver is formed below the nozzle so as to receive the liquid sprayed from the nozzle.

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