KR102047673B1 - High-Temperature Sterilizing Humidification Kit - Google Patents

Abstract

The present invention relates to a high-temperature sterilization humidification kit, and more particularly, it is installed in an air purifier, a humidifier, an air washer, and the like to provide steam sterilized at a high temperature so as to efficiently purify and humidify the surrounding air. A humidifying container having a water supply stage to form a storage space for accommodating the water, into which the water is introduced, and having an discharge port through which water vapor in a vaporized state can be discharged to the outside; A kit module body which partially accommodates and supports the lower region of the humidifying gas, and has heating means buried in one surface of the humidifying gas to form a surface contact state and heats the vaporized water in the storage space; It includes, the humidification vessel provides a high temperature sterilization humidification kit including a bent end formed on the lower side of the discharge port and bent inwardly toward the storage space.

Description

High-Temperature Sterilizing Humidification Kit

The present invention relates to a high-temperature sterilization humidification kit, and more particularly, to a high-temperature sterilization humidification kit that can be installed in an air purifier, a humidifier, an air washer, and the like to provide high temperature sterilization steam. It is about.

In general, the air in the closed room can be prevented from breathing disorders and diseases in the indoor life only when proper humidity is maintained, and the indoor space can be maintained in a pleasant atmosphere. Various types of humidifiers can be used.

In such humidifiers, a humidifier that can filter and humidify the air, as well as a blower with a filtration function, is used to generate clean air. Evaporative humidification method that maintains the proper humidity of is utilized.

As a conventional technology disclosed in connection with the above humidifier, Republic of Korea Patent Publication No. 1389823 (2014.04.29.) Is provided with a water tank filled with water in the lower portion and the inlet and outlet are formed on the upper side, An operating space is formed in communication with the suction port and the discharge port, and an upper portion of the water tank is provided with a partition wall formed with a ventilation hole so that the operating space is partitioned and divided into a spray part and a blower part. A humidifier body having a working tube connecting the air vents to each other; A pump installed in the water tank and a delivery pipe for delivering the water filled in the water tank to the pump and the water delivered from the water tank are sprayed into the operating pipe, and an injection nozzle provided at an end of the pump discharges the outlet. A spraying apparatus including a spray tube formed in a structure bent to face; A blower installed in the operation space to supply wind to the operation pipe; And a humidifier having a sterilization humidification and air purifying function capable of improving the health of the user by spraying the water particles sterilized by the high frequency generator as the high frequency generator is installed in the operation tube.

In addition, as a related art disclosed in connection with a humidification kit applied to a humidifier, Korean Patent Publication No. 20858 (2013.03.04.) Can accommodate a certain water in a container of a closed structure opened by a stopper, and A water tank in which a wick is planted to penetrate inwardly from the surface of the tank; A moisture filter comprising a frame coupled to the water tank in a detachable structure, and a plurality of filters installed in the frame to allow air to flow freely and contact the wick of the water tank in a coupled state, thereby becoming a wet state by a capillary tube. It is known that the vaporization humidification kit that can be applied to a variety of humidifiers by forming a humidification condition from the moisture filter according to the configuration.

However, Patent Publication No. 1389823 of the prior art simply sterilizes by applying a high frequency generator to the water particles to be sprayed, and in Patent Publication No. 20858, because it is humidified by a filter action to which a moisture filter is applied, There was a problem in that it does not exert a bactericidal and propagation inhibitory function.

In addition, in the prior art of the prior art publication 20858, there is a problem that the applicable range is extremely limited to the size of the various humidifiers because the volume of the humidification kit as a structure that must apply a plurality of layers of filters overlap.

KR Patent Registration No. 10-1389823 (2014.04.29.) KR Publication No. 10-2013-0020858 (2013.03.04.)

The present invention is to solve the above problems, while maintaining a space to accommodate the water vapor with a certain level of water to increase the sterilization functionality of the equipment by heating the fluid to sterilization at a high temperature, slim (slim) module To provide a high temperature sterilization humidification kit that can be universally applied to various types of humidification device by configuring in a form, the purpose is.

In addition, the present invention is to provide a high-temperature sterilization humidification kit that can extend the life of the equipment while maintaining its own functionality because it is configured to immediately radiate the conductive heat generated from the heating source for heating the fluid in one direction.

The high temperature sterilization humidification kit proposed by the present invention forms a storage space for accommodating water therein, and includes a water supply stage through which water can be introduced into the storage space, and vaporized water vapor can be discharged to the outside. A humidifying gas having a discharge port; A kit module body which partially accommodates and supports the lower region of the humidifying gas, and has heating means buried in one surface of the humidifying gas to form a surface contact state and heats the vaporized water in the storage space; The humidification container includes a bent end which is formed under the discharge port and is bent inwardly toward the storage space.

In addition, the water supply stage of the humidifying gas constitutes a water supply control means connected to supply water periodically, wherein the water supply control means 1/6 of the water storage capacity of the water filled in the storage space of the humidification vessel Controllable to maintain an area within the range of ˜2 / 6.

The kit module body has a main module having one side open and a coupling groove for accommodating the humidifying gas and a pipe groove for accommodating one side of the heating means in an exposed state on the coupling groove, and the main module. The module cover is coupled to one open surface of the module to be closed, and forms a through hole corresponding to the water supply end of the humidifying gas.

The main module has a heat dissipation member formed on an outer surface to dissipate heat conducted from the heating means.

In addition, the kit module body may be configured to further include an external heat insulating sheet which is formed to be attachable to the outside so that heat generated from the heating means can be concentrated on the humidifying gas.

The kit module body forms a heat sterilization zone that can maintain an area within a range of 2/3 to 3/4 in a heating state based on the total area of the humidification container, and the heat sterilization zone is water in the humidification container. A liquid heating zone for heating water corresponding to the received lower layer zone, and a steam heating zone for heating water vapor immediately after the water is vaporized corresponding to the middle layer zone in the humidifying vessel.

According to the high-temperature sterilization humidification kit according to the present invention, since a kit module body for heating steam together with water while accommodating the lower region of the humidifying container for storing water and discharging water vapor is provided, a sufficient heating area of the fluid is ensured. In addition to promoting excellent sterilization, water vapor in the humidifying vessel passes through the internal space that is overheated at least within 200 ℃ and then is ejected to the outside and does not proceed to saturate. While providing clean steam, it is possible to improve the efficiency of the destruction and propagation inhibition efficiency of various harmful bacteria.

In addition, the high-temperature sterilization humidification kit according to the present invention is composed of a modular slim humidification gas and kit module body has the effect that can be universally applied to a humidifier having various structures and scales.

In addition, the high-temperature sterilization humidification kit according to the present invention is configured to separate the heat sterilization zone for sterilization of water and steam by controlling the amount of water supplied to the humidification vessel, so that the sterilization efficiency is uniform at all times, thereby improving the functionality of the humidification kit. There is an effect that can be improved.

1 is a perspective view showing an embodiment according to the present invention.
Figure 2 is a rear view showing an embodiment according to the present invention.
Figure 3 is an enlarged cross-sectional view partially showing a humidifying gas in one embodiment according to the present invention.
Figure 4 is a plan sectional view showing one embodiment according to the present invention.
Figure 5 is a plan sectional view showing another embodiment according to the present invention.
Figure 6 is a cross-sectional view showing an embodiment according to the present invention.

The present invention provides a humidifying gas which has a water supply stage which forms a storage space for accommodating water therein and allows water to flow into the storage space, and has an outlet for discharging water vapor in a vaporized state to the outside. Wow; A kit module body which partially accommodates and supports the lower region of the humidifying gas, and has heating means buried in one surface of the humidifying gas to form a surface contact state and heats the vaporized water in the storage space; The humidification vessel includes a high temperature sterilization humidification kit including a bent end formed at a lower side of the discharge port and extending inwardly toward the storage space.

Next, a preferred embodiment of the high-temperature sterilization humidification kit according to the present invention will be described in detail with reference to the drawings.

First, one embodiment of the high-temperature sterilization humidification kit according to the present invention, as shown in Figures 1 and 2, the humidifying vessel 10 for storing water as a humidification source, and the water in the humidification vessel (10) It comprises a kit module body (20).

The humidifying container 10 accommodates water and discharges water vapor.

As shown in FIGS. 1 and 2, the humidifying container 10 has a slim board shape having a rectangular cross-sectional shape, and has a storage space 11 capable of accommodating a certain amount of water therein. To form.

The humidification vessel 10 is provided with a water supply stage 13 protruding outward from the bottom and forming a path through which water can flow into the storage space 11.

The water supply end 13 of the humidifying gas 10 constitutes a water supply control means 17 connected to supply water periodically, as shown in FIG. 4.

The water supply control unit 17 controls to maintain a constant water capacity of the water filled in the humidification vessel 10, but the water capacity of the water filled in the storage space 11 of the humidification vessel 10 is stored The presence or absence of water is controlled to maintain the area F within the range 1/6 to 2/6 of the space 11.

For example, when the water capacity area F of the storage space 11 filled in the humidification vessel 10 is less than 1/6 of the total capacity, the water supply control unit 17 may close the water supply stage 13. The water is controlled to be introduced through the water supply, and when the water capacity area F in the storage space 11 exceeds 2/6 of the total capacity, the water supply stop state is controlled.

Although not shown in the drawing, whether or not to control water supply through the water supply control means 17 detects an input signal applied to the water supply control means 17 by operating and setting a timer settable by a user to periodically supply water by a predetermined amount. It is also possible to be configured to be able to, and to the water supply control means 17 it is also possible to comprise a separate water level adjusting bucket and a sensor so that water can be made constant.

The upper part of the humidifying gas 10 is provided with a discharge port 15 for forming a path through which the vaporized state vapor can be discharged to the outside through the kit module body 20.

The discharge port 15 is formed to extend in the left and right width direction on the upper end of the humidifying vessel 10 is configured to facilitate the discharge of water vapor.

As shown in FIG. 3, the humidifying container 10 has a bent end formed at a lower side of the discharge port 15 and bent inward toward the storage space 11 of the humidifying container 10. 16). That is, the bent end is for limiting the fluid discharged through the discharge port 15 of the humidification container 10 to unsaturated steam except water, and the water heated through the kit module body 20 is expanded to overflow. It is possible to prevent the phenomenon of being discharged or to discharge and to smoothly discharge unsaturated steam.

Since the humidifying container 10 is made of a stainless steel material having excellent corrosion resistance and strength, it is possible to reduce weight by applying a thin thickness to the hygiene without changing the properties even in contact with water.

The kit module 20 is heated to generate steam from the water in the humidifying vessel 10, but performs a function of heating and sterilizing the steam together with the water.

As shown in FIGS. 1 and 4, the kit module body 20 accommodates and supports the humidifying container 10 to maintain a mutual coupling relationship, but partially accommodates the lower region of the humidifying container 10. It is composed of the main module 21, the module cover 23, and the heating means (25).

Also in the kit module body 20 is formed in a block shape having a rectangular cross-sectional shape corresponding to the humidification vessel 10, and is formed to accommodate the humidification vessel 10 partially.

In the case of the kit module body 20, an aluminum metal material having excellent workability and thermal conductivity is used.

The main module 21 has a structure in which one surface is open, and combines one surface of the main module 21 opened from the module cover 23 so as to close each other to form one module body.

The main module 21 is provided with a coupling groove 21a constituting a space to accommodate the humidification vessel 10, the piping to accommodate the heating means 25 in the coupling groove (21a) The groove 21b is formed.

The coupling groove 21a is formed to have a size corresponding to the width and thickness of the humidification container 10 in view of receiving the humidification container 10.

The piping groove 21b is formed to accommodate the heating means 25 on the coupling groove 21a, but the heating means 25 is formed on the surface of the coupling groove 21a in which the humidifying gas 10 is in contact. Since one surface of the) is formed to be accommodated in an exposed state, the heating means 25 is configured to maintain a partially contacted state on one surface of the humidifying container 10.

The pipe groove 21b is formed in a shape corresponding to the shape and the excretion structure of the heating means 25 so that the heating means 25 can be mounted thereon.

The module cover 23 is fastened by a plurality of fixing bolts on the main module 21 and detachably coupled to the main module 21.

The through-hole 24 is formed in the module cover 23 corresponding to the water supply end 13 of the humidification container 10. That is, the humidification vessel 10 accommodated on the coupling groove 21a of the kit module body 20 has the structure in which the water supply stage 13 is fitted on the through hole 24, thereby the humidification. The container body 10 is fixed in a floating state.

As shown in FIGS. 2 and 4, the main module 21 of the kit module body 20 includes a heat radiating member 27 formed to radiate heat conducted from the heating means 20.

The heat dissipation member 27 is formed on an outer surface of the main module 21, and has a structure in which a plurality of fins are arranged at regular intervals in the left and right width directions.

When the heat dissipation member 27 is formed in the kit module body 20 as described above, it is possible to perform a role of increasing the room temperature by dispersing the temperature outside the winter season that requires humidification, and conducts heat according to the heating means 25 By dissipating in one direction, it is possible to prevent the phenomenon of overheating of the heating means and to adversely affect other facilities of the humidifier while maintaining the function according to the heating efficiency for a long time.

In addition, as shown in FIG. 5, the kit module body 20 is formed to be attachable to the outside, and configured to allow the heat generated from the heating means 25 to be concentrated on the humidifying container 10. It is also possible to comprise the sheet 29 further.

When the outer heat insulating sheet 29 is configured as described above, when it is necessary to concentrate heat on the internal humidifying gas 10, it is possible to efficiently insulate and heat the heat.

The heating means 25 is provided so as to heat the vaporized water in the storage space 11 of the humidification vessel 10 and to vaporize the vaporized water vapor again.

The heating means 25 is buried in the coupling groove 21a in the kit module body 20 to make a partial surface contact state on one surface of the humidification vessel 10 to efficiently heat water and steam. It can be installed.

The heating means 25 is a pipe-type heater that is disposed within the heating range of the kit module body 20, but in the figure is formed in a coil type disposed in a zigzag form, the kit module body 20 It is also possible to form a single or a plurality of heating means 25 in a straight line or a U-shape disposed in a linear direction within the heating range.

In the above, the main module 21 and the module cover 23 of the kit module body 20 are configured to be separated from each other, but the present invention is not limited thereto, and the main module 21 and the module cover 23 are not limited thereto. It is also possible to achieve the convenience of mass production and work since the die casting is composed of a kit module body 20 integrated with each other.

In addition, although not shown in the drawing, the kit module body 20 may be configured to embed a temperature sensor capable of sensing a temperature therein so as to control its own heating temperature.

The kit module body 20 receives the humidification vessel 10 and forms a heat sterilization area A that forms the heatable area by disposing the heating means 25.

The heat sterilization area (A) is an area that can be maintained by applying a heated state of the humidification vessel (10), and an area within a range of 2/3 to 3/4 based on the total area of the humidification vessel (10). It is formed to heat.

In the case of the heat sterilization zone (A), it is divided to accommodate the roles divided into upper and lower sides, and the heat sterilization zone (A) is shown in FIG. In response to the liquid heating zone A1 for heating the water, and the steam heating zone A2 for heating the steam immediately after the water is vaporized corresponding to the middle layer zone in the humidification vessel 10.

For example, in the liquid heating zone A1, the water in the humidification vessel 10 is heated to generate steam and at the same time, sterilize first, and steam in the steam heating zone A2 to sterilize again. Done.

As described above, if the heat sterilization zone (A) for sterilization of water and steam is controlled while controlling the amount of water supplied to the humidifying gas (10), the sterilization efficiency is uniform at all times, thereby improving the functionality of the humidification kit. It is possible to let.

That is, according to the high-temperature sterilization humidification kit according to the present invention configured as described above comprises a kit module body for heating the steam together with water while accommodating the lower region of the humidifying gas for storing water and discharging the steam. As well as ensuring a good sterilization effect by ensuring a sufficient heating area, the water vapor in the humidifying vessel passes through the internal space that is overheated at least within 200 ℃ and then is ejected to the outside and does not proceed to saturate again. It is possible to improve the efficiency of preventing and propagation of various harmful bacteria while providing clean steam to the humidifier.

In addition, the present invention is composed of a modular slim humidification gas and kit module body can be applied to a universal humidifier having a variety of structures and scale.

In the above, a preferred embodiment of the high-temperature sterilization humidification kit according to the present invention has been described, but the present invention is not limited thereto, and various modifications can be made within the scope of the claims, the specification, and the accompanying drawings. It belongs to the scope of the present invention.

10: humidifying gas 11: storage space
13: water supply stage 15: discharge port
16: bending end 17: water supply control means
20: kit module 21: main module
21a: Coupling groove 21b: Piping groove
23: module cover 24: through hole
25: heating means 27: heat dissipation member
29: External insulation sheet
A: Heat sterilization zone A1: Liquid heating zone
A2: Steam heating area F: Water receiving area of humidifying gas

Claims (6)

It is made of a slim board having a rectangular cross-sectional shape, forms a storage space for accommodating water therein, and has a water supply stage through which water flows into the storage space at the bottom, and vaporized state at the top. Humidification gas having a discharge port that can be discharged to the outside; A kit module body which partially accommodates and supports the lower region of the humidifying gas, and has heating means buried in one surface of the humidifying gas to form a surface contact state and heats the vaporized water in the storage space; Including,
The humidifying gas includes a bent end which is formed below the discharge port and is bent inwardly toward the storage space and is formed to extend.
The water supply stage of the humidification gas constitutes a water supply control means connected to supply water periodically, wherein the water supply control means has a water capacity filled in the storage space of the humidification gas 1/6 ~ To maintain an area within the 2/6 range,
The kit module body has a main module having one side open and a coupling groove for accommodating the humidifying gas and a pipe groove for accommodating one side of the heating means in an exposed state on the coupling groove, and the main module. A module cover configured to couple the open one surface of the module to be closed but to form a through hole corresponding to the water supply end of the humidifying gas;
The kit module body forms a heat sterilization zone that can maintain an area within a range of 2/3 to 3/4 in a heating state based on the total area of the humidification container, and the heat sterilization zone is water in the humidification container. A high temperature sterilization humidification kit comprising a liquid heating zone for heating water corresponding to the received lower layer zone, and a steam heating zone for heating steam immediately after the water has been vaporized corresponding to the middle layer zone in the humidification vessel.
delete delete The method according to claim 1,
The main module is a high-temperature sterilization humidification kit comprising a heat dissipation member formed on an outer surface to dissipate heat conducted from the heating means.
The method according to claim 1,
The kit module body is a high temperature sterilization humidification kit is formed so as to be attached to the outside further comprises an external heat insulating sheet configured to concentrate the heat generated from the heating means to the humidification vessel.
delete

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