KR102305929B1 - Phytoncide release wall structure - Google Patents

Abstract

The present invention provides a phytoncide emitting wall structure. The phytoncide emitting wall structure according to the present invention can provide a hygienic and comfortable indoor environment by providing a structure in which phytoncide is released from the wall forming the indoor space, and based on this, stress reduction and health improvement of people located in the indoor space On the other hand, it is possible to prevent unnecessary waste of phytoncide by supplying phytoncide only when the lighting equipment installed in the indoor space is on and operating, and the modularized By providing a wall structure, it has a technical feature that can increase its utility.

Description

Phytoncide release wall structure

The present invention relates to a phytoncide emitting wall structure, and more specifically, by providing a structure in which phytoncide is emitted from a wall forming an indoor space, it is possible to provide a sanitary and comfortable indoor environment, and based on this, the stress of people located in the indoor space On the other hand, it is possible to reduce and improve health, while supplying phytoncide only when the lighting equipment installed in the indoor space is on and in operation can prevent unnecessary waste of phytoncide. It relates to a phytoncide emitting wall structure that can increase its utility by providing a modular wall structure to be deployed.

Phytoncide was first coined by Waxman, a Russian-born American bacteriologist in 1943. It is a substance that plants exhale or secrete to resist pathogens, pests, and fungi. This is strengthened and sterilization is also performed. Phytoncides are composed of phenolic compounds including terpenes, alkaloids, and glycosides.

A number of products that volatilize such phytoncides have been developed and are currently being used. In the case of conventional phytoncide volatilization products, only the phytoncide undiluted solution is volatilized into the air. There was a problem that the capacity could not be effectively controlled.

The "phytoncide volatilization device" of Republic of Korea Patent Publication No. 10-0771212 devised to solve this problem is to make phytoncide beneficial to health similar to the environment occurring in the forest. For this purpose, pure anions generated around water and natural phytoncide extracted from cypress trees are diluted with water to a concentration of 2-3% by forcibly spraying water, and then evaporated together indoors. As described above, phytoncide that provides a pleasant and refreshing feeling to people indoors as if they entered the forest by volatilized phytoncide, sterilizes indoor bacteria and suppresses the proliferation of mites and pests to help health A volatilization device was provided.

However, the conventional phytoncide volatilization device has a limited supply area, so that the efficacy of phytoncide cannot be sufficiently expressed to a user located in an indoor space.

"Phytoncide volatilization device" of Republic of Korea Patent Publication No. 10-0771212 Korean Patent Laid-Open Publication No. 10-2019-0041682 "Phytoncide supply device" Korean Patent Laid-Open Publication No. 10-2011-0008110 "Air purifier installed in an elevator"

Therefore, the present invention improves the problems of the prior art, so that the phytoncide is released from the wall forming the indoor space, so that the effect of phytoncide can be sufficiently expressed to the user located in the indoor space, and accordingly, a hygienic and comfortable indoor environment An object of the present invention is to provide a new type of phytoncide emission wall structure that can be provided.

In addition, the present invention is provided with an illuminance sensor for sensing the illuminance value of the indoor space in real time and a controller for controlling the supply of phytoncide to the indoor space. An object of the present invention is to provide a new type of phytoncide emitting wall structure in which phytoncide can be prevented from being wasted unnecessarily.

And an object of the present invention is to provide a new type of phytoncide emission wall structure that can be applied to an existing building by providing a modular wall structure disposed on the surface of the wall that is already installed and can increase the utilization.

According to a feature of the present invention for achieving the above object, the present invention is a lighting device disposed on the surface of the wall (1) constituting the indoor space of a building, and installed in the indoor space by detecting a change in the illuminance value of the indoor space By determining the on operation and the off operation of (4), the phytoncide is ejected into the indoor space during the on operation of the lighting device 4, while the phytoncide during the off operation of the lighting device 4 It provides a phytoncide release wall structure, characterized in that to stop the ejection of.

The phytoncide emission wall structure according to the present invention as described above includes an inner wall 160 disposed on the inside in contact with the wall 1; The inner wall 160 is spaced apart from the inner wall 160 by a set distance, is disposed on the outside, is combined with the inner wall 160 at the edge portion to form a sealed inner space, and the outer wall 170 is made of a porous membrane structure through which phytoncide passes. ; It is disposed in the inner space between the inner wall 160 and the outer wall 170 through the tank mounting groove formed open in the setting area of the outer wall 170, the phytoncide of the set capacity is accommodated, and the remaining phytoncide capacity is the set value. Phytoncide tank 110 to be replaced by being separated from the inner space when less than; A delivery pump that is fixedly installed on the outer wall 170, is inserted into the inner space, is connected to the phytoncide tank 110 at a fixed position, and pumps phytoncide from the connected phytoncide tank 110 to the inner space (120); A blower that is fixedly installed on the inner wall 160 and flows air in the direction of the outer wall 170 so that the phytoncide delivered from the delivery pump 120 passes through the outer wall 170 and is supplied to the indoor space. (130); an illuminance sensor 140 fixed to the outer surface of the outer wall 170 and sensing the illuminance value of the indoor space in real time to generate current indoor space illuminance value information; Current indoor space illuminance value information is received from the illuminance sensor 140, and when the current indoor space illuminance value information is equal to or greater than a reference value, it is determined that the lighting device 4 installed in the indoor space has been turned on and the While the delivery pump 120 and the blower 130 are operated, the delivery pump ( 120) and the controller 150 for stopping the operation of the blower 130; may be configured to include.

The phytoncide emitting wall structure according to the present invention as described above includes a user portable terminal 200 that transmits a control signal by wireless communication with the controller 150; A phytoncide environment management application installed in the user portable terminal 200 and generating the delivery pump control signal and the blower control signal by input from the user so that the supply of phytoncide to the indoor space is directly controlled by the user. further including;

It is also possible to make it possible to remotely control the supply of phytoncide indoor space of a user who is going out, and to directly control the supply of phytoncide indoor space of a user located in the indoor space.

According to the phytoncide emitting wall structure according to the present invention, since it provides a structure in which phytoncide is released from the wall forming the indoor space, the efficacy of phytoncide is sufficiently expressed to the user located in the indoor space, and it is possible to provide a hygienic and comfortable indoor environment. It works. Based on this, it is possible to reduce stress and improve health of people located in indoor spaces.

And, according to the phytoncide emitting wall structure according to the present invention, there is an effect of preventing unnecessary waste of phytoncide by supplying phytoncide only in a state that the lighting device installed in the indoor space is on and operating. In addition, according to the phytoncide emission wall structure according to the present invention, since it provides a modular wall structure disposed on the wall surface that is already installed, it can be applied to an existing building, thereby increasing the utility.

1 is a view for showing the internal configuration of a phytoncide emission wall structure according to an embodiment of the present invention;
Figure 2 is an exemplary installation view of the phytoncide release wall structure according to the embodiment of the present invention;
3 is a view for showing the movement path of phytoncide in the internal space of the phytoncide emission wall structure according to an embodiment of the present invention.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings 1 to 3 . On the other hand, in the drawings and detailed description, general phytoncide, walls, lighting equipment, delivery pumps, blowers, illuminance sensors, controllers, etc., the illustrations and references to the configurations and actions that can be easily understood by those in this field are simplified or omitted. In particular, in the drawings and detailed descriptions, detailed descriptions and illustrations of specific technical configurations and actions of elements not directly related to the technical features of the present invention are omitted, and only the technical configurations related to the present invention are briefly illustrated or described. did.

The phytoncide emitting wall structure 100 according to the present invention is disposed on the surface of the wall 1 constituting the indoor space of a building, and the lighting device 4 installed in the indoor space is turned on by detecting a change in the illuminance value of the indoor space. After determining the on) operation and the off operation, the phytoncide is ejected into the indoor space during the on operation of the lighting device 4 , and the ejection of the phytoncide is stopped during the off operation of the lighting device 4 . .

Here, the phytoncide discharge wall structure 100 according to the embodiment of the present invention has an inner wall 160, an outer wall 170, a phytoncide tank 110, a delivery pump 120, a blower 130, It consists of a configuration including an illuminance sensor 140 and a controller 150 .

In particular, the phytoncide emission wall structure 100 according to the embodiment of the present invention is a lighting device 4 installed on the upper surface of the lighting device fixing jaw 2 protruding by a predetermined length horizontally on the edge of the ceiling as shown in FIG. 2 . ) is placed below the Such a lighting device 4 is positioned in the recessed space 3 on the upper side of the fixing jaw 2 of the lighting device, thereby performing indirect lighting for the indoor space.

The inner wall 160 is disposed on the inside in contact with the wall 1 , may be joined to the wall 1 , or may be in simple contact with the wall 1 . Such an inner wall 160 is made of an airtight sealed barrier wall through which phytoncide does not pass.

The outer wall 170 is spaced apart from the inner wall 160 by a set distance to be disposed on the outside, and is coupled to the inner wall 160 at an edge portion to form a sealed inner space. In particular, the outer wall 170 according to the embodiment of the present invention is made of a porous membrane structure through which phytoncide passes. To this end, the outer wall 170 may be formed of a mesh structure as shown in FIGS. 2 and 3 . Contrary to this, the outer wall 170 is formed of a porous membrane limited to a plurality of setting areas, and the remaining portion except for the porous membrane may be made of a general wall material.

The phytoncide tank 110 is disposed in the inner space between the inner wall 160 and the outer wall 170 by passing through the tank mounting groove formed open in the setting area of the outer wall 170, phytoncide of a set capacity is accommodated. Such a phytoncide tank 110 is provided with a phytoncide capacity detection sensor installed inside and a phytoncide capacity display window formed on the outer surface, so that when the remaining phytoncide capacity is less than a set value, it is separated from the internal space and can be replaced. To this end, the phytoncide tank 110 is inserted and fixed to the lower portion of the outer wall 170 in a replaceable structure.

The delivery pump 120 is fixedly installed on the inner surface of the outer wall 170 , and is automatically connected to the phytoncide tank 110 , which is put into the inner space, and positioned in a one-touch coupling structure. The phytoncide is pumped from the phytoncide tank 110 connected in this way and sent to the inner space.

The blower 130 is fixedly installed on the inner surface of the inner wall 160, and the phytoncide sent from the delivery pump 120 by flowing air in the direction of the outer wall 170 as shown in FIG. 3 is the outer wall 170. It passes through and is supplied to the indoor space. In the phytoncide emitting wall structure 100 according to an embodiment of the present invention, the plurality of blowers 130 are spaced apart by a set interval in the vertical and left and right directions to uniformly discharge the phytoncide over the entire wall surface constituting the indoor space. .

The illuminance sensor 140 is fixed to the outer surface of the outer wall 170 at a set height, and generates information on the current indoor illuminance value by sensing the illuminance value of the indoor space in real time.

The controller 150 receives the current indoor space illuminance value information from the illuminance sensor 140, and when the current indoor space illuminance value information is greater than or equal to the reference value, the lighting device 4 installed in the indoor space is turned on. On the other hand, when it is determined that the operation has been performed and the delivery pump 120 and the blower 130 are operated, when the current indoor space illuminance value information is less than the reference value, it is determined that the lighting device 4 installed in the indoor space is off. The operation of the delivery pump 120 and the blower 130 is stopped. Here, the controller 150 is linked with the remote control carried by the user to set the phytoncide pumping capacity per unit time of the delivery pump 120, the rotational speed of the blower 130, etc. so that the amount of phytoncide supplied to the indoor space can be adjusted. . The user operates the remote control to generate an input signal that can realize the amount of phytoncide supplied to the indoor space as high/middle/low.

On the other hand, the phytoncide emission wall structure 100 according to an embodiment of the present invention may be used in conjunction with the user portable terminal 200 and the phytoncide environment management application 300 as shown in FIG. 1 .

The user's portable terminal 200 transmits a control signal through wireless communication with the controller 150 .

The phytoncide environment management application 300 is installed in the user's portable terminal 200, and generates a delivery pump control signal and a blower control signal by input from the user so that the supply of phytoncide to the indoor space is directly controlled by the user. This phytoncide environment management application 300 sets the phytoncide pumping capacity per unit time of the delivery pump 120, the rotational speed of the blower 130, etc. as in the above-mentioned remote control to directly control the amount of phytoncide supplied to the indoor space. It may have a function to set, or it may have a function to set the amount of phytoncide supply to the indoor space as high/middle/low.

Through this, it becomes possible to remotely control the supply of phytoncide to the indoor space of a user who is going out, and to directly control the supply of phytoncide to the indoor space of the user located in the indoor space.

The phytoncide emitting wall structure 100 according to the embodiment of the present invention configured as described above allows phytoncide to be released from the wall forming the indoor space, so that the effect of phytoncide can be sufficiently expressed to the user located in the indoor space. A hygienic and comfortable indoor environment can be provided. In addition, the phytoncide emitting wall structure 100 according to the embodiment of the present invention is provided with an illuminance sensor 140 for sensing the illuminance value of the indoor space in real time and a controller 150 for controlling the supply of phytoncide to the indoor space. It is possible to prevent unnecessary waste of phytoncide by supplying phytoncide only in a state in which the lighting device 4 installed in the space is on and operating.

And, since the phytoncide emitting wall structure 100 according to the embodiment of the present invention provides a modular wall structure disposed on an already installed wall surface, it can be applied to an existing building, thereby increasing the utility.

As described above, although the phytoncide emission wall structure according to the embodiment of the present invention has been illustrated according to the above description and drawings, this is merely an example and various changes and modifications within the scope without departing from the spirit of the present invention It will be well understood by those skilled in the art that this is possible.

1: wall
2: Fixture jaw for lighting equipment
3: concave entrance space
4: lighting equipment
100: phytoncide emission wall structure
110: phytoncide tank
120: delivery pump
130: blower
140: light sensor
150: controller
160: inner wall
170: outer wall
200: user's mobile terminal
300: phytoncide environment management application

Claims (3)

It is disposed on the surface of the wall (1) constituting the indoor space of the building, and detects the change in the illuminance value of the indoor space to determine the on operation and the off operation of the lighting device 4 installed in the indoor space A phytoncide emitting wall structure that allows phytoncide to be ejected into the indoor space when the lighting device 4 is turned on, while stopping the ejection of phytoncide when the lighting device 4 is turned off.
an inner wall 160 disposed on the inside in contact with the wall 1;
The inner wall 160 is spaced apart from the inner wall 160 by a set distance, is disposed on the outside, is combined with the inner wall 160 at the edge portion to form a sealed inner space, and the outer wall 170 is made of a porous membrane structure through which phytoncide passes. ;
It is disposed in the inner space between the inner wall 160 and the outer wall 170 through the tank mounting groove formed open in the setting area of the outer wall 170, the phytoncide of the set capacity is accommodated, and the remaining phytoncide capacity is the set value. Phytoncide tank 110 to be replaced by being separated from the inner space when less than;
A delivery pump that is fixedly installed on the outer wall 170, is inserted into the inner space, is connected to the phytoncide tank 110 at a fixed position, and pumps phytoncide from the connected phytoncide tank 110 to the inner space (120); and
A blower that is fixedly installed on the inner wall 160 and flows air in the direction of the outer wall 170 so that the phytoncide delivered from the delivery pump 120 passes through the outer wall 170 and is supplied to the indoor space. (130); Phytoncide emission wall structure comprising a. The method of claim 1,
an illuminance sensor 140 fixed to the outer surface of the outer wall 170 and sensing the illuminance value of the indoor space in real time to generate current indoor space illuminance value information; and
Current indoor space illuminance value information is received from the illuminance sensor 140, and when the current indoor space illuminance value information is equal to or greater than a reference value, it is determined that the lighting device 4 installed in the indoor space has been turned on and the While the delivery pump 120 and the blower 130 are operated, when the current indoor space illuminance value information is less than the reference value, it is determined that the lighting device 4 installed in the indoor space has been turned off, and the delivery pump ( 120) and a controller 150 for stopping the operation of the blower 130; Phytoncide emission wall structure, characterized in that it further comprises a configuration. 3. The method of claim 2,
a user portable terminal 200 that wirelessly communicates with the controller 150 to transmit a control signal;
A phytoncide environment management application installed in the user portable terminal 200 and generating the delivery pump control signal and the blower control signal by input from the user so that the supply of phytoncide to the indoor space is directly controlled by the user. further including;
Phytoncide emitting wall structure, characterized in that the remote control of the supply of phytoncide indoor space of the user who is going out, and direct control of the supply of phytoncide indoor space of the user located in the indoor space is possible.

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