JP2014219193A - Natural humidifier in which humidification amount is controlled according to change in nonwoven fabric surface area - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a natural humidifier for naturally vaporizing and supplying moisture indoors, in which the amount of moisture for the indoor humidification is easily controlled.SOLUTION: A honeycomb-shaped nonwoven fabric is disposed and configured to open and close at a water storage container. One end of the nonwoven fabric is dipped into water stored in the water storage container to absorb the water. The amount of moisture absorbed and evaporated/vaporized is controlled according to a change in the surface area thereof. Thereby, the humidification amount is controlled according to the change in the nonwoven fabric surface area.

Description

  The present invention relates to a natural humidifier that naturally evaporates moisture and supplies it to the room. The detailed explanation of the invention is that the water storage container is installed and configured so that a honeycomb-like non-woven fabric can be opened and closed. Non-woven fabric that allows one end of the non-woven fabric to be soaked in water stored in a water storage container and absorbs water, but easily adjusts the amount of moisture that is absorbed and evaporated by changing the surface area of the non-woven fabric. This invention relates to a natural humidifier in which the amount of humidification is adjusted by changing the surface area.

  Humidifiers are primarily intended to keep indoor humidity above a certain level and are used in homes, offices, hospital rooms, etc., and usually use ultrasonic humidifiers and spray-type humidifiers that use electricity. ing.

  However, the humidification using the ultrasonic humidifier and the spray-type humidifier not only consumes the continuous operation and maintenance cost but also keeps the humidity constant by manually operating and stopping the humidifier. If it is humidified above this level, it may damage electronic products and clothing, and if the humidity is insufficient, it may be exposed to diseases such as bronchial diseases and colds.

  Therefore, recently, a natural evaporation humidifier may be used. Natural evaporative humidifiers are available in various ways, such as “Method and apparatus for humidifying artificial bowl materials” disclosed in Korea Public Patent Publication No. 10-2007-0079756, and “Natural Humidifier” in Registered Utility Model No. 10-0457700. Humidifiers with a structure are known.

  The conventional “humidification method and apparatus for artificial pot materials” is provided with a pressurizing device using a spring inside the bowl body, a water storage container is installed on the upper part, and a central part of the bowl body is provided. Installs the trunk of the tree, forms a water channel through which water passes, and connects it to a water storage container, and installs several trunk branches between the trunks of the tree, but forms a water channel inside each trunk branch A woven fabric and fiber barrier plate is installed at the tip of each trunk branch, and leaves are installed on the trunk branch formed on the side of the trunk of the tree. The leaves for water are fixedly installed, and the indicator for the water supply signal is installed above the trunk branch.

  In addition, the “natural humidifier” of the conventional registered utility model No. 10-0457700 is a bowl-shaped filter that is spread by a filter support base and forms a tissue ball shape, and is separated into a lid part and a storage part. The tissue ball type filter is inserted into the column body, and the water accumulated in the column body passes through the lower part of the tissue ball type filter and moves to the upper part of the tissue ball type filter. Naturally evaporated, the lid portion and the storage portion are assembled via a packing member to form a support column, and the support column is configured to have watertightness.

KR10-2007-0079756 (public number) 2007.08.08. KR20-0457700 (registration number) 2011.12.12. KR20-2010-0006302 (public number) 2011.6.22.

  However, the above-mentioned conventional “humidification method and apparatus for artificial pot materials” forms a water channel through which water passes inside the body of the tree, and the water moves from the water channel of the tree body to a small water channel formed in a branch. Because the moved water is absorbed by the leaves installed in the previous part, there is a problem that the water channel is clogged by foreign matter, and also constitutes a spring, a pressure device, activated carbon, etc. Since it is an element, there is a problem that the structure is complicated and cleaning is difficult.

  In addition, the conventional “natural humidifier” has a structure in which the area where moisture is evaporated is expanded by a tissue ball filter, but the area to be expanded cannot be arbitrarily adjusted. There is a problem that it is not easy to adjust the humidity to be evaporated.

  Therefore, the present invention has been devised to solve the above problems,

  A water storage container that contains and stores water, and is installed in the water storage container, but is inserted into a circular rod support so that the upper side can be opened and closed while rotating around it. It consists of a wing plate and a non-woven means which is installed in the wing plate in the form of a honeycomb and allows the surface area for sucking water to be deformed by the operation of the wing plate, and the honeycomb-like non-woven means in the water storage container opens or closes By providing a natural humidifier that adjusts the amount of moisture absorbed and evaporated by the nonwoven fabric depending on the dry condition of the room, and by adjusting the surface area of the nonwoven fabric, the amount of humidification is adjusted. There is to do.

  A further object of the present invention is to provide a clean and sanitary natural humidifier by allowing the wing plates provided with the non-woven means to be interconnected and separated using magnetic force so that the cleaning can be carried out easily. There is.

  In order to achieve the above object, the present invention provides a natural humidifier capable of naturally evaporating absorbed moisture and supplying it to a room.

  A water storage container for storing and storing water, and a honeycomb-shaped non-woven means installed and provided in the water storage container so that the water accumulated therein can be absorbed through the end portion and evaporated. A wing plate for installing the nonwoven fabric means to change the surface area of the wing plate by narrowing or opening it, and a rod support for inserting and installing a large number of the wing plates so that the wing plate can rotate around the wing plate. It is characterized by being comprised.

  Therefore, the natural humidifier in which the amount of humidification is adjusted by changing the surface area of the nonwoven fabric according to the present invention is installed and configured so that the honeycomb-shaped nonwoven fabric means can be opened and constricted in the water storage container, and one end of the nonwoven fabric means By making the part soaked in water, the surface area of the nonwoven fabric means is increased or decreased, so that the increased amount of water sucked from the end part is appropriately adjusted, and the moisture supply to the room is effectively performed. It becomes like this.

  In addition, the surface of the nonwoven fabric means is easily deformed by adjusting the wing means, and the surface area of the nonwoven fabric means is easily changed, and the aesthetics of the interior of the room can be improved while the moisture supply can be conveniently adjusted. is there.

  In addition, the rod support and the wing plate can be easily separated and assembled, can be easily cleaned, and the humidifier can be used cleanly.

In the natural humidifier in which the humidification amount is adjusted by the change in the surface area of the nonwoven fabric according to the present invention, it is a perspective view in which the nonwoven fabric means is not installed, The perspective view of the state (a) in which the natural humidifier whose humidification amount is adjusted by the change in the surface area of the nonwoven fabric according to the present invention is completely constricted (a), the state in which the natural humidifier is constricted (b), and the state in which the natural humidifier is fully opened And It is a separated perspective view of a natural humidifier in which the amount of humidification is adjusted by changing the surface area of the nonwoven fabric according to the present invention, It is a schematic cross-sectional view in which a wing plate installed in a natural humidifier in which the amount of humidification is adjusted by changing the surface area of the nonwoven fabric according to the present invention is rotated stepwise It is a schematic sectional drawing about the principal part of the natural humidifier by which the amount of humidification is adjusted by change of the surface area of the nonwoven fabric by the present invention. It is a schematic sectional drawing about the principal part of the natural humidifier by which the amount of humidification is adjusted by change of the surface area of the nonwoven fabric by the present invention.

  Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings so that those skilled in the art can easily implement the embodiments.

The natural humidifier 100 in which the humidification amount is adjusted by changing the surface area of the nonwoven fabric according to the present invention, as shown in FIGS.
A water storage container 110 for containing and storing water;
Honeycomb-shaped non-woven means 120 installed and provided in the water storage container 110 to absorb the water stored in the water storage container 110 through its end and evaporate;
A wing plate 130 in which the non-woven means 120 is installed and its surface area is changed while it is narrowed or opened;
A plurality of the wing plates 130 are inserted and connected and installed in a circular shape, and the wing plate 130 is configured by a circular rod support 140 that allows the wing plate 130 to rotate about the central axis.

  Here, the inner edge of the bottom surface of the water storage container 110 is provided with a recessed groove 111 that is recessed so as to be hooked and fixed to the end step of the wing plate 130.

  In addition, a stepped portion 112 that protrudes upward is formed and provided on the bottom surface inside the water storage container 110 so that the end stepped portion of the wing plate 130 is hooked and fixed.

  A convex protrusion 113 protruding upward is formed and provided at the center of the bottom surface on the inner side of the water storage container 110 so as to hook and fix the end step of the wing plate 130.

  Here, the water storage container 110 is preferably a circular space type container having a space in which water can be stored therein and having a shape in which a side surface bulges outward.

  Accordingly, the water storage container 110 is formed in a circular shape with an upper side opened, and the rod support 140 is installed and provided on the upper side of the water storage container 110.

  As shown in FIG. 2, such a configuration is such that the wing plate 130 rotates around the rod support 140 and the lower step is hooked and fixed to the convex protrusion 113 and the upper side is opened most widely. And shows a state in which the surface area is the largest (FIG. 2c).

  Further, while the wing plate 130 rotates around the rod support 140, the lower step portion is hooked and fixed to the step portion 112, and the upper step portion is slightly constricted, and the surface area is formed to be small in the middle ( FIG. 2b) shows the state.

  Further, while the wing plate 130 rotates around the rod support 140, the lower step portion is hooked and fixed to the concave groove portion 111, and the upper side is completely constricted, and the surface area thereof is the smallest (FIG. 2a). ) Is shown.

  As described above, the upper surface of the wing plate 130 is rotated or rotated about the rod support 140 so that the upper surface is opened or narrowed. It gradually transforms into a constricted state. The reverse is also possible.

  Thus, the non-woven fabric means 120 sucks and absorbs the water accumulated in the water storage container 110 from the end thereof over the entire area, and then naturally evaporates it into the atmosphere (indoor) to increase the humidity in the room. Natural humidification is performed.

  The non-woven fabric means 120 is not necessarily a non-woven fabric, and any material or means capable of absorbing water and capable of deforming its surface area can be used.

  Here, the rod support 140 is divided into two halves, a fitting protrusion 141 is provided at one end, a fitting hole 142 is provided at the other end, and these are fitted together to form a circular ring body. . Of course, the rod support 140 may be divided into two or more equal parts.

  The rod support 140 is preferably made of a flexible material that can be formed into a circular shape when bent.

  The wing plate 130 includes a first plate 131 and a second plate 132 that are provided to face each other, and one of the wing plates 130 is formed to have magnetism, and the other is formed. Is formed and provided with a material having a magnetic material sticking property.

  Further, a fitting hole 133 is formed in the wing plate 130 so that the rod support 140 is fitted therein.

  Here, the wing plate 130 is formed of a thin plate material, the rear surface portion is formed vertically, the front surface portion is formed so as to rise from the upper / lower step portion toward the center portion, and on the lower side of the rear surface portion, A round step (130a) is formed that is slid while being supported by corners on the side of the water storage container 110.

  Therefore, after the wing plate 130 is inserted into the rod support 140 having a circular shape at intervals of 120 degrees, the round step 130a formed on the wing plate 130 is formed at the corner of the side surface of the water storage container 110. When the portion is supported and installed, the wing plate 130 provided with the nonwoven fabric means 120 is stably installed and provided on the upper side of the water storage container 110.

  Here, the wing plate 130 is installed at three positions on the rod support 140 at intervals of 120 degrees. However, it is possible to install more than that.

  The nonwoven fabric means 120 can be inserted and fixed on the side surface of the wing plate 130 by a nonwoven fabric fixing port 150.

  Here, the shape of the non-woven fabric fixing port 150 is such that the non-woven fabric means 120 can be fitted and inserted into and fixed to the side surface of the wing plate 130. Is formed and provided.

  Accordingly, the nonwoven fabric means 120 is installed on the wing plate 130 using the nonwoven fabric fixing port 150 and the installation groove 134.

  More specifically, in the clockwise direction, the nonwoven fabric means is applied to the first plate 131 installed on the first wing plate 130 and the second plate 132 installed on the second wing plate 130. 120 is installed and fixed using the nonwoven fabric fixing port 150, and then the first plate 131 installed on the second wing plate 130 and the second plate installed on the third wing plate 130. The non-woven fabric means 120 is installed in 132 using the non-woven fabric fixing port 150, and the first plate 131 installed on the third wing plate 130 and the second plate installed on the first wing plate 130. After the non-woven fabric means 120 is installed on the plate 132 using the non-woven fabric fixing port 150, the first plate 131 and the second plate 1 respectively. When 2 mutually stick by a magnetic force, so that forms a circle.

  Here, the nonwoven fabric means 120 may be bonded and fixed to the first plate 131 and the second plate 132 using a nonwoven fabric adhesive.

  In an embodiment of the present invention, the wing plate 130 composed of the first plate 131 and the second plate 132 is inserted into the rod support 140 as a set to form a circular shape. However, the present invention is not limited to this, and it may be configured with a larger number.

  The lower end portion of the wing plate 130 can be easily rotated by the concave groove portion 111 or the stepped portion 112 or the convex protrusion portion 113 formed on the inner bottom portion of the water storage container 110 while rotating. A fixing protrusion 135 is further formed and provided so that the fixing protrusion 135 can be fixed while supported.

  It is as follows when the natural humidifier 100 in which the humidification amount is adjusted by the change in the surface area of the nonwoven fabric of the present invention configured as described above is operated.

  First, the wing plate 130 in which the nonwoven fabric means 120 is installed on the rod support 140 is installed on the upper side inside the opening of the water storage container 110.

  Next, as shown in FIG. 2, the water accumulated in the water storage container 110 wets the non-woven fabric means 120 and is sucked up from the lower step side to the upper side.

  Then, the non-woven fabric means 120 has a honeycomb shape, and thereby has a large surface area, and the absorbed water is easily blown into the atmosphere and the indoor humidity is adjusted while evaporating.

  At this time, when the surface area of the nonwoven fabric means 120 is increased, a large amount of moisture is evaporated and humidified, and when the surface area is decreased, a small amount of moisture is evaporated and humidified.

  That is, as shown in FIG. 2c, the nonwoven fabric means 120 is opened to the maximum and its surface area is maximized, so that a large amount of water vapor is supplied and humidified into the atmosphere, as shown in FIG. 2b. Thus, by making the nonwoven fabric means 120 half-open and setting its surface area to “medium”, a slightly smaller amount of water vapor is supplied to the atmosphere to humidify, as shown in FIG. 2a. Further, by constricting the non-woven fabric means 120 and minimizing its surface area, a minimum amount of water vapor is supplied to the atmosphere and humidified.

  Thus, by rotating the wing plate 130 stepwise around the rod support 140, the surface area of the nonwoven fabric means 120 changes, thereby adjusting the amount of moisture evaporated to the atmosphere. To come.

  By using a natural humidifier in which the humidification amount is adjusted by changing the surface area of the nonwoven fabric of the present invention having such a configuration, it is possible to optimize the supply of moisture to the room by the operation as described above.

  As described above, the natural humidifier whose humidification amount is adjusted by changing the surface area of the nonwoven fabric according to the present invention includes a water storage container for storing and storing water, and a circular rod support installed in the water storage container. A wing plate that allows the upper side to open and squeeze while rotating around it, and is installed in the wing plate as a honeycomb, so that the surface area for sucking water changes according to the operation of the wing plate The non-woven means absorbs and evaporates depending on the drying conditions in the room by allowing the surface of the water storage container to change its surface area while allowing the non-woven means to open and close. The amount of moisture will be adjusted naturally.

  Further, the present invention has an advantage that the surface area can be easily deformed while changing the form of the nonwoven fabric means by adjusting the wing plate, and the supply of moisture can be adjusted conveniently.

  In addition, the present invention can easily separate and assemble the wing plate and the non-woven fabric means, can be easily washed, and has an effect that the humidifier can be operated cleanly.

100: Natural humidifier whose amount of humidification is adjusted by changing the surface area of the nonwoven fabric 110: Water storage container 111: Concave groove portion 112: Stepped portion 113: Convex protrusion 120: Nonwoven fabric means 130: Feather plate 131: First plate 132: Second plate 133: Insertion hole 134: Installation groove 135: Fixing protrusion 140: Rod support 141: Insertion protrusion 142: Insertion hole 150: Nonwoven fabric fixing port

Claims (7)

In a natural humidifier that allows the absorbed moisture to evaporate and be supplied indoors,
A water storage container for containing and storing water;
Honeycomb-like non-woven means that is installed and provided in the water storage container and allows water accumulated in the water storage container to be absorbed and evaporated through its end.
The non-woven fabric means is installed, and includes a wing plate that changes its surface area while opening or closing the non-woven fabric means, and a rod support that is installed by inserting a large number of the wing plates, and the wing plate rotates around it. A natural humidifier in which the amount of humidification is adjusted by changing the surface area of the nonwoven fabric. In claim 1,
The wing plate is configured as a set of a first plate and a second plate that are installed facing each other, and one of the first plate and the second plate is a magnetic material, and the other is a magnetic material. A natural humidifier whose humidification amount is adjusted by changing the surface area of the nonwoven fabric, characterized by being formed and equipped with a sticking material. In claim 1,
The inner edge of the bottom surface of the water storage container is formed and provided with a concave groove formed by recessing so as to hook and fix the end step of the wing plate,
On the inner bottom surface of the water storage container, a stepped portion protruding upward is formed and provided to hook and fix the end stepped portion of the wing plate,
In the center of the bottom of the inner side of the water storage container, there is further formed and provided with a convex protrusion protruding upward so as to hook and fix the end step of the wing plate. A natural humidifier where the amount of humidification is adjusted by changing the surface area. In claim 3,
At the end of the lower part of the wing plate, there is a fixed protrusion that is supported and fixed by the concave groove part or the step part formed on the inner bottom surface of the water storage container or the convex protrusion part while rotating. A natural humidifier in which the amount of humidification is adjusted by changing the surface area of the non-woven fabric, which is further formed and provided. In claim 3,
The rod support is divided into a plurality of parts and connected, and a fitting projection is provided at one end, and a fitting hole is provided at the other end, and these are fitted together to form a circular ring body. A natural humidifier in which the amount of humidification is adjusted by changing the surface area of the nonwoven fabric. In claim 5,
The water storage container is formed in a circular shape having an opening on the upper side, and the rod support is installed / provided on the upper side of the inside, and a plurality of the wing plates are fitted and installed on the rod support. A natural humidifier whose humidification amount is adjusted by changing the surface area of the nonwoven fabric. In claim 6,
The wing plate is made of a thin plate material, the rear surface portion is formed vertically, the front surface portion is formed so as to rise from the upper / lower step portion toward the center portion, and the lower portion of the rear surface portion is provided with the water storage container. A natural humidifier in which the amount of humidification is adjusted by a change in the surface area of the nonwoven fabric, wherein a round step (130a) that is supported by the corners of the side surface and slides is formed.