JP2014233544A - Box type air cleaning implement - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an air cleaning implement in which installation is performed to a room inside, a car inside, in-flight or the like of relatively large of entry and exit of people, a locking member is applied, thereby chlorine dioxide is stably and persistently generated, and that is effective to sterilization, deodorant, injurious insect evasion, measures for a virus and a pollen or the like.SOLUTION: A box type air cleaning implement having an air cleaning function is characterized in that in a solid housing body that has two open faces that comprise a top face and an underside in which two or more independent housing compartments are disposed in a frame formed by a solid peripheral frame with a barrier, a material that generates an air cleaning gas is housed in these two or more housing compartments that exist in the housing body with a lid that is formed by that at least one of these open faces of a housing part is closed by an upper lid part having two or more apertural areas in which an air cleaning gas can be diffused through a breathable sheet, and the other open face is closed by a lower lid that has or has not these apertural areas.

Description

  The present invention disperses a disinfecting or deodorizing substance that is used by being attached to a tabletop, wall, outer wall, instrument, etc. with a locking device or a support device, particularly in an indoor, in-car, in-flight, etc. The present invention relates to a small, compact box-type air purifying tool that can be stored in a house.

Chlorine dioxide (ClO ₂ ) is currently a highly safe disinfectant, and its expectations are very high, especially at air concentrations below 500 ppm, because it has little effect on dermatitis, allergies, and the respiratory system. ing. Chlorine dioxide is known to protect against viruses, disinfect and deodorize even at air concentrations of 0.1 to 10 ppm or less, and its use is expected.
In particular, attempts have been made to disinfect drinking water with chlorine dioxide, and attempts have been made to use it for water purification.

  Chlorine dioxide is a very explosive gas at high concentrations. It must be diluted in use and tends to become unstable due to the effects of heat, vibration, light, etc. Need attention. Regarding the generation method and production method of chlorine dioxide, several types of methods are currently known. However, at a specific use site of chlorine dioxide, a chlorine dioxide generator, an on-site chlorine dioxide preparation device, etc. It is common to supply. After that, specially processed chlorine dioxide, such as tablet forms, powders, granules, pellets, and jelly generators that are convenient to handle, such as jelly, became known. It became possible to spread.

  Measures to reduce the effects of air infection and air pollution due to viruses, colds, influenza, exhaust gas pollution, pollen, bad breath, etc. are very important. For this reason, it is usually like a so-called filter such as cloth or nonwoven fabric. It is common to wear a “mask”. A technique that acts like an “air purification mask” that purifies the air itself, which has a so-called air cleaning function, which purifies the surrounding air itself, which has a function to replace such a “mask”. Is also sought.

Therefore, in order to purify the air sucked by humans and prevent virus infection, etc., it consists of a container that can store internal powder and chlorine dioxide generating powder, and the chlorine dioxide generating powder reacts with moisture to produce chlorine dioxide. There is known a portable air purification tool that releases air to the outside (Patent Document 1).
However, this air purification device is not a strong case for containing the chlorine dioxide generating powder, and there is no measure to stably protect the chlorine dioxide generating powder against the external pressure, and it is constantly dissipated. There is no opening or notch of the standard to be used, the diffusion is unstable, and there is no problem that the attachment position is adjacent to the respiratory part such as a collar or pocket, and its efficacy is stably maintained It is inconvenient to handle. In addition, the neck-like structure like a nameplate is used on the neck in places other than offices and schools, especially for children, bicycle rides, amusement park slides, and playground equipment. It is assumed to be dangerous. In addition, there is some inconvenience in adjustment in stably generating chlorine dioxide heavier than air at a predetermined position.

In addition, as a portable air purification tool to be worn around the neck, such as a name card case, a case having an opening, a chlorine dioxide gas generator stored in the case, and a fixing for fixing the case to a fixed article worn by a person A portable air purification tool comprising means is known (Patent Document 2).
However, the storage case is inconvenient in handling, and convenient when the gas generator is stored in a breathable bag. However, when the gas generator is a powder, the amount is troublesome. is there. In addition, the neck-like structure like a name card case is not only inconvenient for activities, but it is also very useful when children run on bicycles, playground slides, playground equipment, etc. Is dangerous.

There is known an environmental purifier (Patent Document 3) that generates chlorine dioxide from a stabilized chlorine dioxide solution and brings it into contact with air to purify smoke, odor, bacteria, and the like contained in the air. However, this prior art is not intended for portable air purification.
A container (Patent Document 4) made of a laminate of a specific chlorine dioxide generating substance and a polyethylene terephthalate film, an aluminum foil and a polyethylene film containing the same is known.
However, there is a need for an air purifier that has been devised in terms of a three-dimensional structure and that can safely and stably contain a chlorine dioxide-generating substance and that constantly disperses it at a predetermined concentration.

  In particular, the present invention is installed in a room, in a car, in a cabin, etc. with a relatively large number of people coming and going by a support, or on an indoor wall, an outer wall, an indoor instrument by a locking device such as a pin, hook, clip or fastener. Compact and portable box-type air purifier that works effectively for sterilization, deodorization, virus, pollen countermeasures, etc. when installed and used. The object is to solve the problem of stably and continuously generating substances.

  A first feature of the present invention is a three-dimensional container having two open surfaces in which a plurality of independent storage chambers formed by partition walls are arranged in a frame formed by a three-dimensional peripheral frame. With a lid formed by closing at least one of the open surfaces of the storage portion with the lower lid by the upper lid portion having a plurality of openings capable of dissipating the air-cleaning gas through the breathable sheet A box-type air cleaning tool having an air cleaning function characterized in that a substance that generates an air cleaning gas is stored in a plurality of storage chambers existing in the container. It can be done.

The second feature of the present invention is achieved by the box-type air cleaning tool according to claim 1, wherein the substance that generates the air cleaning gas is a substance that generates chlorine dioxide. Is something that can be done.
A third feature point of the present invention is that the three-dimensional circumferential frame forming the three-dimensional container is a box-type air cleaning tool characterized by being a quadrangle, a rhombus, a triangle, an ellipse or a circle. It can be achieved.
The fourth feature of the present invention is that the two open surfaces of the three-dimensional container are the upper cover portion having a plurality of openings capable of dissipating the air-cleaning gas, and the other open surface has no opening. This can be achieved by providing a box-type air cleaning tool characterized by being closed by a portion.

A fifth feature of the present invention is that in the storage portion having two open surfaces formed in the three-dimensional container, each of the two open surfaces has a plurality of openings that can dissipate the air-cleaning gas. This can be achieved by providing a box-type air cleaning tool characterized in that it is closed by an upper lid part and a lower lid provided.
The sixth feature of the present invention is that the chambers formed inside the three-dimensional container formed by the three-dimensional perimeter frame are partitioned by partition walls so as to have a lattice structure, a honeycomb structure, and a rhombus structure ellipse structure. It can be achieved by using a box-type air cleaning device characterized by the above.
Moreover, the volume of one chamber of the three-dimensional container is 1.5 to 2.5 cm ³ , and the number of the arranged chambers is 25 to 65. It is.

The seventh feature of the present invention is that the shape of the plurality of openings of the upper lid or the lower lid that can dissipate the air cleaning gas is such that the outer surface of the upper lid or the lower lid can dissipate the air cleaning gas. A box-type air cleaning device, wherein a cut-out portion that forms a perforation, lattice, or honeycomb structure is formed and has a shape that matches or is different from the shape of the chamber in the three-dimensional container; Can be achieved.
An eighth feature of the present invention is that a partition film made of a breathable sheet such as a nonwoven fabric, sponge, cloth, or net is provided on the back inner surface of the plurality of openings of the upper lid or the lower lid. This can be achieved by using a box-type air cleaning tool.

A ninth feature of the present invention is that the air purifying tool is detachably attached to an indoor wall, an outer wall, or an indoor fixture by a locking tool such as a pin, hook, clip, sucker, string or fastener. This can be achieved by using a box-type air cleaning tool as a feature.
The tenth characteristic point of the present invention can be achieved by using a box-type air cleaning tool characterized in that the air cleaning tool can be installed at a predetermined position by a holding tool. Is.
The eleventh feature of the present invention is that the storage body, the upper lid, the lower lid, the locking tool and the holding tool are made of a plastic material, a light metal such as aluminum and magnesium, or various metal materials such as copper and iron. This can be achieved by using a box-type air cleaning tool characterized by that.
A twelfth feature of the present invention is that the air purifier is a box-type air purifier that is used by being placed on a small or large holding body such as various types of locking devices, furniture, or electrical equipment. It can be achieved.

  The compact box-type air cleaning tool of the present invention is attached to the interior wall, exterior wall, or interior of a house, car, train, airplane, etc., or a clog box, furniture or fan, air conditioner, air purifier, refrigerator. By incorporating it as a part of home appliance parts such as, attaching to installed equipment, or by placing it indoors, mold prevention, insect repellent, insect repellent, sanitization, deodorization, virus, Effective for pollen control. In addition, a large number of independent storage chambers (cells) are provided in the box-type container and lid by ribs of a honeycomb structure, grid-type partition walls, etc., and chlorine dioxide is generated in a large number of storage compartments. In addition to having a container-reinforcing effect, the substances that generate chlorine dioxide are scattered by the tilting, swinging, and vibrations of the container, Concentrated unevenness and agglomeration at the part can be prevented, so in spite of fluctuations, evenly arranged, there is no bias in the amount of emission, and certain chlorine dioxide from the opening of the container lid Can be released stably, constantly and in a constant amount, so that the insect repellent, insect repellent, deodorant and antiviral effects can be most effectively exhibited.

It is the "front view" (FIG. 1 (a)) and the "perspective view" (FIG. 1 (b)) of the square of the air cleaning tool (5) of this invention. The "perspective view" of the air cleaning tool (5) of the present invention in an exploded state of the air cleaning tool (5) having openings on the two surfaces of the upper lid (2) and the lower lid (3) (FIG. 2 (a)). In the "perspective view" (Fig. 2 (b)) of the disassembled state of the air purifier (5) having an opening on the upper lid (2) and having an opening on one side where the lower lid (3) is closed. is there. The various aspects of the latching tool (6) attached to the air cleaning tool (5) of this invention are represented. The “plug-in type air cleaning tool (5)” (FIG. 3 (a)) having a clip mechanism (61) processed from an elastic plate, the locking tool (6) being a clamping type (61), upper lid (2) or “Suspension Air Cleaner (5)” (FIG. 3 (b)) perforated (34) in a projection (32) provided on the lower lid (3), “Suction cup provided with suction cup (63)” Type air cleaning tool (5) "(FIG. 3 (c))," plug-in type air cleaning tool (5) "(FIG. 3 (d)) provided with a pair of clip pieces (64) Showing, Back cover (3) “outside view” (FIG. 4) having a fitting part (32) provided with a pair of L-shaped projections on the surface of the back cover (3) constituting the air cleaning tool (5) of the present invention. (A)) “front view” (FIG. 4 (b)), “side view” (FIG. 4 (c), “top view” with the elastic clip (61) fitted to the fitting part (23). "(Fig. 4 (d)) and" perspective view "(Fig. 4 (e)). A square outer frame (71) which is a stationary type (filter exchange type) as a holder for the air cleaning tool (5) of the present invention and which is used by storing the air cleaning tool (5) in the outer frame (7). The “placement type (filter exchange type / round shape)” (FIG. 5A) to be placed and the “placement type (filter exchange type / round shape) (FIG. 5B)” to be placed on the round outer frame (72) are shown. . As a holding tool of the air cleaning tool (5) of the present invention, it represents a state of being incorporated into a circular frame (73). [FIG. 6A] is a front view, and FIG. 6B is a side view. As a holder of the air cleaning tool (5) of the present invention, it represents a state where it is arranged or incorporated in an air cleaning device such as an air filter or furniture (74).

As an article of the box-type air cleaning tool (5) having the air cleaning function of the present invention, it is the most preferable form in terms of shape, structure, and design, and most preferable in terms of function in sterilization and deodorization of the space. The embodiment or outline will be described with reference to the drawings. The air cleaning tool (5) of the present invention can store a predetermined amount of a substance (M) that generates an air cleaning gas such as chlorine dioxide as shown in FIGS. 1 (a) and 1 (b). To the extent, the container (1) having a predetermined size and a predetermined thickness (height) is formed into a honeycomb shape, a lattice shape, a rhombus shape, an ellipse shape, and an arbitrary pattern shape by partition walls (ribs) (11). It consists of a large number of small chambers (15) formed by dividing, and has two open surfaces (1A, 1B) on the upper side and the lower side.
An upper lid (front lid) (2) and a lower lid in which one of the two open surfaces (1A) or two have a large number of openings (25, 35) divided by a large number of partition walls (21, 31) (Back cover) This is a three-dimensional box-type air cleaning tool (5) closed by (3). The length, thickness and height of the three-dimensional peripheral frame (14) constituting the container are determined in terms of the size of the container constituting the scale of the air cleaning tool (5), deformation prevention and strength. In view of strengthening the material (M) and safety, the partition wall (11) is preferably designed to be thicker. The container (1) is manufactured by integral molding such as injection molding.

  The outer shape of the container (1), the upper lid (front lid) (2) and the lower lid (back lid) (3) is not only a square type (FIGS. 1A and 1B), but also a rectangular, round Examples include molds (FIG. 5 (b)), diamonds, triangles, ellipses, and other arbitrary shapes. If the upper lid (2) and the lower lid (3) are fitted to the container (1), the shape of the container (1) is the small chamber (15) and the upper lid (2) opening (25). The opening (31) of the lower lid (3) is preferably designed to overlap by taking the same form. Then, the upper lid (2) and the lower lid (3) are slightly larger than the size of the container (1) because of the relationship of covering the container (1), and the protrusions (22, 32) are formed on the peripheral edge. ), The upper lid (2) and the lower lid (3) can be easily fitted into the container (1), and the lid can be prevented from being displaced. If the structure is adopted, the form of the box can be stably maintained.

The details of the structure comprising the container (1) and the lid of the box-type air cleaning tool (5) are a predetermined width and thickness for storing a substance (M) that generates an air cleaning gas such as chlorine dioxide. The inner space of the container (1) is divided into an arbitrary pattern shape such as a honeycomb shape, a lattice shape, a rhombus shape, or a round shape by the partition wall (11). Has a group of independent chambers (cells) composed of a large number of independent chambers (15), and the substance (M) is dispersed in the large number of chambers (15) and stored substantially evenly. can do.
In order to close the two open surfaces (upper side surface and lower side surface) formed on both surfaces of the container (1) with the lid, one upper open surface (1A) is (FIGS. 2A and 2). (B)) A partition wall that matches the pattern or shape of a number of independent chambers (15) formed by dividing the interior of the three-dimensional peripheral frame (14) by the partition wall (11). (21) The upper lid (2) having a large number of openings (25) formed by (ribs) is closed via a breathable sheet (4) such as a nonwoven fabric. The other lower open surface (1B) is closed with or without a breathable sheet (4) by a non-breathable lower lid (3) (back lid) having no opening, This is a box-type air cleaning tool (5) in which one surface is open. In the case of a box type (box type) having such a structure, it is possible to easily volatilize a substance (M) that generates an air cleaning gas from the front side from the surface side where the opening is formed exclusively. Can be promoted.
In addition, the convenience which the latching tool (6) or the holder (7) arbitrarily attached to this air purifying tool (5) is given.

  Further, as a typical alternative embodiment, the air cleaning tool as shown in FIG. 2A has two upper and lower open surfaces (1A, 1B) formed by the container (1). In the storage part, an upper cover (1A) having an upper cover opening part (25) having an upper open surface (1A) divided into various pattern shapes such as a lattice shape having a honeycomb structure capable of dissipating the air-cleaning gas ( 21) A lower lid having a lower lid opening (35) which is closed by a (front lid) and whose other lower open surface (1B) is partitioned into a pattern shape by a lower lid partition wall (31) like the upper lid ( 3) A box-type air cleaning tool in which a so-called two upper and lower surfaces are opened by (back cover) with or without a breathable sheet (4). In the case of a box type (box type) having such a structure, the built-in air cleaning gas is caused by the wind blown from the front side or the back side, or by the flow of air generated by movement or shaking of the air cleaning tool. Volatilization of the generated substance (M) can be easily promoted from the front side to the back side, and it can be evenly diffused to the surroundings even in a stationary state.

  The above box mold (box mold) is obtained by manufacturing a so-called separate mold, in which three products of the container (1), the upper lid (2) and the lower lid (3) are separately molded and assembled. Although it is an example by a method, in fact, a molded product in a state where the lower lid (3) is fitted to the container (1) is integrally molded, that is, a molded product of a so-called partial integral mold is previously molded, and an upper lid ( Since the method of fitting 2) can also be adopted, the production of this box is such that the design can be arbitrarily changed by adopting a conventional method. In any case, partition plates (ribs) (11, 21) that are partition walls in an arbitrary pattern shape such as a honeycomb shape or a lattice shape formed in the container (1), the upper lid (2), and the lower lid (3). 31), it is preferable that the shapes or patterns of the multiple openings (15, 25, 35) formed by being divided by each other overlap and coincide with each other.

A volume portion having a space portion that can be used as a container formed in the container (1) by placing the upper cover (2) or the lower cover (3) on the container (1) is referred to as a “storage volume (C)”. Define. The calculation of the storage volume (C) (cm ³ ) for storing the substance (M) is a value determined by the total amount obtained by adding the capacities of the small chambers (cells) (15) formed in the storage body (1). is there. It is ideal that the number of each small chamber (cell) (15) formed in the container (1) is about 35 to 45 (chamber) in the standard size of FIGS. Is. The storage volume is very difficult to calculate because the shape and size of each chamber (cell) are not constant. Temporarily, it can be calculated based on the vertical and horizontal inner diameters (cm) and heights (cm) of the container (1). The total capacity (cm ³ ) of the standard size storage volume (C) is calculated to be about 63.9 (cm ³ ) based on about 7.1 cm × 6.0 cm × 1.5 cm, If it is corrected as 9 percent and it is determined as 57.5 (cm ³ ), it will not be a problem. Considering the scale of the capacity cm ³ of the storage volume (C), the loading amount according to the volume of the substance (M) is determined.

The role of the container (1) is to form a small chamber (15) such as a honeycomb constituting the container-like storage volume (C) and to form an outer peripheral wall. As shown in FIG. 1B, a square box shape such as a square or a rectangle is recommended. The reason for this is that the box-shaped area of the vertical and horizontal dimensions has a slightly wider opening and a larger diffusion area than the round-shaped area of the same size. However, in consideration of design, decoration, etc., a round container as shown in FIG. 5B instead of a box, or an elliptic container (not shown), rhombus (not shown), hexagon (not shown) ) And a triangular shape (not shown).
In any case, the size of the box shape is determined by considering the performance such as the amount and time of diffusion of the substance (M) to be stored, the convenience of the portable type, and aesthetic or design factors. , Diameter, and thickness can be designed.

  The size of the air purifier tool (5) as an article is indicated by the size of the upper lid (front lid) part (2). In principle, the size takes into account the amount of portable type, weight, emission of chlorine dioxide, etc., and time. Any size and size can be designed, but considering the circumstances such as carrying and compact, in the case of a rectangle, the horizontal dimension is about 5 to 18 cm, preferably 7 to 10 cm, most preferably It is about 7.5 cm. The vertical dimension is about 5 to 16 cm, preferably 6 to 8 cm, and most preferably 6.5 cm as a standard type. Since the present invention is a compact box-type air purifier, it is designed with arbitrary dimensions. The dimensions of the container (1) (container) forming the substance (M) accommodating part (C) are slightly smaller than the dimensions of the upper and lower lid parts (2, 3), so that the lid part (2) Easy installation and removal. The size of the container (container) (1) that forms the storage volume (C) of the air purifier tool (5) is obtained by adding the thickness of the upper and lower lids to the thickness of the container (1). In general, when the thickness is about 1 to 5 cm, preferably about 1.95 cm, a compact appearance suitable for carrying is obtained. Since the thickness (height) of the storage volume (C) is a value determined by excluding the thickness of the lower lid, the thickness is slightly smaller than that. Moreover, the thickness of the wall of the three-dimensional frame (1) which comprises a storage volume part (C), and the thickness of the partition frame (rib) which is a partition can respond if it is about 0.03-0.3 cm, The thickness of the peripheral wall portion is preferably slightly thicker, but in any case, it can be designed in consideration of the material and strength of the air purifier tool (5).

The capacity of the storage volume part (C) with the lid, which is the main part of the air cleaning tool (5), is the type and amount of the substance that generates the air cleaning gas, the performance of the generated substance, and the gas generation It is a design item that is determined in consideration of the duration, and also the shape of a small portable type, installation type, square shape, round shape, etc., taking into consideration the weight, size, or fashion sense.
A large number of independent chambers (cells) are formed in the container (1) by partition walls (11), which are separated by various shapes and patterns such as a lattice structure, honeycomb structure, rhombus, rectangle, ellipse, etc. (15) are assembled to form the storage volume (C). Since the stored substance (M) that generates chlorine dioxide can be distributed and stored almost uniformly in the independent chambers (cells), it can be stably and quantitatively dissipated, and the reinforcing effect of the storage part (C) In addition to having the air purifier, it plays a role of preventing scattering, bias, and aggregation of the substance (M) that generates chlorine dioxide by tilting, swinging, and vibrating the air cleaning tool.
In addition, in order to prevent twisting and deformation of the container of the storage volume (C) and to increase the strength of the peripheral wall of the container (1), a partition wall (11) is provided. In addition, an appropriate number can be arranged in an arbitrary direction such as a slightly oblique direction. The partition by the partition plate (111) is used in the case where the substance that generates the air cleaning gas dispersed and stored in the cells (independent small chambers) is granular, granular or bag-like, or excessive vibration or Since it functions to prevent the substance that generates chlorine dioxide from swinging from being biased or concentrated in the lower part of the storage part, it prevents the unstable generation of air-cleaning gas. It also plays a lasting role.

The size of the independent chamber (cell) (15) can be determined in consideration of the storage amount of the substance (M) that generates chlorine dioxide and the storage volume (C). It is also important to consider the above, and it is usually preferable that the cell diameter is in the range of about 0.5 to 1.8 cm as a standard type. The thickness of the partition rib, which is a partition wall, is a value determined in consideration of strength and molding technique, but is safe if it is about 0.001 to 0.04 cm.
The number of independent chambers (cells) (15) is determined by the size of the cell, but in the case of the accommodating part (1) of the standard specification (6.5 cm × 7.5 cm) of FIG. The number of cells is 5 to 80, preferably about 25 to 65, including standard shaped cells such as honeycombs, quadrilaterals, rhombuses, and some cell half-standards. It is appropriate to provide about 39 typical products.
The size of the plurality of independent storage chambers formed by the partition walls in the frame formed by this three-dimensional peripheral frame is that the shape of the chambers (cells) is a honeycomb, a tetragonal system, a rhombus, or an ellipse However, it is preferable that the dimensions be in the range of a vertical inner diameter of 1.8 cm, a horizontal inner diameter of 1.8 cm, and a height of 2.5 cm. Komuro volume (cm ³⁾ in 1 to 6 centimeters ^3, preferably 1.5～2.5Cm ³ mm, the standard size as shown, the size of 1.1 cm × 1.2 cm × 1.5 cm, volume Is preferably about 2 cm ³ in view of the function as a portable type and the amount of radiation. In any case, the value is determined in consideration of the performance of the stored item (M) and the diffusion time. When the number is small, the number of small chambers (cells) is a design matter that is arbitrarily determined to be two or more, or three or more.

  As the structure of the upper lid (2), a cutout portion, perforations, lattices, and an upper lid opening portion (25) having a honeycomb-like structure are formed to such an extent that the air purification gas can be dissipated. When (2) is closed, the storage volume (C) is formed. In this case, the partitions constructed in the lid (2) and the three-dimensional frame (1) and the arrangement of the chambers are designed to overlap and coincide with each other, which obstructs the emission of substances that generate chlorine dioxide. To prevent this, the container (1) and the upper lid (2) are integrated to form a gas diffusion passage. It is rational in terms of appearance and function that the pattern shape of the partition between the container (1) and the upper lid (2) overlaps and coincides as shown in FIG.

  The structure of the upper lid (2) and the lower lid (3), which closes the container (1) from the front and the back, has a plurality of openings (25, 35). , Non-woven fabric, open-cell sponge, cloth, fine net, paper to control and facilitate the release of air-cleaning gas from the opening, prevention of scattering, storage and release of air-cleaning gas Further, a partition film made of a breathable sheet made of a breathable sheet (4) such as a fabric is interposed for protection. This breathable sheet (4) needs to have a function of not only preventing foreign substances from entering from the outside but also preventing the contained substance (M) from scattering outside. The breathable sheet (4) is preferably one having a uniform crack and a hole so as to prevent the substance (M) from scattering and allow a gas such as chlorine dioxide to pass through easily. What is manufactured from a natural material or synthetic resin material in which pores of about 0.001 to 1.0 mm are arranged uniformly is preferable. The vertical and horizontal widths are the dimensions of the inner and outer surfaces of the container (1), and are dimensions that cover the open surface. The thickness is arbitrarily set to about 0.01 to 1.0 mm, and the substance ( It is necessary to have strength to protect M) and chemical resistance to chlorine dioxide.

  The locking device (6) of the air cleaning device (5) of the present invention has an arbitrary structure as particularly seen in FIGS. 3 (a), 3 (b), 3 (c), and 3 (d). Can be used. When the latching tool (6) is a sandwiching type (61), it has a structure that can be attached to a wall or the like by a clip piece (61) obtained by processing an elastic plate into a semicircular arc shape. In this clip piece (61), a pair of inverted L-shaped projections (32) are installed at predetermined positions on the lower lid (back cover) (3) with a gap, and the clip piece that fits the gap is provided. One end (611) of can be fixed to the plug-in. The other end portion (612) of the clip piece is structured to sandwich the adherend together with the back surface of the back wall portion of the lower lid (3).

If the state of this clamping type | mold (61) is demonstrated in detail based on Fig.4 (a)-FIG.4 (e), the clip mechanism (61) by which the air purifying tool (5) was processed from the elastic board. "Back cover (3) having a fitting part (32) provided with a pair of L-shaped projections on the surface of the back cover (3) constituting the air cleaning tool (5) of the present invention" (FIG. 4 (a)), the structure in which the elastic clip (61) is fitted to the fitting portion (23) is the structure as seen in the “front view” (FIG. 4 (b)). If this state is viewed from the side, it is structured as shown in a “side view” (FIG. 4C). Further, when this elastic clip (61) is viewed from above, a “top view” (FIG. 4 ( d)).
Furthermore, the general view in which the elastic clip (61) in the sandwiching type (61) is attached can be represented as a “perspective view” (FIG. 4 (e)).

  When the locking tool (6) is a hanging type, as shown in FIG. 3 (b), a protrusion (62) is provided at the center of the upper portion of the lower lid (3), and an appropriate hole ( 621) can be provided, and the hole can be used through a string such as a neck strap, or can be hung on a nail or the like.

Further, when the locking tool (6) is a suction cup type, a suction cup (63) made of synthetic resin or rubber is provided on the back wall surface of the lower lid (3) as shown in FIG. 3 (c). Can also be used. This type is not only easily fixed to flat plates such as glass and tiles, but is particularly easy to fix by vacuum adhesion in an environment where water or steam adheres, especially in bathrooms. Has an advantage.
Next, when the recommended locking device (6) is a plug-in type, a plurality of elastic pins (64) as shown in FIG. 3 (d) are attached, and can be easily attached by insertion. Of a type that can. It is inserted into the air conditioner louver via this pin and fixed. When the expiration date of the substance (M) is overdue or refilling is necessary, it can be easily removed simply by pulling it out for replacement.
Although the locking tool (6) of the present invention is not limited to the above type, the most typical type is exemplified.

  The general-purpose type equipped with the locking device (6) of the air cleaning device (5) of the present invention will be described in detail with reference to FIGS. 4 (a) to 4 (e). In the case where both the upper lid (2) and the lower lid (3) have an opening, if an inverted L-shaped protrusion is installed in the opening, the lid may be easily opened or weakened in strength. In case of concern, an inverted L-shaped projection (not shown) can be installed on the outer peripheral wall of the container (1). In this case, since it is installed in the outer peripheral surface of the container (1) which comprises the container of a storage volume part (C), it can respond by changing the curve shape of a clip piece. The advantage in such a case is that when the inverted L-shaped projection is applied as a leg portion for placement as shown in FIG. 5, it can be used as an indoor installation type by being detachably attached. The size of the leg structure, in particular its width and depth, is within the range of design changes that can be arbitrarily determined in consideration of stable installation.

  In order to attach the air cleaning tool (5) to an adherend, a locking tool serving as a mounting tool such as a conventional pin, hook, clip or fastener is attached. As this locking tool (6), a commercially available thing can be acquired and attached arbitrarily. In consideration of convenience, a typical locking device (6) is a clip mechanism, but of course, a pin, a hook, a clip, for example, a clamped clip, or a push-type clip in which an elastic material is processed into a U-shape, freely A locking tool (3) by a conventional locking means such as a hook-and-loop fastener or an adhesive-type locking tool provided with release paper can be arbitrarily adopted, and the selection of the locking tool (6) is as described above. 3 (a) to 3 (d) are not limited, and the usage of the compact box-type air cleaning tool of the present invention is not limited.

The air cleaning tool (5) of the present invention is used as a type of a square type (filter exchange type / square type) (FIG. 5 (a)), which is installed at an arbitrary location such as a tabletop, a building, or a vehicle body. be able to. In this case, by setting the air cleaning device (5) on the holding body (71) provided with two struts (711, 712) serving as an outer frame (7) having stable legs. This is the method to use. The support (71) is provided with a protrusion (713) on the column, and the protrusion (713) is provided with a difference in dimensions between the three-dimensional frame (1), the upper cover (2), and the lower cover (3). By inserting the recess due to the generated step in the direction of the black arrow in FIG. 5, it can be stably attached to the holding body (71).
Similarly, in the case of the round type “placement type (filter exchange type / round type) (FIG. 5B), it has an appropriate elasticity and shape to the extent that it can hold the round type air cleaning tool (5). It can be attached by being clamped by a round holding body (72) having a stable leg with a round support trunk (721, 722), acting as an outer frame, which is shown in FIG. ) Push in the direction of the black arrow.
Of course, these holders are relatively easy to fix and remove, and as a stationary mold, the reason is that there is relatively little overturning, but the present invention is not limited to this type. Absent.

  A state in which the air purifying tool (5) according to the present invention is incorporated into the circular frame (73) will be described with reference to FIG. As seen in the front view of FIG. 6 (a), the circular frame (73) is a frame having a larger outer shape than the container (1), the upper lid (2) and the lower lid (3) of the present invention. A recess is formed to accommodate the air cleaning tool (5), and the recess is stored in the recess. The thickness of the circular frame (73) is made larger than the thickness of the air cleaning tool (5) as seen from the side view (FIG. 6B). The circular frame (73) is fixed to the circular frame. A screw hole is drilled in the circular back cover (731, not shown), and the circular back cover (731) is fixed to the wall with screws through the screw hole, and then the lower cover is attached to the circular back cover (731). It is fixed by pushing the container (1) into or by inserting a circular frame (73) containing the air purifying tool (5) into the circular back cover (731) to dissipate chlorine dioxide and fragrance. It is appropriate to arbitrarily provide any holes, notches, perforations, etc. that facilitate.

  A state in which the air cleaning tool (5) of the present invention of [FIG. 7] is integrally arranged or attached to a furniture (74) such as furniture, electronic equipment, and air conditioning as a holder will be described with reference to FIG. . The example of FIG. 7 shows the state incorporated in equipment (74) like an air filter. In this way, if it is incorporated so as to constitute a part of furniture or electric appliances, not only medicinal effects, fragrance effects, and appliance design effects, but also the dust removal function of the air filter can be enhanced. The added value of the air cleaning tool (5) of the present invention can be increased. Of course, it can utilize so that some apparatus, such as a heating / cooling appliance, a refrigerator, and a fan, may be comprised.

The material of the container (1), the upper lid (2), the lower lid (3), the locking tool (6), and the holding body (7) of the present invention is a box-type air cleaning tool made of a plastic material. . As the molding material of the present invention, a metal such as aluminum, plastic, and many other materials are used. In general, plastic is most suitable. Plastic materials include polyethylene, polypropylene, polyacetal, polycarbonate, polyester, polysulfone, polyphenylene sulfide, polyacrylate, polyamide, and other general-purpose plastic materials, such as engineering plastics that have strength, durability, chemical resistance, light weight, moldability, Comprehensive from the aspect of price etc., it is decided arbitrarily. In particular, consider the durability against chlorine dioxide.
When the plastic material alone is uncertain about the durability against chemicals such as chlorine dioxide, the durability and safety can be improved by using a metal composite material such as alumino evaporation or plating.

Regarding the structure of the article of the container (1) containing the substance that generates the air cleaning gas and the lid (2), the most preferable mode is as follows.
With respect to the container of the container (1) for storing the substance that generates the air cleaning gas, the area of the opening that can dissipate the air cleaning gas is about 40 to 95%, preferably 45 to 90% of the lid surface area. A structure that is closed by a detachable upper lid (2) having an opening formed by cutting out about% can adopt a box structure called a normal lidded container. Of course, the fitting part of the container (1) and the upper lid (2) is provided with a protruding portion on the contact surface, making it harder to open and close, thereby making it safer to contact children. In addition to taking sexual measures, the contents can be protected. In addition, in order to prevent the lid (2) from falling off easily, by laying a stopper mechanism (not shown), once the lid is closed, the lock mechanism is activated and the lid does not open easily. This is preferable in consideration of safety when used by a child. Furthermore, for example, by providing a protrusion and a recess at the engagement part of the main body and the lid part, respectively, and by strengthening the engagement, or by providing a structure with a thread on the contact surface of the fitting part of the container and the lid, The fitting can be made easy and strong, but this is within the scope of the design change.

It is preferable that the substance that generates the air-cleaning gas stored in the lidded container, which is the main body part of the air cleaning tool (5), is the substance (M) that generates chlorine dioxide, and the container of the storage part (1). In addition, it is recommended to use a pre-processed form that is stable during storage and reacts with water vapor or carbon dioxide in the air to disperse chlorine dioxide continuously and stably. As for the form, powder, granules, crushed pieces, spheres, tablets, microcapsules, gels, liquids, two-pack type drugs and the like can be arbitrarily used. In advance, the form in which the substance that generates chlorine dioxide is used is determined in consideration of the state of use of the air purifier. Specifically, various inorganic porous supports such as sepiolite, zeolite, alumina, silica gel, etc. are impregnated with chlorite or chlorite and an alkali agent and dried to make chlorite as a support. On the other hand, what is supported on the order of 0.5 to 25 wt% is known, and a particle size of about 0.01 to 5 mm is recommended, and if necessary, it is prepared or obtained in recent years as a commercially available product. There is something that can be used and it will be possible to use it. These substances (M) may be distributed in bottles, but a predetermined amount of the substance (M) to be used at one time is placed in a bag of a predetermined size in advance, for example, polyethylene, polyethylene / aluminum / polyester. It is also reasonable to circulate in a packed state in a chemical-resistant film such as a (PET) three-layer film and open the material (M) when refilling or replacing it.
For example, if a natural or synthetic fragrance such as rose fragrance or plant fragrance is blended in an amount of 5 to 50 wt%, this substance (M) can be used as a medicinal and mental therapy. Utility is also expected.

In the case of such a substance that generates chlorine dioxide, there are a granular form and a tablet form of a certain size. A predetermined amount of these generation substances (M) is previously stored in the container (1). In the large number of independent chambers (cells) (15) existing in the storage part (container) formed by putting the lower lid (3), the upper lid part (2) Make an air purifier. The safest method of use is to put this in a polyethylene pack, seal it in circulation, and open the pack at the time of use. Of course, after generating the material in a pack, storing it in a plastic non-permeable outer bag such as polyethylene and storing it in a double package, and removing the outer bag during use There may be a method of loading the storage unit (1) in the storage unit, but careful consideration is required in consideration of safety for children during operation. The amount of loading varies slightly depending on the performance of the substance (M), but considering the efficiency, based on the volume (cm ³ ) of the substance (M), the capacity (cm ³ ) of the container of the storage volume (C) On the other hand, it is preferable to load about 30 to 95% by volume, preferably about 40 to 90% by volume.

The amount of emission from the substance (M) that generates chlorine dioxide is determined in consideration of the shape, amount used, and emission time. If the average particle size (precipitation method) is about 0.1 to 5 mm, it is convenient for handling, and a small particle size is expected to increase the surface area per unit weight and increase the amount of radiation. In order to adjust the emission amount and the emission time of chlorine dioxide, it is necessary to make adjustments such as increasing the amount used and relatively increasing the concentration of the substance that generates chlorine dioxide. In the case of powder, etc., a certain amount can be sorted in a packed state and stored in a sealed state.
The amount of chlorine dioxide generating substance to be placed in the container (1) varies slightly depending on the performance of the substance, but the total capacity of the cells (independent chambers) (15) formed in the container (1). On the other hand, if a chlorine dioxide generating material is loaded in an amount of 40 to 100% by volume, preferably 60 to 80% by volume, a constant amount is always obtained even if the box-type air purifying device moves or vibrates. Of chlorine dioxide is possible. When the loading amount is excessively small, for example, 5% by volume, the amount of the generated substance becomes free and unstable emission is caused because the storage amount is small. It is preferable that the loading amount and state of the chlorine dioxide generating material are dispersed and stored so that each cell (independent small chamber) is substantially equal.

  The amount of chlorine dioxide released can be used in a wide range of 0.001 to 500 ppm, but it is less than 100 ppm, taking into account individual differences in health hazards such as sensitive allergies and the effects of corrosion on equipment. Depending on the amount and performance of the chlorine dioxide generating material, it may be arbitrarily determined depending on the amount and performance of 50 ppm or less, if necessary, about 2 ppm, or 1 ppm, 0.5 ppm. In any case, it is one of the beneficial features of the air purifying device of the present invention that it can be arbitrarily determined in consideration of bacteria, virus, pollen, hygiene, fluency, time, place, situation, etc. .

  On the surface of the front cover part (22) of the cover part (2), the present invention is an air cleaning tool (5) having an air cleaning function. It is preferable to display decorations such as decorations, patterns, sculptures and effects. For example, if necessary, as seen in FIG. 1, FIG. 3, FIG. 5, etc., for example, in the center of the lid, characters such as “A, B, CD” such as prints that perform functions and advertisements By decorating like patterns and floral patterns, or by cutting out various letters, patterns, sculptures, etc. that can dissipate the air-cleaning gas by molding dies, by engraving or by secondary processing Alternatively, a so-called display portion that is arbitrarily formed by cutting can be formed by printing.

The field of application of the air cleaning device (5) of the present invention is determined by what the substance that generates the air cleaning gas is, but in the case of chlorine dioxide in particular, anti-virus, pollen, cold, sterilization, deodorization Excellent function in such as. It is also expected to prevent pepper and pumpkin powdery mildew, aphids, and mold growth, and to repel various insects such as mites, flies and mosquitoes. It is also recommended to wear it when working in an agricultural vinyl house.
It is preferable to always carry it in the manner shown in FIG. 4 when going out, etc. In particular, the air purifying device of the present invention is a closed place where many people come and go, such as trains, cars, airplanes, Carry in places such as restaurants, coffee rooms, karaoke rooms, busy streets, toilets, clogs, refrigerators, bathrooms, garbage buckets, garbage bins, odors such as garbage cans, and carry them for disinfection and deodorization. It is preferable. In addition, in places where food processing, farms, production and sales of crops, etc., when workers carry the air purifying apparatus of the present invention and work, it is possible to prevent infections, fishery products, It is also expected to increase the shelf life and freshness of fruits.
Of course, the basic shape of this air cleaning device is a quadrilateral as shown in FIG. 1, but various shapes such as a round shape and a rhombus, and a flower such as a so-called sunflower with a petal attached thereto. Various decorations such as decorations, paintings, sculptures, various anime characters, and art decorations can be used to enhance the function and effect of a mounting or stationary air purifier.

  Hereinafter, although evaluation about the effectiveness of the present invention will be described with reference to examples, the present invention is not limited to this embodiment.

[Molding of air cleaning tools]
A material for the air purifying device of the present invention, particularly for storing a substance (M) for generating an air-cleaning gas having the approximate dimensions shown in FIG. An outer body having 39 cells (independent small chambers) with a partition space of 1.1 cm and an outer diameter of 6.0 cm in length and 7.0 cm in width, and a storage section capable of dissipating the air-cleaning gas. A container (1) having a structure in which an upper lid (front lid) having an opening having a size corresponding to the honeycomb structure and a lower lid (back lid) having no opening is detachable is injection-molded.
The upper lid (2) is a structure that is completely tightly fitted and fixed in use so as not to open and close easily. The upper lid has a length of 64.72 cm and a width of 75.72 cm. The thickness of the lid is 0. 2 cm, the distance between the sides of the honeycomb structure is about 1.1 cm, and the partition rib has a thickness of 0.15 cm. These containers and lids are molded separately as separate parts using polyethylene reinforced resin as a plastic material by pressure molding or injection molding. Similarly, the clip piece is processed, and one end portion of the clip side is fitted into a pair of inverted L-shaped projections formed in advance on the outer surface of the lower lid (3) portion having no opening in the clip piece. Create a lid with a locking tool.

[Loading of chlorine dioxide generating material]
Next, a chlorine dioxide generating substance having an average particle size of about 0.1 to 2 mm by impregnating a porous carrier with a chlorite and an alkali agent and drying the container in the container (1) 3 About 10 g is used, and it is distributed and stored in a substantially uniform amount in cells (independent small chambers) having a honeycomb structure, and is loaded so as to be about 60% by volume of the cell space. Next, the air purifier (5) is completed by closing the lid with the upper lid (2) having a fine net (4) made of reinforced polyethylene attached to the back surface of the opening of the honeycomb structure of the lid.
This air purifying tool (5) can be stored in a polyethylene bag and stored or distributed as a package (pack), and can be used by opening the package (pack) at the time of use. Of course, if necessary, a method of sticking a weak adhesive release sheet to the surface of the opening of the lid portion and peeling off the release sheet when necessary can be arbitrarily implemented.
This air purifying device is a box-type product that can disperse chlorine dioxide stably over a long period of time, which is very compact and lightweight, and has an excellent honeycomb structure and design. If a substance that generates chlorine dioxide once is loaded into an air purifier, it will be possible to sustain the radiation effectively for about 20 days or more and about 3 months, depending on its concentration, loading amount, and nature. The specification is practical. Furthermore, it can be made usable for a long period of time by adjusting the release of a substance that generates chlorine dioxide, for example, by making it into micro-caxels, for example.

[Decontamination test]
A sterilization / deodorization test based on tests and data based on the “Test and Inspection Report” conducted at the “Sanitary Microbiology Research Center” in 2013 is shown.
A sample in which the “air purifying device (5)” created in the example of the present invention is used as a specimen is displayed as a “example”, and a sample that is not used is displayed as a “comparative example”.
[Antimicrobial test]
1. Objective To test specimens for antibacterial and antifungal activity.
2. Test bacteria (1) Staphylococcus aureus (Staphylococcus aureus)
NBRC 13276
(2) Klebsiella pneumoniae
NBRC 13277

3. Test method 3-1 Preparation of test bacterial solution and spore solution Bacteria are inoculated on a normal agar medium (NA), cultured at 35 ° C. for 24 hours, and then with physiological saline so that the number of bacteria becomes 10 ⁷ / mL. Make it.
3-2 Preparation of test sample A cotton cloth cut into 5 cm × 5 cm is used as a test sample.
3-3 Inoculation and Culture of Test Bacterial Solution and Spore Solution The test bacterial solution was inoculated, suspended in a sealed space (L177.5 cm × W80 cm × H220.5 cm), and cultured after setting the specimen. In addition, the same test is performed with the condition where the sample is not installed as a control.
3-4 Viable count measurement After 24 hours of culture, the test sample was washed out with SCDLP medium and used as a test solution to prepare a 10-fold dilution of the test solution. These diluted solutions are inoculated into SCDLP agar medium, and after culturing at 35 ° C. for 48 hours, dentition is converted.
3-5 Test results

Table 1. Antibacterial test against Staphylococcus aureus

(Examination period)
Place of installation Initial number of bacteria 1st day 2nd day

Example 3.3 × 10 ⁷ 1.0 × 10 ⁵ 3.7 × 10 ⁴
Comparative Example 3.3 × 10 ⁷ 1.5 × 10 ⁶ 1.1 × 10 ⁶

Numbers in the table are viable counts (cm ² )

Table 2 Antibacterial test against Klebsiella pneumoniae

(Examination period)
Place of installation Initial number of bacteria 1st day 2nd day

Example 3.4 × 10 ⁶ 2.5 × 10 ³ 9.9 × 10 ⁴
Comparative Example 3.4 × 10 ⁶ 4.9 × 10 ⁶ 3.1 × 10 ⁶

Numbers in the table are viable counts (cm ² )

[Deodorization test]
1. Objective To examine the deodorizing effect of the specimen ("air purification tool (5) of the present invention").
2. Target odor (1) Ammonia
(2) Isovaleric acid Test method Aromatic odor deodorant association Conducted based on the deodorization test method. One specimen was placed in a 45 L sealed container with a target odor concentration set, and after 60 minutes and 120 minutes, the residual concentration was measured using a Kitagawa test tube. Also. A similar test was conducted using only odor as a control.
The case where the “air cleaning device (5)” of the present invention is used is referred to as “Example”, and the case where it is not used is referred to as “Comparative Example”.
The deodorization rate was calculated using the following formula.
<Deodorization rate (%) = residual concentration of control−residual concentration of test sample / residual concentration of control × 100 >>

Table 1. Deodorization test results for ammonia

(Measurement time)
Test sample Initial concentration 60 minutes later 120 minutes later

Example 200 ppm 100 ppm (50%) 10 ppm (95%)
Comparative Example 200 ppm 200 ppm 200 ppm

The values in the table are residual concentrations (deodorization rate%)

Table 2. Deodorization test results for isovaleric acid

(Measurement time)
Test sample Initial concentration 60 minutes later 120 minutes later

Example 20 ppm 3 ppm (85%) 3 ppm (85%)
Comparative Example 20 ppm 20 ppm 20 ppm

The values in the table are residual concentrations (deodorization rate%)

From the results of Tables 1 and 2 above, as shown in the examples and comparative examples of the present invention, in the sterilization and deodorization tests, the air cleaning tool of the present invention is also used in antibacterial tests and deodorization tests. It can be easily understood that there are beneficial effects.
In addition, it was confirmed that this air purifier can maintain stable dissipation even if it is repeatedly reversed and swung.

  This air purifier is a compact box-type device that can be worn or installed at a certain distance at the mouth and nose for breathing, so that chlorine dioxide can be stably and stably diffused. In consideration of circumstances such as viruses and pollen, the mounting position, distance, type of generated substance, and loading amount can be adjusted according to the situation of the place.

The air purifying device of the present invention has the effect of powerful sterilization, sterilization, deodorization, repelling, etc. of chlorine dioxide, so in particular, in-flight, in-car, workplace, hospital, travel, theater, watching field, school activities, etc. If you wear it when participating in, you can expect the prevention effect of influenza, bronchitis, cold, infectious disease, pollen, and it will be useful for tourism and entertainment such as commuting, excursions, travel and gatherings in Japan and abroad.
In addition, in order to maintain the disinfection and hygiene of customers in eating and drinking, karaoke, kitchens, etc., it is useful just to put it in that place, and it is also expected to maintain the hygiene of cooks. It is beneficial.
At the medical site, it is expected to transmit and prevent illnesses in nursing and treatment, so this air purifier should be installed especially when traveling or dispatching to areas where hygiene is not good due to floods or natural disasters. Is beneficial, and is also beneficial to the medical field and industry. In addition, fisheries such as aquaculture, pig farming, fish, eel, sardine, and salmon, fishery and animal and plant infections, and those engaged in farming should be equipped to prevent disease, fungal transmission, and proliferation. There is expected.
In addition, when cultivating crops that are relatively susceptible to bacteria, such as tomatoes, cucumbers, eggplants, pears, and grapes, air cleaners must be installed inside the vinyl house and during maintenance work. It is expected to be used in the field of agriculture, aquaculture and forestry because it can keep breeding and hygiene. Of course, it is expected to be useful as a fungus, insect repellent and repellent, which are harmful to crops and humans, including flies and mosquitoes. It is recommended to wear it in poultry farming, pig farming, dairy farming, agricultural vinyl houses, and when working in fields.
In addition, it can be supplied easily, easily, and stably at a relatively low cost, especially in the cabin and in the vehicle, contributing to daily healthy and clean lives, as well as tourism, travel, production, agriculture and fisheries. And can contribute indirectly to the development and revitalization and development of the local economy.

1. Container 11. Bulkhead (rib)
14 Solid perimeter frame 15. Komuro (cell)
1A. Upper open surface 1B. Lower open surface

2. Upper lid (front lid)
21. Upper lid partition wall 25. Upper lid opening

3. Lower lid (back lid)
31. Lower lid partition wall 35. Lower lid opening

4). Gas permeable sheet

5. Air purifier

6). Locking tool 61. Clip mechanism 62. Protrusion 621. Hole 63. Sucker 64. Clip piece

7). Outer frame 71. Square holder 711. Prop 712. Prop 715. Legs 72. Round holder 721. Round support trunk 722. Round support trunk 725. Legs 73. Round holder 74. Equipment or furniture holder

Utility model registration No. 3154094 JP 2012-90743 A JP-A-3-2288771 JP-A-11-278808 WO2009 / 051018

Claims (13)

  In a three-dimensional container having two open surfaces in which a plurality of independent storage chambers formed by partition walls are arranged in a frame formed by a three-dimensional peripheral frame, at least one of the open surfaces of the storage part is ventilated. A plurality of small storage spaces that are present in a lidded body formed by closing the other open surface with a lower lid by means of an upper lid portion having a plurality of openings that can dissipate air-cleaning gas via a protective sheet. A box-type air cleaning tool having an air cleaning function, wherein a substance that generates an air cleaning gas is stored in the room.   The box-type air cleaning tool according to claim 1, wherein the substance that generates the air cleaning gas is a substance that generates chlorine dioxide.   The box-shaped air cleaning tool according to claim 1 or 2, wherein the three-dimensional peripheral frame forming the three-dimensional container is a quadrangle, a rhombus, a triangle, an ellipse or a circle.   The two open surfaces of the three-dimensional container are closed by an upper lid portion having a plurality of openings capable of dissipating air-cleaning gas, and the other open surface is closed by a lower lid portion having no openings. The box-type air cleaning tool according to any one of claims 1 to 3.   In the storage portion having two open surfaces formed in the three-dimensional container, each of the two open surfaces is closed by an upper cover portion and a lower cover each having a plurality of openings capable of dissipating the air cleaning gas. The box-type air cleaning tool according to any one of claims 1 to 4, wherein the box-type air cleaning tool is provided.   The chamber formed in the three-dimensional container formed by the three-dimensional peripheral frame is partitioned by partition walls so as to have a lattice structure, honeycomb structure, rhombus structure, or elliptic structure. The box-type air cleaning instrument according to any one of 1 to 5. The volume of one chamber of the three-dimensional container is 1.5 to 2.5 cm ³ , and the number of the arranged chambers is 25 to 65. The box-type air cleaning apparatus as described.   The shape of the plurality of openings of the upper lid or the lower lid that can dissipate the air-cleaning gas is a perforated, lattice, or honeycomb structure so that the outer surface of the upper or lower lid can dissipate the air-cleaning gas. The box-type air cleaning device according to any one of claims 1 to 7, wherein a cutout portion is formed and has a shape that matches or is different from the shape of the chamber in the three-dimensional container.   9. A partition film made of a breathable sheet selected from a nonwoven fabric, a sponge, a cloth, or a net is provided on the back inner surface of the plurality of openings of the upper lid or the lower lid portion. A box-type air purifier according to crab.   The air purifying device is detachably attached to an indoor wall, an outer wall, or an indoor installation object by a locking device comprising a pin, a hook, a clip, a suction cup, a string or a fastener. A box-type air cleaning tool as described in 1.   The box-type air cleaning tool according to any one of claims 1 to 10, wherein the air cleaning tool can be installed at a predetermined position by a holding tool.   The box-type air cleaning tool according to any one of claims 1 to 11, wherein the storage body, the upper cover, the lower cover, the locking tool, and the holding tool are made of a plastic material or a metal material made of aluminum. . A box-type air cleaning tool in which the air cleaning tool according to any one of claims 1 to 12 is disposed and used on a holding body such as a locking tool, furniture, or an electric device.