JP2012177209A - Suit - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a suit which is suitable as a uniform for a school or an enterprise, can disinfect the periphery of a wearer, can be washed, and is not discolored.SOLUTION: A suit 1 is an elementary school uniform, and a jacket for a child. The suit 1 is made by sewing front bodies 2, 3, back bodies (not illustrated), a right sleeve 5, a left sleeve 6, yokes 7, a collar 8, and front pieces 15, 16. An insertion space 21 is disposed in the left sleeve 6. A lining 32 is disposed in the insertion space 21. A gas-releasing member 10 is inserted in the insertion space 21.

Description

  The present invention relates to clothing, and is particularly suitable as a school or corporate uniform. The clothes of the present invention can disinfect the wearer's surroundings.

In the winter, influenza is prevalent every year. In particular, school children / students often have group infections.
The reason is that many students stay for a long time in a single space called a classroom. That is, bacteria (including viruses) released from one infected person float in the air in the classroom, and these bacteria enter the body of many other students and cause mass infection.

Measures to prevent outbreaks include humidifying the classroom and spraying disinfectants in the classroom.
Patent Document 1 discloses an invention in which chlorine dioxide gas is adsorbed and held on an inorganic carrier, and a glass container containing the inorganic carrier is suspended in a hospital room to disinfect a bed and nurse's clothes and prevent hospital infection. Is disclosed.

JP-A-6-233985

The policy disclosed in Patent Document 1 is effective as a policy for preventing nosocomial infections, but is not suitable as a policy for preventing mass infections in schools and offices at work.
That is, the measure disclosed in Patent Document 1 is to disperse chlorine dioxide gas from a glass container, and prevent hospital infection by setting a predetermined concentration of chlorine dioxide gas in a hospital room. Therefore, there is a hospital-specific disinfection odor in the hospital room. In hospitals, sterilization with cresol and the like is routinely performed, so even if there is some chlorine dioxide gas odor in the room, no one cares.

  However, because schools and workplaces are not routinely disinfected, they feel uncomfortable with a disinfecting odor. In addition, since the offices of schools and workplaces are places where intellectual behavior such as studying and work is performed, learning effects and work efficiency are significantly reduced if they are wrapped in a strange odor.

Then, the present inventors considered attaching the member which discharge | releases bactericidal gas to some clothing. For example, an inorganic carrier supporting chlorine dioxide gas as disclosed in Patent Document 1 was attached to a part of a kindergarten or elementary school uniform.
However, this clothing was found to be fatal.
In other words, kindergarteners and elementary school children play with their bodies during breaks. Therefore, uniforms such as kindergartens are routinely soiled and washed daily.
However, many inorganic carriers absorb water by washing and swell. As a result, chlorine dioxide gas cannot be released after washing.

In addition, when loosely inserted in a dryer after washing, the swelling of the inorganic carrier is reduced, but the chlorine dioxide gas carried on the inorganic carrier is volatilized by heating and does not release chlorine dioxide gas even when worn after washing. .
In short, a garment in which a member that releases bactericidal gas is attached to a part of the garment does not withstand washing and is unsuitable for uniforms.

  In addition, the bactericidal gas often bleaches the dye. Therefore, if a member that releases bactericidal gas is attached to a part of the clothes, the clothes are partially discolored and become spots.

  Therefore, the present invention focuses on the above-described problems, and aims to provide clothes that can be sterilized around the wearer, can be washed, and do not lose color. .

  According to the first aspect of the present invention for solving the above-described problem, in the clothing having the outer surface exposed to the outside, part of the clothing has an insertion space communicating with the outside, and the shielding between the insertion space and the outer surface is performed. The gas release member is built in the insertion space in a state where it can be taken out, and the gas release member is packed with a medicine that releases a gas having a sterilizing effect or a sterilizing effect in a natural environment. It is the clothes characterized by being.

“Clothing” here means the same as the classification of trademark, “Clothing” in Class 25, which is described in the Schedule for Construction of Trademark Law, and is not only worn on the upper body but also worn on the lower body of trousers etc. It is a concept that includes what to do.
The clothing of the present invention has an insertion space, and a gas release member is built in the insertion space. And the gas which has a bactericidal effect etc. is discharge | released from the said gas discharge | release member. In addition, since a part of the insertion space communicates with the outside, the gas released from the gas release member is released to the outside. The released gas drifts in the vicinity of the wearer and creates a sterilizing or sterilizing atmosphere around the wearer. For this reason, bacteria that approach the wearer are killed or weakly active and do not infect diseases.
In the present invention, the gas releasing member is a bag filled with a medicine that releases gas. And in the clothes of this invention, the gas discharge | release member is incorporated in insertion space in the state which can be taken out. Therefore, in the present invention, the gas releasing member can be removed when washing is performed, and only the clothes can be washed by removing the gas releasing member.
Furthermore, in the clothes of the present invention, since the shielding member is provided between the insertion space in which the gas releasing member is mounted and the outer surface, the gas can be prevented from directly touching the outer surface.
Therefore, discoloration of clothes is prevented. The shielding member is preferably made of a material that hardly permeates gas. For example, it is recommended that the shielding member be a resin plate or sheet, a metal film, or the like.

  The invention according to claim 2 is the clothing according to claim 1, wherein the drug is one in which chlorine dioxide is supported on a carrier.

The shape of the carrier may be granular or block. Moreover, you may have an area like a cloth.
When a solid material is employed as the carrier, a porous material is recommended.
Examples of the porous body include silica gel, alumina gel, silica alumina gel, zeolite and the like.

The clothing of the present invention releases a gas having a sterilizing effect or a sterilizing effect, and the released gas drifts in the vicinity of the wearer to create a sterilizing atmosphere or a sterilizing atmosphere around the wearer. For this reason, bacteria that approach the wearer die or are less active, and do not infect the wearer with the disease.
The clothes of the present invention can be washed. Furthermore, the clothes of the present invention have the effect of being difficult to discolor.

It is a perspective view of the clothes of the embodiment of the present invention. It is an expansion perspective view of the sleeve part of the clothes of FIG. It is AA sectional drawing of FIG. It is an enlarged view of the circle part of FIG. It is BB sectional drawing of FIG. It is the cross-sectional perspective view which fractured | ruptured the sleeve part of the clothes of FIG. 1 in steps. It is a perspective view of a gas discharge member. It is a cross-sectional perspective view of the gas discharge member of FIG. It is an expansion perspective view of the sleeve part of the clothes of other embodiments of the present invention.

Embodiments of the present invention will be further described below.
The clothing 1 according to the embodiment of the present invention is an elementary school uniform and is a kid's jacket. The clothing 1 is composed of front and rear viewings 2 and 3, rear viewing (not shown), a right sleeve 5, a left sleeve 6, a yoke 7, a collar 8, and front warps 15 and 16, which are similar to known ones. It is made by sewing.
Further, the clothing 1 has a front opening structure, and a buttonhole (not shown) and a button 20 are attached to the front frames 15 and 16.

As a configuration unique to the present embodiment, an insertion space 21 is provided in the left sleeve 6. The insertion space 21 has a structure similar to a pocket. As shown in FIG. 2, a cut 25 is provided in the outer surface 23 of the left sleeve 6, and a backing cloth 27 (FIGS. 3, 4, and 5) is sewn on the back side of the outer surface 23. It has been done.
The lining cloth 27 is a substantially rectangular cloth that covers the cut 25 completely and widens to the wrist side.
The backing cloth 27 is sewn to the outer material 23 with a thread 26 on all sides.

Accordingly, a space (insertion space 21) having a rectangular front view is formed between the outer material 23 and the backing cloth 27. Further, the outside and the insertion space 21 communicate with each other only at the cut portion 25 of the outer material 23.
A buttonhole 28 is provided in the vicinity of the cut 25 in the outer material 23. A button 30 is attached to the back cloth 25 at a position corresponding to the button hole 28.

A lining 32 is provided in the insertion space 21 formed by the outer material 23 and the backing cloth 27. That is, the front side shielding sheet 35 is attached to the outer surface 23 by adhesion or sewing. Similarly, a back-side shielding sheet 36 is attached to the insertion space 21 side of the back cloth 27 by bonding or sewing.
The front-side shielding sheet 35 and the back-side shielding sheet 36 are resin or metal films and do not pass gas. That is, the front side shielding sheet 35 and the back side shielding sheet 36 are shielding members and have a function of shielding gas.

In the clothes 1 of this embodiment, the gas release member 10 is built in the insertion space 21 formed by the outer material 23 and the back cloth 27.
The gas release member 10 is obtained by sealing a drug 12 in a bag 11 having no opening.
However, the bag 11 has air permeability. That is, the bag 11 can prevent the drug 12 itself from spilling out, but cannot prevent the gas from passing therethrough. Specifically, the bag 11 is made of cloth or non-woven fabric.

The drug 12 is obtained by adsorbing and holding chlorine dioxide gas on zeolite. Therefore, chlorine dioxide gas is gradually released in a natural environment of normal temperature and normal pressure. Zeolite is an inorganic carrier and is porous.
Since the bag 11 has air permeability as described above, the chlorine dioxide gas passes through the bag 11 and is diffused to the outside from the gas release member 10.

In the present embodiment, the gas release member 10 is inserted into the insertion space 21, and the button 30 is hung so that the gas release member 10 does not jump out of the insertion space 21. That is, the button 30 provided on the back cloth 27 is engaged with the button hole 28 of the outer material 23, and the portion of the cut 25 is closed.
However, since the button 30 is merely a point contact between the outer material 23 and the backing cloth 27, the cut 25 cannot be completely closed, and there is always a small gap.

In the clothing 1 of this embodiment, chlorine dioxide gas is released from the gas release member 10 as described above, and the insertion space 21 of the clothing 1 is filled with chlorine dioxide gas. Since the insertion space 21 is slightly opened at the cut 25 portion, the chlorine dioxide gas in the insertion space 21 is released to the outside from the opening portion.
And the circumference | surroundings of the child who wore the clothes 1 are kept in a sterilized atmosphere. Therefore, children wearing clothing 1 are not infected with influenza.

Moreover, although the surface of the clothes 1 is made of the outer surface 23, since the front-side shielding sheet 35, which is a shielding member, is provided between the gas releasing member 10 and the outer surface 23, the gas released from the gas releasing member 10 Does not touch the surface 23 directly. In this embodiment, since the back-side shielding sheet 36 is also provided on the back cloth 27 side, the gas does not directly touch clothes worn by the child.
Of course, even if the child wears the clothes 1 on the bare skin, the gas does not directly touch the child's skin.

When washing the clothes 1 of this embodiment, the button 30 is removed, the cut 25 is opened, and the gas releasing member 10 inside is taken out. In this state, only the main body portion of the clothing 1 is washed.
When the washing is finished, the gas releasing member 10 is returned to the insertion space 21, and the button 30 is put on to close the cut 25 portion. When the gas releasing member 10 is deteriorated, a new gas releasing member 10 is put into the insertion space 21.

In the embodiment described above, the configuration in which the cut 25 is sealed with the button 30 is exemplified. That is, in the present embodiment, the button 30 constitutes a sealing means for sealing the insertion space 21. This configuration is recommended in that it does not completely seal the cut 25. As a closing method having the same effect, a hook may be mentioned.
There may be a plurality of buttons 30 and hooks.
The fastener 40 (FIG. 9) is disadvantageous in that it is difficult to secure a gas discharge path, but the use of the fastener 40 is not excluded.
When the fastener 41 is used as the closing means, it is desirable to provide a hole 42 in the surface material 23 and the front side shielding sheet 35 to secure a gas discharge path as shown in FIG.

In the embodiment described above, the present invention has been described by taking the clothes worn on the upper body as an example, but it is also possible to provide the insertion space 21 in the pants.
Further, the position of the insertion space 21 is arbitrary, and may be provided at the best viewing time 2, 3 or the like.
The insertion space 21 may be configured like an inner pocket, and the entrance / exit of the insertion space 21 may be formed inside the clothing.

In this embodiment, chlorine dioxide gas is employed as a gas having a sterilizing effect or a sterilizing effect, but other gases such as ozone and chlorine may be used.
Although the chemical | medical agent employ | adopted by this embodiment adsorbs and hold | maintains gas on the inorganic support | carrier, gas may be sublimated from solid.
The shielding member may be a dense cloth.

DESCRIPTION OF SYMBOLS 1 Clothing 10 Gas discharge member 11 Bag 12 Drug 21 Insertion space 23 Outer fabric 25 Cut 27 Back cloth 28 Button hole 30 Button 32 Inner lining 35 Front side shielding sheet (shielding member)
36 Back side shielding sheet (shielding member)
41 Fastener 42 hole

Claims (2)

  The clothing having the outer surface exposed to the outside has an insertion space partially communicating with the outside, and a shielding member is provided between the insertion space and the outer surface, and the gas release member is taken out into the insertion space. A clothing characterized in that it is incorporated in a possible state, and the gas releasing member is packed with a medicine that releases a gas having a sterilizing effect or a sterilizing effect in a natural environment.   The clothing according to claim 1, wherein the drug is a carrier in which chlorine dioxide is supported.

Images