JP3612625B1 - Itching inflammation relieving gloves and method for producing the same - Google Patents

Abstract

Rather than reducing the content of protein components contained in rubber gloves as in the prior art, it is possible to use latex in the fields of medicine, physics and chemistry, industry, etc. by utilizing the anti-phlogistic and anti-inflammatory properties of phthalocyanine. An itching inflammation alleviating glove that reduces hand irritation and inflammation when using gloves made of nitrile, PVC and the like is provided.
[Solution] Using phthalocyanine as an itching inflammation relieving agent when wearing gloves, this phthalocyanine is mixed into the material of the inner glove, mixed into the material of the glove, or mixed into the lubricant when wearing the glove. , Mixed in the coating material on the back side of the glove, or adheres to the flocks applied on the back side of the glove.
[Selection figure] None

Description

  The present invention relates to an itching inflammation alleviating glove that reduces hand itchiness and inflammation when using gloves made of latex, nitrile, PVC, etc. in the fields of medicine, physics and chemistry, and the like, and a method for producing the same. It is about.

  Conventionally, gloves according to each use are used in various fields such as medical treatment, physics and chemistry, and industry. Such a glove is worn on the hand for the purpose of hygiene, antibacterial, hand protection, or slip prevention. As materials used for such gloves, latex such as natural rubber, synthetic rubber or synthetic resin, nitrile rubber, PVC (polyvinyl chloride) and the like are used.

  By the way, in the use of the above gloves, non-rubber components such as proteins contained in natural rubber or substances added thereto may cause hand irritation, itching, eczema, etc. There is a problem of allergic skin diseases in which proteins contained in a starch powder used as a lubricant for performing a combination with sweat inside a glove cause rash, itching, eczema and the like.

  Patent Documents 1 and 2 are listed as conventional examples for preventing itching and inflammation caused by wearing such rubber gloves. Among these, the invention of the patent document 1 “soft rubber product and method for producing the same” is formed as a film from a patient contact layer formed as a film from an aqueous natural rubber latex emulsion, an aqueous emulsion composed of an acrylic copolymer and a fluorocarbon telomer resin. A wearer contact layer and a medical multilayer glove comprising the patient contact layer and the wearer contact layer formed from an aqueous emulsion comprising natural rubber latex, polyurethane latex, poly (acrylamide / acrylic acid) and polyethylene oxide .

  The invention “Rubber Gloves” of Patent Document 2 is a rubber glove made of deproteinized natural rubber, and 0.5 parts by weight of fine particles having a base: —OH with respect to 100 parts by weight of the natural rubber. It is a rubber glove characterized by containing in the above ratio.

The inventions of Patent Document 1 and Patent Document 2 described above alleviate proteinaceous allergies by reducing the content of protein components contained in rubber gloves.
JP-A-6-70942 (first and second pages) Japanese Patent Laid-Open No. 11-81014 (first and second pages) "Pharmacology and Treatment" Japanese Pharmacology & Therapeutics Life Sciences Publishing, published April 20, 1996, Vol. 24 No. 4, pages 132-135

  On the other hand, as a new application field of phthalocyanine conventionally known as a dye or pigment, attention has been focused on its deodorizing effect, and a technique for using this as a deodorant for fibers such as clothing, bedding, and rugs has been developed. .

  Furthermore, as a possibility that this phthalocyanine can be used for other purposes, a clinical result recently reported in the above-mentioned Non-Patent Document 1 etc. has reported that phthalocyanine has antipruritic and anti-inflammatory effects. Has been.

  By the way, the contents described in Non-Patent Document 1 are summarized as follows: “The presence of histamine and serotonin has been confirmed among the causative substances for the occurrence of various symptoms of allergic skin diseases. It is well known that bioactive amines have an itching and irritating effect on the skin as one of their active actions.The common antihistamines currently used for these actions There are two types of anti-serotonin agents: (1) types that cause antagonistic damage by binding to histamine, serotonin, and receptors, and (2) types that suppress the release of histamine and serotonin from mast cells. As mentioned above, the existence of antihistamine action by a third mechanism different from this was estimated from clinical experience. In order to verify this possibility, As a result of such a basic experiment, it can be said that “metal phthalocyanine octacarboxylic acid [metal = Fe, Co] can be sufficiently expected as a novel antihistamine and serotonin agent having a new suppression mechanism.” There is a description.

  The present invention has been made in view of the above circumstances, not by reducing the content of protein components contained in rubber gloves as in the prior art, but by utilizing the antiphlogistic and anti-inflammatory properties of phthalocyanine, To provide an itching inflammation alleviating glove that reduces the itching and inflammation of hands when using gloves made of latex, nitrile, PVC, etc. in the fields of medicine, physics and chemistry, and the like, and a method for producing the same. With the goal.

In order to achieve the above object, the invention of claim 1 is characterized in that phthalocyanine is attached to an inner glove knitted with cotton yarn or synthetic resin yarn , and phthalocyanine is mixed in corn starch powder used as a lubricant when wearing the glove. Alternatively, it is an itching inflammation alleviating glove characterized in that a powder in which phthalocyanine is cation-bonded to cellulose is attached as a lubricant when wearing gloves .

The invention of claim 2 is also characterized in that an inner glove knitted with cotton yarn or synthetic resin yarn is dipped in a phthalocyanine solution so that the phthalocyanine adheres to the glove and phthalocyanine is used as a lubricant for wearing the glove. It is a method for producing an itching inflammation-reducing glove characterized by adhering a powder obtained by cationically binding phthalocyanine to cellulose as a lubricant when a glove is worn .

The invention of claim 3 is also characterized in that cotton yarn or synthetic resin yarn is dipped in a phthalocyanine solution so that an inner glove is knitted with a phthalocyanine-attached yarn and used as a lubricant when the glove is worn. It is a method for producing an itching inflammation-reducing glove characterized by adhering a powder in which phthalocyanine is cation-bonded to cellulose as a lubricant when a glove is worn .

Further, the invention of claim 4 relates to phthalocyanine added to corn starch powder used as a lubricant when glove is worn and phthalocyanine is mixed in natural rubber, synthetic rubber or synthetic resin glove material. It is an itching inflammation alleviating glove characterized by adhering a powder in which phthalocyanine is cation-bonded to cellulose as a lubricant when wearing glove.

In the invention of claim 5, phthalocyanine is mixed in a natural rubber, synthetic rubber or synthetic resin liquid used as a glove material, and a glove mold is put in the liquid and adhered to the surface of the mold. Prepared by vulcanizing and solidifying the liquid , and phthalocyanine was mixed in corn starch powder used as a lubricant when wearing gloves, or a powder obtained by cationically bonding phthalocyanine to cellulose as a lubricant when wearing gloves It is a manufacturing method of the itching inflammation relief glove characterized by the above-mentioned.

  The itching inflammation-reducing glove of the present invention is one in which phthalocyanine is applied to alleviate skin itching and inflammation when wearing gloves made of latex, nitrile, PVC or the like.

  In the present invention, when an itching inflammation alleviating glove formed by attaching phthalocyanine to an inner glove knitted with cotton yarn or synthetic resin yarn is used, this inner glove is attached to the inside of a surgical rubber glove and used. Since the inner glove comes into contact with the skin of the hand inside, by attaching phthalocyanine to the inner glove, the phthalocyanine comes into contact with the skin, which is beneficial for the itching and inflammation of the user.

  Further, the inner glove knitted with the cotton yarn or synthetic resin yarn of the present invention is immersed in a phthalocyanine solution to attach the phthalocyanine, or the cotton yarn or synthetic resin yarn is immersed in a phthalocyanine solution and the inner glove is attached with the yarn attached with the phthalocyanine. By the knitting method, it is possible to easily manufacture a glove having phthalocyanine attached to the inner glove.

  Further, in the itch inflammation-reducing glove of the present invention, when phthalocyanine is mixed in corn starch powder used as a lubricant when wearing the glove, the lubricant is in the form of fine particles between the inner side of the adhesive rubber glove etc. and the skin. This powder smoothly performs operations when putting on and taking off gloves. By mixing phthalocyanine into the corn starch powder used as the lubricant, the phthalocyanine comes into contact with the skin, which is beneficial to the user's itching and inflammation reduction.

  As such a lubricant, the present invention uses a powder in which phthalocyanine is cation-bonded to cellulose without using a starch powder, so that the phthalocyanine comes into contact with the skin in the same manner as described above. Useful for inflammation reduction.

  In addition, in the itching inflammation alleviating glove of the present invention, when phthalocyanine is mixed in the coating material on the back side of the glove applied in order to smoothly attach and detach the glove, the phthalocyanine contained in this coating material comes into contact with the skin, This is beneficial for the itching and inflammation of the user.

  In addition, in the itch inflammation-reducing glove according to the present invention, when phthalocyanine is mixed in a glove material made of natural rubber, synthetic rubber or synthetic resin, the glove material is included in the glove material. The phthalocyanine comes into direct contact with the skin of the hand, which is beneficial for the itching and inflammation of the user.

  In addition, as a method for producing such a glove, phthalocyanine is mixed in a liquid of natural rubber, synthetic rubber or synthetic resin which is a material of the glove, and a glove mold is put in the liquid, and the surface of the mold By using a method in which the liquid adhering to the material is vulcanized and solidified, an itching inflammation reducing glove can be easily produced.

  Furthermore, in the itch inflammation-reducing glove of the present invention, when phthalocyanine adheres to the flocks applied to the back side of the glove, when this glove is worn, the phthalocyanines attached to the flocks applied to the gloves contact the skin of the hand. This is beneficial for the user's itching and inflammation reduction. In addition, as a glove in which flocking is performed on the back side of the glove in this manner, a thick vinyl glove, a thick nitrile glove, a thick natural rubber glove, and the like are suitable, and are optimal for use as industrial gloves.

  Embodiments of the present invention will be described below with reference to the drawings.

  In the present invention, the phthalocyanine used is an organic compound containing a metal such as iron, and is sometimes referred to as metal phthalocyanine, which has been conventionally used as a dye and is well known to those skilled in the art as a substance having a deodorizing action. is there. Among such phthalocyanines, for example, metal phthalocyanine octacarboxylic acid [metal = Fe, Co] can be cited as an example that can be expected to have an effect of reducing itching and inflammation. It can be expected as a substance having antihistamine and antiserotonin action.

  The itching inflammation-reducing glove of this example relates to an inner glove. The inner glove refers to a thin glove to be worn in a surgical rubber glove. This inner glove is knitted with synthetic resin yarn such as cotton yarn or polyester. In this embodiment, phthalocyanine is attached to the inner glove.

  As a method for attaching phthalocyanine to such an inner glove, it can be carried out by attaching the phthalocyanine by immersing the inner glove knitted with synthetic resin yarn such as cotton yarn or polyester in a phthalocyanine solution.

  In addition, by dipping cotton yarn or synthetic resin yarn in a phthalocyanine solution, the inner glove can be knitted with the yarn to which the phthalocyanine is attached.

  The itching inflammation-reducing glove of this embodiment relates to a glove to which a lubricant is attached when a glove made of natural rubber, synthetic rubber or synthetic resin is attached. In this embodiment, corn starch powder used as such a lubricant is mixed with phthalocyanine and attached to the back of the glove.

  Alternatively, a lubricant in which phthalocyanine is cationically bonded to cellulose is used as a lubricant for wearing gloves, and this is adhered to the back of a glove made of natural rubber, synthetic rubber or synthetic resin.

  Furthermore, as a method of attaching the above-mentioned lubricant to the back side of the glove, in addition to applying the lubricant to the inside-up glove, it is immersed in a phthalocyanine solution with the glove turned over, and then dried to add phthalocyanine to the back side of the glove. The method of adhering may be used.

  The itching inflammation-reducing glove according to this embodiment relates to a glove in which a glove made of natural rubber, synthetic rubber or synthetic resin is coated with a coating material on the back side of the glove so as to be attached and detached smoothly. As such a coating material, urethane or a polymer is usually used. In this embodiment, such a coating material in which phthalocyanine is mixed is used, and this is coated on the back surface of a glove made of natural rubber, synthetic rubber or synthetic resin.

  The itching inflammation-reducing glove of this example is a glove material made of natural rubber, synthetic rubber, or synthetic resin in which phthalocyanine is mixed.

  As a method of manufacturing such a glove, phthalocyanine is mixed in a natural rubber, synthetic rubber or synthetic resin liquid used as a material for the glove, and a glove mold is put in the liquid, and the surface of the mold is placed on the surface of the mold. It can be produced by vulcanizing and solidifying the adhered liquid.

  The itching inflammation-reducing glove of this example is obtained by attaching phthalocyanine to the flocks applied on the back side of the glove. In order to apply flocking to the back of this glove, while charging the rubber surface, which is the material of the glove, with positive ions and applying an adhesive, phthalocyanine is included in the cotton formed into a uniform minute length as the flocking material, It can be manufactured by charging the negative ions to the positive ion charged surface in a flocked state.

  In the above description, the present invention shows a configuration as an itching inflammation-reducing glove, but is also applied to a finger sack that is worn on the finger of the hand, and phthalocyanine is mixed into the material of the finger sack, The phthalocyanine can be expected to have an itching inflammation-reducing effect by mixing phthalocyanine into the powder when the finger sack is worn or by applying it to the finger sac as long as the above-described invention can be applied.

  In the present invention, when phthalocyanine is processed into an inner glove, the inner glove can be used as a glove to be attached to an inner side of a surgical glove that has been ameliorated by itching and inflammation.

  Further, in the present invention, when phthalocyanine is included in the lubricant when wearing gloves, it is possible to smoothly wear gloves made of natural rubber, synthetic rubber or synthetic resin having adhesion to the skin of the hand and itching inflammation. It can be used as a lubricant with relaxation.

  Moreover, in this invention, when a phthalocyanine adheres to the coating material for performing the attachment or detachment of a glove smoothly on the back side of a glove, it can utilize as a glove with which the coating material in which itching inflammation was eased was given.

  In addition, in the present invention, when phthalocyanine is mixed in a glove material made of natural rubber, synthetic rubber or synthetic resin as a glove material, even when wearing a glove in which the glove material directly contacts the skin of the hand. It can be used as a glove for surgery, physics and chemistry, etc., in which itch inflammation of phthalocyanine is alleviated.

Furthermore, in the present invention, when phthalocyanine adheres to the flocks applied to the back side of the glove, the glove can be used as industrial thick gloves mainly as various thick gloves.

Claims (5)

Phthalocyanine is attached to the inner glove knitted with cotton yarn or synthetic resin yarn , and phthalocyanine is mixed into corn starch powder used as a lubricant when wearing gloves, or phthalocyanine is cationized into cellulose as a lubricant when wearing gloves Itching inflammation-reducing glove characterized by having attached bonded powder . By dipping an inner glove knitted with cotton yarn or synthetic resin yarn in a phthalocyanine solution, the phthalocyanine is attached to the glove and phthalocyanine is mixed in corn starch powder used as a lubricant when wearing the glove, or the glove is attached. A method for producing an itching inflammation-reducing glove characterized in that phthalocyanine cation-bonded powder is attached to cellulose as a lubricant . Cotton yarn or synthetic resin yarn is soaked in phthalocyanine solution, so that inner gloves are knitted with phthalocyanine-attached yarn , and phthalocyanine is mixed in corn starch powder used as a lubricant when wearing gloves, or gloves are attached A method for producing an itching inflammation-reducing glove characterized in that phthalocyanine cation-bonded powder is attached to cellulose as a lubricant . Glove material made of natural rubber, synthetic rubber or synthetic resin is mixed with phthalocyanine , and phthalocyanine is mixed into corn starch powder used as a lubricant when wearing gloves, or gloves are worn. An itching inflammation reducing glove characterized in that a powder obtained by cation-bonding phthalocyanine to cellulose is attached as a lubricant at the time . Created by mixing phthalocyanine into a natural rubber, synthetic rubber or synthetic resin liquid used as a glove material, putting a glove mold in the liquid, and vulcanizing and solidifying the liquid attached to the mold surface. In addition, phthalocyanine is mixed in corn starch powder used as a lubricant when wearing gloves, or phthalocyanine cation-bonded powder is attached to cellulose as a lubricant when wearing gloves. Manufacturing method.