WO2015022819A1 - Non-slip glove - Google Patents
Non-slip glove Download PDFInfo
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- WO2015022819A1 WO2015022819A1 PCT/JP2014/067845 JP2014067845W WO2015022819A1 WO 2015022819 A1 WO2015022819 A1 WO 2015022819A1 JP 2014067845 W JP2014067845 W JP 2014067845W WO 2015022819 A1 WO2015022819 A1 WO 2015022819A1
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- glove
- slip
- porous layer
- shape
- convex
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- A—HUMAN NECESSITIES
- A41—WEARING APPAREL
- A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
- A41D19/00—Gloves
- A41D19/015—Protective gloves
- A41D19/01547—Protective gloves with grip improving means
- A41D19/01558—Protective gloves with grip improving means using a layer of grip improving material
Definitions
- the present invention relates to non-slip gloves.
- non-slip-treated glove a non-slip glove in which a sheet material made of rubber or resin is attached to at least the palm side of a fibrous glove is known.
- non-slip gloves are known in which an uneven shape is formed on the surface of a rubber sheet heat-sealed to a fibrous glove.
- an anti-slip glove in which the anti-slip effect is further improved by containing air bubbles in NBR or natural rubber coated with a fibrous glove (for example, JP-A-2006-169676).
- the layer formed of NBR or natural rubber is low in moisture permeability and hygroscopicity, when such anti-slip gloves are worn for a long time, the hand may become stuffy or sticky due to sweat. When the hands are steamed, the wearer's own hands may be roughened, and hygiene problems such as proliferation of bacteria due to sweat may occur.
- the present invention has been made in view of these problems, and an object thereof is to provide a non-slip glove excellent in moisture permeability and flexibility.
- the invention made to solve the above problems comprises a non-slip glove comprising a fibrous glove body covering the hand of the wearer and a porous layer impregnated and laminated in at least the palm region on the outer surface side of the glove body.
- the porous layer is made of a resin composition containing polyurethane as a main component, and the outer surface of the palm region is formed with a concavo-convex shape by pressing.
- the non-slip gloves are made of a resin composition containing polyurethane as a main component, the porous layer to be impregnated and laminated in the palm region is excellent in moisture permeability and can prevent the hands of the wearer from being steamed. Moreover, since the uneven
- the non-slip glove exhibits excellent flexibility while having sufficient moisture permeability. be able to.
- the non-slip glove can exhibit excellent moisture permeability and flexibility by setting the ratio of the average thickness of the recess to the average thickness of the protrusion within the above range.
- the average moisture permeability of the porous layer in the palm region of the non-slip glove is preferably 6000 g / m 2 ⁇ 24 h or more.
- the moisture permeability of the non-slip glove can be further enhanced, and the hand of the wearer can be used even when the non-slip glove is used for a long time Steaming can be effectively suppressed.
- the porous layer is preferably formed by immersing the glove body in a solution containing polyurethane and an organic solvent, and then replacing the organic solvent with water.
- the porous layer can be easily and reliably formed on the glove body.
- the plan view shape of the convex portion in the concavo-convex shape is a substantially hexagonal shape, and the plurality of convex portions are disposed in a honeycomb shape.
- the palm region of the non-slip glove can be uniformly flexible, and the non-slip glove can Design will be improved.
- a plan view shape of the convex portion of the non-slip glove is a regular hexagon, and a straight line connecting two opposing apexes of the regular hexagon and a straight line connecting the center of the skirt and the center of the middle finger of the glove body.
- a minimum angle 0 degree or more and 30 degrees or less are preferable.
- the porous layer is formed in the nail region and the finger crotch region of the glove main body, and the porous layer does not have an uneven shape on the outer surface in the nail region and the finger crotch region.
- the strength in the nail region and the finger crotch region of the non-slip glove is the strength of the other region having the asperity shape on the outer surface of the porous layer. Can be enhanced. That is, this configuration can increase the strength of the claw area and the finger crotch area of the non-slip glove.
- the “palm area” means an area from the wrist to the fingertip (including the finger), which is a surface that is the inside when the object to be grasped is gripped.
- “nail region” means a region corresponding to the position of the nail at the tip of each finger when the wearer wears non-slip gloves, and "finger crotch region” means each adjacent finger Means the area between the roots of
- “protrusion occupancy rate in the concavo-convex shape of the outer surface of the porous layer” means that the concavo-convex shape is formed with respect to the plan view area of the area where the concavo-convex shape is formed in the area where the porous layer is formed.
- average thickness of convex portion means an average distance from the innermost surface of the non-slip glove to the surface of the convex portion
- average thickness of the concave portion refers to the innermost surface of the non-slip glove to the concave portion Means the average distance to the surface of
- the “planned hexagonal shape” in the plan view means a shape whose outer shape approximates a hexagonal shape, and a groove serving as a recess is formed in the inside, or connected to an adjacent hexagonal portion It shall also include the shape.
- an angle formed by a straight line connecting two opposing vertices of a regular hexagon and a straight line connecting the center of the foot and the center of the middle finger of the glove body is directed toward the tip of the middle finger of the straight line connecting the center of the foot and the center of the middle finger.
- the inclination to the thumb side is positive
- the inclination to the little finger side is negative with reference to the direction
- the "minimum angle” is the hem of the glove body among the three straight lines connecting the two opposite apexes of a regular hexagon.
- the angle between the center of the part and the straight line connecting the center of the middle finger means the smallest.
- hem center means the position in plan view of the end of the foot when the non-slip glove is left standing with the palm up on the plane.
- hexagon shape means the structure which arrange
- the present invention can provide a non-slip glove excellent in moisture permeability and flexibility.
- the non-slip glove includes a fibrous glove body 1 covering the wearer's hand as shown in FIG. 1 and a porous layer 2 impregnated and laminated in at least a palm region on the outer surface side of the glove body 1.
- the porous layer 2 is made of a resin composition containing polyurethane as a main component, and a concavo-convex shape (convex 3 and concave 4) is formed on the outer surface of the palm region by pressing.
- the glove body 1 is formed by knitting a yarn made of fibers in a glove shape.
- the glove body 1 covers a body portion formed in a bag shape so as to cover the wearer's hand body, an extension portion extended from the body portion so as to cover the wearer's fingers, and a wearer's wrist. And a tubular skirt extending in a direction opposite to the extending portion.
- the extension portion is a first finger portion covering the first finger (thumb), the second finger (indexing finger), the third finger (middle finger), the fourth finger (ring finger) and the fifth finger (little finger) of the wearer, It has a second finger, a third finger, a fourth finger and a fifth finger.
- the first to fifth fingers are formed in a tubular shape in which the fingertips are closed.
- the skirt has an opening through which the wearer can insert a hand, and is formed in a cylindrical shape gradually enlarged toward the opening.
- FIG. 2 shows a schematic partial cross-sectional view of the non-slip glove.
- reference numeral 12 denotes a cross section of the fiber bundle of the above-mentioned yarn which knits the above-mentioned glove body 1.
- the glove body 1 has a gap between the inside and the outside of the fiber bundle 12, and when the resin material mainly composed of polyurethane infiltrates into the gap, the porous layer 2 composed of the resin material is a glove body The palm region of 1 is impregnated, and the porous layer 2 is firmly fixed to the glove body 1. Further, as shown in FIG. 2 in order to prevent the hand and fingers from sliding inside the glove, the porous layer 2 is impregnated to the inner surface side of the glove body 1 over the entire thickness direction of the glove body 1 Is preferred.
- the fibers constituting the glove body 1 are not particularly limited, and natural fibers such as cotton and hemp, polyamide fibers (nylon of DuPont Co., Ltd.), polyester fibers, rayon fibers, acrylic fibers, aramid fibers, high strength polyethylene fibers , Synthetic fibers such as polyurethane fiber, polyparaphenylene terephthalamide fiber (Kevlar (registered trademark) of DuPont Co., Ltd.), ultra-high strength polyethylene fiber (Dyneema (registered trademark) of Toyobo Co., Ltd.), metal fibers such as stainless steel, Inorganic fibers such as glass fibers may be mentioned. These fibers may be used alone or in combination of two or more.
- the glove body 1 is formed by knitting a yarn made of the above fibers, but it is formed by cutting out a nonwoven fabric using the above fibers and a woven fabric using a yarn made of the above fibers in the form of gloves and sewing You may use gloves. Above all, gloves knitted with a seamless knitting machine are preferable without seams.
- the average thickness of the said glove body 1 As an upper limit of the average thickness of the said glove body 1, 1 mm is preferable and 0.8 mm is more preferable.
- the lower limit of the average thickness of the glove body 1 is preferably 0.1 mm, and more preferably 0.2 mm.
- the average thickness of the glove body 1 exceeds the above-mentioned upper limit, the thickness of the non-slip glove is increased, whereby the flexibility is reduced and the workability at the time of wearing may be deteriorated.
- the average thickness of the glove body 1 is less than the above lower limit, the strength of the glove itself may be lacking, and the durability may be reduced.
- the average thickness of the said glove main body 1 is arbitrary in the area
- the constant pressure thickness measuring device for example, "PG-15" of Tekloc Inc.
- the glove body 1 may be subjected to various treatments using, for example, a softener, a water and oil repellent agent, an antimicrobial agent, etc. Further, an ultraviolet absorber or the like may be applied or impregnated to provide an ultraviolet ray preventing function. May be given. Moreover, you may knead
- the porous layer 2 is composed of a resin composition containing polyurethane as a main component, and is impregnated and laminated in a partial region on the palm side and the back side of the glove body 1. As shown in FIG. 1, the porous layer 2 is impregnated and laminated over the entire palm region on the palm side, and the outer surface of the region excluding the nail region 5 and the finger crotch region 6 is formed with an uneven shape by pressing. It is done. The porous layer 2 of the nail region 5 and the finger crotch region 6 is not pressed and has a flat surface. On the other hand, on the back side of the hand of the glove body 1, as shown in FIG.
- the porous layer 2 is impregnated and laminated only in the region of the tip of each finger, and is laminated on the back side of the hand.
- the layer 2 is not pressed and has a flat surface.
- the porous layer 2 laminated on the back side of the hand may be subjected to press processing.
- the uneven shape is formed by arranging a plurality of regular hexagonal convex portions 3 in a honeycomb shape in a plan view. That is, as shown to FIG. 5A, the convex part 3 of the same regular hexagon shape by planar view is arrange
- the convex part 3 is arrange
- the occupancy ratio of the projections 3 in the region where the concavo-convex shape of the porous layer 2 is formed (the concavo-convex shape with respect to the plan view area of the region where the concavo-convex shape is formed in the region where the porous layer 2 is formed)
- region in which is formed 80% is preferable and 78% is more preferable.
- 30% is preferable and 50% is more preferable.
- the occupancy of the convex portion 3 exceeds the upper limit, the non-slip glove may be easily worn.
- the total plan view area of the convex portion 3 refers to the area of the convex portion 3 including the start-up portion from the concave portion 4 in the cross section of the non-slip glove in plan view as shown in FIG. It is set as the planar view area
- region 8 of a recessed part is an area
- average thickness t1 (average distance from the innermost surface of a non-slip glove to the surface of convex part 3) of the said convex part 3) of the said convex part 3
- 1.2 mm is preferable and 1 mm is more preferable.
- a lower limit of average thickness t1 of the said convex part 3 0.5 mm is preferable and 0.7 mm is more preferable.
- the average thickness t1 of the convex portion 3 exceeds the upper limit, the convex portion 3 may be easily detached.
- average thickness t1 of the said convex part 3 is less than the said minimum, there exists a possibility that grip power may not be obtained enough.
- the average thickness t1 of the convex portion 3 is determined by observing the cross section of the palm region of the non-slip glove using a scanning electron microscope (for example, "JSM-6060A" of JEOL Ltd.).
- the distance from the innermost surface to the surface of the convex portion 3 is an average value of values obtained by measuring five arbitrary points.
- the unevenness difference h (the average thickness t1 of the convex portion 3 and the average thickness of the concave portion 4 when the average distance from the innermost surface of the non-slip glove to the surface of the concave portion 4 is the average thickness t2 of the concave portion 4)
- a maximum of difference with thickness t2 0.7 mm is preferred and 0.6 mm is more preferred.
- 0.2 mm is preferred and 0.3 mm is more preferred.
- the average thickness t2 of the recess 4 is determined by observing the cross section of the palm region of the non-slip glove using a scanning electron microscope (for example, "JSM-6060A" of JEOL Ltd.). It is the average value of the value obtained by measuring arbitrary five places about the distance from an inner surface to the surface of the recessed part 4.
- an upper limit of ratio (t2 / t1) of average thickness t2 of the said recessed part 4 with respect to average thickness t1 of the said convex part 3 75% is preferable and 60% is more preferable.
- the lower limit of the ratio of the average thickness t2 of the concave portion 4 to the average thickness t1 of the convex portion 3 is preferably 30%, and more preferably 40%.
- the ratio of the average thickness t2 of the concave portion 4 to the average thickness t1 of the convex portion 3 exceeds the upper limit, the softness of the non-slip glove may be reduced.
- the ratio of the average thickness t2 of the concave portion 4 to the average thickness t1 of the convex portion 3 is less than the lower limit, the non-slip glove may be easily worn.
- the lower limit of the average moisture permeability of the porous layer 2 preferably from 6000 g / m 2 ⁇ 24h, more preferably 8000g / m 2 ⁇ 24h. If the average moisture permeability of the porous layer 2 is less than the above lower limit, when the glove is worn for a long time, the hand may be steamed or sticky due to sweat.
- corrugated shape arrange
- a straight line connecting opposing apexes of the regular hexagon of the convex portion 3 (hereinafter referred to as a honeycomb pattern direction 11), and a straight line connecting a center of the foot of the glove body 1 and a center of the middle finger (hereinafter referred to as a middle finger direction 10)
- the lower limit of the minimum angle ⁇ is preferably 0 °.
- 30 degrees is preferable and 25 degrees is more preferable.
- the angle between the honeycomb pattern direction 11 and the middle finger direction 10 is the direction toward the thumb side (the right side in FIG. 5A and the side indicated by the arrow A) with reference to the direction toward the tip of the middle finger in the middle finger direction 10.
- the slope is positive, and the slope toward the little finger side (to the left in FIG. 5A and in the opposite direction to the arrow A) is negative. If the minimum angle ⁇ exceeds the upper limit, the difference in angle between the groove-like direction formed by the recess 14 and the direction in which the finger is easily bent may be large, and the flexibility of the non-slip glove may be reduced.
- the length of the diagonal which ties the vertex which the regular hexagon of the said convex part 3 opposes 7 mm is preferable and 5 mm is more preferable.
- 1 mm is preferable and 2 mm is more preferable.
- the length of the diagonal line exceeds the upper limit, the flexibility of the non-slip glove may be reduced.
- the convex part 3 may become easy to detach
- the porous layer 2 is also formed on the nail region 5 and the finger crotch region 6 of the glove body 1, in the nail region 5 and the finger crotch region 6, an uneven shape is formed on the outer surface of the porous layer 2.
- the outer surface of the porous layer 2 laminated on the nail region 5 and the finger crotch region 6 is a flat surface without unevenness.
- the softness of the non-slip glove formed portion is improved, but the strength is reduced.
- the porous layer 2 is formed in the nail region 5 and the finger crotch region 6, and the unevenness region is not formed in these regions, whereby the nail region 5 and the finger crotch region are formed.
- the strength of 6 is improved.
- the above-mentioned porous layer 2 is made of polyvinyl chloride, natural rubber, isoprene, chloroprene, acrylic acid ester, styrene-butadiene copolymer, acrylonitrile-butadiene copolymer (NBR), butyl rubber, polybutadiene, in addition to polyurethane as the main component.
- a rubber, silicone rubber, or a copolymer having 10% by mass or less of a carboxyl-modified group or the like may be contained.
- you may add a foaming agent and a foam stabilizer.
- alkyl monoamide disulfosuccinate, potassium oleate, castor oil potassium, sodium dodecylbenzene sulfonate and the like can be used.
- foam stabilizer ammonium stearate, a peptide, sodium alkyldipropionate and the like can be used.
- alkyl means lauryl, octyl and stearyl.
- the non-slip gloves can be manufactured by various methods, an example of which is shown below.
- a glove body 1 in which yarns made of fibers are knitted in a glove shape is prepared, and a body obtained by covering the glove body 1 on an immersion processing hand mold is dipped in a solution containing polyurethane and dimethylformamide (DMF). Thereafter, polyurethane is deposited by replacing DMF with water to form a porous layer 2 impregnated and laminated on the glove body 1.
- DMF dimethylformamide
- MEK methyl ethyl ketone
- the glove body 1 is covered with a flat mold, and the concavo-convex plate is placed on the palm area and pressed to form a concavo-convex shape on the outer surface of the glove.
- this pressing is not performed on the portions of the nail region 5 and the finger crotch region 6, or a slight pressing is performed such that the thickness of the porous layer 2 laminated on these portions does not change.
- the average thickness of the claw area 5 and the finger crotch area 6 of the non-slip glove after pressing becomes substantially equal to the average thickness of the convex portion 3.
- it is preferable to heat and press such as heating and pressing an uneven board. By pressing while heating, an uneven shape is easily formed on the outer surface of the glove.
- the strength is improved by heating the claw area 5 and the finger crotch area 6 which are not pressed by the uneven plate.
- solid content concentration of polyurethane in the above-mentioned solution 14 mass% is preferred and 13 mass% is still more preferred. Moreover, as a minimum of solid content concentration of polyurethane in the above-mentioned solution, 10 mass% is preferred, and 11 mass% is more preferred. If the solid content concentration of the polyurethane exceeds the above upper limit, the softness of the non-slip glove may be impaired. In addition, when the solid content concentration of the polyurethane is less than the above lower limit, the strength of the film by the porous layer 2 may be impaired, and the durability of the non-slip glove may be reduced.
- the softness of the non-slip gloves is improved by forming the uneven shape on the outer surface of the porous layer 2 so that the softness is improved even if the solid content in the solution is increased. Is flexible enough.
- the non-slip glove having the above-mentioned configuration is made of the resin composition containing polyurethane as a main component, the porous layer 2 impregnated and laminated in the palm region is excellent in moisture permeability and the hand of the wearer is steamed. Can be suppressed.
- corrugated shape by press processing is formed in the outer surface of a palm area
- the non-slip gloves are formed easily and reliably because the porous layer is formed by immersing the organic solvent in water after immersing the glove body in a solution containing polyurethane and the organic solvent.
- a porous layer can be formed on the glove body.
- corrugated shape of the said anti-slip glove is a regular hexagon and several convex parts are arrange
- the porous layer is formed in the nail region and the finger crotch region of the glove main body, and in the nail region and the finger crotch region, the porous layer has no uneven shape on the outer surface, It has high strength in the area of the nail area and the finger crotch area of the non-slip glove.
- the present invention can be practiced in variously modified and / or improved modes other than the above modes.
- the porous layer 2 in the configuration shown in FIG. 2, is impregnated up to the surface (inner surface) of the glove body 1 opposite to the uneven side, ie, the entire thickness direction of the glove body 1
- the degree of impregnation into the inside of the glove body 1 may be changed.
- the porous layer 2 may be impregnated up to near the center in the thickness direction inside the glove body 1.
- it is preferable to impregnate the whole in the thickness direction because the hand does not slip in the glove.
- corrugated shape of the said embodiment was made into the shape of a regular hexagon by planar view, it is set as the hexagonal shape which is not a regular hexagon, and arrange
- the outer shape of one convex portion 13 is indicated by a thick broken line.
- the convex portion 13 shown in FIG. 4 thus has a substantially hexagonal outer shape, in which two grooves forming the concave portion 14 are formed, and the adjacent convex portions 13 are connected to each other.
- corrugated shapes may be given not only the whole palm area
- the porous layer 2 is impregnated and laminated
- the porous layer may be impregnated and laminated also in the area
- the strength of the non-slip gloves can be improved by forming the porous layer also in the area on the back side of the hand.
- Example 1 A solution was prepared by diluting polyurethane (polyurethane "MP-182" from DIC Corporation) with DMF to a resin solid content of 12% by mass. A hand with an immersion hand covered with a nylon glove (280d (311dtex)) covered with a 13G glove knitting machine (“N-SFG” from Shima Seiki Co., Ltd.) Immersed in the solution and pulled up. The porous polyurethane was then formed by replacing DMF and water in a water bath at 25 ° C. for 2 hours.
- polyurethane polyurethane "MP-182" from DIC Corporation
- N-SFG 13G glove knitting machine
- a concavo-convex plate used for the press in order to form a concavo-convex with a convex part occupancy 25% on the outer surface on the palm side of the glove a concave part occupancy 25%, a concave depth 0.5 mm, a regular hexagonal concave
- An uneven plate with a diameter of 2.6 mm (a diagonal length connecting opposite apexes of a regular hexagon) was used. Thereafter, the glove was placed in an oven at 100 ° C. and dried for 40 minutes to obtain a non-slip glove on which porous polyurethane having an uneven shape is laminated on the palm side.
- the unevenness difference h generated by the press may be smaller than the depth of the depressions of the press plate. This is because the pressed portion exerts a force to return to its original thickness. In the glove of Example 1, the unevenness difference h was 0.45 mm.
- the porous layer contains water, the formability of the press is improved. Therefore, as described above, the glove after making the polyurethane porous is only lightly dewatered without being dried. It is preferable to carry out the following pressing process.
- the average thickness (average distance from the innermost surface of the non-slip glove to the outer surface of the porous layer) of the glove where the porous layer was laminated immediately before pressing was 0.85 mm.
- the uneven board used for press processing pressed the uneven board to a glove so that the thickness (t2) of the recessed part of the porous layer of a non-slip glove might be 0.4 mm at the time of press processing.
- Examples 2 to 11 When press working, using a concavo-convex plate having a recess occupancy rate, a recess depth or a recess diameter different from that in Example 1, the protrusion occupancy rate, the unevenness difference or the diameter of the protrusion of the non-slip glove of Example 1 Those modified as shown in Table 2 were prepared as non-slip gloves of Examples 2 to 7 and Examples 9 to 11. Moreover, what was obtained using the solution which diluted polyurethane with DMF to 10 mass% of resin as a solution which dips a knitted glove was prepared as a non-slip glove of Example 8. FIG.
- Comparative Example 4 Compound 1 of thermoplastic resin shown in Table 1 containing NBR latex as a main component is diluted with water to 38% by mass of total solid content, stirred by a household automatic hand mixer to foam, and bubble content to 100% by volume It was adjusted. The bubble content was confirmed by specific gravity measurement.
- each component of Compound 1 is calculated based on 100 parts by mass of the NBR rubber content in the NBR latex.
- the same nylon knitting gloves as in Example 1 are put on an immersion hand mold and immersed in a 10 mass% calcium nitrate methanol solution which is a coagulation liquid, and then only the palm side is immersed in the foamed compound, 75 After heat setting for 10 minutes, the gloves were removed from the dipper mold.
- the glove is washed to remove excess surfactant, and lightly dewatered, then the glove is put on a flat shape, and a corrugated plate heated to 140 ° C. is pressed on the palm side for 3 seconds at 1 kgf / cm 2.
- the outer surface of the palm side of the glove was pressed into a concavo-convex pattern.
- the same concavo-convex plate as in Example 4 (concave portion occupancy 75%, concave depth 0.5 mm, regular hexagonal concave diameter 2.6 mm) was used.
- the glove was placed in an oven at 100 ° C. and dried for 40 minutes to obtain a non-slip glove on which a foam layer of NBR having a concavo-convex shape on the palm side is laminated.
- This non-slip glove was used as the non-slip glove of Comparative Example 4.
- Abrasion mass is less than 2.0 mg
- ⁇ Finger crotch wear strength test> The finger crotch abrasion strength test was implemented about each glove created by the said Example and comparative example according to European Standard EN388. As test equipment, James H. Heal & Co. Ltd. 'Nu-Martindale' was used. A test piece cut into a size covering the contact surface of ⁇ 12 mm from the finger crotch of each glove was attached to a dedicated fixture (weight 433 g), and a water resistant abrasive paper (“DCCS” manufactured by Sanyo Science Co., Ltd.) installed The test piece was worn by rubbing and measured the number of times until the test piece penetrated. The number of times of measurement was evaluated in four stages based on the following evaluation criteria.
- DCCS water resistant abrasive paper
- the diameter of the convex portion indicates the length of a diagonal connecting the opposing vertices of the regular hexagon of the convex portion in plan view
- the “concave / convex ratio” refers to the average thickness of the convex portion.
- the ratio (t2 / t1) of the average thickness of the recessed part 4 is shown.
- the gloves of Examples 1 to 11 are excellent in flexibility, moisture permeability, finger wear strength and finger crotch wear strength, and are composed of a resin composition containing polyurethane as a main component.
- a resin composition containing polyurethane as a main component.
- the glove of the comparative example 2 which is not press-processed is excellent in moisture permeability, finger part abrasion strength, and finger crotch abrasion strength, the softness is inferior. This is because the outer surface of the polyurethane porous layer is hard to bend because it has a shape without unevenness.
- Example 4 when Example 4, Example 6 and Example 7 are compared, it can be seen that the flexibility and the moisture permeability are improved as the unevenness difference is somewhat large.
- Example 4 and Example 8 As for the solid content concentration of polyurethane in the DMF solution in Table 2, when Example 4 and Example 8 are compared, when the amount of solid content decreases, excellent properties of flexibility and moisture permeability are maintained. , Finger wear strength and finger crotch wear strength decrease. This is considered to be due to the decrease in the strength of the polyurethane due to the decrease in the density of the polyurethane in the porous layer.
- Example 8 has better finger crotch wear strength than Comparative Example 3. This is considered to be that although the finger crotch region of the glove of Example 8 is not pressed, the finger crotch abrasion strength is improved by being heated by receiving the heat of the uneven plate heated at the time of pressing.
- the moisture permeability, the finger wear strength, and the finger crotch wear strength are different depending on the difference in the diameter of the convex portions. Although there is no difference between them, it can be seen that the flexibility decreases as the diameter of the projections increases. It is considered that this is because as the diameter of the convex portion becomes larger, the groove-like concave portion which becomes the starting point of bending decreases.
- FIG. 6A The electron micrograph (100 times) which shows the cross section of the palm side of the non-slip glove which formed the NBR foaming layer of the comparative example 4 is shown to FIG. 6A. Moreover, the electron micrograph (100 times) which shows the cross section of the convex part of the anti-slip glove of Example 4 is shown in FIG. 6B, and the electron micrograph (100 times) which shows the cross section of the recessed part of the anti-slip glove of Example 4. It is shown in FIG. 6C.
- the pore diameter of the cells is large and the cell walls (intervals of cells) are thick. This is considered to be because each cell was formed independently by stirring with a hand mixer to mechanically foam NBR. Further, it can be seen that the NBR is not impregnated up to the inner surface side of the glove body (base fabric).
- the hole diameter of a cell is various in size, and there are many fine cells in the surface side.
- the cell extends entirely to the inner surface side of the glove body (base fabric), and the cell wall is thinner compared to FIG. 6A.
- the gloves of Examples 1 to 11 can exhibit higher moisture permeability as compared with the glove of Comparative Example 4.
- the graph of FIG. 7 shows the relationship between the convex portion occupancy rate and the moisture permeability.
- the measurement result of the Example and comparative example from which only the recessed part occupancy rate of the press board used in the case of press processing differs is shown.
- the moisture permeability in Examples 1 to 5 and Comparative Examples 1 and 2 is shown.
- the moisture permeability improves as the convex portion occupancy rate increases.
- the convex portion occupancy rate is about 80%, a non-slip glove having a very high moisture permeability similar to the glove of Comparative Example 2 which is not pressed can be obtained.
- the convex portion occupancy rate is 50%, a non-slip glove having high moisture permeability comparable to the glove of Comparative Example 2 can be obtained.
- the convex portion occupancy rate is 30% or more, high moisture permeability of 6000 g / m 2 ⁇ 24 h or more can be expressed, and a non-slip glove having sufficient moisture permeability can be obtained.
- Example 4 changing the angle by which the concavo-convex plate used at the time of press processing is pressed against the flat-typed woven glove, the regular hexagons of convex portions formed in a honeycomb shape on the outer surface of the glove face each other
- Non-slip gloves are made with different angles between the straight line connecting the two apexes (honeycomb pattern direction 11) and the straight line connecting the skirt center of the glove body and the center of the middle finger (middle finger direction 10). The flexibility of the gloves was confirmed.
- non-slip gloves are prepared in which the angle (honeycomb pattern angle) ⁇ between the honeycomb pattern direction 11 and the middle finger direction 10 is 0 °, 30 ° and 45 °, A sensory evaluation was performed on the flexibility of the fingers of each glove. Note that the inclination toward the thumb side (the right side in FIG. 5A and the side indicated by the arrow A) with respect to the direction toward the tip of the middle finger in the middle finger direction 10 is positive. The evaluation method was the same as in the flexibility test. The results are shown in Table 3.
- the non-slip gloves according to the present invention which are excellent in moisture permeability and flexibility, are worn by workers in, for example, a factory, worn by workers when carrying work, worn by drivers when driving, etc. It can be used for various purposes.
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Abstract
Description
手袋本体1は、繊維からなる糸を手袋状に編成したものである。この手袋本体1は、着用者の手本体を覆うよう袋状に形成された本体部と、着用者の指を覆うよう上記本体部から延設された延設部と、着用者の手首を覆うよう本体部から延設部とは反対方向に延設された筒状の裾部とを有する。上記延設部は着用者の第一指(親指)、第二指(人差指)、第三指(中指)、第四指(薬指)及び第五指(小指)をそれぞれ覆う第一指部、第二指部、第三指部、第四指部及び第五指部を有している。この第一指部から第五指部は、指先部が閉塞された筒状に形成されている。また、上記裾部は、着用者が手を挿入可能な開口部を有し、この開口側にかけて漸次拡径した筒状に形成されている。 <Glove body>
The
上記多孔質層2は、ポリウレタンを主成分とする樹脂組成物から構成されており、上記手袋本体1の掌側及び手の甲側の一部の領域に含浸及び積層されている。図1に示すように、掌側の掌領域全体に亘って多孔質層2が含浸及び積層されており、爪領域5及び指股領域6を除く領域の外面にはプレス加工による凹凸形状が形成されている。爪領域5及び指股領域6の多孔質層2は、プレス加工がされておらず平坦面を有している。一方、上記手袋本体1の手の甲側には、図3に示すように、各指部の先端部の領域にのみ多孔質層2が含浸及び積層されており、手の甲側に積層されている多孔質層2は、プレス加工がされておらず平坦面を有している。しかし、プレス加工時に手の甲側を押し付ける必要があることから、手の甲側に積層されている多孔質層2がプレス加工を施されていても良い。 <Porous layer>
The
当該滑止手袋は種々の方法によって製造可能であるが、その一例を以下に示す。 <Method of manufacturing anti-slip gloves>
The non-slip gloves can be manufactured by various methods, an example of which is shown below.
上記構成からなる当該滑止手袋は、掌領域に含浸及び積層する多孔質層2をポリウレタンを主成分とする樹脂組成物により構成しているので、透湿性に優れ、着用者の手が蒸れることを抑制できる。また、当該滑止手袋は、掌領域の外面にプレス加工による凹凸形状が形成されていることにより、その凹凸形状の凹部が溝となって曲がりやすく、良好な柔軟性を発揮する。 <Advantage>
Since the non-slip glove having the above-mentioned configuration is made of the resin composition containing polyurethane as a main component, the
なお、本発明は上記態様の他、種々の変更、改良を施した態様で実施することができる。上記実施形態において、図2に示す構成では、多孔質層2が凹凸側と反対側の手袋本体1の面(内面)まで、すなわち、手袋本体1の厚み方向の全体に亘って含浸しているが、この手袋本体1内部へ含浸させる程度を変えてもよい。例えば、多孔質層2が手袋本体1内部の厚み方向の中央付近まで含浸させてもよい。なお、厚み方向の全体に亘って含浸したほうが、手袋の中で手が滑らないため好ましい。 Other Embodiments
The present invention can be practiced in variously modified and / or improved modes other than the above modes. In the above embodiment, in the configuration shown in FIG. 2, the
ポリウレタン(DIC株式会社のポリウレタン「MP-182」)をDMFで樹脂固形分12質量%に希釈した溶液を用意した。浸漬用手型にナイロン糸(280d(311dtex))を13G手袋編み機(株式会社島精機製作所の「N-SFG」)で編んだ編み手袋(厚み0.7mm)を被せたものを掌側のみ上記溶液に浸漬し、引き上げた。次いで水温25℃の水槽中で2時間、DMFと水を置換することにより多孔質ポリウレタンを形成させた。水槽から浸漬用手型を引き上げた後、浸漬用手型から手袋を抜き、その手袋を軽く脱水した後に平型に被せて、140℃に加熱した凹凸板を掌側に1kgf/cm2で3秒間プレスし、手袋の掌側の外面を凹凸模様にプレス加工した。ここで、手袋の掌側の外面に凸部占有率25%の凹凸を形成するために、プレスに用いる凹凸板としては、凹部占有率25%、凹部深度0.5mm、正六角形状の凹部の直径(正六角形の対向する頂点を結ぶ対角線の長さ)2.6mmの凹凸板を用いた。その後、手袋を100℃のオーブンに入れて40分間乾燥させ、掌側に凹凸形状を有する多孔質ポリウレタンが積層された滑止手袋を得た。 Example 1
A solution was prepared by diluting polyurethane (polyurethane "MP-182" from DIC Corporation) with DMF to a resin solid content of 12% by mass. A hand with an immersion hand covered with a nylon glove (280d (311dtex)) covered with a 13G glove knitting machine (“N-SFG” from Shima Seiki Co., Ltd.) Immersed in the solution and pulled up. The porous polyurethane was then formed by replacing DMF and water in a water bath at 25 ° C. for 2 hours. After raising the hand mold for immersion from the water tank, remove the glove from the hand mold for immersion, lightly dehydrate the glove, cover it on a flat mold, and heat the uneven plate heated at 140 ° C to 1 kgf / cm 2 on the palm side. It pressed for 2 seconds and pressed the outer surface of the palm side of the glove in an uneven pattern. Here, as a concavo-convex plate used for the press in order to form a concavo-convex with a convex part occupancy 25% on the outer surface on the palm side of the glove, a concave part occupancy 25%, a concave depth 0.5 mm, a regular hexagonal concave An uneven plate with a diameter of 2.6 mm (a diagonal length connecting opposite apexes of a regular hexagon) was used. Thereafter, the glove was placed in an oven at 100 ° C. and dried for 40 minutes to obtain a non-slip glove on which porous polyurethane having an uneven shape is laminated on the palm side.
プレス加工する際に、凹部占有率、凹部深度又は凹部の直径が実施例1とは異なる凹凸板を用いて、実施例1の滑止手袋の凸部占有率、凹凸差又は凸部の直径を表2のように変更したものを実施例2~実施例7、実施例9~実施例11の滑止手袋として用意した。また、編み手袋を浸漬する溶液として、ポリウレタンをDMFで樹脂固形分10質量%に希釈した溶液を用いて得たものを、実施例8の滑止手袋として用意した。 [Examples 2 to 11]
When press working, using a concavo-convex plate having a recess occupancy rate, a recess depth or a recess diameter different from that in Example 1, the protrusion occupancy rate, the unevenness difference or the diameter of the protrusion of the non-slip glove of Example 1 Those modified as shown in Table 2 were prepared as non-slip gloves of Examples 2 to 7 and Examples 9 to 11. Moreover, what was obtained using the solution which diluted polyurethane with DMF to 10 mass% of resin as a solution which dips a knitted glove was prepared as a non-slip glove of Example 8. FIG.
また、実施例1の滑止手袋を、表2のように凹凸形状を有しない構成に変更したものを比較例1~比較例3の滑止手袋として用意した。比較例1の滑止手袋は、プレス面が平面形状のプレス板を用いたものであり、比較例2及び比較例3の滑止手袋は、プレス加工を行わなかったものである。 [Comparative Example 1 to Comparative Example 3]
Further, as the non-slip gloves of Example 1 were changed to a configuration having no uneven shape as shown in Table 2, the non-slip gloves of Comparative Examples 1 to 3 were prepared. The non-slip glove of Comparative Example 1 uses a press plate having a flat-shaped press surface, and the non-slip gloves of Comparative Example 2 and Comparative Example 3 are not subjected to pressing.
NBRラテックスを主成分とする表1に示す熱可塑性樹脂のコンパウンド1を水で総固形分38質量%に希釈し、家庭用自動ハンドミキサーで攪拌して発泡させて、気泡含有量100体積%に調整した。気泡含有量は比重測定にて確認した。なお、表1においてコンパウンド1の各成分は、NBRラテックス中のNBRゴム分を100質量部として計算したものである。次に、実施例1と同じナイロン製編み手袋を浸漬用手型に被せ、凝固液である10質量%の硝酸カルシウムメタノール溶液に浸漬してから、上記発泡したコンパウンドに掌側のみ浸漬し、75℃10分間の熱セットの後に浸漬用手型から手袋を抜いた。その手袋を余分な界面活性剤を除去する為に洗浄し、軽く脱水した後、その手袋を平型に被せて、140℃に加熱した凹凸板を掌側に1kgf/cm2で3秒間プレスし、手袋の掌側の外面を凹凸模様にプレス加工した。ここで、プレスの際には、実施例4と同じ凹凸板(凹部占有率75%、凹部深度0.5mm、正六角形状の凹部の直径2.6mm)を用いた。その後、手袋を100℃のオーブンに入れて40分間乾燥させ、掌側に凹凸形状を有するNBRの発泡層が積層された滑止手袋を得た。この滑止手袋を、比較例4の滑止手袋とした。 Comparative Example 4
上記実施例及び比較例で作成した各手袋の柔軟性について官能評価を行った。具体的には、被験者10名が上記実施例及び比較例で作成した各手袋を着用し、下記の評価基準に基づいて柔軟性について5段階の評価をした。結果を表2に示す。 <Flexibility test>
The sensory evaluation was performed about the softness | flexibility of each glove created by the said Example and comparative example. Specifically, 10 subjects wore each glove created in the above-mentioned example and comparative example, and evaluated five steps about flexibility based on the following evaluation criteria. The results are shown in Table 2.
A :柔軟性が有り、掌領域の屈曲が極めて良好
B :柔軟性が有り、掌領域の屈曲が良好
C :柔軟性が有り、掌領域の屈曲がやや良好である
D :柔軟性が無く、掌領域の屈曲に支障はない
E :柔軟性が無く、掌領域の屈曲が困難 (Evaluation criteria for flexibility)
A: flexible, bending of palm region very good B: flexible, bending of palm region good C: flexible, bending of palm region slightly good D: no flexibility, There is no problem in bending of palm area E: There is no flexibility, and bending of palm area is difficult
上記実施例及び比較例で作成した各手袋の掌領域中央から採取した試験片を用いて、それぞれの透湿度をJIS L 1099 A-1法に準拠して測定した。測定した透湿度について、下記の評価基準に基づいて4段階の評価をした。この結果を表2に示す。 <Ventilation test>
Using the test pieces collected from the center of the palm region of each glove prepared in the above Examples and Comparative Examples, the moisture permeability of each was measured according to JIS L 1099 A-1. The measured moisture permeability was evaluated in four steps based on the following evaluation criteria. The results are shown in Table 2.
A :透湿度が、8000g/m2・24h以上
B :透湿度が、7000g/m2・24h以上8000g/m2・24h未満
C :透湿度が、6000g/m2・24h以上7000g/m2・24h未満
D :透湿度が、6000g/m2・24h未満 (Evaluation standard of permeability)
A: moisture permeability, 8000g / m 2 · 24h or more B: moisture permeability, 7000g / m 2 · 24h or more 8000g / m 2 · 24h under C: moisture permeability, 6000g / m 2 · 24h or more 7000 g / m 2 · Less than 24 h D: Moisture permeability is less than 6000 g / m 2 · 24 h
上記実施例及び比較例で作成した各手袋の指部摩耗強度試験を、学振式摩耗堅牢度試験機(株式会社大栄科学精器製作所の学振型摩擦試験機「RT-200」)にて実施した。親指、人差指、中指の樹脂積層部から研磨面(2cm×2cm)に貼付できる大きさに切り取られた試験片(2cm×5cm)を摩擦子(重さ500g)に貼付し、耐水研磨紙(三共理科学株式会社の「DCCS-1500」)をステンレス台に貼付して、試験片と耐水ペーパーが接するように摩擦子を下ろす。そして、ステンレス台を前後運動させることで試験片に摩耗を生じさせる。ステンレス台が1往復することで1回カウントし、50回カウントした時の樹脂の摩耗質量を測定した。各手袋について、親指、人差指、中指から採取した試験片ごとに測定し、それらの平均値をその手袋の測定値とした。なお、これらの試験片に爪領域は含まれていない。測定した摩耗質量について、下記の評価基準に基づいて4段階の評価をした。この結果を表2に示す。 <Finger wear strength test>
The finger wear strength test of each glove prepared in the above examples and comparative examples is carried out using a Gakushin type wear fastness tester (Gakushin type friction tester "RT-200" manufactured by Daiei Kagaku Seiki Seisakusho Co., Ltd.) Carried out. A test piece (2 cm x 5 cm) cut into a size that can be stuck to the polished surface (2 cm x 2 cm) from the resin-laminated portion of the thumb, index finger and middle finger is affixed to a friction pad (500 g weight) Apply “DCCS-1500” of Science and Technology Co., Ltd. on a stainless steel table, and lower the friction element so that the test piece and the water resistant paper are in contact. And, by moving the stainless steel table back and forth, the test piece is abraded. The stainless steel stand was counted once by one reciprocation, and the abrasion mass of the resin was measured when counted 50 times. Each glove was measured for each test piece collected from the thumb, index finger, and middle finger, and the average value thereof was taken as the measurement value of the glove. In addition, the nail | claw area | region is not included in these test pieces. The measured wear mass was evaluated in four stages based on the following evaluation criteria. The results are shown in Table 2.
A :摩耗質量が、2.0mg未満
B :摩耗質量が、2.0mg以上3.5mg未満
C :摩耗質量が、3.5mg以上5.0mg未満
D :摩耗質量が、5.0mg以上 (Evaluation criteria for finger wear strength)
A: Abrasion mass is less than 2.0 mg B: Abrasion mass is 2.0 mg or more and less than 3.5 mg C: Abrasion mass is 3.5 mg or more and less than 5.0 mg D: Abrasion mass is 5.0 mg or more
上記実施例及び比較例で作成した各手袋について、欧州規格EN388に準拠して指股摩耗強度試験を実施した。試験機には、James H.Heal&Co.Ltd.の「Nu-Martindale」を用いた。各手袋の指股部からφ12mmの接触面を覆う大きさに切り取った試験片を専用固定冶具(重さ433g)に装着し、試験機に設置した耐水研磨紙(三共理科学株式会社の「DCCS-800」)とすり合わせて摩耗させ、試験片が貫通するまでの回数を測定した。測定した回数について、下記の評価基準に基づいて4段階の評価をした。この試験では、各資料について最大1000回の上記摩擦試験を行った。この結果を表2に示す。表2において「1000<」と示しているものは、摩耗回数1000回で試験片が貫通しなかったことを示している。 <Finger crotch wear strength test>
The finger crotch abrasion strength test was implemented about each glove created by the said Example and comparative example according to European Standard EN388. As test equipment, James H. Heal & Co. Ltd. 'Nu-Martindale' was used. A test piece cut into a size covering the contact surface of φ12 mm from the finger crotch of each glove was attached to a dedicated fixture (weight 433 g), and a water resistant abrasive paper (“DCCS” manufactured by Sanyo Science Co., Ltd.) installed The test piece was worn by rubbing and measured the number of times until the test piece penetrated. The number of times of measurement was evaluated in four stages based on the following evaluation criteria. In this test, each material was subjected to the above-mentioned friction test up to 1000 times. The results are shown in Table 2. The thing shown as "1000 <" in Table 2 has shown that the test piece did not penetrate by the frequency | count of abrasion 1000 times.
A :摩擦回数が、1000回以上
B :摩擦回数が、600回以上999回以下
C :摩擦回数が、400回以上599回以下
D :摩擦回数が、399回以下 (Evaluation criteria for finger crotch wear strength)
A: The number of frictions is 1,000 or more B: The number of frictions is 600 to 999 times C: The number of frictions is 400 to 599 times D: The number of frictions is 399 or less
次に、実施例4において、プレス加工時に用いた凹凸板を平型に被せた編み手袋に押し当てる角度を変えて、手袋の外面にハニカム状に形成される凸部の正六角形の対向する2つの頂点を結ぶ直線(ハニカムパターン方向11)と、手袋本体の裾部中心及び中指中心を結ぶ直線(中指方向10)との成す角度が異なる滑止手袋を作成して、曲げ試験により各滑止手袋の柔軟性を確認した。 <Consideration of formation angle of honeycomb pattern>
Next, in Example 4, changing the angle by which the concavo-convex plate used at the time of press processing is pressed against the flat-typed woven glove, the regular hexagons of convex portions formed in a honeycomb shape on the outer surface of the glove face each other Non-slip gloves are made with different angles between the straight line connecting the two apexes (honeycomb pattern direction 11) and the straight line connecting the skirt center of the glove body and the center of the middle finger (middle finger direction 10). The flexibility of the gloves was confirmed.
2 多孔質層
3、13 凸部
4、14 凹部
5 爪領域
6 指股領域
7 凸部の平面視領域
8 凹部の平面視領域
10 中指方向
11 ハニカムパターン方向
12 手袋本体の繊維束(糸) DESCRIPTION OF
Claims (8)
- 着用者の手を覆う繊維製の手袋本体と、
この手袋本体の外面側の少なくとも掌領域に含浸及び積層される多孔質層と
を備える滑止手袋であって、
上記多孔質層が、ポリウレタンを主成分とする樹脂組成物から構成され、掌領域の外面にプレス加工による凹凸形状が形成されていることを特徴とする滑止手袋。 A textile glove body covering the wearer's hand,
A non-woven glove comprising: a porous layer impregnated and laminated on at least a palm region on the outer surface side of the glove body,
The non-slip glove according to the present invention, wherein the porous layer is made of a resin composition containing polyurethane as a main component, and an uneven shape is formed on the outer surface of the palm region by pressing. - 上記多孔質層外面の凹凸形状における凸部占有率が30%以上80%以下である請求項1に記載の滑止手袋。 The non-slip glove according to claim 1, wherein a convex portion occupancy rate in the uneven shape of the outer surface of the porous layer is 30% or more and 80% or less.
- 上記凹凸形状の凸部の平均厚さに対する凹部の平均厚さの比が30%以上75%以下である請求項1又は請求項2に記載の滑止手袋。 The non-slip glove according to claim 1 or 2, wherein a ratio of an average thickness of the concave portion to an average thickness of the convex portion having the concavo-convex shape is 30% or more and 75% or less.
- 上記掌領域における多孔質層の平均透湿度が6000g/m2・24h以上である請求項1、請求項2又は請求項3に記載の滑止手袋。 The non-woven glove according to claim 1, 2 or 3, wherein the average moisture permeability of the porous layer in the palm region is 6000 g / m 2 · 24 h or more.
- 上記多孔質層が、ポリウレタンと有機溶媒とを含む溶液に上記手袋本体を浸漬後、有機溶媒を水と置換することで形成されている請求項1から請求項4のいずれか1項に記載の滑止手袋。 The said porous layer is formed by substituting the organic solvent with water, after immersing the said glove body in the solution containing a polyurethane and an organic solvent, The any one of Claim 1 to 4 Non-slip gloves.
- 上記凹凸形状における凸部の平面視形状が略六角形であり、複数の凸部がハニカム状に配設されている請求項1から請求項5のいずれか1項に記載の滑止手袋。 The non-slip glove according to any one of claims 1 to 5, wherein the plan view shape of the convex portion in the concavo-convex shape is a substantially hexagonal shape, and the plurality of convex portions are arranged in a honeycomb shape.
- 上記凸部の平面視形状が正六角形であり、この正六角形の対向する2つの頂点を結ぶ直線と上記手袋本体の裾部中心及び中指中心を結ぶ直線との成す最小角度が0度以上30度以下である請求項6に記載の滑止手袋。 The plan view shape of the convex portion is a regular hexagon, and the minimum angle formed by a straight line connecting two opposing apexes of the regular hexagon and a straight line connecting the center of the foot of the glove body and the center of the middle finger is 0 degrees to 30 degrees. The non-slip glove according to claim 6, which is the following.
- 上記手袋本体の爪領域及び指股領域に上記多孔質層が形成され、この爪領域及び指股領域において多孔質層が外面に凹凸形状を有さない請求項1から請求項7のいずれか1項に記載の滑止手袋。 The porous layer is formed on the nail area and the finger crotch area of the glove body, and the porous layer does not have an uneven shape on the outer surface in the nail area and the finger crotch area. Non-slip gloves according to the paragraph.
Priority Applications (2)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2015531746A JP6305408B2 (en) | 2013-08-12 | 2014-07-03 | Non-slip gloves |
CN201480045065.6A CN105473016B (en) | 2013-08-12 | 2014-07-03 | Slip-proof glove |
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JP2013167796 | 2013-08-12 | ||
JP2013-167796 | 2013-08-12 |
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PCT/JP2014/067845 WO2015022819A1 (en) | 2013-08-12 | 2014-07-03 | Non-slip glove |
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JP (1) | JP6305408B2 (en) |
CN (1) | CN105473016B (en) |
WO (1) | WO2015022819A1 (en) |
Cited By (2)
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JP2020056132A (en) * | 2018-10-03 | 2020-04-09 | 勝星産業株式会社 | Glove and manufacturing method of the same |
EP3906798A1 (en) * | 2020-05-06 | 2021-11-10 | Top Glove International Sdn. Bhd. | Embossments for thin film articles |
Families Citing this family (6)
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CN108308764A (en) * | 2018-04-24 | 2018-07-24 | 重庆大学 | A kind of production method of gloves and the gloves for artificial grind away |
CN108749168B (en) * | 2018-06-08 | 2020-08-18 | 广东省良展有机硅科技有限公司 | High-humidity friction silicon rubber and preparation method thereof |
JP6435435B1 (en) * | 2018-06-18 | 2018-12-05 | ショーワグローブ株式会社 | Work gloves |
CN108773820B (en) * | 2018-08-14 | 2019-06-04 | 北京大医未然生物科技有限公司 | One kind fast and safely opening fingerstall |
JP6564924B1 (en) * | 2018-12-05 | 2019-08-21 | ショーワグローブ株式会社 | gloves |
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JP2006169676A (en) * | 2004-12-17 | 2006-06-29 | Showa Co | Glove |
WO2008029703A1 (en) * | 2006-09-04 | 2008-03-13 | Showa Glove Co. | Glove |
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JP2013104134A (en) * | 2011-11-10 | 2013-05-30 | Showa Glove Kk | Glove, and method for producing the same |
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US7378043B2 (en) * | 2005-01-12 | 2008-05-27 | Ansell Healthcare Products Llc | Latex gloves and articles with geometrically defined surface texture providing enhanced grip and method for in-line processing thereof |
JP5773594B2 (en) * | 2009-08-19 | 2015-09-02 | ショーワグローブ株式会社 | gloves |
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- 2014-07-03 JP JP2015531746A patent/JP6305408B2/en active Active
- 2014-07-03 WO PCT/JP2014/067845 patent/WO2015022819A1/en active Application Filing
- 2014-07-03 CN CN201480045065.6A patent/CN105473016B/en active Active
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JPH06158406A (en) * | 1992-11-24 | 1994-06-07 | Asahi Chem Ind Co Ltd | Gloves for working |
JP2006169676A (en) * | 2004-12-17 | 2006-06-29 | Showa Co | Glove |
WO2008029703A1 (en) * | 2006-09-04 | 2008-03-13 | Showa Glove Co. | Glove |
JP2008214794A (en) * | 2007-03-01 | 2008-09-18 | Toray Coatex Co Ltd | Glove insert having three-dimensional shape, and method for producing the same |
US20090139008A1 (en) * | 2007-11-09 | 2009-06-04 | Under Armour, Inc. | Golf Glove |
JP2013104134A (en) * | 2011-11-10 | 2013-05-30 | Showa Glove Kk | Glove, and method for producing the same |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
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JP2020056132A (en) * | 2018-10-03 | 2020-04-09 | 勝星産業株式会社 | Glove and manufacturing method of the same |
EP3906798A1 (en) * | 2020-05-06 | 2021-11-10 | Top Glove International Sdn. Bhd. | Embossments for thin film articles |
Also Published As
Publication number | Publication date |
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JP6305408B2 (en) | 2018-04-04 |
CN105473016A (en) | 2016-04-06 |
JPWO2015022819A1 (en) | 2017-03-02 |
CN105473016B (en) | 2018-06-12 |
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