Abstract: The present invention relates to an inner cloth for a glove which is inserted between a lining material contacting with a user's skin and an outer skin exposed to the outside and includes a certain connection member for thereby being fixed together with a lining material and an outer skin based on a sewing operation, so that it is possible to implement good moisture penetration, anti-cold, and waterproof functions. The inner cloth for a glove includes a pair of hand-shaped panel members which each include a certain size or area and an edge portion connected at a certain width, and a connection member which is arranged at a certain position of the pair of the panel members and is integrally formed when the panel members are connected, and is formed in a certain shape. The glove implements good moisture penetration, anti-cold and waterproof functions using the inner cloth of the present invention.

Abstract: The present invention provides a communicative glove which includes means for monitoring the glove's integrity such that a breach of the glove's barrier may be detected, or in some cases anticipated, and thus a warning may be provided to the wearer of the breach.

Abstract: Protective pads placed over the palm of the hand to protect the median and ulnar nerves. The pads are placed peripheral to the nerves in order to protect them from pressure and vibration related trauma. An optional rigid splint member may be added to also protect the nerves from repetitive motion/traction irritation. Embodiments may include incorporation of the protective pads into a splint or a glove depending upon the application.

Abstract: In a protective glove having a wristlet and having a back face adapted to cover a back face of a wearer's hand, the back face has a thumb-covering portion and four finger-covering portions, which include an index finger-covering portion adjacent to the thumb-covering portion, and the back face has an inner liner and an outer shell, wherein the outer shell of the back face is folded and is sewn where folded so as to define inner ribs, which point toward and are able to touch the inner liner and which when touching the inner liner define pockets containing air providing thermal insulation. In one contemplated embodiment, the ribs include a rib terminating approximately where the thumb-covering portion and the index finger-covering portion meet and three other ribs, each terminating approximately where two of the finger-covering portions meet. In an alternative embodiment, in which the ribs extend across the protective glove, the ribs include ribs extending across the finger-covering portions.

Abstract: A glove for protecting an individual's hand is provided. The glove includes a palm covering shaped to substantially correspond to the shape of at least a portion of the palmar side of the individual's hand, and a back covering shaped to substantially correspond to the shape of at least a portion of the dorsal side of the individual's hand. The back covering is secured to the palm covering so as to form a hand receiving opening, a thumb stall, and a plurality of finger stalls. The glove further includes a palm padding secured to selected areas of the palm covering so as to provide cushioning for the palmar side of the individual's hand, and a slip resistant material provided on selected areas of the palm covering to facilitate the gripping of an object by the individual's hand.

Abstract: A glove structure that incorporates a palm piece having a portion that rolls over the fingertips and is sewn to the top portion of the back piece thus eliminating the conventional thick seam lines on the fingertips and resulting in a smooth seam of material over the entire fingertip and a substantial increase in finger tactility. The palm material narrows as it rolls over the fingertip and preferably has the shape of an hourglass.

Abstract: A disposable glove for a glove donning system is provided. The disposable glove has a first layer and a second layer. The second layer superimposes a region of the first layer. The first and second layers are joined together along their peripheries to form a abutted portion and an opening for inserting a hand between the first and second layers. The first layer of the glove has a mounting section having a mounting hole and a line of weakness extending between the mounting hole and a rear edge of the mounting section; said mounting hole for mounting the glove on fastening means of a glove rack. The glove is mounted on the glove rack by inserting the fastening means into the mounting hole of the glove, and the glove on the glove rack can be taken off the glove rack by inserting a hand into the glove and applying a force to the glove in a direction of donning.

Abstract: A safety arrangement is disclosed for power machinery such as a folding machine (10) for sheet metal or plate (40). An operator is charged to a potential above that of the folding machine (10) through a foot pedal (20) and his potential is monitored by means of a control device (20a). If there is a drop in operator potential, machine cycles cannot be started and any cycle under way is halted or reversed. Safety gloves (28) are provided which are made of an electrically conductive material (28a) and onto which is integrated an insulating layer 28c over the palm (30a). The insulating layer (28c) allows handling of metal work pieces (40) without electrical contact being made with the folding machine (10). Meanwhile, the exposed nature of the conductive layer (28a) on the backhand (30c) ensures that the operator is protected from injury from machine parts (12, 14, 18) approaching the gloved hand (30) from the side not being used for work.

Abstract: A method for producing a multi layer protective textile fabric having a base fabric layer with pre-selected areas fibers of a heavier denier or different material inserted pursuant to a computer program and the articles produced thereby. There is also provided a glove prepared by the method comprising different denier fibers and kind of fibers at pre-selected locations having a base unilayer and at least one other layer.

Abstract: A three-fingered welding glove used to protect a hand from high temperature includes a front palm piece in which a front index finger portion, extending from a front shell end and having a wing formed at a side surface thereof, and a rear index finger portion are integrally cut, a front shell piece coupled to the front palm piece and sewn on an upper end of the front shell end to have a semicircular shape and a wing formed at a side surface thereof, and a rear shell piece separately cut and sewn on an upper surface of the front palm piece and the front shell piece.

Abstract: The invention concerns a protective glove consisting of a chain mail main part (2) designed to cover the user's hand and wrist, comprising a mounted cinching strap (5) located in a sheath (6) or in loops provided on the terminal edge (4), or proximate to said terminal edge (4). Said glove is characterised in that it comprises: at least first releasable catching means (11, 12) provided on the outside of the chain mail fabric, designed to co-operate with appropriate matching means (10) provided at one first end (5′) of said strap (5), and at least two second releasable catching means (17, 18) symmetrically or substantially symmetrically opposite on the outside of the glove, one of which, depending on whether the glove is being used to protect the right hand or the left hand, is designed to co-operate with appropriate matching means (15) provided at the second end (5″) of said strap (5), to lock tightly said strap (5).

Abstract: A method of producing a unilayer textile fabric having in preselected areas fibers of a heavier denier inserted pursuant to a computer program and the articles produced thereby. There is also provided a glove prepared by the method comprising heavier denier fibers at preselected locations.

Abstract: The present invention relates to a unilayer flexible performance fabric which may be fabricated into apparel and articles having high performance fibers, such as high tensile modulus fibers positioned within a base fabric in at least one preselected location only where required to import performance characteristics which are equal to or exceed the specifications for the garment. For example, if cut resistance is a requirement, performance fibers which provide such protection from this hazard would be used. Likewise, if abrasion resistance is intended for an apparel such as coveralls, only the knees and elbows would require the performance fiber. Thus, reducing the amount of expensive fibers normally used. The invented fabric is manufacturede in a method in which the placement of the fabric in preselected locations is computer controlled.

Abstract: An antimicrobial, cut-resistant composite yarn which has a core member including at least one cut-resistant strand, a cover member including at least one strand wrapped around and enclosing the core member, wherein at least one strand in either the core member or the cover member is treated with and incorporates an antimicrobial compound. The yarn can be used to fabricate cut-resistant garments, such as gloves, worn by meat cutters and others who work with knives, saws and other sharp implements. The antimicrobial effect reduces bacteria, mold and fungi growth on the garments between washings.

Abstract: A work glove is provided having a flexible magnetic enclosure disposed on the rear surface of a glove body. A plurality of magnets contained within the enclosure are provided for attracting and retaining work components against an exterior surface of the enclosure of the glove for convenient access during a construction or assembly operation. A flexible magnet insulating substrate is provided for insulating adjacent magnets from one another as well as maintaining the magnets in a fixed spaced-apart relationship within the enclosure.

Abstract: The present invention is directed to breathable elastomeric gloves. The gloves of the present invention may allow the transmission of water vapor while still providing an effective barrier to virus, bacteria, contaminants, bodily fluids, and the like. In general, a breathability additive may be incorporated into the polymer matrix of the or more layers of the glove to improve the breathability of the layer. For example, polyethylene oxide may be incorporated into a layer as a breathability additive.

Abstract: The present invention is directed to breathable elastomeric gloves. The gloves of the present invention may allow the transmission of water vapor while still providing an effective barrier to virus, bacteria, contaminants, bodily fluids, and the like. In general, a breathability additive may be incorporated into the polymer matrix of one or more layers of the glove to improve the breathability of the layer. For example, polyethylene oxide may be incorporated into a layer as a breathability additive.

Abstract: The present invention relates to a glove, especially a single-use or disposable glove with at least two essentially congruent plastic sheets, one forming the outer face for the back of the hand and one forming the inner face for the palm of the hand and with at least one absorbent outer layer applied to the outer face and/or top side of the inner face, which outer layer is provided with at least one fluid, especially sprayed and/or soaked and/or impregnated, the plastic sheets being permanently joined to one another at least along the lateral border regions while providing a glove opening which is opposite the finger section, is essentially sealed against the penetration of fluid, and may be exposed and/or opened when the glove is to be used.

Abstract: A glove which includes massage elements within each of the fingertips of the glove. Each massage element includes a housing and a motor therein for vibrating the housing. A power source, such as a conventional or rechargeable battery, may be provided for powering the motors. Each massage element is electronically connected to the power source. A securing means may be provided for securing the device to the hand of a user.

Abstract: The present invention provides a communicative glove which includes means for monitoring the glove's integrity such that a breach of the glove's barrier may be detected, or in some cases anticipated, and thus a warning may be provided to the wearer of the breach.

Abstract: Handcovering, i.e. glove (72) or mitten, comprising an outer shell (50) and an inner glove insert (52) adhered to the shell (50). The glove insert (52) comprises a lining fabric laminated to a functional layer (42) that is water vapor permeable and waterproof. The inner glove insert (52) is substantially free of folds or bunching of the insert (52) inside the glove (72).

Abstract: In a protective glove, such as a firefighter's or welder's glove, which has a main portion, a thumb-covering portion, and four finger-covering portions and in which each portion has a front face and a back face and each face having a periphery, an edge strip joining the peripheries of the front and back faces of the of the main, thumb, and finger portions has two elongate edges, which are equidistant when the edge strip is taut, except in specific regions, where the protective glove when worn covers the wearer's knuckles and where the protective glove when worn covers the heel of the wearer's hand, at which regions the edge strip is widened to facilitate flexing without binding. Preferably, those regions where the edge strip is widened are located along a single one of the elongate edges, namely, the elongate edge joined to the peripheries of the back faces of the main, thumb, and finger portions.

Abstract: A glove including a plurality of tucks formed in the fingers, thumb and in the back portion. The tucks positioned on the fingers and thumb are formed in the fourchette of each finger and thumb on both sides of a wearer's knuckles. The tucks formed in the back portion of the glove are located at the peripheral edge of back portion, on both sides of a wearer's hand. The tucks operate to shape the glove to the natural position of a wearer's hand. The tucks also provide for a pre-formed bending crease in the fourchettes to increase flexibility and reduce hand and finger fatigue of a wearer. The fourchettes and the back portion of the glove are formed of an aluminized radiant reflective material to protect a wearer from elevated temperatures.

Abstract: A sports glove provides an improved way of keeping a display convenient for allowing a user to keep time and the score while playing. The sports glove includes a body having a palm portion, a back portion and an opening for receiving a hand. The glove further includes an adjusting means for adapting the glove to a particular user, including a flap having a fastener for connecting the flap to the back portion of the sports glove body. The flap may also include first and second layers defining a pocket therebetween. A non-removable multi-function display may be disposed within the pocket, and an aperture through the first layer for allowing a user to access the display.

Abstract: A laminate article for damping mechanical vibrations. One embodiment of the damping article includes a neoprene layer, a foamed polyurethane middle layer, and a nonfoamed polyurethane layer. The layers are preferably adhered in an overlaying relation. The article reduces at least 40% of high frequency mechanical vibrations (200 Hz-1250 Hz) otherwise transmitted to the wearer.

Abstract: An apparatus for releasably sealing the opening between a glove and the sleeve cuff to prevent ingress of water therebetween. The apparatus includes a pair of rings, one of which is attached to the wrist portion of a glove while the other is attached to the cuff portion of a sleeve. The rings are releasably engageable with one another in the sealed fashion under normal working conditions. The rings are capable of self-disengaging angularly and/or axially when subjected to an angular force or moment of predetermined magnitude and duration applied to the connection so as to permit detachment of the glove. The apparatus is particularly useful in wet mining applications not only to prevent water from entering the opening between the glove and cuff but also to disengage safely and assuredly should a glove get caught in any equipment.

Abstract: The invention relates to a motorcycling glove wherein two or more fingers are connected together with the use of strips of leather or equivalent system. A rotation of the glove fingers with respect to the hand fingers can be avoided in case of a fall and the seamed joints along the fingers are prevented from breaking.

Abstract: A transparent, thin film gloved envelope is provided to be worn on the hand and arm of a person during manipulations and/or examination of hazardous or noxious articles or matter. While the article is held in the gloved hand the sleeve or skirt that was covering the arms can be reversed and rolled over to cover the article and thereafter sealed to form an enclosing envelope. An erectable support skeleton is provided to support the membranes forming an enclosure to allow manual examination of the article contained. The envelope may be of a substantial size, provided with two dependent gloves for two-handed manipulation and examination, and a filtered orifice is provided together with a culture bed inside the enclosure. The suspended enclosure is then useful as an inexpensive examination and culturing chamber.

Abstract: The present invention provides a cooling protective glove to easily and effectively cool the human hand. By natural air and water vapor convection and associated conduction of heat, or the forced flow of other safe gases at an appropriate velocity and pressure, as required, and channeling it by means of an internally molded intrinsic distribution network that is incorporated into the glove. The natural cooling results from providing flow passages for air and water vapor pressure differentials between the parts of the hand, inside the protective glove and the cooler outside ambient conditions. Supplemental cooling may be achieved from a source of a cooling medium.

Abstract: A glove apparatus for emitting light in area around the hand of the user. The glove apparatus includes a body member comprising a perimeter wall. The perimeter wall defines an interior space of the body member. The interior space of the body member is designed for selectively receiving the hand of the user. A plurality of light emitting assemblies are positioned in the perimeter wall of the body member. Each of the light emitting assemblies is designed for emitting light to illuminate an area around the hand of the user.

Abstract: A disposable glove for a glove donning system is provided. The disposable glove has a first layer and a second layer. The second layer superimposes a region of the first layer. The first and second layers are joined together along their peripheries to form a abutted portion and an opening for inserting a hand between the first and second layers. The first layer of the glove has a mounting section having a mounting hole and a line of weakness extending between the mounting hole and a rear edge of the mounting section; said mounting hole for mounting the glove on fastening means of a glove rack. The glove is mounted on the glove rack by inserting the fastening means into the mounting hole of the glove, and the glove on the glove rack can be taken off the glove rack by inserting a hand into the glove and applying a force to the glove in a direction of donning.

Abstract: A fitted glove structure that incorporates a molded rubber palm piece that has a portion which extends over certain of the glove fingertips to the back piece in a manner to increase wearer comfort and protection and to enhance the object pick up capabilities of the glove.

Abstract: A work glove having a unique design on the palm piece that is particularly adaptable for use in the construction industry. The palm design incorporates a plurality of spaced tetrahedral (four-sided) pyramid shaped protrusions in a predetermined pattern, or cell, on a molded rubber piece secured to the glove palm. The pyramids are preferably arranged so that each pyramid cell is orientated along a line that is substantially perpendicular to axis of the user's glove hand.

Abstract: An easy-to-use and inexpensive work glove is provided. For this purpose, the work glove integrally comprises a first section for covering a region extending from a forearm middle portion between the wrist and an elbow to a hand, and a second section for covering an upper arm above the elbow, the second section extending from the first section. The first and second sections are each formed by applying a coating material such as natural rubber, synthetic rubber or synthetic resin onto a surface of a knitted fiber glove portion. The fiber glove portion of the second section is knitted from a thinner yarn to be smaller in thickness and has a higher stitch density than the fiber glove portion of the first section, and the second section has a thinner coating film formed on the surface of the fiber glove portion than that of the first section.

Abstract: The control-enhancing material of the present invention includes a plurality of recesses, such as suction cups, positioned on the palm portion of the bowling glove. The areas covered by the control-enhancing material include the underside of the index finger, the underside of the thumb, the underside of the little finger, and the underside of the middle and ring fingers. Basically, the control-enhancing material is positioned at all or some of the areas on the glove that contact the bowling ball when the glove is worn on the hand of the user and the user is holding a bowling ball. The control-enhancing material works to grip the surface of the bowling ball by a suction force and a friction force. The additional grip is maintained even though the user moves his or her hand slightly either away from, towards, or laterally with respect to the bowling ball.

Abstract: A weather-resistant glove for wear particularly by operators and passengers of open-air sport motor vehicles includes an outer glove shell and in inner glove liner, each having an elongate gauntlet cuff portion. The gauntlet cuff portion has an inner gauntlet and an outer gauntlet cooperatively defining a water catch basin, from which a drain opens outwardly of the glove at or near the lowest point of this basin while the user's hands are in a typical downwardly angled position on the sport motor vehicle. Water dribbling along a leeward side of the user's arms and into the gauntlets of the gloves will be caught in the water catch basins and is then drained outwardly of the glove without wetting the user's hands.

Abstract: An oven glove is provided with a gripping element affixed to a thumb piece of the glove so as to enable a wearer or user to handle or grasp hot dishes, pots, pans or like items. The gripping element extends outwardly from the thumb piece so as to permit the gripping element to be positioned a sufficient amount over an edge of a hot item so as to enable the user to move the item. Heat retardant pads are also provided on the glove.

Abstract: A glove which includes massage elements within each of the fingertips of the glove. Each massage element includes a housing and a motor therein for vibrating the housing. A power source, such as a conventional or rechargeable battery, may be provided for powering the motors. Each massage element is electronically connected to the power source. A securing means may be provided for securing the device to the hand of a user.

Abstract: In a protective glove having a wristlet and having a back face adapted to cover a back face of a wearer's hand, the back face has a thumb-covering portion and four finger-covering portions, which include an index finger-covering portion adjacent to the thumb-covering portion, and the back face has an inner liner and an outer shell, wherein the outer shell of the back face is folded and is sewn where folded so as to define inner ribs, which point toward and are able to touch the inner liner and which when touching the inner liner define pockets containing air providing thermal insulation. In one contemplated embodiment, the ribs include a rib terminating approximately where the thumb-covering portion and the index finger-covering portion meet and three other ribs, each terminating approximately where two of the finger-covering portions meet. In an alternative embodiment, in which the ribs extend across the protective glove, the ribs include ribs extending across the finger-covering portions.

Abstract: The specification and drawings describe and show one or more embodiments of the present invention in the form of a compression glove for selective application for treatment of hand, wrist, forearm and thumb discomfort. Useful for prevention and relief of injuries caused by repetitive motions while handling implements, it has a flexible waterproof glove body with exposed fingertips. The glove includes a pair or series of layers of hermetically sealed material, that can capture pressurized air, when applied therein. It is formed through the patterned sealing of the layers of the glove together at select locations. This forms inflatable chambers that can selectively apply isolated points of pressure and support to the affected area.

Abstract: The present invention relates to customizable apparel and in particular to customizable support gloves) made from conventional spandex fabric, generally having seams reinforced by a plurality of back lock stitches. More particularly, a first hand shaped portion is secured by a hem to a second hand shaped portion to form a plurality of stitched together finger pockets, with the hem extending along the outer edges of the first and second hand shaped portions. Next, a first set of reinforcing back lock stitches sewn on top of the hem. Additionally, a second set of reinforcing back lock stitches sewn on top of the first set of reinforcing stitches. This combination of reinforcing stitches prevents the seams of the glove from unlocking when the finger pockets are cut to a shorter length, thus making the gloves of the present invention ideally suited for customization to the needs or preferences of a user. The use of spandex fabric is preferred since it will not unravel when cut.

Abstract: A work glove is provided having an enclosure, such as a pocket, pouch or like structure disposed on an interior or exterior surface of the glove body. One or more magnets are retained within the pocket for attracting and retaining work components against an exterior surface of the backside of the glove for convenient access during a construction or assembly operation.

Abstract: A glove is provided for motorists to use when pumping gasoline at self-service stations. The glove is fabricated from light-weight, gasoline-impermeable material and is designed to be worn on either hand. The glove is made in many colors and is scented to compliment each color.

Abstract: An anti-microbial elastomeric flexible article is disclosed which includes a thin layer of an anti-microbial preparation disposed on an inside surface of the elastomeric flexible article, such as a glove. For example, the preparation may include an acidic substance. Preferably, the preparation further includes a buffer. Preferably, the preparation is in a substantially deyhdrated form and is activated by exposure to perspiration during use.

Abstract: Single and two-sided hand and finger thimbles constructed to mount over the fingertips to provide non-slip gripping surfaces and improved protection at the fingertips and palm. Several thimbles include surfaces that contain impenetrable shields, elastomer pads or raised patterns of a coated elastomer. The coated thimbles facilitate paper separation, sorting, and counting. Plastic or metallic shields can fitted to shield and/or encase the fingertip. The shield can be exposed through an aperture and can include a pitted surface. Pull-tabs and elastic sizing members facilitate fitting the thimbles to the fingers. Alternative wrist supported, glove-like assemblies having one or more finger pieces fitted with shielding and gripping assemblies and padded palm regions are also disclosed.

Abstract: An easy-to-use and inexpensive work glove is provided. For this purpose, the work glove integrally comprises a first section for covering a region extending from a forearm middle portion between the wrist and an elbow to a hand, and a second section for covering an upper arm above the elbow, the second section extending from the first section. The first and second sections are each formed by applying a coating material such as natural rubber, synthetic rubber or synthetic resin onto a surface of a knitted fiber glove portion. The fiber glove portion of the second section is knitted from a thinner yarn to be smaller in thickness and has a higher stitch density than the fiber glove portion of the first section, and the second section has a thinner coating film formed on the surface of the fiber glove portion than that of the first section.

Abstract: The invention relates to a glove, especially a disposable glove. Said glove comprises at least two plastic films (6, 7) of substantially the same dimensions that are firmly linked with each other at least in the lateral marginal zones (8), thereby defining the inner (10) and the outer (9) face of the glove and leaving free a glove opening (11). Said glove is further characterized by an absorbing exterior layer (12) that is applied on the outer surface that pertains to the back of the hand and/or the inner surface that permits to the palm.

Abstract: A glove includes two planar members having a peripheral portion sealed together with a water tight sealed peripheral rim, for forming a chamber between the planar members and for receiving the hands of the users. Either or both of the planar members may each include a number of flaps extended outward from the peripheral portion for engaging into slots of objects, and for easily cleaning the dust in the slots of the objects. The planar members each includes a weldable inner layer, and a water absorbable outer layer for absorbing the water or the other fluids.

Abstract: The present invention relates to an inner cloth for a glove which is inserted between a lining material contacting with a user's skin and an outer skin exposed to the outside and includes a certain connection member for thereby being fixed together with a lining material and an outer skin based on a sewing operation, so that it is possible to implement good moisture penetration, anti-cold, and waterproof functions. The inner cloth for a glove includes a pair of hand-shaped panel members which each include a certain size or area and an edge portion connected at a certain width, and a connection member which is arranged at a certain position of the pair of the panel members and is integrally formed when the panel members are connected, and is formed in a certain shape. The glove implements good moisture penetration, anti-cold and waterproof functions using the inner cloth of the present invention.

Abstract: A reversible work or cleaning glove has a three-fingered design to permit a user to wear the glove with either the palm side or glove side facing forward on the user's hand. The three-fingered glove includes a relatively large center pocket that accommodates the three center fingers of the user's hand. Two substantially identical side pockets are placed symmetrically about the center pocket. The side pockets accommodate either the thumb or the small finger of the user, depending on whether the palm side or back side is forward. By constructing the glove so it can be comfortably worn either palm side or back side forward, the life of the glove can be greatly extended.