1989results about "Gloves" patented technology

An apparel article (12) with a grip texture on an exterior surface formed by a grip field of a plurality of spaced-apart nodules (16) extending from the exterior surface to a distal end and each defining a concave recess (44) therein. The apparel article may comprise (A) a glove body having a cuff with an open end and a hand portion from which four finger tubes and a thumb tube extend, for receiving a hand. and the exterior surface having at least one grip field for gripping an article and (B) a shoe cover with a sole having the grip field for resisting slippage on walking surfaces.

The present invention relates to a protective glove configured to protect a dorsal side of a hand of a user, comprising: —a flexible layer configured to fit against a back of the hand and comprising extensions that are each configured to extend along and fit against a respective proximal phalanx of a finger; —a rigid shell configured to extend over a metacarpal area and over knuckles of the back of the hand to thereby protect the back of the hand, wherein said shell is supported by said flexible layer and arranged at an offset relative to the back of the hand to thereby define a gap between the shell and the back of the hand; —wherein one or more than one of the extensions that are configured to extend along the proximal phalanx of the finger supports a phalanx protector that is configured to extend over the respective proximal phalanx, —wherein the phalanx protector is further configured to extend over a corresponding knuckle of the hand; and—wherein, at least when the fingers are extended, the rigid shell and the phalanx protector define an overlap and the phalanx protector that extends over the corresponding knuckle extends in the offset that defines the gap between the rigid shell and the back of the hand.

The invention discloses a glove with a touch sensing function and a dexterous hand, and the glove comprises a glove body, and a plurality of sensor modules and a controller module which are regularly arranged on the glove body; the plurality of sensor modules are regularly arranged on the front surfaces of the palm part, the finger belly part and the fingertip part of the glove body, and the controller module is regularly arranged on the back surface of the palm part of the glove body. The glove is small, light, convenient to carry and suitable for being used in any occasions, the glove body is made of double-layer fabric, devices are all made of flexible materials, and a patient wears the glove comfortably. The glove integrates various sensors, has the function of detecting lateral force, normal force and temperature, can identify various signals of materials, pressure, temperature and the like of a contact object, has important significance on athlete hand function training research, patient rehabilitation training evaluation and the like, and is also suitable for achieving the tactile perception function after a robot dexterous hand is worn.

An inner glove configured such that a chemical warmer is attachable in a position facing the back of a hand. The inner glove is configured for wearing under an outer glove, wherein the inner glove includes a body portion that is seamless in a circumferential direction of the hand, the body portion includes an opening in which a wrist may be inserted, an opening in which a thumb may be inserted, and at least two openings in which fingers other than the thumb may be inserted.

A fixing-state determination system includes a glove an operator wears. A photographing device is placed at a position of the glove that corresponds to a portion between a pair of fingers which grip a target object, and photographs a target image. A position-and-posture estimation unit estimates a position and posture of the target object. A range calculation unit calculates a fingertip movement range which is a movement range of a fingertip of the operator. A contact position calculation unit calculates a contact position of the fingertip on the target object on a basis of the position and posture of the target object and the fingertip movement range. A determination unit determines a fixing state of the target object on a basis of displacement of the target object and excitation force information of an excitation force at the contact position of the fingertip for the target object.

The invention relates to the technical field of preparation of antibacterial gloves, in particular to a preparation method of degradable breathable antibacterial gloves, and an emulsion formula of the degradable breathable antibacterial gloves comprises the following components in parts by weight: 100 parts of nitrile rubber modified polylactic acid, 5-10 parts of modified antibacterial filler, 1-3 parts of an anti-aging agent, 0.5-3 parts of a vulcanizing agent, 0.3-2 parts of a vulcanization accelerator and 0.5-1 part of a foaming agent. Through a high-molecular compound composition system, nitrile rubber modified polylactic acid, modified antibacterial filler and other components are compounded to prepare the glove with controllable degradability, lasting antibacterial property and good air permeability; on the basis of covalent binding of silicon dioxide loaded with antibacterial groups and modified chitosan, the synergistic antibacterial effect of the modified antibacterial filler is achieved, and therefore the antibacterial performance of the glove is improved.

A silicone mitten is provided. The silicone mitten includes an upper portion defining an inner space for accommodating a hand of a user. The silicone mitten also includes a lower portion having a first opening at a bottom side configured to allow insertion of the hand of the user into the inner space defined by the upper portion. The upper portion includes a plurality of through holes configured to allow air ventilation.

The invention is a compact glove dispenser and gloving device that sanitarily dispenses and dons disposable gloves on hands and is designed for ease of use, low complexity, and low cost. Individual gloves are packaged with glove palm and fingers folded with the open cuff facing the flat surface of the packaging, held open and in place by a frame made of thin material. Multiple glove packets are positioned in cartridges in a storage area, oriented for mechanical transporting to dedicated left and right gloving areas. Once in the gloving area, the glove cuff is held open, presented to the user who pushes hands through the packaging, donning the glove in a single motion.

In a detection system for detecting an incorrectly installed plug connection of a plug connector, the detection system comprises at least one plug-in attempt detection device for detecting a plug-in attempt, at least one measuring unit (3, 4, 6, 7, 8) for acquiring plug-in operation data and at least one verification device for verifying the plug connection using the data profile of acquired plug-in operation data.

A work glove including a dorsal section, a strap section, a trigger and a holder for an electronic module. The dorsal section includes a first opening on the side-of-the-hand edge and the strap section extends from the thumb-side edge or the dorsal section includes a first opening on the thumb-side edge and the strap section extends from the side-of-the-hand edge of the dorsal section. The strap section passes through the first opening and a portion of the strap section that passed through the first opening fastens the dorsal section detachably. Moreover, a wearable sensor device is shown.

A glove and method of manufacture thereof. The glove includes a wrist region, a palm region extending outwardly from the wrist region, and a plurality of digit regions extending outwardly from the palm region. A front surface of the palm region and a front surface of the plurality of digit regions will be contacted by an object when the object is gripped in the hand of a user wearing the glove. A first texture is provided on the front surface the palm region and a second texture is provided on the front surface of the plurality of digit regions. The first texture and second texture are different from one another. In one embodiment, a sand pattern is micro-etched into the palm region and a raised diamond pattern is molded into the plurality of digit regions. Gripping zones are molded into the rear surface of the digit regions.

The invention discloses a chlorosulfonated polyethylene glove and a preparation method thereof.The chlorosulfonated polyethylene glove comprises at least one functional structure layer, and the functional structure layer is formed by adhering liquid raw materials on the surface of a shaping base layer by layer and curing the liquid raw materials; wherein the functional structure layer is any one of a gas-liquid isolating layer, an aging reinforcing layer and an anti-radiation layer. According to the chlorosulfonated polyethylene glove, any one or more than two of the gas-liquid isolating layer, the aging reinforcing layer and the anti-radiation layer are used as the functional layer, and the chlorosulfonated polyethylene glove with a specific function is formed through multi-layer compounding of an impregnation process, so that the chlorosulfonated polyethylene glove has air tightness, chemical resistance, radiation resistance, aging resistance, puncture resistance, wear resistance and the like; a long-acting gas / liquid isolation effect can be realized; meanwhile, the material types of the functional layers are various, and the layer number and the combination sequence of the functional layers can be reasonably selected and matched according to application requirements.

To provide a glove fitted to the movement and posture of the hand during exercise.SOLUTION: A glove 1 comprises: a first bag part 11 which can cover from the wrist to at least a part of the forearm of a user; a second bag part 12 which is connected to the first bag part 11 and can cover the dorsum of the hand and the palm of the user; a first finger-insertion part 21 which is connected to the second bag part 12 and into which the first finger of the user is inserted; a second finger-insertion part 22 which is connected to the second bag part 12 and into which the second finger of the user is inserted; a third finger-insertion part 23 which is connected to the second bag part 12 and into which the third finger of the user is inserted; a fourth finger-insertion part 24 which is connected to the second bag part 12 and into which the fourth finger of the user is inserted; and a fifth finger-insertion part 25 which is connected to the second bag part 12 and into which the fifth finger of the user is inserted. The first bag part 11 extends along a first direction P. The third finger-insertion part 23 extends from the second bag part 12 along a second direction Q inclined at a predetermined angle θ to the first direction P.SELECTED DRAWING: Figure 1

The invention discloses a flexible self-powered sensor, sign language translation equipment and a sign language translation method. The flexible self-powered sensor comprises an upper power generation layer, a lower power generation layer, a supporting block and a wire. The flexible upper power generation layer and the flexible lower power generation layer are attached to the hand of a user as much as possible, the discomfort during wearing is reduced, and the wearing experience is improved; the first flexible friction layer and the second flexible friction layer are used for generating power through friction, so that dependence on external energy is reduced, and the equipment complexity is reduced; when the flexible self-energized sensor is extruded, the distance between the first flexible friction layer and the second flexible friction layer changes, charge distribution in the corresponding electrodes of the first flexible friction layer and the second flexible friction layer is changed based on the electrostatic induction principle, and quantitative analysis can be conducted on changes of hand actions of a user. In addition, the sensor has the characteristics of low cost and simple production process. The invention relates to the technical field of sign language translation.

The invention relates to the technical field of manufacturing of gum dipping labor protection appliances, in particular to waterborne polyurethane for labor protection gloves and a preparation method of the waterborne polyurethane. According to the waterborne polyurethane for the labor protection gloves, the solid content ranges from 45% to 50%, the viscosity is basically maintained between 56 mPa.s and 58 mPa.s, the average particle size of polyurethane in emulsion ranges from 300 nm to 500 nm, the potential of the emulsion ranges from-35 mV to-50 mV, the waterborne polyurethane has good dispersion stability and high solid content, and after being cured into an adhesive film, the waterborne polyurethane has high strength and good flexibility at the same time; the waterborne polyurethane working gloves obtained by dipping the waterborne polyurethane have excellent friction resistance, tear resistance and penetration resistance.

A carboxylic acid-modified nitrile-based copolymer latex includes a carboxylic acid-modified nitrile-based copolymer including: 65.5 wt % to 82.5 wt % of a conjugated diene-based monomer-derived unit, 15 wt % to 30 wt % of an ethylenic unsaturated nitrile-based monomer-derived unit, and 2.5 wt % to 4.5 wt % of an ethylenic unsaturated acid monomer-derived unit, wherein the carboxylic acid-modified nitrile-based copolymer latex satisfies General Formula 1:1.0 mm2 / s≤CV0≤3.0 mm2 / s  [General Formula 1]wherein CV0 represents a capillary viscosity of the carboxylic acid-modified nitrile-based copolymer latex which is measured in a swollen state in a methyl ethyl ketone solvent.

A hand and animal leash cover that includes a reversibly attachable, flexible, shape-retaining shell configured to surround an individual's hand while holding a leash retracting device. The shell includes a first opening for a human hand, dimensioned so that a user can grip the handle of a retractable leash and operate its features, such as a leash lock, a toggle leash-locking feature, etc. The shell has a second end opening with a diameter slightly larger than the width of the housing of the leash retracting device, and that extends preferably only to the aperture through which the leash enters the housing. The shell is at least semi-rigid so that it maintains its shape and does not collapse upon itself when a human hand is not inserted therein. No straps, elastic bands or other types of closure members are employed to close off the first opening, as the shell extends to cover a user's wrist and to contact the sleeve of a coat worn by the user so as to reduce heat loss. The shell facilitates easy engagement and disengagement of a person's hand when grasping the retractable leash device when the leash cover is in place.

The present invention relates to the technical field of rubber materials, and discloses a functional modification of reclaimed rubber material and use thereof in making safety gloves, wherein by using the hyperbranched nitrile butadiene rubber-polyurethane as the filling and modification agent, mixing with the nitrile butadiene rubber and reclaimed nitrile butadiene rubber for modification, the hyperbranched polyurethane has three dimensional branched network structures, in the meanwhile, nitrile butadiene rubber molecular chains are contained in the main chains, so that the hyperbranched nitrile butadiene rubber-polyurethane, the nitrile butadiene rubber and the reclaimed nitrile butadiene rubber have good interface compatibility, and the hyperbranched nitrile butadiene rubber-polyurethane, the nitrile butadiene rubber and the reclaimed nitrile butadiene rubber form three-dimensional interlinking networks, so that the mechanical properties such as tensile strength and tear strength of the reclaimed rubber composite materials are improved.

The invention discloses a preparation method of a flexible electromagnetic shielding type force sensor based on a coaxial structure, and belongs to the field of flexible electronics and intelligent sensors. According to the method, a coaxial wet spinning process is adopted, a core-sheath structure conductive fiber is constructed, a core layer is made of a multi-walled carbon nanotube (CNT) and thermoplastic polyurethane (TPU) composite material, and a sheath layer is made of a nickel-coated carbon nanotube (Ni-CNT) and TPU composite material. By regulating and controlling the proportion of the core sheath, the construction of the gradient conductive network is realized, and the sensing sensitivity, the electromagnetic shielding performance and the mechanical flexibility are improved. The obtained Ni-CNT-coated CNT fiber is made into fabric and integrated in a sensing glove, and multi-finger bending detection and wireless man-machine interaction control are achieved. The sensor has the advantages of high sensitivity, wide strain detection range and excellent electromagnetic shielding effectiveness, is suitable for the fields of intelligent wearing, anti-interference man-machine interface and fire-fighting equipment, and can also be expanded to complex application scenes such as aerospace teleoperation.

The present invention relates to a novel better grip glove. The device is designed to fill the gap or space between the palm of the hand and the handle or other equipment to increase swing speed and improve other mechanics. The glove includes a specialized glove and a wedge-like insert that extends over the thumb and onto the palm of the hand. The insert conforms to the user's hand and the handle. The insert component is thicker near the thumb and first finger and decreases in thickness as it approaches the palm of the hand. Users can easily place the specialized batting glove on the hand to eliminate the gap between the hand and the handle to improve mechanics.

An elastomeric glove includes a superimposed texture provided on a surface of the elastomeric glove, including front and back of a palm region, a thumb region and fingers region, and the superimposed texture includes multiple units of a stellate convex polygon distributed on the surface of the elastomeric glove, with a tip at the center and folded at intersects of the polygon for gripping, diverting and channeling fluid away from the surface of the elastomeric glove. A synthetic latex formulation for producing the elastomeric glove is also disclosed.

A glove according to the present invention includes a glove body configured to cover a hand of a wearer, in which the glove body includes an innermost layer including a matrix resin and cellulose particles and forming an inner surface of the glove, at least some of the cellulose particles are at least partially exposed from the inner surface, the innermost layer includes 7 mass parts or more and 45 mass parts or less of the cellulose particles based on 100 mass parts of the matrix resin, and is formed as a non-foamed layer, and the cellulose particles have an average particle size of 10 µm or more and 45 µm or less.

This invention relates to a glove, mitten, or sleeve that securely holds an Active Technology Device (ATD), such as a smartwatch or fitness tracker, during sports activities. The ATD is positioned in the webbing between the thumb and forefinger at an optimal viewing angle, ensuring continuous visibility and minimal interference with hand movements. The device is embedded into the fabric to maintain real-time sensor contact with the skin, enabling accurate physiological monitoring. The system features a docking connector that allows easy insertion, secure attachment, and electrical connectivity, including wireless charging and data transfer. Designed to be compatible with popular fitness devices, the glove, mitten, or sleeve also incorporates waterproofing and durability features, making it suitable for various environmental conditions. This invention enhances performance, safety, and convenience by providing seamless monitoring and feedback during dynamic physical activities.

An improved glove has both anatomically correlating stress relief zones and / or reinforced zones to add support in areas opposite the stress relief zones to keep bunching or slipping of the glove from interfering with the bending of the user's joints. The glove may have corrugated relief zones over some or all of the joints and knuckles of the hand, wherein the relief zones are formed of peaks and valleys. A relief zone can also be provided over the webbing between the thumb and the palm. The vertical or longitudinal relief zones provide for improved glove quality while keeping manufacturing difficulty and costs at a minimum.

Apparel items each having a magnet thereon are provided. More particularly, apparel items each having a magnet thereon are provided wherein a first person may wear a first apparel item and a second person may wear a second apparel item and the magnets on the first and second apparel items engage when the first person and the second person make physical contact.

A fighting glove includes a first padding section and a second padding section disposed in a dorsal side of a user's hand, and a strapping section configured to secure the glove to the user's hand. The first padding section includes multiple impact absorption layers, multiple slip layers, and a contour layer, which are each partially bonded to each other. In particular, the hand regions of the layers are securely attached to each other, and the hand body regions of the layers are not attached to each other such that the hand body regions of the layers are free to move independently from each other. Further, the fighting glove includes an exterior layer formed by a single fabric material in each of the inner side and the outer side of the exterior layer to mitigate the glove from forming protrusions or rough features on the exterior layer of the glove.

The invention relates to the technical field of medical instruments, and particularly provides a preparation method of TPU gloves, for TPU, zinc oxide aerogel particles are adopted as a modified filler and added into a TPU dipping material, and after the zinc oxide aerogel particles with the average particle size of 50-500 nm are adopted as the filler, the air permeability and the antibacterial performance of the TPU gloves are greatly improved. According to the technology, the comfort and functionality of the glove are improved, and the glove is suitable for large-scale production and has remarkable economic value and market prospects.

A preparation method of a glove having a soft coating with high wear resistance and high anti-slip performance is provided, including: physically spraying a bio-based organic polymer material on a surface of a glove core coated with an impregnation latex, conducting pre-vulcanization and high-temperature vulcanization successively, washing with an alkali liquor, an acid liquor, and water successively, and oven-drying to obtain the glove having the soft coating with high wear resistance and high anti-slip performance. The present disclosure has the following advantages: The preparation method is simple and reliable, and can greatly increase anti-slip performance and wear resistance of a coating while providing a delicate sand surface effect for the coating. The glove of the present disclosure has excellent anti-slip performance, durability, and comfortability in oily environments and dry environments.

The invention discloses a preparation process of cutting-resistant and puncture-proof protective gloves, and belongs to the technical field of preparation methods of protective gloves. According to the technology, the four steps of pretreatment, composite coating material dipping, dipping of different butadiene-acrylonitrile rubber latexes and partitioned vulcanization treatment are adopted, balance of protection performance and wearing comfort is achieved through combination of technology optimization and material innovation, the cutting resistance of the prepared protective gloves reaches the grade E of the GB24541-2022 standard, the puncture resistance and the tear resistance both reach the grade 4, and the service life of the protective gloves is prolonged. And the composite material is good in air permeability and excellent in durability, is particularly suitable for high-risk operation scenes such as military, security and metal processing, and has remarkable technical progress and industrialization value.