489results about "Gloves" patented technology

A static dissipative single use glove having a vertical resistivity of less than about 108 Ohm when determined according to EN 1149-2 and surface resistivity of less than or equal to about 106 Ohm when determined according to EN 1149-1, which includes a polymeric layer comprising conductive filler particles. A method to produce the single use glove is also disclosed.

A glove with deployable spring-loaded knife comprises a glove being made of cut resistant chain mail having a wrist portion and knife housing. The knife housing is capable of being secured about the wrist portion of the device. Within the knife housing resides a kitchen quality carbon steel grade knife which may be deployed through actuation of a spring-loaded mechanism and switch.

The invention discloses an environment-friendly waterborne polyurethane glove and a preparation method thereof. The environment-friendly waterborne polyurethane glove comprises a glove core and an environment-friendly waterborne polyurethane layer wrapping the surface layer of the glove core. The environment-friendly waterborne polyurethane layer is prepared from the following raw materials in parts by mass: 20 to 35 parts of isocyanate, 40 to 60 parts of bio-based polyol, 3 to 8 parts of a fluorine-containing chain extender, 0.5 to 3 parts of nano cellulose, 1 to 5 parts of an environment-friendly cross-linking agent, 0.3 to 1.5 parts of a nonionic emulsifier, 2 to 6 parts of an environment-friendly plasticizer, 0.1 to 0.5 part of a low-toxicity preservative and 15 to 30 parts of deionized water. The preparation method has the advantages that no organic solvent is contained, no VOCs are discharged in the production process, the green chemistry principle is met, and the overall strength and performance are higher.

The invention belongs to the technical field of polymer composite materials, and particularly relates to a high-toughness hydrolysis-resistant polyurethane medical glove and a preparation method thereof. The glove is prepared from nanofiber reinforced waterborne polyurethane composite latex through dipping forming, the latex is prepared through a two-step process, chemical bonding of nanofiber and polyurethane is achieved, and the glove is ultrathin, high in toughness and excellent in hydrolysis resistance.

The invention discloses an anti-radiation medical protective glove and a production process thereof, and belongs to the technical field of medical protective gloves, a polydopamine hollow microsphere is prepared by using ZIF-8 as a self-sacrifice template, bismuth and gadolinium elements are loaded through hydrothermal synthesis and ion adsorption, a composite shielding microsphere is prepared, and the composite shielding microsphere is used for preparing the anti-radiation medical protective glove. Then, the composite shielding microspheres and a nano starch enhanced cross-linked network are synergistically introduced into a natural latex matrix, after dipping forming, a hydrophilic / hydrophobic wetting gradient is constructed on a glove lining through mask auxiliary plasma etching, and the anti-radiation medical protective glove is prepared. Through the cooperation of the shielding function of the composite microspheres, the mechanical enhancement of a nano starch cross-linked network and the surface one-way moisture conduction function, the glove has excellent radiation protection performance and also has the characteristics of being light, flexible and comfortable to wear, the problems that a traditional lead rubber glove is heavy, rigid and poor in air permeability are effectively solved, and the service life of the glove is prolonged. The system is especially suitable for medical scenes requiring high flexibility and comfort, such as interventional radiosurgery.

We provide smartphone operation gloves that allow you to operate your smartphone while wearing the gloves. [Solution] By creating appropriately sized and positioned holes on the palm side of the fingers of the gloves, it becomes easy to insert and remove fingertips, which helps in performing smartphone fingerprint authentication and other operations while wearing the gloves.

The present application provides elastomeric articles that are able to deliver skin care properties to a person wearing or coming into contact with the article. The articles comprise an elastomeric film a plant stem cell material. The plant stem cell material may be in the form of a bilayer membrane-encapsulated plant stem cell material. The plant stem cell material may be present as a layer or coating on a surface of the elastomeric film. Also provided are methods for the production of the articles.

Various articles and methods for controlling an amount of thermal energy generated by the articles are disclosed herein. For example, an article can include a power source and a flexible circuit electrically coupled to the power source. The flexible circuit can include a trace including a deformable conductor. The trace can define a plurality of switchbacks. The plurality of switchbacks can be configured to generate a predetermined amount of thermal energy when a voltage from the power source is applied to the trace.

The present invention provides a coating composition for elastomer articles. [Solution] The present invention provides a method for producing a latex dispersion, comprising: providing a rubber component containing polyisoprene; and combining the rubber component with a vulcanization composition containing at least one transient dihydrocarbyl xanthogene polysulfide accelerator and at least one aldehyde-aniline condensate. The present invention also provides a coating composition for elastomer articles, comprising the latex dispersion; a second polymer latex selected from the group consisting of natural rubber, polyurethane, polybutadiene, polychloroprene, nitrile rubber, styrene-butadiene block copolymer, styrene-isoprene block copolymer, and synthetic polyisoprene; and water.

A device may receive, by a haptic interface module that is configured to interact with one or more haptic interface devices and an application that generates a computer-mediated environment comprising an avatar corresponding to a user wearing the one or more haptic interface devices, respective sensor data for each respective haptic interface device, wherein the respective sensor data for a respective haptic interface device indicates respective positioning of respective sensors of the respective wearable haptic interface. A device may process, by the haptic interface module, the respective sensor data to generate respective relative location data for each respective haptic interface device, wherein the relative location data is relative to a reference location defined with respect to the corresponding wearable haptic interface. A device may receive, by the haptic interface module, tracked location data from one or more motion tracking sensors, wherein the tracked location data indicates respective locations of the one or more haptic interface devices relative to a spatial environment of the user. A device may generate, by the haptic interface module, a series of motion capture frames based on the tracked location data and the respective relative location data for each respective haptic interface device, wherein each respective motion capture frame indicates a set of locations and orientations for each respective haptic interface device at a given time. A device may generate, by the haptic interface module, a series of kinematic frames based on the series of motion capture frames and one or more mediation processes that collectively convert, for each of the motion capture frames, the set of locations and orientations of the one or more respective haptic interface devices into a set of intended locations and intended orientations for configuring the avatar in the computer-mediated environment. A device may output the series of kinematic frames to the application, wherein the kinematic frames are provided to the application as user input.

The present invention relates to a smart textile garment, a system and a method for functional assessment and monitoring of the lumbar spine, based on the acquisition of bioelectrical signals and data concerning a user's postures and movements, which, in combination with artificial intelligence techniques, allows the sensations perceived by the user to be objectively assessed and classified, eliminating the subjective component in this operation. For this purpose, the garment of the invention incorporates a plurality of textile electrodes for acquiring various bioelectrical signals, such as ECG (HRV), EMG and / or EDA, which are processed by control electronics linked to a movement and posture acquisition system and to processing software that uses machine learning methods to associate patterns of movement and posture with bioelectrical signals indicative of injuries causing lumbar pain.

The invention relates to a glove turn-over shaping device, and belongs to the field of shaping devices.The glove turn-over shaping device comprises a rack and a die holder, the die holder is arranged on the rack, a hand die is arranged on the die holder and comprises an arc-shaped plate and a plurality of profiling rods matched with gloves in shape, and the arc-shaped plate is arranged on the die holder; the profiling rods are arranged on the side, away from the die holder, of the arc-shaped plate, a support is arranged on the rack, a movable plate is arranged on the support, a turn-over seat is arranged on the movable plate, a plurality of insertion rods are arranged on the turn-over seat, insertion grooves are formed in the profiling rods, and each insertion rod corresponds to one insertion groove. In the process of turning over the gloves, the arc-shaped plates are matched with all the profiling rods to simulate the use state of the gloves, meanwhile, the function of properly widening the gloves is achieved, the possibility that workers take down the gloves due to the fact that the gloves are too tight after the gloves are turned over is reduced, and therefore the overall processing efficiency of the turning-over and shaping device is improved.

Provided is a sulfur-free crosslinked composition for dip forming, including: a carboxylated diene rubber elastomer; a crosslinking agent that contains at least one of an organic crosslinking agent or a metal crosslinking agent with a valence of two or more; an antioxidant that contains at least one compound having a phenol structure and a sulfur atom; and water, wherein an amount of the at least one compound is 0.05 to 4 parts by weight relative to 100 parts by weight of the elastomer.

An article includes a substrate, and a film-based article comprising a non-crosslinked thermoplastic rubber. At least a portion of the film-based article is fixed to the substrate. In particular, said portion of the film-based article is firmly fixed to the substrate by heat sealing at a temperature of 190 to 250° C. for at least 1 second, without using a glue, an adhesive coating, or a corona discharge treatment.

TITLE OF THE INVENTION: SPORTS GLOVE The sports glove (100) covering a wrist and at least part of a hand, comprises: - an end (105) surrounding a joint of the hand, - an open end (110) surrounding the wrist, - a slit (115) on the palm of the hand, - two sides (120, 125) positioned on each side of the slit (115): - a first side (120) comprising a dial (130) for tightening a strap (135) and - a second side (125) comprising at least one loop (140), - the tightening dial (130) being rotationally actuable and comprising a non-return device, and - a strap (135) configured to slide in each loop and wrap around the dial (130), the dial (130) tightening the strap in a first direction of rotation of said dial (130) and to release the link in a second, opposite direction of rotation. Figure for the abbreviation: Figure 1

The present invention relates to an arc flash protection glove (100, 200). The glove (100, 200) comprises a fire-resistant glove liner (2), which glove liner (2) consists of a palm side (3) and a back side (4), which palm side (3) comprises palm side finger portions (3A), a palm side center portion (3B) and a palm side cuff portion (3C), which backside (4) comprises backside finger portions(4A), a backside center portion (4B) and a backside cuff portion (4C). The glove liner (2) is provided with a fire-resistant coating comprising a fire-resistant material, the fire-resistant coating comprises: a backside coating portion (5B) having an area of at least 4 cm2 and being arranged on the backside center portion (4B), and a palm side coating portion (5A) arranged on the palm side (3) of the glove liner (2), wherein the palm side coating portion (5A) covers at least 90% of said palm side finger portions (3A) and at least 90% of said palm side center portion (3B), wherein an average coating weight of said backside coating portion (5B) is within the range of 5-80% of an average coating weight of the palm side coating portion (5A). A heat protection glove (100, 200) and a method for manufacturing an arc flash protection (100, 200) glove or a heat protection glove (100, 200) are also disclosed.

The present invention provides gloves and a method for using gloves that protect the fingertips and allow for quick retraction and exposure of the fingertips while wearing the gloves without removing them, as needed. [Solution] The second finger portion 22 of the glove A, which can accommodate the index finger F2, has a fingertip covering portion 220 that can cover the tip region of the ventral side of the index finger F2, and a finger base covering portion 221 that can cover the base region from the center of the ventral side of the index finger F2 towards the base. A slit portion 3A is formed from a base edge portion 220a provided at the base end of the fingertip covering portion 220, and a toe edge portion 221a provided at the toe end of the finger base covering portion 221, which is opposite to the base edge portion 220a. Furthermore, the fingertip covering portion 220 and the finger base covering portion 221 are made of fabric with a raw-cut finish.

The invention belongs to the technical field of gloves, and particularly relates to a preparation method of low-carbon environment-friendly bio-based nylon gloves, which comprises the following steps: S1, uniformly stirring a basic sizing material and an auxiliary agent according to a ratio, the sizing material composition being selected from one of a butadiene-acrylonitrile rubber composition, a latex composition and a polyurethane rubber composition; s2, the bio-based nylon yarn serves as a core raw material and is matched with at least one kind of yarn of polyester yarn, nylon yarn and anti-cutting yarn, the glove liner is formed through knitting by a computer knitting machine, and the glove liner is arranged on the hand mold in a sleeving mode. The bio-based nylon wires are adopted as core raw materials of the glove inner container, traditional petroleum-based nylon is replaced, dependence on non-renewable fossil resources is reduced, carbon emission in the full life cycle of production is reduced, and the requirements for low carbon and environmental protection are met.

A ratcheting assembly includes a dial assembly and a strap configured to selectively open and close an opening on equipment. The dial assembly includes a body coupled to the equipment adjacent an opening of the equipment. A dial is coupled to the body and configured to selectively translate along an axis of the body so as to selectively rotate about the axis of the body. A strap is located within the equipment around a portion of the opening. Rotation of the dial applies tension on the strap and selectively shrinks or closes the opening. A spring may be included to release tension on the strap and to aid in translating the dial along the body.

Disclosed is a hand-and-wrist accessory device formed by an elasticated glove, wherein the ends of the fingers and the end of the wrist comprise an internal elasticated silicone layer that acts as a mechanical securing element for securing to the skin, these securing elements being connected to rigid structures connected to elastic elements, transmitting elastic energy from the wrist to a central floating piece on the dorsal carpus, where it is distributed to each finger terminal, the elastic elements being guided by rigid pieces disposed in the paths extending from the central piece to the finger terminals, to ensure the correct alignment thereof. These external elements have reciprocal securing elements to generate continuity from the wrist terminal to the finger or digit terminals. Cushioned elements are disposed on the palm to redistribute pressure in the wrist areas.

The invention relates to an electrical active assembly for generating a physical effect such as heat, cold or humidity, and a textile assembly, such as a clothing assembly, including the active assembly, with an application to a system for regulating the temperature or humidity of a user's body. The active assembly comprises a first and second textile supports. A first active element 1 for generating the physical effect, a first sensor 2 for sensing data relative to a physical information, and a first controlling unit 3 connected to the first active element and sensor, are located on the first textile support, such as to allow the activation / deactivation by the first controlling unit of the first active element depending on data sensed by the first sensor. A second active element 4 for generating the physical effect, and a second controlling unit 6 connected to the second active element and sensor, are located on the second textile support, such as to allow the activation / deactivation by the second controlling unit of the second active element depending on data sensed by the first sensor. The first controlling unit is connected to the second active element such as to allow the activation / deactivation by the first controlling unit of the second active element depending on data sensed by the first sensor. The first controlling unit is configured to receive at a first point in time a first instant data from the first sensor, compare it with a predetermined threshold data, activate the second active element when the first instant data is smaller than the threshold data. The first controlling unit is also configured to receive at a second point in time a second instant data from the first sensor, compare it with the predetermined threshold data, activate the first active element when the second instant data is smaller than the threshold data.

An arc flash and heat protection glove (100, 200) comprises a fire-resistant glove liner (2), which glove liner (2) consists of a palm side (3) and a backside (4). The palm side (3) comprises palm side finger portions (3A) and a palm side center portion (3B). The backside (4) comprises backside finger portions (4A) and a backside center portion (4B). The glove liner (2) is provided with a fire-resistant coating comprising a fire-resistant material. The fire-resistant coating comprises a backside coating portion (5B) arranged on the entire area of the backside center portion (4B) and on at least 80% of the backside finger portions (4A), and a palm side coating portion (5A) arranged on the palm side (3) of said glove liner (2). The palm side coating portion (5A) covers at least 90% of said palm side finger portions (3A) and at least 90% of said palm side center portion (3B). The average coating weight of said backside coating portion (5B) is within the range of 5-80% of an average coating weight of said palm side coating portion (5A).

The invention discloses an insulating glove monitoring device for an electric work pen and a monitoring method thereof, belongs to the technical field of electric power detection, and solves the problem in the prior art that an electrician forgets to wear an insulating glove or is not willing to wear the insulating glove when carrying out high-voltage insulation measurement, so that a potential safety hazard of electric shock is brought to the electrician in measurement work. The electric pen mainly comprises an electric pen body and an insulating glove, a dynamic safety monitoring closed loop is constructed by means of intelligent linkage of a pressure sensor of the electric pen body and a deformation sensor of the insulating glove, and spanning from formal wearing to substantial protection is achieved. A multi-sensory early warning system ensures efficient transmission of warning, and humidity monitoring provides prospective early warning of insulation failure, so that an intelligent safety system which is deeply bound with operation behaviors and has omnibearing active protection is finally formed.

Body-protector (1,1') comprising: a wearable article (2,2'); a shock-absorbing pad (3) anchored to the wearable article (2,2'); wherein the shock-absorbing pad (3) comprises a first member (4) configured to absorb shock energy by an irreversible plastic deformation and a second member (5) configured to absorb shock energy by a reversible elastic deformation and wherein the first member (4) is embedded in the second member (5); wherein the first member (4) comprises a plurality of cells (6) interconnected each other via their sidewalls (7) to form a pliable sheet (8) configured to absorb energy through irreversible deformation of said sidewalls (7) or said interconnections in response to a compressive load applied to said sheet (8). Said wearable article (2) being a glove (2') wherein said shock-absorbing pad (3) is anchored to a back of the glove (2').

The present invention provides gloves and socks with a pocket for storing a heat-generating composition. [Solution] When wearing gloves 1 and socks while commuting, going to school, or working outdoors during the cold winter months, and using a heat-generating composition 5 such as a disposable hand warmer as a measure against the cold, the gloves and socks are provided with storage pockets 3 for the heat-generating composition. By storing the heat-generating composition in these pockets and wearing the gloves and socks, it is possible to prevent the heat from the heat-generating composition from touching the bare skin and to prevent the heat-generating composition from falling out.

A medical protective / therapeutic glove (1) for protecting a patient against unintentional injuries to their own body and against damage to medical infrastructure by the patient themselves, comprising a basic body (2) with a first lower wall section (2a) and a second upper wall section (2b) made of a flexible, in particular textile, material, which define a hand-receiving space (4) formed between them, as well as with a front inspection opening (6) and an arm-side passage opening (8) opposite this, is characterized in that the first and second wall sections (2a, 2b) are connected to each other in a wing-like manner via a hinge connection (10) and can be folded over each other from a first spatially flat unfolded release position into a second protective position,in which the second upper wall section (2b) is arranged above the first lower wing-like section (2a), forming the hand-receiving space (4) defined by the wall sections and the front inspection opening (6) and arm-side passage opening (8) communicating with it, and with locking means (20) with which the first and second wall sections (2a, 2b) can be detachably fixed to each other in the second protective position.

The motion detection unit detects the motion information of the device by using motion detection components installed on the device. The communication unit sends the motion information detected by the motion detection unit to the server, and the motion determination unit determines what kind of motion the motion information is.

The utility model discloses a thermal insulation glove which comprises a front piece, a back piece and a connecting portion, the back piece is arranged on the two sides of the connecting portion in a continuous mode, and the front piece is arranged on the back piece to form a first containing cavity and a second containing cavity. One end, close to the connecting part, of the back sheet and one end, close to the connecting part, of the front sheet form an inserting opening, and the width of the inserting opening of the first containing cavity is smaller than that of the inserting opening of the second containing cavity. The thermal insulation glove can improve the use flexibility, is convenient to operate, can adapt to multi-angle free opening and closing between the thumb and other fingers, has ornamental value and is suitable for various scenes, and the fingers are not prone to fatigue.

To provide a glove in which a glove body and coating are difficult to be peeled off even if load, especially torsional load is applied.SOLUTION: A glove according to one aspect of the present invention includes: a fiber glove body; coating which covers at least a part of an outer face of the glove body and is mainly constituted of rubber or resin; and an adhesive part for bonding the glove body and the coating. The adhesive part includes: an adhesive layer in contact with the coating; and a bonded layer which is in contact with the glove body and is constituted of hot melt adhesive.SELECTED DRAWING: Figure 2