482 results about "Protective gloves" patented technology

A protective glove is disclosed having a flexible liner conforming to the shape of a hand and wrist and having a plurality of rigid guards secured thereto over the distal, middle, and proximal phalanx bones, the metacarpals, and wrist bones of the wearer. A distal guard is shaped as a cup placed over the posterior side of the distal phalanx bone. Middle and proximal guards protect the middle and proximal phalanx bones of the hand and may be embodied as rings positioned slightly distal of the finger joints and having extensions extending distally therefrom. A metacarpal guard secures to the posterior of the glove over the metacarpals and extends toward the anterior of the hand, providing a cutout to receive the thumb. A wrist guard encircles the liner over the wrist bones and is spaced apart from the metacarpal guard to permit wrist articulation.

A protective glove with an improved strap, the glove having a glove portion made of mesh material, a wrist portion, and a continuous, flat, flexible, expandable band about the wrist portion.

The present invention provides a glove, in particular for housework, the glove being made integrally of silicone material and possessing an ambidextrous shape comprising a main pocket designed to receive four fingers of a user, and a secondary pocket designed to receive the thumb, said secondary pocket opening out into the main pocket.

A coat for use by emergency responders, such as firefighters, is described. Certain aspects of the coat include a barrier resistant liner for protection against chemical and biological agents, a compression zone that can improve safety when working in hazardous areas, and a flame resistant shell including zippered sleeves that can facilitate the donning of protective gloves.

A protective sports glove having decorative accents coupled to the outer visible surface of back portions of the gloves. These accents are applied directly to the outer material layer of the protective sports gloves on one or more of the finger portions, the protective back, the wrist guard, the subcuff and / or the cuff portion. The decorative accents allow the visible outer portion of the back portion of the glove to include intricate features such as logos, numbers, shapes, or other contrasting features that customize the gloves in an infinite number of potential variations. The accents are durable and also add abrasion resistance to the gloves during usage, therein increasing their usable lives. The decorative accents could also be introduced to any other area of the glove, such as the palm, to improve durability, grip or abrasion resistance.

Protective natural rubber and synthetic elastomeric gloves are disclosed which have an inner skin-contacting absorbent layer. The inner layer is impregnated with skin care compositions. During application of the gloves, the inner layer absorbs perspiration from the hand and readily and slowly releases skin care compositions to soothe and condition the hand. Methods of manufacture are described.

The invention discloses a whole-body type positive-pressure biological protective clothing with a monitoring system, which is composed of a protective clothing main body, a transparent hood, a sealed zipper, protective boots fixed on pants, protective gloves and a back air inlet joint, wherein the back air inlet joint is connected with an airflow distribution module; the air inlet end of the airflow distribution module is connected with a dynamic air supply system or an air inlet hose, and the air outlet end of the airflow distribution module is respectively connected with five hoses; an adjustable air intake valve is fixed on the protective clothing main body; two ends of the adjustable air intake valve are respectively connected with the air inlet hose and an air feed pipe provided with a compression air source; a one-way adjustable vent valve is fixed on each arm of the protective clothing body; a monitoring system is arranged in the protective clothing body and is composed of a pressure and temperature chest monitor fixed on the chest, a monitoring module and a state monitoring wristwatch, wherein the monitoring module is installed in the dynamic air supply system; and the state monitoring wristwatch is fixed on the forearm. The whole-body type positive-pressure biological protective clothing can provide protection with a high security coefficient for operating personnel working in laboratories, high-risk biological pollution environment of which the biosafety level is above three. Meanwhile, the biological protective clothing has higher comfort and can lower the physiological load and the psychological burden of the operating personnel.

High strength polyethylene fibers and their applications, for example, chopped fibers, ropes, nets, ballistic materials or items, protective gloves, fiber reinforced concrete products, helmets, and other products obtained therefrom, in which the fiber is characterized in that: it contains a high molecular weight polyethylene consisting essentially of a repeating unit of ethylene; it has an intrinsic viscosity number of 5 or larger and an average strength of 22 cN / dtex or higher; and the measurement of the fiber by differential scanning calorimetry (DSC) exhibits a temperature-increasing DCS curve having at least one endothermic peak over a temperature region of 140° C. to 148° C. (on the low temperature side) and at least one endothermic peak over a temperature region of 148° C. or higher (on the high temperature side) or the number of frictions until the fiber is broken in an abrasion test according to method B for measuring abrasion resistance in the Testing Methods for Spun Yarn (JIS L 1095) is 100,000 or larger.

A protective glove having a protective function against toxic chemical agents, especially chemical warfare agents, and a multilayer construction including a breathable layer is disclosed. The glove has a support layer and a barrier layer, which is assigned to the support layer and which faces the hand when the glove is worn, prevents or at least retards the passage of toxic chemical agents, and contains an adsorption layer based on an adsorbent material, such as activated carbon, which adsorbs toxic chemical agents. The barrier layer has, in addition to the adsorption layer, a membrane, which is at least preferably impermeable to water and air, but permeable to water vapor, and which retards the passage of toxic chemical agents or is at least essentially impermeable to toxic chemical agents. The membrane is arranged between the support layer and the adsorption layer. The protective glove has a high degree of wearing comfort with good tactility properties and at the same time provides excellent protection against toxic chemical agents.

The invention provides a five-finger reinforced type work protective glove and a preparation method thereof and aims at solving the problem that waste is caused due to the fact that finger parts of existing gloves can be damaged easily, and service life is shortened. The preparation method of the five-finger reinforced type work protective glove comprises the following steps: (1) placing the glove in a hand mould in a sleeved mode, (2) dipping a glove body in coagulators, (3) dipping the glove body in a first layer of rubber latex, (4) dipping finger parts in a second layer of rubber latex, (5) dipping the finger parts in other layers of rubber latex, (6) drying the obtained gum dipping glove, (7) cooling, demoulding, packaging and storing. The fiver-finger reinforced type work protective glove with the glove body dipped in the first layer of rubber latex and finger parts going through gum dipping treatment for two times or multiple times is further improved in durable performance, corrosion resistance performance and damping performance, is greatly prolonged in service life, protects the environment and is low-carbon. The preparation method is simple in production technology, low in cost, and suitable of large-scale industrialized production.

The invention discloses radiation-proof rubber protective gloves. The gloves comprise the following components in percentage by weight: 29 to 56 percent of rubber latex, 0.1 to 0.5 percent of sulfur, 0.1 to 2.5 percent of zinc oxide, 0.2 to 0.5 percent of rubber accelerator, 0.3 to 0.5 percent of rubber antioxidant and 40 to 70 percent of radiation-proof material. In the gloves, when the beam energy is 60KVp, the attenuation rate is over 45 percent; when the beam energy is 80KVp, the attenuation rate is over 35 percent; when the beam energy is 100KVp, the attenuation rate is over 26 percent; when the beam energy is 120KVp, the attenuation rate is over 22 percent; and the gloves have very good attenuation effect on X-rays and have good protection effect. The gloves have good mechanical property, the tension at break is more than 16N, the elongation at break is over 750 percent, and the gloves meet the requirement of Disposable Sterilized Rubber Surgical Gloves of GB7543-2006 and have high practical value.

A protective sports glove including a vent opening and an arched panel extending upward and over the vent opening. The glove can include a breathable material that extends across the vent opening to provide improved air flow to and from the interior of the glove. The arched panel can arch above the vent opening, and optional breathable material, so as to form a void under the panel, thereby providing impact protection to the wearer's hand while still enabling air to circulate through the vent opening to the wearer's hand. The arched panel can be configured to flex or bend when the hand is brought back toward the wearer's wrist or forearm, yet provide resistance to that backward movement to eliminate and / or reduce the overextension of the hand and wrist.

The invention relates to a method for preparing water-proof antibacterial polyurethane elastomer. Use one-step or two-step synthesizing method which inorganic solvent which is easy and useful to control, or that with organic solvent, with the polymer diatomic alcohol of 20-75%, diisocyanate and chain-extending agent of 25-80%through a certain technique mol ratio of diisocyanate chain-extending agent is 1.03-1.2, while the antibacterial blocking agent is 1.5-2times of the mole number difference of diisocyanate and polymer diatomic alcohol+ chain-extending agent. The antibacterial polyurethane elastomer made by the invention has outstanding mechanical property and permeability of water steam, as well as antibacterial effect, including gram-positive bacterium and gram-negative bacterium; it can be applied to produce protective product like medical protective glove, safeguard and various kinds of coating material.

A Firefighter Rapid Emergency Extraction device or F.R.E.E. Sled, is an emergency piece of equipment that acts as a rapid removal sled in which to apply to a downed firefighter, FF, within moments of locating or arriving at the victim. The F.R.E.E. Sled allows for the low profile loading and packaging of the downed FF as well as a securing strap for the RIC bag and air supply unit so that it stays with the victim. The instant invention allows the rescuer to quickly retrieve the compactly stored sled from the storage compartment of their own response vehicle, enter, locate and package the victim without the need for converting the gear that may be worn by the victim-firefighter. The F.R.E.E. Sled easily allows the operations level rescuer to secure the harness system in low-to-zero visibility environments with the “Twin Strap-Two Snap Buckle” method faster and more efficient than any other device available in the rescue art without having to remove the rescuers' protective gloves to accomplish this task. The instant invention stands to revolutionize the way the fire service saves one of their own in these Rapid Intervention deployments.

A hair roots coloring kit includes a plurality of kit components carried in a drawstring bag for mixing and applying standard hair coloring materials to the uncolored outgrown roots of a user's hair. One or more measuring devices such as a measuring cup, a syringe, or an eyedropper are used for measuring the hair coloring materials to produce a matching color to previously colored hair shafts of the hair. A reusable mixing bowl or a plurality of disposable mixing bowls hold the measured hair coloring materials. A reusable stirring stick or a plurality of disposable stirring sticks are provided for mixing together the measured hair coloring materials in the mixing bowl. An applicator brush is used for applying the mixed matching color of hair coloring composition to the uncolored hair roots. A pair of protective gloves are provided to protect the user's hands during application of the hair coloring composition to the hair roots. A cleaning brush is used to aid in cleaning the kit components following use.

A temperature resistant and fluid impermeable protective glove having front and back panels joined by at least one seam. During manufacture, the glove is dipped into a first thin liquid to coat the exterior surface of the glove. The first liquid penetrates through gaps in the seam and seals those gaps as it solidifies. The first liquid coated glove is then dipped into a second thicker liquid to coat the entire exterior surface including the sealed seam. A third coating may be applied to the interior surface of the glove prior to joining the front and back panels together. The glove may also include an interior liner and an exterior protective member for added comfort and protection.

Protective gloves for boxers are desirable for protecting the hands of boxers. Considerable stress is placed on the joints of the hand during the impact of a punch. The protective glove for boxers is secured to the hand using elastic bands around the digits of the hand and a wrist strap releasably secured by a hook and loop fastener. The chance of injury is reduced by the use of a flexible rubber pad to distribute force across the knuckles and a shock absorbing layer of cellular foam lining the interior of the glove. The protective glove for boxers can be applied by the user without assistance, and will not shift position during a fight.

There is described a method for designing and manufacturing a protective glove, to be used for imparting slight knocks in performing a cycle of manual operations in an industrial production line and for absorbing the counter-knock received when using a tool or equipment gripped by the operator during said operating cycle. There are provided means for sensing the forces the various areas of the hand are subjected to during said operating cycle, and signals of said sensor means are processed so as to obtain a classification of the areas of the hand according to the value of the forces to which they are subjected. The glove is designed having areas that provide differentiated protections, having pads of different thickness calculated as a function of the aforementioned classification of the various areas of the hand.

A glove, such as a glove used for washing dishes or for cleaning has a sleeve with a cuff thereon. The cuff has an first portion which is adhered or bonded to the inside surface of the sleeve and a second portion which initially extends from the cuff. The first portion of the cuff seals with the wearer's arm, while the second portion of the cuff is pulled over the outside surface of the glove to absorb moisture running down the glove. The cuff is at least in part made of a moisture absorbing material and preferably contains an anti-bacterial agent.

A protective glove for protecting a wearer's hand includes a thumb pocket and an index finger pocket. The glove is designed to receive the wearer's thumb in the thumb pocket and the wearer's index finger in the index finger pocket, while leaving the user's other fingers exposed. The thumb pocket and the index finger pocket are attached to an adjustable wrist strap. Further, the thumb pocket and the index finger pocket are attached to each other.

A protective glove comprising a glove body having a padded cuff, an exterior covered with padding, finger pockets and a thumb pad, a palm flap integrally connected to the glove body adjacent the opening of the finger pockets such that the interior surface of the palm flap can be positioned to face the interior surface of the glove body, the palm flap further including a thumb pad pocket adapted to receive the thumb pad of the glove body, and an adjacent thumb pocket for receiving the wearer's thumb, flexible releasable fasteners situated along the periphery of the palm flap and at corresponding locations on the glove body for releasably connecting the palm flap to the glove body such that the palm flap and the glove body define a hand cavity when they are connected that communicates with the finger pockets.

A partial glove is provided for use in preparing vegetables which is easy to put on and take off, which provides underside gripping features for preventing vegetable slippage and which provides protection against cutting or abrading during vegetable preparation.

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). Thus said glove is adapted to be worn either on the right hand, or on the left hand, without requiring to be turned inside out.

The invention discloses a multilayer radiation-protective glove, formed by overlapping gamma-ray shielding layers and neutron shielding layers; the gamma-ray shielding layers are made from, by weight: 40-60% of rubber latex, 5-10% of a compounding agent, and 30-70% of gamma-ray protective material by mixing and glove mold soaking, adding up to 100% by weight; the neutron shielding layers are made from, by weight: 40-60% of rubber latex, 5-10% of a compounding agent, and 30-70% of neutron protective material by mixing and glove mold soaking, adding up to 100% by weight. The invention also discloses a manufacture process of the multilayer radiation-protective glove. Comprehensive neutron and gamma-ray protection can be provided by the glove, and the glove is good in flexibility and suitable for wearing.

A protective glove includes a primary yarn that forms the palm, thumb and finger sections of the glove. The primary yarn has an interior surface forming the interior surface of the glove, and an exterior surface forming the exterior surface of the glove. A plaiting yarn is plaited to portions of the exterior surface of the primary yarn to form a plurality of enhanced sections on the exterior surface of the glove. The enhanced sections having at least one substantially enhanced physical characteristic in relation to the primary layer, such as increased cut resistance,

A protective glove having a protective function against toxic chemical agents, especially chemical warfare agents, and a multilayer construction including a breathable layer is disclosed. The glove has a support layer and a barrier layer, which is assigned to the support layer and which faces the hand when the glove is worn, prevents or at least retards the passage of toxic chemical agents, and contains an adsorption layer based on an adsorbent material, such as activated carbon, which adsorbs toxic chemical agents. The barrier layer has, in addition to the adsorption layer, a membrane, which is at least preferably impermeable to water and air, but permeable to water vapor, and which retards the passage of toxic chemical agents or is at least essentially impermeable to toxic chemical agents. The membrane is arranged between the support layer and the adsorption layer. The protective glove has a high degree of wearing comfort with good tactility properties and at the same time provides excellent protection against toxic chemical agents.