273 results about "Latex glove" patented technology

Latex articles with geometrically defined surface structure providing enhanced grip characteristics in dry, wet or oily environment; and a method of making same comprising applying a polymeric coagulant coating to a smooth former surface, wherein the coating becomes tacky during drying, applying discrete coagulant particles of selected size, shape and distribution to the tacky coating to attach and protrude from the former surface with the polymeric coagulant coating, dipping the former into an aqueous latex emulsion, wherein the polymeric coagulant coating and the discrete coagulating particles destabilize the latex, thereby developing a latex layer, vulcanizing and stripping the latex article inside out, and dissolving the discrete coagulant particles in water or suitable solvents to reveal the geometrically designed texture with pre-selected size, shape and distribution of impressions providing improved dry, wet and oily surface grip by removal of a fluid boundary layer.

An ambidextrous, latex glove is provided with a textured surface on the areas of the glove corresponding with the touch parts of fingers and a palm. That is, the areas on a hand that are used for gripping and holding are covered with a textured latex surface, providing increased friction for improved gripping.

This invention is an electronically sanitized medical glove dispensing machine. Not only does the machine place the warm gloves on your hands, it also takes them off and disposes of them in a sanitary way, such as a biohazard bag. The apparatus works via a compressor and a circuit board, along with sensors, "gripper clips", small air hoses, latex gloves, and a stainless steel housing. The sanitized glove is inflated so the hand can be placed in the glove before usage. A hook grips the gloves after the medical worker is finished with them, removes them, and sanitizes them.

A cut resistant chemical handling glove that is flexible and lightweight comprises a cured, liquid-impervious polymeric latex shell. A tacky acrylic adhesive with low shear strength can be used. A cut resistant liner is slipped on the tacky adhesive coating and is infiltrated with a polymeric latex coating and cured to integrally attach the cut resistant liner with the cured polymeric coating. When the latex glove is worn on a hand and a cutting edge, such as a knife edge, contacts the glove, a crease is formed due to slip at the tacky adhesive-cut resistant liner interface creating a geometry that reduces cut stress intensity at the knife-edge thereby increasing the cut resistance of the glove. Processes for making and using these gloves are also described.

A method and apparatus for removing artificial acrylic finger nails. The apparatus is a kit including a number of cotton balls or pads, a number of rubber finger covers, at least one surgical rubber or latex gloves, and a small quantity of acetone. In the method of the present invention, the user simply wets a cotton ball or pad with the acetone and places it onto the top of a fingernail. One of the ten finger covers is then put over the finger tip and acetone soaked cotton ball or pad. This procedure is then repeated for the remaining digits requiring removal of an artificial acrylic nail. Once this is accomplished, each hand having an artificial acrylic nail removed is placed into one of the two surgical type rubber or latex gloves.

A glove or partial glove comprising a palmar portion and a dorsal portion comprising one or more finger/thumb extensions, the portions joined together at a sealed seam, the seam positioned such that the seam on each of the finger/thumb extensions is positioned adjacent the dorsal aspect of the user's finger/thumb with the palmar aspect extending over the fingertip in a hood-like configuration. The glove portions may comprise a shear-thickening-fluid (STF) treated textile base, including a multi-ply construction in which each ply comprises an STF-treated textile base. The glove may comprise an integral pathogen barrier, such as a coating that is impervious to blood and bloodborne pathogens, and may have one or more features that aids donning and/or provides an adjustable fit. The glove or partial glove may be a first glove in a glove system including at least a second, latex glove to be worn over the first glove.

A latex (or butanenitrile) gloves containing VE for protection and nutritive health of skin is prepared from preparing nutritive liquid from VE solution and alcohol solution, mixing it with other raw materials, mixing with natural latex or butanenitrile latex, sulfurizing, shaping, spraying said nutritive liquid, turn-over, chlorinating, washing, spraying said nutritive liquid and finishing.

A disposable glove for a hand of a human wearer that comprises a blend of polyisoprene and another non-latex glove material. The glove provides a fit and feel comparable to a latex glove, while maintaining cost-effectiveness.

The invention provides a glove transferring and stacking manipulator system and a glove transferring and stacking method and belongs to the field of PVC, nitrile and latex glove production equipment. The glove transferring and stacking manipulator system comprises a glove feeding belt (1), a visual detection system (3) and a grabbing manipulator system. The visual detection system (3) is mounted above the glove feeding belt (1). The visual detection system (3) and the grabbing manipulator system are connected with a control system. The grabbing manipulator system comprises a supporting and rotating device. A plurality of grabbing devices rotating with the supporting and rotating device as the axis are mounted at the upper portion of the supporting and rotating device. The grabbing devices are controlled by a plurality of motors to conduct linear movement and angular rotation so as to adapt to the positions and deviation angles, detected by the visual detection system (3), of gloves in the width direction of the glove feeding belt (1). The lower portions of the grabbing devices grab the gloves through a vacuum suction mode or an electrostatic adsorption mode. The glove transferring and stacking manipulator system is simple in structure, high in glove transferring speed, tidy in stacking and capable of improving production efficiency.

The invention relates to a method for manufacturing soft latex gloves. The method comprises the steps of (1) preparing latex; (2) after the glove moulds dipped with a coagulator are dried, immersing the glove moulds into latex in the step (1) for 20-40 min; (3) uniformly spraying a polyurea elastomer on the surfaces of the latex gloves in the step (1) in a coating manner, drying the latex gloves in a drying oven for 30-60 min at 125-150 DEG C after the latex gloves are leached and crimped, and then obtaining the finished products of the latex gloves after the processes of chlorination and demoulding. The feeling of the latex gloves is extremely adjacent to that of natural latex gloves.

The invention provides a full-automatic glove counting and stacking machine, and belongs to the field of production devices of vinyl gloves, butyronitrile gloves and latex gloves. The full-automatic glove counting and stacking machine comprises a glove assembly conveying line (1), a plurality of hand moulds (2) are hung on the lower portion of the glove assembly conveying line (1), and gloves are arranged on the surfaces of the hand moulds (2) in a sleeved mode in the conveying process. The full-automatic glove counting and stacking machine is characterized in that a glove picking device (3) and a power device (5) are arranged below the glove assembly conveying line (1), a glove conveying table (4) with an inclined conveying face is arranged on one sides of the glove picking device (3) and the power device (5), the power device (5) drives the glove conveying table (4) and the glove picking device (3) to work at the same time, a detection device (6) is arranged at the output end of the glove conveying table (4), and the rear portion of the detection device (6) is connected with a glove storing table (7). The full-automatic glove counting and stacking machine is simple in structure, high in efficiency, free of cylinder control, convenient to maintain, and capable of achieving glove picking, detecting, conveying, and stacking functions.

The invention belongs to the technical field of novel materials, particularly relates to a novel anti-radiation material and gloves made from the novel anti-radiation material, wherein the novel anti-radiation material comprises components with weight by percentage: nanometer bismuth oxide 55-73%, aluminum fluoride 20-35%, lanthanum trioxide 3-10%, nano tungsten trioxide 3-10%, fuller alcohol nanoparticles 1-2%. Anti-radiation gloves are prepared by adding the novel anti-radiation material into raw materials of latex gloves, and the novel anti-radiation material can keep flexibility and malleability of the latex gloves, and guarantees operation elaboration and safety of operators.

A prepackaged kit containing various components each of which is useful in incontinent adult care. In a typical kit, the components are prepackaged into a single unit employing a disposable container and may include a pair of latex gloves, at least one cleaning wipe, a container of a protective ointment, and a fresh adult diaper. One or more of these components may be individually packaged. All of the components, including prepackaged components, are housed within the container which is clearly identified and which, in one embodiment, carries thereon a bar code useful in several administrative, financial or other functions.

The invention provides a pair of high-performance polyurethane-modified butyronitrile latex gloves and a preparation method thereof. According to the method, the chemical resistance of carboxyl butyronitrile latex can be enhanced by adopting a method of blending polyether urethane emulsion with butyronitrile latex. The butyronitrile gloves produced by adopting the impregnation forming technology of blended latex have the double characteristics of butyronitrile latex and polyurethane, as well as good chemical protection capability, and glove products can be produced on the existing butyronitrile latex glove production line.

Disclosed is an improved disposable exercise glove. The device includes a latex glove with an opening for each finger section, a flock-lined interior, and a padded palm area. The flock lining enables a user to easily don the gloves, while the padding provides an enhanced grip when grasping exercise equipment. The gloves can be worn and disposed of after a single use or can be reused as desired. The present invention is substantially all in one piece, and is easy to put on and take off of the user's hand. The disposable exercise glove is composed of resilient material that not only readily adjusts itself to the user's hand when placed thereon, but snugly and tightly fits the same. The present invention provides a hygienic and protective barrier to make otherwise long or strenuous workouts more comfortable.

The invention discloses graphene-butadiene-acrylonitrile latex compound slurry and a preparation method and application thereof. The compound slurry comprises the following components in parts by weight: 100 parts of butadiene-acrylonitrile rubber and 0.025-5 parts of graphene. The compound slurry also comprises 4-6 parts of a ball-milled sulfur material. Based on the total weight of the ball-milled sulfur material, the ball-milled sulfur material comprises the following components in percentages by weight: 5-8% of sulfur, 22-28% of zinc oxide, 5-8% of an accelerant, 2-4% of an anti-ageing agent, 1.5-3% of ethylamine, 2-4% of a dispersant, 5-8% of casein and 40-55% of soft water. A pair of graphene-butadiene-acrylonitrile latex gloves prepared from the composite slurry is flexible in texture, comfortable to wear, high in tear strength, antibacterial, antistatic, small in stress at definite elongation and good in anti-ageing property, and fully exerts the advantages of graphene which is high in conductivity, high in strength, resistant to friction, high in bacteriostatic property, and the like.

The present invention is directed to the use of a polymer coating composition having a dispersant, microbeads and a high Tg polymer with a Tg of greater than -10.degree. C. for the inner coating on natural and synthetic rubber articles, particularly for latex gloves. The coating for rubber articles, provides an inner surface coating that reduces friction between the latex and the hand to allow convenient donning. They are deliverable from aqueous solution.

The invention discloses a forward and reverse glove stacking, transporting and taking device and a production process thereof and belongs to the fields of PVC, butyronitrile and latex glove production devices. The forward and reverse glove stacking, transporting and taking device is characterized by comprising a system control device, a temporary glove storage portion and a rotary glove transporting portion. The system control device comprises a sensing counter. The system control device is connected with and controls the temporary glove storage portion and the rotary glove transporting portion. The forward and reverse glove stacking, transporting and taking device can perform seamless connection operation with a glove taking and stacking device, gloves always exist in a bin in the temporary storage, rotation and transfer and taking process, the high-speed rotary moving process of a manipulator is omitted, the gloves are not lost, and it is ensured that counting is accurate. The follow-up glove transporting-rotating process is slower, stacked glove piles are not easily loose, and the glove stacking orderliness is ensured. The number of each pile of gloves can be further stipulated according to settings of the system control device, a conventional 100-piece grove stacking storage box or a non-conventional 100-piece grove stacking storage box is completed, and operation is more flexible, quick and convenient.

The invention discloses a wear-resistant antiskid latex glove and a making method thereof. The wear-resistant antiskid latex glove comprises natural latex, potassium hydroxide, titanium dioxide, sodium lauryl sulfate, sulphur, an accelerant, zinc oxide, an antiager, a thickening agent, an antifoaming agent and a wear-resistant agent. The particle diameter of the wear-resistant agent is 10-20 nm and prepared by mixing and grinding a polyurethane elastomer, organic montmorillonite, carbon fibers, lignin, carbon black, silicon dioxide, mica powder and nano calcium carbonate. The making method ofthe glove comprises the steps of glue preparation and material preparation, hand mold cleaning, dipping and leaching, vulcanization and surface treatment. The wear-resistant antiskid latex glove has the advantages of good flexibility, wear resistance and antiskid performance.

The invention discloses a double-layered latex glove. The double-layered latex glove is characterized by comprising an inner contact layer and an outer working layer, wherein the inner contact layer is prepared from the following raw materials in parts by weight: 580 to 650 parts of low-protein natural latex, 3 to 4 parts of potassium hydroxide, 5 to 7 parts of sulfur, 2 to 4 parts of an accelerant, 5 to 7 parts of zinc oxide, 5 to 8 parts of an anti-ageing agent, 3 to 4 parts of titanium white, 0 to 4 parts of a coloring agent and 2 to 3 parts of a de-foaming agent; the outer working layer isprepared from the following raw materials in parts by weight: 80 to 120 parts of butyronitrile latex, 1.0 to 2.0 parts of sulfur, 1.0 to 3.0 parts of a plasticizer, 0.5 to 3.0 parts of zinc oxide, 0.5 to 5.0 parts of pearl powder and 0.0 to 0.6 part of color paste. The double-layered latex glove disclosed by the invention has relatively good acid and alkali resistance and wear resistance of the outer working layer and the utilization performance of the glove becomes good; meanwhile, the inner contact layer made of the latex is more fitted to hands of people and the double-layered latex gloveis softer and more comfortable.

The invention discloses inorganic nano-composite antibacterial rubber-latex glove liquid concentrate and a preparation method thereof. The inorganic nano-composite antibacterial rubber-latex glove liquid concentrate comprises deionized water, an inorganic nano-composite antibacterial agent, a water-based dispersing agent, a water-based surfactant and a thickener. The prepared antibacterial liquid concentrate is on a nanoscale, and is high in antibacterial effect, easy to disperse and free of agglomeration. The prepared inorganic nano-composite antibacterial rubber-latex glove liquid concentrate can be directly added to a stock solution for preparing a rubber-latex glove, and the antibacterial glove with the high antibacterial effect can be prepared through a conventional rubber-latex glove production process.

The invention discloses a latex glove wearing device and a method for wearing latex gloves by using the same. The device is characterized by comprising a hard hand mold; a cavity for placing the gloves is formed in the hand mold; one end of the hand mold is provided with a large opening communicated with the cavity; after the opening of the gloves is turned over, the gloves are sleeved on the large opening; a plurality of partition boards for partitioning fingers of the gloves are arranged in the cavity at the other end of the hand mold; the fingers of the gloves are arranged in the corresponding cavity between the partition boards respectively; and the hand mold is connected with a vacuum pumping device capable of pumping vacuum from a sealed space formed by the exterior of the gloves and the cavity. The invention aims to overcome the defects in the prior art and provide the device which has a simple structure and enables a user to quickly wear the gloves. The other aim of the invention is to provide the method for wearing the latex gloves by using the device.