44 results about "Glove use" patented technology

A single use disposable glove having two or more layers with a thickness which can range from 0.02 mm to 0.04 mmm for food handling with satisfactory formfitting and durability, all the way up to about 0.10 mm and above for heavy duty applications while still maintaining comfort like that of natural and synthetic rubbers. Materials such as styrene-ethylene-butadiene-styrene (SEBS) or styrene-isoprene-styrene (SIS) may be used to produce single use disposable gloves employing the cutting and sealing method. The use of these compositions could have a thickness between about 0.02 mm and about 0.1 mm or above. More importantly, the use of these compositions in the cutting and sealing process would yield a glove having better elasticity. The film quality using the various extrusion techniques would outperform a glove produced by the dipping process, not only in integrity (pinhole rate) but also in a thickness profile (uniformity).

The invention discloses polyvinyl chloride synthetic leather for gloves. The leather comprises a surface layer, a foaming layer, a bonding layer and fluffing cloth. The surface layer is slurry prepared from the following raw materials in parts by weight: 70-80 parts of SG-2 PVC (Polyvinyl Chloride) resin, 30-40 parts of SG-7 PVC resin, 10-15 parts of triethyl citrate and 30-35 parts of epoxy butyl oleate. The modified attapulgite and bentonite in the formula are good in ventilating and moisture absorption conductivity, so that the synthetic leather provided by the invention meets the demand on excellent ventilating and moisture absorption function. Through improvement of formula and process provided by the invention, the flexibility of the synthetic leather is enhanced, and the synthetic leather has a natural and comfortable handfeel similar to that of natural leather. The synthetic leather is not easy to damage or tear within 3-5 years, and is applicable to gloves.

A glove used in sports such as football, soccer, basketball, volleyball, snowboarding or motorcycle riding or work such as construction or heavy machinery operation that includes stiffening components attached on top of each finger portion of the glove and anchored beyond the base knuckle on top of the glove to prevent the fingers from hyper-extending or jamming and creating a protective exoskeleton for the entire hand while minimally affecting the degree of freedom and range of motion for the fingers. Each stiffening component is comprised of multiple slits or hinges as well as a sliding swivel pivot hinge which allow the stiffening components to bend in unison with each finger but lock in place to form a solid element and prevent the fingers from hyper-extending when the finger and its accompanying stiffening component are straightened.

A knitted glove made by creating each of the sections of the glove using a separate knitting course on a flat knitting machine providing variable stitch dimensions. Each of these sections provides its own designed stretch characteristics so that the glove fits tightly, yet provides flexibility and ease of movement. The variable stitch dimension is achieved by 1) varying the depth of penetration of a knitting needle into a fabric being knitted by a computer program, 2) adjusting the tension of yarn between a pinch roller and a knitting head by a mechanism controlled by a computer, and 3) casting off or picking up additional stitches in a course. The glove includes a plurality of finger components made from at least ten separately knitted sections, two palm components, each of which is made from at least two separately knitted sections, and a wrist component made from at least one knitted section.

The invention discloses uninterrupted medical plastic glove taking equipment, and belongs to the field of medical equipment. The uninterrupted medical plastic glove taking equipment comprises conveying apparatus, glove storage apparatus, rinsing and disinfecting apparatus, carrying apparatus, a waste water collection box, oven-drying apparatus, sealing apparatus and a support frame, wherein the glove storage apparatus and the support frame are arranged at intervals, the conveying apparatus is located directly above the glove storage apparatus and the support frame, the conveying apparatus is provided with a plurality of manipulators, the rinsing and disinfecting apparatus is installed on the glove storage apparatus, the waste water collection box, the oven-drying apparatus and the sealingapparatus are arranged in sequence along the length direction of the support frame, a drain pipe is arranged on the waste water collection box, a water pump is arranged on the drain pipe, the carryingapparatus is located below the top of the support frame, and a control operation box is also arranged on the support frame. The uninterrupted medical plastic glove taking equipment not only realizesthe uninterrupted supply of gloves, but also realizes rinsing and disinfection of medical plastic gloves that are not used for a long time, the safety of using the medical plastic gloves is improved,and the wearing convenience of users is improved.

The invention discloses a device for taking uninterrupted medical plastic gloves, belonging to the field of medical equipment, comprising a conveying device, a glove storage device, a washing and disinfection device, a handling device, a waste water collection box, a drying device, a sealing device and a support frame, gloves The storage device and the support frame are arranged at intervals, the conveying device is located directly above the glove storage device and the support frame, several manipulators are installed on the conveying device, the washing and disinfection device is installed on the glove storage device, the waste water collection box, the drying device, the sealing device Arranged in sequence along the length direction of the support frame, a drainage pipe is provided on the waste water collection box, a water pump is provided on the drainage pipe, the handling device is located under the top of the support frame, and a control operation box is also provided on the support frame. The invention not only realizes uninterrupted glove supply, but also realizes washing and disinfection of medical plastic gloves that have not been used for a long time, improves the safety of medical plastic gloves, and improves the convenience for users to wear.

The invention discloses a working method for uninterrupted medical plastic glove taking equipment, which belongs to the field of medical equipment. The equipment includes a conveying device, a glove storage device, a washing and disinfection device, a handling device, a waste water collection box, a drying device, a sealing device and The support frame, the glove storage device and the support frame are arranged at intervals, the conveying device is located directly above the glove storage device and the support frame, several manipulators are arranged on the conveying device, the washing and disinfection device is installed on the glove storage device, the waste water collection box, drying The device and the sealing device are sequentially arranged along the length direction of the support frame, the waste water collection box is provided with a drainage pipe, the drainage pipe is provided with a water pump, the handling device is located under the top of the support frame, and a control operation box is also provided on the support frame. The invention not only realizes uninterrupted glove supply, but also realizes washing and disinfection of medical plastic gloves that have not been used for a long time, improves the safety of medical plastic gloves, and improves the convenience for users to wear.

The invention discloses an aseptic socketing device for gloves used in an operating room, which belongs to the field of surgical equipment. unit, the feeding unit includes a push guide rail, two push guide rails are symmetrically fixed in the shell, the bottom of one end of the push guide rail is connected with a feed bin through a thread structure, a feed spring is fixed in the feed bin, and the top of the feed spring is arranged with A number of packaging boxes, a propelling cylinder is fixed inside the housing, and two push plates are symmetrically fixed on the output end of the propelling cylinder. It effectively avoids bacterial cross-infection, effectively reduces the probability of surgical bacterial contamination, has the functions of automatic feeding and automatic waste collection, improves the convenience of use, has market prospects, and is suitable for promotion.

The invention relates to a fire-fighting glove with a three-dimensional fingertip structure, which is characterized in that a palm fabric of the fire-fighting glove extends to the hand back side of afinger position in the fire-fighting glove and then is connected with a hand back fabric. By the adoption of the structure, the fire-fighting glove with the three-dimensional fingertip structure is longer in service life, not prone to cracking, higher in flexibility, wider in application range, capable of facilitating the operation of instruments and equipment by fire-fighting operators, capable of better protecting the two hands of a firefighter and more flexible and comfortable to wear.

The invention discloses a processing technology of high-temperature and high-heat operation protective gloves in the technical field of processing technologies. The processing technology comprises thesteps of 1, typesetting, specifically, respectively typesetting according to different glove products, confirming after typesetting, publishing by a client, and carrying out typesetting preliminary examination; and 2, length piece pulling, specifically, drawing pieces by using a mold according to requirements, wherein secondary inspection needs to be carried out in the drawing pieces. According to the processing technology of the high-temperature and high-heat operation protective gloves, a PTFE silicon rubber sheet and a nano-microporous heat insulation net are bonded through high-temperature-resistant AB glue to obtain a composite board, the fire-resistant fiber board is cut so adapt to the width of fingers except joints, the fire-resistant fiber board is fixed to the top of the composite board through the high-temperature-resistant AB glue, the inner plate is obtained, the finger positions are protected while the using purpose of the conventional gloves is achieved after sewing, high temperature resistance and high heat resistance can be achieved, the using safety of the gloves is improved, and the using range of the gloves is widened.

The invention discloses a green production process of PVC disposable gloves using water as a medium. Disperse PVC particles in water with a non-ionic emulsifier to form a dispersion; then add a plasticizer to the above dispersion, and stir and heat the plasticizer to form micro-droplets to accelerate the absorption and swelling of PVC particles. agent molecules to form a dispersion of plasticizer-swollen PVC particles in water; finally dip the dispersion with a ceramic or metal hand mold, and let the swollen PVC particles evenly disperse on the surface of the hand mold after dripping for an appropriate time. The hand mold is baked in an oven to make the PVC granules swollen by the plasticizer plasticized and molded, and the PVC gloves are obtained after cooling. The present invention uses water as the medium, and the dispersion liquid of the plasticizer-swollen PVC particles generated in the water is uniform and stable, and the performance of the prepared PVC gloves is adjustable, and the whole process has no organic solvent, which is a green production process and has great significance for improving the environment. .

The invention discloses an insulation method for an electric power glove. Insulation operation is conducted through the insulating glove. The insulating glove used for electric power comprises a glove body. The hand back face and the palm face of the upper portion on the outer side of the glove body are each provided with two grooves in the length direction from each glove finger tip to the glove opening. Humidity detection metal electrodes are arranged at the stop ends of the grooves respectively. An external heating device surrounding the glove body is arranged below the stop ends of the grooves. An accumulated water annular groove which surrounds the glove body and is provided with an upward opening is formed in the lower portion of the outer side of the glove body. A blocking piece which can be opened and closed is arranged on the portion, below the accumulated water annular groove, of the hand back face of the glove. A grounding connection terminal is arranged on the lower portion of the outer side of the glove body. The humidity detection metal electrodes are connected to a signal amplification and control device and used for outputting alarm and vibration signals and outputting bypass signals. The glove body is heated, the condensation phenomenon is eradicated, external moisture humidity is detected, alarm and vibration prompting can be sent out when the humidity exceeds the standard, short-circuiting can be conducted on leakage current through the connected contact of a relay, personal safety can be ensured, and the insulation method has ingenious innovativeness.