7 results about "Cut-resistant gloves" patented technology

1. Name of the designed product: Anti-cutting gloves (without reinforcing body high needle number). 2. Use of the designed product: Anti-cutting gloves for hand labor protection. 3. Design points of the designed product: in the combination of shape, pattern and color. 4. Pictures or photos that best show the design points: Design 1 perspective view. 5. The design for which protection is sought contains colors. 6. The design points of other views have been shown on the perspective view of the corresponding design, and other views are omitted. 7. Design 1 is designated as the basic design.

This utility model discloses a cut-resistant glove with protective function, comprising a replacement component and a heat dissipation component. The cut-resistant glove features a fingerless design with a replacement component at the fingertips and a heat dissipation component in the palm area. In the replacement component, a threaded ring is fixed to the fingertip section of the glove. Both the protective steel sleeve and the cut-resistant finger sleeve have connecting rings at one end, which are threaded together for quick installation. The protective steel sleeve is impact-resistant, and the cut-resistant finger sleeve is made of the same material as the glove and is replaceable. In the heat dissipation component, ventilation holes are provided on the back and center of the palm, covered by a protective fabric. The Velcro hooks on both sides are bonded to the Velcro cotton sides of the ventilation holes, and the protective fabric is made of Kevlar fiber. This glove allows for flexible selection of fingertip protection according to work needs, reducing usage costs, accelerating heat dissipation from the palm for increased comfort, and effectively preventing needle punctures and cuts during heat dissipation, ensuring hand safety.

The utility model relates to an anti-cutting glove practical training device. The device mainly comprises a cabinet body and a simulated cutting hand assembly, wherein the simulated cutting hand assembly is arranged in the cabinet body; wherein a transparent safety door is arranged on one side of the cabinet body; the simulation hand cutting assembly comprises a motor, a lead screw suite, a blade and at least two performance comparison gloves, the output end of the motor is connected with the lead screw suite, the blade is arranged on the lead screw suite through a connecting seat, the performance comparison gloves are arranged below the blade, and the performance comparison gloves are arranged on the lead screw suite. Each performance comparison glove is sleeved with an artificial hand; the blade, the performance comparison glove and the artificial hand are located in the visual range of the safety door. According to the utility model, the impression of safety education for sharp object cutting can be enhanced; and due to the arrangement of the safety door, the equipment does not cause actual harm to personnel, and safety risks existing in the education process are avoided.

The utility model discloses a knitted no-coating anti-cutting glove, including finger part, palm part and wrist part, finger part and palm part are both double -deck structure, are composed by base layer and anti -cutting layer, the anti -cutting layer sets up at the outside of base layer, is knitted by mixed yarn, the mixed yarn includes outer wrapping yarn and inner winding line, the outer wrapping yarn is covered in the outer portion of inner winding line, and the inner winding line is formed by metal wire and non -metal wire winding. The utility model discloses no-coating type's anti -cutting glove, and the anti -cutting ability is by mixed yarn to play, and the mixed yarn includes outer wrapping yarn and inner winding line, and the outer wrapping yarn is covered in the outer portion of inner winding line, and the inner winding line is formed by metal wire and non -metal wire winding, and the anti -cutting can effectual, has solved the problem that the coating is easy to fall off at the joint.

Provided is a cut resistant glove including a pile knitted fabric. The pile knitted fabric includes a plurality of yarns that contain a ground yarn having cut resistance properties and a pile yarn, and are pile-knitted at a gauge of 6 or more and less than 10. The pile yarn is pulled out longer than the ground yarn from a back stitch of the pile knitted fabric to form a plurality of loops.

The utility model discloses a protective cover for safe machining of mechanical equipment, and relates to the technical field of protective covers. The cover comprises a cover body, a scrap collecting box, a first functional side plate and a second functional side plate, fixing assemblies fixed to a machining table are symmetrically fixed to the two sides of the cover body, and reserved grooves for installing the first functional side plate and the second functional side plate are formed in the two sides of the cover body respectively. According to the saw dust collecting device for the sawing machine, the cover body is arranged to cover the machining table of the sawing machine to play a role in safety protection for a user, and the chipping collecting cover, the negative pressure feeding pump, the negative pressure cover and the chipping collecting bag are matched with one another to play a role in collecting saw dust chippings thrown out in the machining process; and in consideration of the situation that a small saw is held by hand and a large saw is fixed on the sawing machine machining table, the anti-cutting glove and the anti-cutting telescopic sleeve on the first functional side plate enable the machining personnel to sleeve the hand in the anti-cutting glove and the anti-cutting telescopic sleeve, and then the anti-cutting glove abuts against the interior of the cover body to hold the handheld small saw for machining.

A vehicle-carried first aid kit includes a first aid kit body, and the first aid kit body is internally provided with a portable respirator, oxygen inhalation goggles, a floating rope, a first aid bracelet, a military shovel, cut-resistant gloves, a multifunctional tool bag and a medical supply bag. The portable respirator includes a main valve body and a gas cylinder. A pressure relief diaphragm is mounted inside the main valve body. A pressure relief valve is disposed inside the main valve body. The main valve body is provided with an inflation opening. An exhaust opening is disposed at the bottom of the main valve body. The oxygen inhalation goggles include a goggle frame fitted with lenses and a flexible skirt edge disposed around the goggle frame to form a respiratory chamber. An inlet gas tube is inserted into the flexible skirt edge.