38results about How to "Achieve anti-skid function" patented technology

The invention belongs to the technical field of mountaineering shoes and relates to a mountaineering assisting shoe with a magnet universal joint driving function. The mountaineering assisting shoe comprises a driving mechanism, a pressure mechanism and an air storage tank. In a mountaineering process, a vamp relatively inclines upwards, at the moment, swing teeth incline backwards under the action of gravity; under the action of limiting teeth, the swing angles of fan-shaped teeth and the swing teeth are fixed; the swing teeth are engaged with the ground; and an antiskid effect is achieved. Meanwhile, high-pressure air in the air storage tank can flow into an assisting shell through an air pressing pipe; when an assisting cylinder is in contact with the ground, the assisting cylinder applies downward pressure to the ground; the assisting shoe is subjected to an upward acting force; and therefore, an assisting effect is achieved. When a user jumps, a magnetic push plate moves downwardsto generate repulsive force on magnets mounted at the upper ends of an universal joint outer ring and an universal joint middle ring, so that the assisting shoe and the leg of the user cannot swing easily; and therefore, the user will not sprain.

The invention discloses a model remote controller, which comprises a remote controller body and a control circuit arranged in the remote controller body. The model remote controller is characterized in that two power supply switches and a rotating potentiometer are arranged on the remote controller body, the potentiometer has a pressing hidden function, the two power supply switches and the rotating potentiometer are connected with the control circuit, and the two power supply switches simultaneously control the on-off state of the model remote controller. The model remote controller has the advantages that through the design adopting double power supply switches, the problem of mistake on-off operation of the remote controller can be avoided; through the design of the rotating potentiometer with the pressing hidden function, the problems of remote control operation influence and regulation state change because the rotating potentiometer is often touched are avoided; meanwhile, the anti-slip deign of a base, a holding handle and a lifting handle is also added, and the integral anti-slip effect of the remote controller is improved.

The invention belongs to the technical field of laboratory equipment, and particularly discloses a simple climbing stool for laboratories. The simple climbing stool is of a hollow structure in the shape of a circular truncated cone. Wheels are arranged under the hollow structure. The simple climbing stool comprises a circular antiskid stool surface, a shell in the shape of a circular truncated cone, a triangular antiskid step, the three wheels, three connecting rods, three fixing rings and three springs. The circular antiskid stool surface is matched with a circle of the upper end of the shell in the shape of the circular truncated cone and is fixedly connected with the upper end of the shell in the shape of the circular truncated cone; the triangular antiskid step is positioned in the middle of the shell in the shape of the circular truncated cone, the three wheels are uniformly distributed at the bottom of the shell in the shape of the circular truncated cone, each wheel is connected with the corresponding connecting rod, each connecting rod is connected with the corresponding spring, and an end of each spring is fixed into the shell in the shape of the circular truncated cone by the aid of the corresponding circular ring; the wheels can be driven to be exposed out of the bottom surface of the shell in the shape of the circular truncated cone or can be driven to be sunken in the bottom surface of the shell in the shape of the circular truncated cone under expansion deformation effects of the springs. The simple climbing stool has the advantages that the simple climbing stool is convenient and practical, is convenient to store and gather, has antiskid functions, can be prevented from being collided with people at night and can be widely applied to the fields relevant to frequent climbing operation.

The invention belongs to the technical field of climbing shoes, and particularly relates to magnet-based annular repelling climbing power-assisted shoes. Each shoe comprises a driving mechanism, a pressure mechanism, an air storage tank, two connection plates, connection slots and rotating shafts, wherein the pressure mechanism is mounted on the upper side of the air storage tank; the two connection plates are symmetrically mounted on the lower side of the air storage tank; the two connection plates are mounted on two sides of one end of the driving mechanism. In a climbing process, vamps relatively tilt upwards; at the moment, swing teeth can backwards tilt under the action of the gravity; under the action of limiting teeth, swing angles of fan-shaped teeth and the swing teeth can be fixed; therefore, by occlusion between the swing teeth and the ground, an antiskid effect is achieved; meanwhile, high pressure air in the air storage tanks can flow into power-assisted shells through compressed air pipes; when in contact with the ground, power-assisted cylinders can provide downwards pressure for the ground, and the ground also provides counter-acting force for the power-assisted cylinders; therefore, the whole power-assisted shoes are stressed by upward acting force, thus achieving a power-assisted effect.

The invention provides an anti-slip glass processing technology. The technology comprises the following steps: crushing waste ultra clear glass through a glass crushing device to form glass powder; mixing the glass powder, phosphor and silica gel particles to form an anti-slip material; cleaning and drying the surface at one side of the glass; laminating a glue film having a hollow-out pattern tothe clean surface of the glass, brushing a layer of glue on the hollow-out pattern position of the glue film, allowing the glue to be in contact with the clean surface of the glass, and sprinkling ananti-slip material in the hollow-out position; taking out the glue film, heating the glass with the anti-slip material, and drying the glue; printing a layer of color ink on the anti-slip material surface of the glass, and drying the color ink; and screen-printing a ceramic film on the color ink surface of the glass, and drying the ceramic film to obtain anti-slip glass. Glass wastes are convertedinto a processing element for the anti-slip glass, and are applied to the anti-slip glass, so the anti-slip and decoration purposes are realized, and environmental protection and production loss reduction are also realized.

The invention belongs to the technical field of mountaineering shoes, and particularly relates to a mountaineering assisting shoe based on annular repulsion of magnets, which comprises a driving mechanism, a pressure mechanism, an air storage tank, two connecting plates, a connecting groove and a rotating shaft; wherein the pressure mechanism is arranged on the upper side of the air storage tank;the two connecting plates are symmetrically mounted on the lower side of the air storage tank and are installed on the two sides of one end of the driving mechanism. In the mountaineering, the vamps are relatively inclined upwards; at the moment, the swinging teeth incline backwards under the action of gravity; under the action of the limiting teeth, the swing angles of the fan-shaped teeth and the swing teeth are fixed; then the swing teeth are engaged with the ground, so that the antiskid effect is achieved. Meanwhile, high-pressure air in the air storage tank can flow into the power assisting shell through the air pressing pipe; when the power-assisted cylinder is in contact with the ground, downward pressure is applied to the ground; meanwhile, the ground also can apply a counter-acting force to the power-assisted cylinder; therefore, the whole power-assisted shoe is subjected to an upward acting force; therefore, the assisting effect is achieved.

The invention discloses a preparation method of an anti-slip and sound-absorbing composite floor, which belongs to the field of floor manufacturing, and comprises step 1: drawing reinforcing material; step 2: bonding; step 3: preparing a wear-resistant layer on the top surface of the bonded product; step 4: Cold paste the sound-absorbing layer on the bottom surface of the laminated product; Step 5: Coat the anti-slip layer; Step 6: Perform UV treatment on the surface of the wear-resistant layer; Step 7: Die-cut. The invention also discloses an anti-slip and sound-absorbing composite floor, which comprises a wear-resistant layer, a printing layer, a middle material layer, a strengthening material layer, a bottom material layer, a sound-absorbing layer and an anti-slip material layer sequentially from top to bottom. The invention provides an anti-skid and sound-damping composite floor and a manufacturing method thereof, which have the technical effects of good anti-skid effect, small expansion, good straightness, sound and noise reduction, and easy assembly and disassembly.