58results about How to "Change resilience" patented technology

The invention discloses a method for preparing waterborne anticorrosion coating resin vinylidene chloride-acrylate. In the method, vinylidene chloride, acrylate and different compounded emulsifiers are pre-emulsified, and azodiisobutyronitrile is used for initiating polymerization reaction. The method comprises the following steps of: adding partial pre-emulsion into a reactor; heating to temperature higher than the initiation temperature of an initiator, adding the initiator, and performing polymerization reaction at constant temperature to obtain seeded emulsion; and dripping the rest pre-emulsion into the reactor and continuously performing the reaction at constant temperature. The emulsion has high stability, uniform particle size, high resin adhesion and high film and anticorrosion properties, is environment-friendly and nontoxic, and can provide good corrosion protection for carbon steel matrixes.

The invention discloses a hybrid textile cloth of an aramid fiber and a carbon fiber. The hybrid textile cloth comprises a warp-wise fiber strand (1) and a weft-wise fiber strand (2); the warp-wise fiber strand (1) is the aramid fiber (or the carbon fiber); the weft-wise fiber strand (2) is the carbon fiber (or the aramid fiber), and the aramid fiber and the carbon fiber are orderly laminated and staggered in a criss-crossed shape. According to the structure of the hybrid textile cloth, the problems that a single glass fiber reinforced plastic product just has rigidity without flexibility and does not resist impacts in the past are changed, so the strength of the product is greatly increased, the weight is greatly reduced, and fireproof, heat-insulating, and anti-puncture performances are also improved slightly.

The invention relates to a hydraulic concrete surface layer slit sealing method belonging to a hydraulic concrete slit sealing method and comprising the following formula method: the formula contains 1000-1400 parts of general purpose portland cement PO42.5, 1100-2000 parts of medium coarse sand, 0-600 parts of chicken girt, 300-360 parts of water and a composite material; the method comprises the following steps of: (1) cutting a concrete surface layer crack; (2) cleaning the base surface of the concrete crack; and (3) preparing the composite material in the proportion of the formula, stirring the composite material with cement, the medium coarse sand and the water for 3 min at the stirring speed of 2000-2500R/min to form a cement gel material, and then pouring the cement gel material into slits. The invention is suitable for hydraulic concrete dam face slit treatment with better effect.

The invention discloses a trigger device and an interactive terminal with the same. The trigger device comprises a trigger support and a trigger movably arranged on the trigger support. The trigger device also comprises: a trigger electromagnet, wherein the trigger electromagnet is fixed on the trigger; a support electromagnet which is relatively fixed with the trigger support, wherein the supportelectromagnet and the trigger electromagnet in the pressed state have the attraction or repulsion effect; and an electromagnetic control device which is connected with the electromagnetic coil of thetrigger electromagnet and the electromagnetic coil of the support electromagnet and used for adjusting voltage or current in the electromagnetic coil of the trigger electromagnet and the electromagnetic coil of the support electromagnet. According to the trigger device provided by the invention, the electromagnetic control device is used for adjusting the current in the electromagnetic coil of the trigger electromagnet and the electromagnetic coil of the support electromagnet, the magnetic force received by the trigger electromagnet is changed, the resilience force received by the trigger ischanged, different trigger feedback forces are provided for a user, and therefore different tactile feelings are provided for the user based on different game environments.

The invention relates to an automatic control principle experiment platform, and belongs to the technical field of experiment and testing technology experiment equipment. The automatic control principle experiment platform includes a rotary table body, a rotary encoder, a direct current moment motor, a load apparatus, a mechanical bearing and an embedded controller, wherein the rotary encoder, the direct current moment motor and the embedded controller are arranged in the vertical type rotary table body; the direct current moment motor is connected with the load apparatus at the top of the rotary table body through the mechanical bearing; the rotary table body is arranged below the direct current moment motor, and is connected with the direct current moment motor coaxially; and the embedded controller is arranged below the rotary encoder. The automatic control principle experiment platform integrates a servo rotary table system with an automatic control principle experiment so as to improve the engineering practicalness of experiment and enrich the experiment content.

The invention discloses an insulating layer for power transmission and transformation lines, which consists of the following materials in parts by weight: 5 to 15 parts of silicone rubber; 6 to 15 parts of isoprene rubber; 15 to 20 parts of mineral colloid; 2 to 5 parts of chlorinated polyether; 15 to 40 parts of polycarbonate; 1 to 3 parts of ethylene-vinyl acetate copolymer; 15 to 20 parts of ABS plastic; 4 to 10 parts of dioctyl sodium sulfosuccinate; 2 to 4 parts of lead monoxide; 1 to 3 parts of graphite powder; 1 to 3 parts of rosin; 2 to 5 parts of epoxy fatty acid octyl ester; 2 to 4 parts of poly diallyldimethylammonium chloride; 10 to 15 parts of hexamethylenetetramine; 5 to 15 parts of fire retardant; 1 to 4 parts of cross-linking agent; and 5 to 10 part of filler. The insulating layer for power transmission and transformation lines provided by the invention has excellent properties, such as mechanical property, breakdown resistance and heat resistance.

The invention discloses a method for producing low-gluten wheat flour with medium-gluten wheat by a steam explosion technique. According to the invention, a steam explosion is carried out on medium-gluten wheat grains, the steam pressure is 1.4-2.0MPa, the steam explosion lasts for 10-60s, then the explosion is produced instantly, and the exploded wheat grains are immediately collected, and cooled by low temperature air, and dried by hot air until the water contents of the wheat grains are 12-14%. By adoption of the technical method of the invention, the wheat gluten content in wheat can be lowered, the wet gluten content is lowered from original 30-40% to 12-20%, the medium-gluten wheat can be processed into the low-gluten wheat flour and the wheat flour is high in quality, so that the problems of the current domestic low-gluten wheat flour such as insufficient production raw materials and incapability of meeting market demands are solved. Furthermore, the method for producing the low-gluten wheat flour with the medium-gluten wheat by the steam explosion technique has the characteristics of simple technology, low energy consumption, good product quality, long shelf life and the like.

The invention discloses a production process of a wear-resistant anti-slip safety belt. The method includes: drawing Nylon fibers and polyester fibers, wherein the strand number ratio of the two kinds of yarn strips in the drawing process is 1:2; preparing two kinds of card slivers with the counts of 20S and 41S, further processing the card slivers into drawn slivers, and processing the drawn slivers into rough yarns with the same count and different twists; and spinning the roving into spun yarns with a certain special number, and spooling the blended spun yarns. By adopting a three-layer composite fabric form, the tensile property and the safety performance of the safety belt are improved, the anti-skid fabric layer is provided with linear stripes and the friction force is increased by adjusting the section diameters of the warp yarns and the weft yarns, and the phenomenon of slipping when the safety belt is manually adjusted is effectively improved; by padding the wear-resistant liquid, the molecular structure can be effectively prevented from being damaged, so that the wear-resistant effect is achieved, the safe use performance is improved, the use cost is reduced, and the energy is saved.

The invention discloses a steel fireproof door for an inflammable storage warehouse, and relates to the technical field of fireproof doors. The steel fireproof door aims at solving the locking problem. The steel fireproof door specifically comprises a door frame, door leaves, a connecting mechanism used for connecting the door frame with the door leaves, closing mechanisms used for ensuring that the door leaves are normally closed and an automatic locking mechanism used for locking the door leaves when a fire occurs, wherein the automatic locking mechanism comprises clamping blocks arranged inone of the door leaves and clamping grooves formed in the other door leaf and matched with the clamping blocks; and containing grooves are formed in the inner walls of the door leaves, and containingcylinders are fixedly arranged on the inner walls of the containing grooves. According to the steel fireproof door for the inflammable storage warehouse, by arranging the automatic locking mechanism,if the fire occurs, liquid inside the containing cylinders is heated and evaporated, therefore the internal pressure intensity of the containing cylinders is sharply increased, locking pistons push piston connecting rods to stretch out, and then the clamping blocks stretch out and are inserted into the clamping grooves, so that it is guaranteed that the two door leaves are mutually locked, and the blocking effect is safely and reliably achieved.

The invention discloses a steel wire heat treatment quenching process. The steel wire heat treatment quenching process comprises the following steps of leading out a steel wire through a roller of a pay-off machine, horizontally outputting the steel wire after passing through a positioning device, and heating the steel wire to 900-950 DEG C to convert the structure into austenite; quenching and preserving heat the austenite in molten lead or salt (a mixture of sodium nitrate and potassium nitrate or calcium chloride, sodium chloride and potassium chloride) with the temperature of 480-550 DEG C for a period of time to enable the austenite to be subjected to isothermal transformation into fine pearlite, heating the wire to the temperature above a critical point, preserving heat for a certain time, and quickly cooling to a standard value temperature; the heat preservation time is long enough to form a required spheroidized structure; heating to the temperature above the upper critical point, quickly cooling to the temperature which is about 30 DEG C higher than the standard value, and cooling to the temperature below the lower critical point (about 650 DEG C) at the speed of 5 DEG C/h; heating to a lower critical point or a slightly lower temperature, preserving heat for enough time to form a required spheroidized structure (generally 8-12 hours), and heating the steel wire to 30-50 DEG C above the lower critical point.

The invention discloses a method for improving a silk production rate of silkworm cocoons and belongs to the technical field of silk production of silkworm cocoons. The method disclosed by the invention comprises the following steps: soaking silkworm cocoons in brine for 1-5 hours before silk reeling of the silkworm cocoons; taking out the silkworm cocoons, and rinsing the residual brine on the surfaces of the silkworm cocoons; adding the silkworm cocoons treated in the step A into a soaking solution prepared from sodium bicarbonate, polyethylene wax, sodium stearate, perfiuoro-sodium sulfonate, sodium borate, sodium pyrophosphate, sodium tripolyphosphate, polyether and water, and soaking for 2-6 hours; and taking the silkworm cocoons out, and rinsing the residual soaking solution on the surfaces of the silkworm cocoons. According to the method disclosed by the invention, the silkworm cocoons are added into the brine at the specific temperature and concentration before silk reeling, sothat the surface tension is changed; and the silkworm cocoons are added into the soaking solution prepared from the sodium bicarbonate, polyethylene wax, sodium stearate, perfiuoro-sodium sulfonate,sodium borate, sodium pyrophosphate, sodium tripolyphosphate, polyether and water, so that the smoothness and toughness of silk in the silkworm cocoons are changed, and the silk production rate of thesilkworm cocoons in the silk reeling process is effectively improved.

The invention provides a multi-layer protective inflatable packaging bag with a self-adhesive film. The multi-layer protective inflatable packaging bag with the self-adhesive film which is characterized in that an upper-layer bag body is formed by a first-layer film, a third-layer film, a fifth-layer film and a seventh-layer film; a lower-layer bag body is formed by a second-layer film, a fourth-layer film, a sixth-layer film and an eighth-layer film; the first-layer film to the eighth-layer film are fixedly connected through a first heat sealing line and a second heat sealing line which are located on two sides of the bag body in a heat sealing mode; and a tight cavity used for placing a transported object is formed by the first-layer film and the second-layer film, a first inflation cavity is formed by the first-layer film to the fourth-layer film, and a second inflation cavity is formed by the fifth-layer film to the eighth-layer film. Through double-layer protection of the two inflation cavities, the occurrence of the phenomenon that in the object conveying process, one inflation cavity is damaged, air leaks, and the conveyed object loses protection can be prevented. The third-layer film to the fifth-layer film are pressure stimulation response self-adhesive films, have good adhesive strength, durability and low peel strength, ensure rapid and low-void-ratio bonding, and donot need to use external bonding technologies such as back glues or heat sealing.

An endoscope has an endoscope shaft 2 and a main body 4, the main body is connected to the endoscope shaft 2, and a first dial 12, 50 that has a first contact surface is mounted on the main body in arotatable manner. The main body 4 has a second contact surface against which the first contact surface bears. The contact surfaces move against one another when the first dial 12, 50 is rotated. A first setting unit E1, E2 is provided, using which a pressure force with which the first contact surface is pressed against the second contact surface is settable in order to set a minimum torque that isnecessary in order to rotate the first dial 12, 50.