36results about How to "Promote filamentation" patented technology

The invention discloses a CFRP rib inhaul cable group anchorage device for a bridge. The device comprises an anchor cup, an upper wire separation end plate, a lower wire separation end plate and multiple wire separation partition plates located between the upper wire separation end plate and the lower wire separation end plate are arranged in the anchor cup, the ends of CFRP ribs penetrate through a wire separation vibration attenuation block, the lower wire separation end plate, all the wire separation partition plates and the upper wire separation end plate in sequence from bottom to top and then are fixed to the upper wire separation end plate, the upper wire separation end plate, the lower wire separation end plate and all the wire separation partition plates are each provided with wire separation holes allowing the CFRP rib to pass through, each wire separation hole is internally provided with a gasket, the space formed by the upper end plate, the lower end plate and the inner wall of the anchor cup is divided into multiple filling chambers by the wire separation partition plates, and each filling chamber is filled with rubber mass. According to the CFRP rib inhaul cable group anchorage device, the wire separation end plates and the wire separation partition plates are arranged in the anchor cup, so that wire separation and fixation for the CFRP ribs are facilitated, meanwhile, the anchorage device is separated into the multiple filling chambers, the rubber mass in each filling chamber is made of hard particles with different yields, such as iron sand particles or aluminum oxide particles, rigidity of the rubber mass is adjusted to be increased gradually from the lower end of the anchorage device to the upper end of the anchorage device, the device is adapted to the anchoring loading features of the CFRP ribs, and the anchoring force of the CFRP ribs is raised.

The invention relates to a production method of recycled and reused containerboard paper, which comprises a paper body, which sequentially includes a surface layer, a core layer and a bottom layer from top to bottom, and includes the following steps in sequence: the ratio of raw materials for the surface layer, the first crushing solution, the first refining, the ratio of core layer and bottom layer raw materials, the second crushing, the second refining, bottom layer pulp preparation, core layer pulp preparation, wire forming, pressing, first drying, Surface sizing, second drying, calendering, coiling and cutting; the advantages of the present invention: by adding paper anti-burst agent in the forming of the wire part, the contact area between the paper anti-burst agent and the fiber is enhanced to form more hydrogen Bonding, improving the bonding force between fibers, slowing down the horniness of fibers, improving the folding resistance of the cardboard paper, ensuring that the surface does not peel after repeated reuse, thereby reducing the damage rate of the cigarette box and improving the single cycle of the cigarette box Utilization rate, and ensure that the strength of the carton will not decrease or be damaged after repeated reuse, and will not affect the secondary use.

The invention discloses a method for producing craft paper with high smoothness. The method comprises the following procedures of: (1) a waste paper treatment procedure; (2) a wood pulp treatment procedure; and (3) a net papermaking procedure. In the procedure (1), waste paper pulp is subjected to impurity removal and grading so as to obtain long fiber pulp, medium fiber pulp and short fiber pulp;in the procedure (2), repulping is conducted to obtain wood pulp, the long fiber pulp, the medium fiber pulp and the wood pulp are soaked in dilute alkali liquor, and different types of abrasive discs for disc milling are prepared under an alkaline condition to obtain corresponding refined pulp; the refined medium fiber pulp is mixed with the refined wood pulp to obtain surface-layer pulp, and the refined short fiber pulp is mixed with the refined long fiber pulp to obtain core-layer pulp and bottom-layer pulp; paper manufacturing with the pulp is conducted in a triassic mesh mode; and finally, squeezing, drying, calendaring, reeling, rewinding and packaging are sequentially performed to obtain a finished product. In the process of pressing, the surface of coarse cotton cloth contains a modal fiber layer, and shape memory fibers are wrapped in the modal fiber layer. The production method effectively improves the smoothness of the craft paper.

The invention provides a health care mat for infants and belongs to the technical field of textile processing. The health care mat for infants is of a three-layer double-side structure, a front side layer and a back side layer are both a simulation rattan mat body, and a middle health care layer is formed by evenly mixing and flattening 100 parts of Chinese herbal medicine and 5-40 parts of natural rubber cement by weight. The Chinese herbal medicine of the health care layer includes the following raw materials by weight: 1 part to 10 parts of bamboo charcoal, 1 part to 10 parts of jasmine flower, 20-35 parts of negundo chastetree fruit, 10-30 parts of semen cassiae, 10-30 parts of lavender and 10-20 parts of mint. The manufacturing method includes manufacturing the simulation rattan mat bodies, taking the Chinese herbal medicine according to the prescription, drying and breaking the Chinese herbal medicine, mixing the dried and broken Chinese herbal medicine with the natural rubber cement to obtain the health care layer, evenly coating the natural rubber cement on the bottom face of one simulation rattan mat body, laying the health care layer, then laying the other simulation rattan mat body and conducting clipping and edge wrapping to obtain a finished product of the health care mat for the infants. The health care mat is good in health care effect and low in cost.

The invention relates to a novel semi-continuous high-speed spinning machine which comprises a rack, a glue supply device, a filament strip forming device, a spinning device and a winding device. The spinning device comprises a spinning roller which is transversely arranged relative to the operating surface of a spinning face, and the two ends of the spinning roller are fixed on the rack. The novel semi-continuous high-speed spinning machine improves spinning speed, ensures that filament strips are sufficiently reacted, and then achieves the purposes of ensuring the quality of the filament strips, improving production efficiency and reducing spinning cost.

The invention provides a wire dividing plate of a cold cast anchorage, which comprises a wire dividing plate main body. The wire dividing plate main body is a plane; a screw hole is arranged at the center of the wire dividing plate; six lines of holes arranged in a straight line and six groups of holes in regular triangle arrangement are evenly distributed along the circumference of the screw hole in a radial manner; and the straight-line holes and the regular triangle hole groups are alternately arranged. The wire dividing method includes the following steps of: bundling semi-parallel steel wires into a regular hexagonal or chamfer hexagonal shape in tight arrangement; in the wire dividing process, inserting an awl along the interlayer of a steel wire bundle, then inserting three rows of thin steel wires with appropriate diameter, wherein the angle between every two rows of thin steel wires is 120degrees; replacing the two thin steel wires at the middle of each row of steel wires with thick steel wires, adjusting the axial positions of the thin and thick steel wires so as to enable the tips of the steel wires to be in arrangement consistent with the holes of the wire dividing plate; buckling the wire dividing plate into the steel wire bundle, jacking the wire dividing plate to an appropriate position through a pipe-jacking for the convenience of upsetting the steel wires, upsetting the steel wires, pulling back the wire dividing plate, and conducting the treatments of sealing, pouring, vibrating and curing. The wire dividing plate has the characteristics of high production efficiency, good anchoring performance and long service life.

The invention discloses silk separating and warping equipment. The silk separating and warping equipment comprises a drive yarn feeding creel and a warping machine. The silk separating and warping equipment is characterized in that the subsequent device of the drive yarn feeding creel further comprises a yarn collecting plate, a yarn needle collecting assembly, a first tension roller device, a silk separating frame, a silk separating plate, a silk separating needle assembly, a second tension roller device and a warping needle assembly which are sequentially connected, a plurality of yarn collecting holes are formed on the yarn collecting plate, and a plurality of silk separating holes are formed on the silk separating plate; the drive yarn feeding creel comprises a creel body, a tension device, a motor, an installation sleeve and an installation bearing; and the silk separating creel comprises a support, a plurality of silk separating rod assembly, a left silk separating rod seat and a right silk separating rod seat. Silk separating and warping processes can be realized through one equipment, so that cost and labor are saved; and moreover, drive unreeling is adopted during the silk separating process, so that the product quality is improved.

The present invention belongs to the field of spinning technology, and is especially one kind of spinning mechanism for spinning various kinds of artificial fiber. The spinning mechanism includes spinning plate seat, spinning plate, spinning cap seat cavity on the spinning plate and spinning cap with fine spinning orifices, and features that it includes also one rotating unit, which is rotated with one drive unit and is stretched into spinning cap seat cavity, and one spinning cap seat, which is configured onto the rotating unit and has spinning cap inside it. One of the advantages is that the rotating spinning cap seat and spinning cap makes the spun tow rotation twisted and makes broken tow taken out to avoid winding on the roller; and the other is that the spun filaments twisted separately without mutual tangling, being favorable to tow separation.

The invention provides a sulfate acacia wood pulp with high bulk and low extract, and a preparation method thereof. Cacia mearnsii De Wild. and Acacia crassicarpa Benth. are combined according to a reasonable ratio. The preparation method comprises the following steps: material preparation, soaking, cooking, oxygen bleaching, four-stage bleaching, screening and pulp board making. The method reduces the consumption of DCM extract and chemicals by spraying white rot fungi, and optimizes the four-stage bleaching process, and the prepared paper pulp has the advantages of high bursting strength, high tearing strength, high tensile index, high bulk and extract reduction.

The invention relates to the technical field of papermaking, particularly to a novel coper paper pulping method. The novel coper paper pulping method mainly solves the problems in the prior art that instable concentration of disintegrated pulp results in high wearing of a grinding disc of a grinding machine and quality fluctuation ad rejection rate increased of produced paper products impact the overall production efficiency of a paper machine. The novel coper paper pulping method comprises a disintegrating machine, a disintegrating pool, a discharging pool, at least two chest before refiners,a pulping machine, a beating pool, a regulating pool, a recycling pool, a deslagging unit, a high tank, a pulp tank, a press, a dryer, a winding machine and a paper cutting machine.

The invention discloses a preparation technology for paper for daily use, belonging to the field of paper-making. The preparation technology comprises the following steps: (1) grinding pulp; (2) preparing a mixed pulp; (3) manufacturing the paper sheet. The paper sheet finally prepared according to the invention is higher in strength and softness; the quality is acquired; the dosage of the added softening agent and dry strength agent is less; the preparation method is reasonable; the whole manufacturing cost is reduced by about 15%; the economic benefit and the market competitiveness of the product are promoted.

The invention provides a heat-not-burn tobacco pulp fiber-increasing method which comprises the following steps: preparing the following materials, by mass: 60-90% of tobacco powder, 4-12% of fiber raw material, 1-6% of an adhesive and 12-25% of a smoke agent, a total of 100%; by means of fiber raw material repulping, defibrination, fiber raw material splitting, brooming and swelling are facilitated, the hydrogen bond binding force between fibers is increased, the strength and toughness of tobacco sheets are improved, mucilage is added into defibrination pulp, the defibrination pulp can be diluted, fiber dispersion is easier, and due to the fact that the mucilage is very similar to the cellulose molecular structure, the fiber has high affinity, so that the fiber flocculation is prevented effectively; the tobacco powder is added, so that the components are quickly and uniformly mixed, the mixing time of contact between the tobacco powder and water is shortened, tobacco substances are prevented from being changed, and the heat-not-burn tobacco sheet with high strength and good bulk is obtained.

The invention discloses an insulating paperboard production method capable of improving interlayer bonding capacity; which comprises the following steps: by adopting a one-time pulping mode, cutting, extruding, rubbing and rubbing by a pulping machine provided with a double-blocking abrasive disc to obtain pulp, and then dewatering on a net on a super-forming part to obtain a wet paperboard with uniform banner pulp hanging amount; and then allowing the wet paperboard to be subjected to first-stage pressurization and third-stage depressurization, cooling and standing, and finally obtaining the productthrough slitting according to requirements. According to the production method, the problem that in the prior art, interlayer or end cracking is generated when an insulating part product is processed by an insulating paperboard with the thickness of 3.0 mm or above can be solved, the processing performance of the product is improved, and therefore the quality of the product is stabilized.

The invention provides an ultrathin, light, flexible, high-strength and high-conductivity pineapple leaf fiber reinforced electromagnetic shielding film and a preparation method thereof. A mechanical interlocking structure is formed by combining high-length-diameter-ratio one-dimensional pineapple leaf micro-nano fibers extracted from whole pineapple leaves with high-conductivity two-dimensional transition metal carbide Ti3C2Tx MXene, the flexibility and mechanical strength of the Ti3C2Tx-based film are improved, meanwhile, the composite film is endowed with excellent conductivity and electromagnetic shielding performance, a new process is provided for application and development of the biomass-based wearable electromagnetic shielding film, and a new way is provided for green and environment-friendly development and recycling and high-value utilization of agricultural by-products.

The invention provides a preparation method of a high-density fiberboard, which comprises the following steps: S1, slicing a log material, and adjusting the moisture content of wood chips to 30-40%; S2, primarily softening the wood chips, then cooking and finally carrying out hot grinding, wherein in the primary softening, cellulase and xylanase are adopted for enzymolysis for 2-4 days; in the cooking process, sodium carbonate and sodium hydrogen sulfite accounting for 1-3% of the mass of the wood chips are added into cooking liquor to serve as auxiliaries; S3, carrying out glue mixing and applying procedures on the fibers subjected to hot grinding, and then drying; and S4, carrying out plate blank forming on the dried fibers, and then carrying out plate blank pre-pressing, hot pressing by a hot press and edge cutting to obtain the high-density fiberboard. According to the preparation method, the wood chips are primarily softened through enzymolysis, then the auxiliaries are added for cooking, then hot grinding is conducted, so that the fiber content can be increased, the fiber form and physical performance can be improved, and therefore, the performance of the fiberboard is improved.