42results about How to "The product is light in weight" patented technology

The invention provides an antibacterial deodorant ultra-fine denier polyester raschel blanket and a production method thereof. The blanket uses antibacterial deodorant polyester fiber with the fineness of below 1 denier as blanket fluff yarn raw material and uses 100 to 150-denier polyester filaments as base cloth. The production method of the raschel blanket is characterized by sequentially comprising the following steps: a) preparing the raw material according to the formula; b) weaving the raw material into grey cloth; c) slitting the grey cloth into specification size; d) performing printing or dyeing; e) performing post-treatment, f) performing heat setting; g) performing combing; and h) performing shearing to obtain a finished blanket. Compared with the prior art, the blanket has the advantages of changing the water-repellent non-breathable performance of polyester fiber, selecting and developing appropriate moisture-absorbing sweat-discharging softener and achieving firm moisture-absorbing sweat-discharging function through after-finishing after washing. In order to achieve the fluff style of raschel blankets, an ultra-fine fiber polyester blanket with the fineness of below 1 denier needs to have the moisture-absorbing sweat-discharging function with such fine fiber, as well as fine soft fluff, fluffy straight fluff, bright clean smooth fluff surface, good compression-resisting rebounding property, light weight and good warmth retention property, and similar products cannot achieve the effect.

The invention relates to a degradable material and a preparation method. Biomass resources are used as raw materials, are mixed with auxiliary materials and are placed into a mold to be sterilized, then, microbes are inoculated for culture, and the degradable material can be obtained through drying. The production raw materials of the degradable material have rich sources and low price, no three waste is generated in the production process, and the environment is not polluted. Products produced by using the technical scheme of the invention have the advantages that the weight is light, the pressure-resistance intensity and shock-resistance intensity are good, the damp-proof and mildew-proof effects are realized, in addition, the degradation is easy, the degradable material can be recovered to be used as organic fertilizers after being degraded, and the degradable material is suitable for industrial production.

The invention relates to a comprehensive utilization method for recycling manganese oxide slag. The method comprises the following steps: (1) screen separation; (2) dilution and agitation; (3) integrated separation; (4) dehydrating and drying; (5) package; and (6) repreparation of cement retarder or mixing and pressing of walling material or repreparation of slag cement. The method has the advantages that about 30 percent of manganese oxide concentrate (content of manganese metal is over 30 percent), iron and other heavy metals in the manganese oxide slag are recycled by using integrated separation technology, and the secondary tailing part remained after the integrated separation replaces plaster to be the cement retarder, or the walling material, or the slag cement; and the method can fundamentally solve the problem of the pollution on the environment caused by the manganese oxide slag, make full and reasonable use of the resources in the manganese oxide slag, save land resource, improve the comprehensive utilization value of the manganese oxide slag and realize zero discharge of the manganese oxide slag.

The invention provides low-phosphorus whey protein powder suitable for patients with chronic nephrosis. After the technical scheme is adopted, a brand new protein powder formula is designed aiming at the constitutional characteristics of the patients with the chronic nephrosis, so that the contents of phosphorus and potassium elements in a protein source are improved on one hand, and appropriate microelements are matched for the situation of nutritional disorder of the patient with the chronic nephrosis and especially for patients accepting dialysis therapy on the other hand; the low-phosphorus whey protein powder aims at avoiding the occurrence of hyperphosphatemia on the basis of replenishing high quality protein for the patients with the nephrosis, and improves the nutritional status of the patients with the nephrosis and promotes the physical recovery of the patients with the nephrosis at the same time. The product provided by the invention can help to improve the tolerance of the patients during treatment, reduce morbidity and mortality, improve the living quality of the patients, and the like. On this basis, a preparation method of the low-phosphorus whey protein powder is designed according to the characteristics of the formula materials; the method is carried out in a way of dry blending, and reduces the energy consumption by limiting the feeding sequence and the feeding amount; the obtained product is light in weight, good in water solubility and complete in nutrient retention.

The invention relates to a composite foaming cement self-insulating brick and a processing technology thereof. Pulverized fuel ash, slag, ceramsite, waste polyphenyl granules, other industrial and mineral wastes and light materials are taken as main components, the product weight is greatly reduced, and the building deadweight is reduced. In addition, furnace sintering and stream-pressure oxygenation are not needed during production, high-temperature maintenance is avoided, wastewater, waste gas, waste residues and the like are not produced in the process, the energy consumption is effectively saved, and waste emission is reduced. The process design is simple and reliable, large-scale batch factory production is facilitated, the produced product is high in size uniformity, and the brick is good in appearance smoothness. Therefore, the national requirement on building energy conservation integration is met, the building construction process is simplified, and the total cost of the building is effectively reduced.

The invention discloses a beaten fish food and preparation method thereof. The beaten fish food preparation method comprises: firstly, making beaten fish by traditional handwork method; then, freeze-drying by a food vacuum freeze-drying equipment; finally, taking out under normal temperature condition, packaging and obtaining beaten fish food. The beaten fish food of the present invention achieves the advantages of convenience in preserving eating and carrying, long shelf life and light weight; the invention realizes not only packaging, preserving and transporting under normal temperature condition, but also remote sale, and can promote the modernization, technicalization, industrialization and large scale of the agricultural product operation effectively.

The invention provides a powder hot-melting and bonding technology of an automotive carpet which can produce a good sound-absorbing effect. The technology comprises the steps as follows: a, a polyethylene resin with a low melting point is ground into powder with different particle sizes through a flour mill; b, the powder is divided into fourth classes of less than 400 mu m, 400-600 mu m, 600-1000 mu m and larger than 1000 mu m; c, the powder is mixed according to a weight ratio of 30-50% of the powder with the particle size less than 400 mu m, 20-40% of the powder with the 400-600 mu m particle size , 15-25% of the powder with the 600-1000 mu m particle size and 5-15% of the powder with the particle size larger than 1000 mu m; the mixed powder is sprayed on a surface, required to be bounded, of a surface layer or a bottom layer through a powder sprayer; e, the carpet is dried through a drying oven so as to soften or melt the powder; and f, the surface layer and the bottom layer of the carpet are rolled and bonded through a mill roll.

The invention relates to a preparation method of a refrigerant and a freezer filled with the refrigerant. The lowering speed of the refrigeration temperature is controlled through the regulation of salt granularity in the components of ice and salt in the refrigerant. The invention also provides the freezer filled with the refrigerant. The freezer comprises a box body provided with a heat insulation layer and a heat insulation cover, wherein, the heat insulation layer is further provided with a freezing interlayer; and the freezing interlayer is used for being filled with the refrigerant. Thesurfaces of blocks of ice are covered with salt particles to facilitate steady melting of the ice and the salt, and different refrigeration effects are achieved according to different mesh numbers ofthe salt particles, thereby solving the problem that the nutrients of food are destroyed by over-quick and unsmooth ice-salt refrigeration temperature change; and the product is light in weight, is easy to popularize in the society, and is simple and practical.

The invention belongs to the field of food processing technology equipment, and particularly discloses a crispy bean curd ball and a preparation method thereof. The crispy bean curd ball comprises 10-20 parts of defatted soybean protein powder, 8-25 parts of soybean oil, 2-5 parts of honey, 6-10 parts of egg white, 0.05-0.5 part of glutamine transaminase and 5-8 parts of starch. The problems thattraditional bean curd is easy to break, likely to rot and not easy to carry and popularize are solved.

The invention discloses a light preform structure. The light preform structure comprises a preform with an opening. The cross section, along the center axis of the preform, of the preform is a datum plane. The outer side edge of the datum plane comprises an outer bottleneck segment, an outer bottle body segment and an outer bottle bottom segment which are all sequentially connected, and correspondingly, the inner side edge of the datum plane comprises an inner bottleneck segment, an inner bottle body segment and an inner bottle bottom segment which are all sequentially connected. The outer bottle bottom segment is a structural line or is formed by sequentially connecting multiple structural lines. The inner bottle bottom segment is a structural line or is formed by sequentially connectingmultiple structural lines. Each structural line comprises a straight line and/or a curved line. The distance between the inner bottle bottom segment and the outer bottle bottom segment is gradually increased in the direction from the bottom of the preform to the opening of the preform. After a bottle is blown through the light preform structure, the bottle bottom segment is correspondingly light,production is easy, the flowing speed is higher during injection molding, the shearing stress is small, the crystallization rate is low, and the practicality is high.

The invention belongs to the field of food processing technical equipment, and particularly discloses crisp bean curd balls and a making method thereof.The crisp bean curd balls comprise bean curd ball wrappers and stuffing, the bean curd ball wrappers comprise 10-20 parts of defatted soybean protein powder, 8-25 parts of soybean oil, 2-5 parts of honey, 6-10 parts of egg white, 0.05-0.5 part of transglutaminase, 5-8 parts of starch and 0.5-1.5 parts of food additives; the stuffing can be meat or vegetable, and the stuffing is fried, so that the problems that the traditional bean curd is damaged, is easy to rot and is not easy to carry and popularize can be solved.

The invention discloses a manufacturing method of a driver fence rear enclosure and a manufacturing method of a driver fence driver door. The manufacturing method of the rear enclosure comprises the steps of 1) preparing a mold, and specifically, manufacturing a foaming mold meeting requirements according to the shape and structure requirements of the rear enclosure; 2) selecting a surface material and placing the surface material in a lower mold body, and adsorbing or suspending and tensioning an inner surface base material on the surface of an upper mold body; 3) laying a reinforcing material layer zone 1b in the lower mold body of the mold, so that the reinforcing material layer zone 1b is large in density and high in strength; 4) injecting a polyurethane foaming material through high-pressure foaming, assembling the upper mold body and the lower mold body, carrying out maintaining pressure and curing, and completing integral forming of the rear fence; and 5) taking out of a productafter the product is cured, and carrying out edge cutting and trimming. For the manufacturing method of the driver door, the manufacturing method is the same, and a different mold is used. The overall structure is simple, the assembly efficiency is high, the final assembly time is 67% of that of a split structure product, the number of assembly parts is small, no gap exists, the strength is high,stability is achieved, no abnormal sound exists, the inner surface and the outer surface are formed in place at a time, and the cost is low.

The invention relates to the technical field of preserved fruit production, in particular to preserved high mountain yellow peaches and a preparation method thereof. The preserved high mountain yellow peaches comprise the following ingredients: high mountain yellow peaches, white granulated sugar, honey, water, sucralose, pectin, edible flowers, vitamin C and table salt. The preparation method of the preserved high mountain yellow peaches comprises the following steps: S1, material selection: selecting high mountain yellow peaches of which the maturity is 80-90% and the sugar degree is greater than 15 degrees; S2, feeding, conveying, cleaning, then mechanically cutting into slices, and removing kernels; S3, soaking the high-mountain yellow peach slices obtained in step S2 in saline water for color protection; S4, preparing a sugar solution, and carrying out vacuum sugar permeation treatment on the high mountain yellow peach slices obtained in S3; S5, performing heat pump closed dehumidification drying on the high mountain yellow peach slices subjected to sugar permeation in step S4; and S6, cooling the dried high mountain yellow peach slices obtained in step S5, and then packaging and detecting the cooled high mountain yellow peach slices. Mechanical operation is achieved, the sugar permeation time is short, and the preserved high mountain yellow peaches are natural in color and luster, strong in taste layering sense, and capable of promoting salivation, promoting appetite, invigorating spleen and promoting digestion.

The invention discloses a silicone oil clutch assembly with a torque increasing disc, comprising: a driving assembly, the driving assembly comprising a driving shaft, a first driving plate sleeving the driving shaft, and at least one second driving plate sleeving the driving shaft and arranged adjacent to the first driving plate; a driven assembly, the driven assembly comprises a shell rotationally installed on the driving shaft, a torque increasing disc installed on the end face of the shell, an end cover installed on the other end face of the torque increasing disc, and a driven plate installed on the inner wall of the end cover and provided with at least one oil outlet hole. The valve block is arranged on the driven plate and is matched with the oil outlet hole; and the valve block control unit is arranged on the end cover and is connected with the valve block to control the valve block to open or close the oil outlet hole. The torque of the clutch assembly product can be increased under the condition that the outer diameter of the silicone oil clutch assembly product is not changed.

The present invention discloses a manufacturing method of construction materials using waterworks sludge. The present invention discloses a soundproof construction composition using waterworks sludge and a method for preparing the same. The soundproof construction composition using waterworks sludge manufactured by mixing 22% by weight of a first processed clean water sludge made by firing waterworks sludge for 3-5 hours at 800 DEG C-850 DEG C, with 18% by weight of clay, 36% by weight of terra alba, 14% by weight of agalmatolite, and 10% by weight of dolomite to obtain a body; mixing 31.5% by weight of the body with 2.3% by weight of calcined gypsum, 11.3% by weight of cement, 0.05% by weight of aluminum powder, 0.5% by weight of starch, 0.5% by weight of titanium dioxide to prepare a powdery mixture; and mixing the powdery mixture with 10.8% by weight of phosphoric acid and 43.05% by weight of water.