[CM10081-0297-0002] Milk-generating capsule and method of preparation thereof
[Abstract] A kind of milk-generating capsule is a kind of traditional Chinese medicine capsule for treating postpartum qi and blood deficiency, low milk, and breast milk inaccessibility disease, which is a pharmaceutical composition and its weight percentage of 75-77% of pig whip? Shisa suburban residence (9) mash lax black small careful Chao Wei Wei (6)? Di Huang, yam, Angelica dahurica, Lu Lu Tong, Guan Mutong, Silk gourd Luo, leakage of reed each 1 ~ 3%, winter melon seeds 3 ~ 5% of the capsule. The preparation method is: the above drugs, take pig whip with ether degreasing 12 hours, 100 ℃ steam 15 ~ 20 minutes, chopped and dried (70 ~ 80 ℃), crushed, through 80 mesh sieve; Andrographis paniculata, Codonopsis pilosula, Wang Buliuhang, cooked rhizoma, yam, funnel grass, dahurica dahuricica seven crushed into a fine powder, through the 80 mesh sieve, sieve slag and LuLuTong, DongGuaZi, GuanMuTong, Silkworm and add water to the decoction of 1 ~ 3 times, each time adding 4 to 16 times the amount of water to decoct. Each time add 4 to 16 times the amount of water decoction 0.5 ~ 2 hours, combined decoction, filtered, filtrate concentrated under reduced pressure to the relative density of 1.10 ~ 1.40 (60 ℃) thick paste, and the above pig whip powder, powdered medicine, mix well, dry, sieve, granulation, drying, loaded into the capsule, that is, obtained. The advantages of the present invention are: raw milk capsule is a new type of drug dosage form, can fully play the drug after taking the disintegration of the rapid onset of action, for the treatment of post-partum qi and blood loss, milk, breast milk can better meet the needs of clinical medical care.
[CM10081-0194-0003] A new generation of environmentally friendly antimicrobial latex paint
A new generation of environmentally friendly antimicrobial latex paint technology production process is based on the principle of a special formula, ratios, adding, mixing, coloring the finished product. Its production process is not complex, the operation is convenient and practical, product quality is stable. Latex paint color produced with this technology is arbitrarily blended, can be sprayed, brushed, coated, antibacterial and environmentally friendly, there is no pollution.
[CM10081-0191-0004] A nano-composite road and bridge latex paint
[Abstract] The present invention relates to a nano-composite road and bridge latex paint prepared from the following raw materials, which include: sodium polyacrylate, sodium hexametaphosphate, hydroxyethylcellulose, titanium dioxide, aluminum silicate, silicon dioxide, talc, bentonite clay, ethylene glycol, dodecacosanol ester, Isothiazolones, silicone-modified acrylic acid, and thickeners. The invention has the advantages of strong covering power, adhesion, water brushing resistance, bright and durable paint film color, and long-lasting anti-pollution effect.
[CM10081-0116-0005] Harmless color latex paint preparation method
[Abstract] The present invention relates to a harmless color latex paint preparation method, the selection of adhesive polymer **** polymer emulsion; by the phosphate as a dispersing agent, carboxymethyl cellulose as a thickening agent, diol mono ether as a film-forming additives, phosphoric acid fat as a defoamer, benzoate as a preservative, the phosphoric acid salt as a preservative. The emulsion is formulated as an additive, benzoate as a preservative; titanium dioxide, Lidl powder, talcum powder, lightweight calcium carbonate formulated as filler; plus color pigment paste and water, several parts of the preparation of a certain proportion of pollution-free color latex paint.
[CM10081-0055-0006] Method of manufacturing white latex
[Abstract] The present invention proposes a method of preparing white latex, which comprises the following processes: polyvinyl alcohol is added slowly to water with stirring; vinyl acetate is added dropwise when the temperature rises to about 80° C.; formaldehyde and hydrochloric acid are added when the polyvinyl alcohol is completely dissolved; when the temperature drops to 60°C, sodium hydroxide is added for a neutralization reaction; when the temperature drops to 50°C, dibutyl phthalate is added. In another embodiment, polyvinyl alcohol, distilled water, emulsifier OP-10, vinyl acetate monomer, ammonium persulfate, sodium bicarbonate and dibutyl phthalate are used as raw materials. The present invention reduces the amount of polyvinyl acetate and lowers the cost compared to the prior art.
[CM10081-0216-0007] Environmentally friendly latex paint
[Abstract] The present invention relates to a kind of chemical paint, especially to an environmentally friendly latex paint, which consists of polyvinyl alcohol, lightweight calcium carbonate, wollastonite powder, Lidl powder, titanium dioxide, borax, alum, sodium hexametaphosphate, benzene-propylene emulsion and water. After the steps of base material production and paint production, the environmentally friendly latex paint is produced. The invention has the following significant advantages over the existing technology: high strength, toughness, not easy to get rid of powder using sandpaper sanding, scrub-resistant, strong adsorption, not easy to burst, good anti-fouling, non-polluting, non-toxic, no fire hazards, low manufacturing cost, simple production process, can be described as a good technology with novelty, creativity and practicability, conducive to the popularization of the use.
[CM10081-0060-0008] Latex Filling Machine
[Abstract] The utility model discloses a latex filling machine, which consists of a power cylinder, a differential cylinder, a liquid storage chamber, a filling dosing cylinder, a dispensing valve and so on, with the power cylinder and the differential cylinder being connected as a single unit, the liquid storage chamber being connected as a single unit with the filling dosing cylinder, and the dispensing valve being mounted at the lower end of the filling dosing cylinder. Simple structure, easy to manufacture, no pollution to the environment, can simultaneously fill multiple bottles of latex, greatly reducing the labor intensity of workers, improve the working environment, reduce waste, especially suitable for latex manufacturers.
[CM10081-0134-0009] Physical reinforcement method for the inner channel of a latex balloon catheter ball
[Abstract] The present invention relates to a method of enhancing the tensile strength of the inner channel of a catheter balloon, and in particular to a method of physically reinforcing the inner channel of the balloon catheter balloon of a latex balloon catheter, wherein the inner layer of the urinary drainage tube (6) is a first layer of rubber (13), and on the first layer of rubber (13) Outside is a layer of mesh or laminated reinforcing material (14), outside of the reinforcing material is a second and third layer of rubber (15), outside of the second and third layer of rubber is a balloon membrane (16), outside of the balloon membrane is a balloon membrane outer rubber layer (17), there is a balloon hole (8) on the balloon inner channel (9), and there is a fine pipeline for draining the balloon inner water on the body of the tube (2) (5), the present invention of the balloon inner channel is of good strength, not easy to be pulled thin, the balloon is of Good resilience, the balloon is reliable, the discharge volume is large, suitable for catheterization.
[CM10081-0220-0010] Water-based latex-type electromagnetic wave shielding coating and its preparation method
[Abstract] A water-based latex-type electromagnetic wave shielding coating, whose components and the content of each component are: water-soluble film-forming resin 20-60 portions, conductive filler 20-60 portions, purified water 30-100 portions, thickening agent 1-5 portions, and film-forming additives 1-5 portions. 1-5 parts. The process of preparing the coating is as follows: (1) dry the conductive filler, the temperature is controlled at 50-80 ℃, and the time is limited to the conductive filler in powder form; (2) mix the dried conductive filler with film-forming additives, film-forming resins, pure water or clean tap water, and grind them in a grinder; (3) add thickening agent, and adjust the coating to a certain viscosity. The above coatings have good physical and environmental performance, the limit of harmful substances is in line with national standards, and the electromagnetic shielding effectiveness is 45-60dB in the frequency range of 9KHz-1000MHz.