32results about How to "Good sheeting" patented technology

The present invention relates to a method for preparing dough. Particularly the invention relates to a method for producing dough that can be processed via sheeting (i.e. a sheetable dough). Even more particular, the invention relates to a method for manufacturing sheetable dough with a water addition level which level would normally result in a dough which can not be processed because it is too sticky. The present invention provides a method for preparing sheetable dough comprising adding an amount of water and an effective amount of oxidase to flour and wherein said amount of water in the absence of said oxidase results in a dough that can not be processed due to its stickiness.

The embodiments of the invention provide an image processing method and apparatus. The method is applied to imaging equipment for optimizing imaging effect and improving user experience. The method comprises: first of all, after a first image shot by a lens in a first direction is obtained, detecting whether a first object characteristic point exists for the first image in a first overlapping area, if the first object characteristic point exists for the first image in the first overlapping area, determining a first area provided with the first object characteristic point in the first image, then according to the size of the first area, determining an adjustment angle needed by the lens so as to enable the lens to be adjusted to a second direction according to the first direction and the adjustment angle needed by the lens, and finally, obtaining a second image shot in the second direction by the lens, and splicing the first image with the second image. The image processing method and apparatus are applied to the field of electronic information.

The invention discloses a processing technology of special rubber for radial tires. The process first divides the recovered rubber raw materials into two grades according to the evaluation results of the enterprise quality inspection standards, and breaks them into rubber blocks of 40cm×10cm×8cm~50cm×15cm×20cm respectively, and divides the graded rubber raw materials after removal of impurities by 1 ~3:1~3 weight ratio mixing. The mixed rubber material is crushed in the first stage, floated and stirred, and the secondary crushed, floated and stirred, the floating washing time must be ≥ 20min, and then the mixed rubber material is subjected to two-stage extrusion floating washing, and the floating washing time must be ≥ 12min, Make the rubber into a gelatinous mass. The rubber material is treated with one to four stages of creping to make the rubber material into a continuous sheet with a thickness of 6-12mm, and the creped rubber material is granulated to make rubber particles with a diameter of 6-12mm. The colloidal particles are pumped and vibrated, dried at 82-108°C according to the standard of 4-6t/h rubber material, and then cooled to room temperature. The process improves the impurity removal rate of the equipment, avoids damage to the rubber structure due to excessive processing, simplifies the equipment configuration of the production line, reduces the overall failure rate, reduces the amount of crushed rubber, and improves production efficiency.

The invention relates to a nutritional food with nutrition characteristics of germinated brown rice developed by applying a biotechnology and a preparation method of the nutritional food. The preparation method mainly comprises the following steps of selecting fresh organic rice produced in present year, and performing husking and impurity removal to obtain brown rice; performing ozone sterilizing, saline soaking, brown rice germination accelerating, aeration-drying and secondary crushing on the brown rice to obtain superfine germinated brown rice powder; then adding milk powder, white granulated sugar, fructo-oligosaccharide and trace elements; performing gelatinizing, enzymolysis, roller drying, crushing, filling and the like to obtain the nutritional food. According to the nutritional food and the preparation method disclosed by the invention, the content of GABA (Gamma Amino Acid Butyric Acid) is improved by using a biotechnology method, the health-care function of a product is improved, the flavor is improved, added value of brown rice germs can be greatly improved, and economic benefits are increased.

The invention discloses a machining process for rubber special for a radial tire. According to the machining process, firstly, recycled rubber raw materials are divided into two grades according to evaluation results of enterprise quality detection standards and smashed into 40 cm x 10 cm x 8 cm-50 cm x 15 cm x 20 cm rubber blocks correspondingly, and the cleaned graded rubber raw materials are mixed according to the weight ratio being 1-3:1-3. The mixed rubber materials are subjected to primary smashing, flotation and stirring, secondary smashing and flotation and stirring, flotation needs larger than or equal to 20 min of time, then the mixed rubber materials are subjected to two-stage extrusion flotation, flotation needs larger than or equal to 12 min of time, and the rubber materials are made into a rubber ball shape. The rubber materials are subjected to one to four stage crepe treatment to be made into a continuous sheet shape, the thickness is 6-12 mm, and the rubber materials obtained after crepe treatment are subjected to granulation treatment to be made into rubber particles being 6-12 mm in diameter. The rubber particles are subjected to rubber drawing vibration treatment, dried at the temperature being 82-108 DEG C according to the standard being 4-6 t/h of the rubber materials, and then cooled to the room temperature. Through the machining process, the equipment impurity removing ratio is increased, the condition that the rubber structure is damaged due to over-machining is avoided, equipment arrangement of a production line is simplified, the total failure rate is lowered, rubber smashing quantity is reduced, and the production efficiency is improved.

The invention discloses a composition having effects of protecting livers and eyes. The composition is characterized in that the composition includes, by weight, 10-40 parts of hyaluronic acid, 20-60parts of common yam rhizome, 3-15 parts of radix ginseng, 2-10 parts of radix astragali, 2-10 parts of Chinese magnoliavine fruits, 2-10 parts of curcumin, 3-10 parts of chitosan oligosaccharide and 3-10 parts of tea polyphenol. As the hyaluronic acid with specific molecular weight is compounded with the common yam rhizome in proper proportion, and components that can protect the livers and eyes are added to prepare into rice flour, the problems of restricted addition of the hyaluronic acid,more precipitation, poor taste and easy caking during brewing due to lots of Chinese herbal medicines inthe components capable of protecting the livers and eyes when the composition is prepared into oral solutions, tablets and brewing powder particles can be solved; and the formula is good in flake forming, strong in toughness and easy to scrape during roller drying, and damage to flakes cannot be caused.

The invention provides trimetazidine oxalate. The molecular formula of the trimetazidine oxalate is C15H23N2O5, and the trimetazidine oxalate is obtained through a reaction of trimetazidine and oxalicacid in a molar ratio of 2:1. The angle of repose of the trimetazidine oxalate is smaller than that of trimetazidine hydrochloride, the surface appearance of the trimetazidine oxalate is flaky, and compared with a prismatic crystal of the trimetazidine hydrochloride bulk drug, the fluidity and hygroscopicity of the drug are improved; the tensile strength of the trimetazidine oxalate reaches the maximum value of 2.60 MPa at 350 MPa, and is significantly higher than that of the trimetazidine hydrochloride under the same pressure, and the flake formation performance of the drug is improved.

The present invention relates to a peanut dried beancurd and a production method thereof, which belong to the technical field of food processing. According to the invention, the peanut dried beancurd comprises the following raw materials in parts by mass: 76-140 parts of soybeans, 4-50 parts of raw peanuts, 1-10 parts of cooked peanut, 4.5-6.5 parts of bittern, 14-17 parts of calcium carbonate, and 630-1500 ml of water. The production method comprises the following steps: a) performing pulp refining on immersed soybeans and raw peanuts, cooked peanut and water, filtering the materials to obtain peanut soybean slurry; b) adding a composite coagulating agent in the peanut soybean slurry while stirring, insulating the material and standing the material to obtain the peanut soybean jelly; wherein the composite coagulating agent is obtained by adding water in bittern and calcium carbonate according to the mass of 1:3; and c) crushing the peanut soybean jelly, layering the material on a bean curd cloth, and finally standing the material to obtain the product. The production technology is simple, the product has better flakiness performance and good chewing performance, can be fired and braised, has special fragrance of peanut and soybean, and has considerable market prospect.

The invention provides trimetazidine oxalate. A molecular formula of the trimetazidine oxalate is C18H26N2O11, and trimetazidine and oxalate react according to mole ratio of 1:2 to obtain the trimetazidine oxalate. A repose angle of the trimetazidine oxalate is smaller than that of trimetazidine hydrochloride, the surface appearance of the trimetazidine oxalate is flaky, flowability and hygroscopicity of a medicine are improved as compared with those of a prismatic crystal medicine prepared from trimetazidine hydrochloride raw materials, the maximum tensile strength of the trimetazidine oxalate is 4.66MPa in the pressure of 150MPa and remarkably higher than that of the trimetazidine hydrochloride at the same pressure, and tablet forming performance of the medicine is improved.

The invention discloses a processing method of rubber special for radial tires. The method includes the steps that recycled raw rubber is divided into two grades according to assessment results of quality detection standards of enterprises and is crushed into rubber blocks with the sizes ranging from 40cm*10cm*8cm to 50cm*15cm*20cm, and the purified graded raw rubber is mixed according to the weight ratio of 1-3 to 1-3; the mixed rubber sequentially undergoes primary crushing, floatation stirring, secondary crushing and floatation stirring with the total floatation time greater than or equal to 20 minutes, then undergoes two-stage extrusion flotation with the floatation time greater than or equal to 12 minutes and finally forms micelles; the rubber undergoes crumpling treatment from the stage one to the stage three and undergoes primary granulating treatment, and manufactured rubber particles are made into rubber sheets with the thickness being 6-12 mm through crumpling treatment from the stage four to the stage six and then are made into rubber particles with the diameters being 6-12mm through secondary granulating treatment; and the rubber particles undergo rubber pumping and vibrating treatment, then are dried at 82-106 DEG C according to the 4-6 t/h standard of the rubber and finally are cooled to indoor temperature. According to the method, the purification rate of equipment is increased, the phenomenon that the structure of the rubber is damaged due to excessive processing is avoided, the equipment layout of a production line is simplified, the total failure rate is lowered, the amount of rubber scraps is reduced, and the production efficiency is improved.

The invention relates to an imageable coating layer, thermal negative-working lithography printing plate, and platemaking method. The coating layer includes constituents in parts by weight: a radically polymerizable compound 20-60 parts, a radiation-absorbing compound 0.5-12 parts, a free radical initiator 1-25 parts, a binding agent 10-70 parts, and a development accelerator 0.5-15 parts. The platemaking method includes the steps: S1, preparing a printing plate precursor that includes a substrate having a hydrophilic surface or is provided with a hydrophilic layer and imageable coating layer covering the substrate; S2, patternedly exposing the printing plate precursor, forming an exposed area and an unexposed area; and S3, removing the unexposed area via a development process. The employment of the imageable coating layer and the plate making method allows the implementation of a flexible development process of “on-press development” or “off-press development” and produces a printing plate provided with great printing performance.