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41 results about "Structural organization" patented technology

Preparation method of bean dreg dietary fiber and bean dreg dietary fiber

InactiveCN107647286AReduce non-dietary fiber contentHigh purityFood thermal treatmentFood dryingFiberDietary fiber
The invention discloses a preparation method of bean dreg dietary fiber. The preparation method of the bean dreg dietary fiber comprises the following steps of carrying out pretreatment, preparing semi-finished products, carrying out purification, and carrying out post-treatment. The invention further discloses bean dreg dietary fiber prepared according to the preparation method of the bean dreg dietary fiber. According to the preparation method of the bean dreg dietary fiber, a combination of a high-temperature steaming treatment, a steam explosion treatment and an ultrasonic treatment is adopted when pretreatment is performed on raw materials so as to effectively destroy structural organizations of the raw materials, and thus, inclusions in the raw materials are fully exposed; moreover,impurity removing treatment is combined so as to further reduce non-dietary-fiber components in the raw materials. The pretreated raw materials are beneficial for enhancement of enzymatic hydrolysis effects of cellulase or compound enzymes of cellulase and hemicellulase so as to ensure more sufficient enzymatic hydrolysis, and thus, purity of final products is improved; moreover, palatability of the final products can be also effectively improved. In addition, purification is further carried out after the enzymatic hydrolysis so that the purity is further increased, and thus, the final products have the advantage of high purity. The bean dreg dietary fiber disclosed by the invention further has the advantages of small fiber particle size, strong water holding capacity, and high in expansive capacity.
Owner:中康长和健康科技(北京)有限公司

High-strength heat-resisting aluminum alloy and preparation method thereof

The invention discloses a high-strength heat-resisting aluminum alloy and a preparation method thereof. The element weight percentage of the alloy is AlCuMn<c>Ce<d>Ni<e>Zr<f>, wherein 83.75<=a<=89.9, 7.0<=b<=9.0, 0.5<=c<=2.0, 1.0<=d<=2. 5, 1.5<=e<=2.5, 0.1<=f<=0.25, and a+b+c+d+e+f=100. The preparation method comprises the steps that a heat-resisting aluminum alloy system is selected; alloycomposition is adjusted according to an alloy solidification path; an alloy ingot is prepared; free forging of the alloy ingot is carried out; a solid solution of a forged billet is carried out; agingheat treatment is carried out; and a heterogeneous cross-scale strengthened structural organization is obtained, namely, nano-scale intermetallic compound heat-resisting phases are uniformly separated out from the inner parts of grains to strengthen a matrix, micrometer-scale heat-resisting intermetallic compounds are continuously and uniformly distributed on the grain boundaries to stabilize thegrain boundaries, and materials with the excellent high-temperature tensile strength and elongation are obtained. According to the alloy materials, the tensile strength reaches 116 MPa and the elongation reaches 37.5% at 400 DEG C, compared with an existing ZL208 alloy (T6), the tensile strength is improved by 31.8%, and the elongation is improved by 2.5 times.
Owner:南京玖铸新材料研究院有限公司

Composite alterant for nickel aluminum molybdenum-silicon iron alloy loaded nano-aluminum-silicon oxide ball milling cast iron and preparation method thereof

The invention relates to an alterant for ball milling cast iron, in particular to the composite alterant for the nickel aluminum molybdenum-silicon iron alloy loaded nano-aluminum-silicon oxide ball milling cast iron and a preparation method thereof. The alterant is prepared from the following raw materials, by weight, of 2-3 parts of nano-alumina, 1-2 parts of potassium fluoborate, 2-3 parts of nickel powder, 1-2 parts of aluminum powder, 1-2 parts of molybdenum powder, 0.2-0.4 part of oxidized graphene, 1-2 parts of nano silica, 3-5 parts of expanded graphite powder, 1-2 parts of monazite micro powder, 4-5 parts of ferrosilicon powder with the silicon content being 45%, 0.3-0.4 part of magnesium aluminosilicate, 20-25 parts of ethanol aqueous solutions with the concentration being 5%-10% and 0.4-0.5 part of an addition agent. Nano composite powder bodies and a nickel aluminum molybdenum-silicon iron alloy which are loaded by expanded graphite powder are bonded and loaded mutually to prepare the composite alterant with stable performance. The alterant is stable in high temperature, the nucleating effect is good, and graphite spheroidization is stable and durable. According to the alterant, the graphitizing process is facilitated, the structural organization is improved, strength and abrasion resisting are further improved, and compared with a traditional alterant, using is more convenient and faster, and the additional production cost is reduced.
Owner:徐世云

Data bonding structure and processing method adaptable to metro integrated supervisory control system

The invention discloses a data bonding structure adaptable to a metro integrated supervisory control system. A real-time relational database is constructed by an object-oriented technology, each physical device is represented as a data object in the real-time relational database and has a unique ID, the multidimensional characterization of the data object is represented by a series of attributes of the data object, and each attribute has a unique ID; bonding agents are designed according to application needs, an existing structural organization is shielded, boundaries among station data, professional data and data type data are eliminated, from the application needs, data interested by an application are re-arranged into an orderly structure in a data associating way, auxiliary information of the new structure is configured, and finally the most accurate data organization form is presented to an advanced application; meanwhile, a computational aid is preset in each bonding agent, predictable regular logic processing is prepared for the application in advance, and data convenience and logical supporting convenience are provided for the upper-level advanced application to the maximum extent.
Owner:南京国电南自轨道交通工程有限公司

Preparation method of sugarcane dietary fibers and sugarcane dietary fibers

InactiveCN107692243AReduce non-dietary fiber contentHigh purityFood scienceFiberSwelling capacity
The invention discloses a preparation method of sugarcane dietary fibers. The preparation method comprises the following steps of pretreatment, preparation of a semi-finished product, purification andpost-treatment. The invention also discloses the sugarcane dietary fibers prepared by the preparation method of the sugarcane dietary fibers. According to the method provided by the invention, duringpretreatment, a mode with combination of high-temperature cooking treatment, steam explosion treatment and ultrasonic treatment on raw materials is adopted, structural organizations of the raw materials can be effectively destroyed, and inclusions of the raw materials are fully exposed; by combining with impurity removal treatment, non-dietary fiber components in the raw materials are further lowered, and the raw materials after pretreatment are beneficial to strengthening the enzymolysis effect of cellulase or a compound enzyme of the cellulase and hemicellulase and also enables enzymolysisto be more full, so that the purity of a finished product is improved, and the palatability of the finished product can be effectively improved; and the finished product is purified after enzymolysis,the purity is further improved, and the finished product has the advantage of high purity. The sugarcane dietary fibers provided by the invention also have the advantages of small fiber particle sizes, strong water-holding capacity and strong swelling capacity.
Owner:中康长和健康科技(北京)有限公司
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