30results about How to "Solve fair use" patented technology

The invention relates to a high-performance lithium ion battery negative electrode Si@N-C composite material and a preparation method therefor. According to the method, gulfweed is used as the raw material to prepare SiO<2> and then reduction is preformed to obtain a Si material; and next, pyrrole is used as the main raw material to coat polypyrrole on the surface of the Si material, and calcining is preformed to obtain the Si@N-C composite material. The raw materials adopted in the method are simple and easily available, low in cost and environment friendly, and toxic and harmful material generation in the preparation process is avoided; in addition, the problem existing in reasonable utilization of gulfweed is solved effectively, and economic efficiency and environment protection are realized; in addition, the silicon material extraction method disclosed in the invention has certain universality for extracting the silicon material form other silicate-containing plants; furthermore, heteroatom N-doped C coating is realized through high-molecular polymer polypyrrole pyrolysis is realized, so that the conductivity and the stability of the Si material are greatly improved, thereby improving the lithium ion battery performance of the Si@N-C composite material.

The invention relates to a method for separating light dydrocarbon aromatization dry gas, which belongs to the technical field of light dydrocarbon aromatization. The method is characterized by comprising a reaction liquid separation tank, an absorption column and an analytical column; reaction gas of the reaction liquid separation tank enters the bottom of the absorption column to absorb and separate condensable hydrocarbons further; the material flow at the bottom of the absorption column returns to the reaction liquid separation tank; gas on the top of the column passes through a primary gas-liquid separation tank, a hydrogenation reactor and a secondary gas-liquid separation tank and then enters a hydrogen manufacturing device; high-purity hydrogen is separated out from the top of thehydrogen manufacturing device, and alkane-rich dry gas is separated out from the bottom to enter a pyrolysis device; and a liquid phase of the reaction liquid separation tank enters the analytical column, and the gas of the top of the analytical column returns to the reaction liquid separation tank. Aiming at the defects in the prior art that the dry gas is only subjected to simple gas-liquid separation, the quality of the dry gas is poor, and the uncompleted and unreasonable factors exist in the aspect of reasonable utilization of the aromatization, the invention provides the method for separating the dry gas thoroughly and completely, so that the quality of the dry gas is high, and the components of the dry gas are divided into components containing high-purity hydrogen and CH4, C2+,C3,C4 and over C4 which do not contain alkene, and the dry gas is utilized reasonably and effectively and meets the requirement of peripheral resource environment of enterprises.

The invention relates to the field of seasoning manufacture, in particular to a method for preparing yeast extract from a vinasse solution. The method comprises the following steps: S1, putting yeasts in water, activating and preparing a yeast emulsion; S2, after sterilizing the vinasse solution, adding sterilized YPD liquid culture medium and yeast emulsion, and culturing at the constant temperature of 25-40 DEG C in a shading way for 16-24 hours until the culture solution is turbid; S3, sieving the culture solution, and separating culture solution solids from liquid to obtain a yeast mud; S4, adding water into the yeast mud to make a yeast suspension, and adding compound enzymes to carry out enzymolysis; S5, heating the yeast suspension, inactivating enzymes in the yeast suspension and separating in a centrifuge way to obtain a supernatant; S6, concentrating the supernatant prepared in S5 to a paste form to obtain the yeast extract. Wastes in the brewing process are fully utilized, the wastes in the production process of a winery are comprehensively utilized, the pollution to environments can be reduced, and benefits can be maximized for the factory.

According to the method, various plant mixtures are used as carriers, a sufficient amount of various wastewater containing urea is sprayed on (soaked in) the carriers, the mixtures are dried until themoisture content is 30%-50%, and the mixtures are smashed into powder with the thickness of 0-1-1.5 cm; drying the powder until the water content is 18-30%, and uniformly stirring the plant powder, pickling wastewater, kitchen waste wastewater, a plant soaking mixed solution, grain and oil food wastewater and urea according to a mass ratio of 1:3:3:3:3:0.02 by using a stirrer; drying the mixtureto a moisture content of 18%-30%; and inspecting the product, packaging the product in bulk, packing the product in 50 kg by bags, and storing and delivering the product. The product is semi-decomposed ecological organic compound (fertilizer) snow melting powder, is dark green in color, and can be pre-sowed, sowed after snow and re-sowed before and after snow by a manual machine. The product has anti-skid performance, and does not corrode the ground, facilities, greening vegetation, rubber tires, underground pipe networks and bridge construction workers. The product reduces the number of garbage, reduces sewage discharge, saves resources, protects the environment, and creates economic and social benefits.

Disclosed is a Mastra peanut butter processing method, including the following steps: grinding Mastra meat, removing silt in the Mastra meat and dehydrating; preparing peanut seeds into fine grains; adding appropriate amount of edible oil in a boiler; after the oil is cooked, sequentially adding Mastra meat, various of auxiliary materials, prepared seasonings and additives; adding appropriate amount of water while stirring; drying through fire until most of the water is evaporated; adding appropriate amount of monosodium glutamate and mixing to be even; cooling naturally and hot filling according to required specifications. The processing method solves the technical difficulty that due to large content of silt, Mastra meat is unsuitable to be processed and eaten. Through special preparing and processing techniques, the processed product is delicious in taste and flavor and rich in nutrition, and can better satisfy the food demand of the consumers.

A processing method for rolled Mactra veneriformis meat comprises the following steps: crushing fresh Mactra veneriformis meat, cleaning out sand with water and then dehydrating; cutting and mixing the clam meat and animal meat into meat mash, then adding auxiliary materials, seasoning matters and additives, blending the mixing materials evenly to prepare the stuffing of the rolled meat; and making the rolled meat seasoned and tasty through curing, and finally obtaining the rolled meat and obtaining a finished product after processing and packaging according to different demands. The method solves the technical difficult problem that the Mactra veneriformis meat is inconveniently processed, utilized and edible because of great sand content. With the unique seasoning and processing technology, the product which is tasty and nutritive can better meet the catering demand of a plurality of consumers.

The invention provides a method for processing a mactra meat chili sauce. The method comprises the following processing steps: fresh mactra meat is crushed, de-sanded and dewatered; proper amount of edible oil is added in a pot, after the edible oil is heated, mactra meat, auxiliary materials and prepared condiments and additives are sequentially added in the pot under the condition of endless stirring, proper amount of water is added in the pot while stirring, heating is stopped until the water is dried up, proper amount of sodium glutamate is added in the pot, and the mixture is evenly stirred; the mixture is naturally cooled, and while the mixture is still hot, the mixture is filled up according to needed specification. The method resolves the technical problem of inconvenient processing and eating of the mactra meat due to big sand content, and by utilizing special preparing and processing techniques, processed products have good and fresh taste and abundant nutrition and can better meet needs of general consumers on diet.

The invention discloses a virtual node scheduling method and system for VLAN (Virtual Local region Network) interconnection of a network simulation platform. The method comprises the following steps: firstly, counting the sum of resources applied by a virtual node requested to be started, and if a single physical host capable of accommodating all virtual nodes exists, scheduling to the physical host; otherwise, selecting a small topological graph scheduling method or a large topological graph scheduling method for the total number of the virtual nodes; in the small topological graph scheduling method, a scheduling result with minimum VLANs is obtained through a conditional traversal calculation method, and in the large topological graph scheduling method, a packet scheduling method with a key node as a center is adopted, so that the newly added VLANs are minimum as much as possible during packet scheduling. A plurality of topological graphs which are started at the same time can be combined and processed, so that the occupied VLAN is minimum. According to the method, the problem of reasonable utilization of VLAN resources of a multi-host network simulation platform is solved, the distribution of the whole topological graph on the physical hosts is more compact, and the calculation process is simple and visual.

The invention relates to the technical field of power dispatching, and provides an intelligent lamp post power dynamic distribution method and system, and the method comprises the following steps: collecting the parameters of a current distribution transformer and a current distribution box when a lamp post starts to work; according to the real-time power of the distribution transformer and the distribution box, judging whether the current load of the distribution transformer meets the requirements of lamp pole illumination and a charging pile or not: if yes, controlling the charging pile to operate at rated power, and performing power regulation and control on the lamp pole according to time periods according to a first regulation and control strategy to reduce the illumination real-time power of the lamp pole, lighting of the lamp pole is stopped; and otherwise, performing power regulation and control on the charging pile and the lamp post according to time periods according to a second regulation and control strategy, reducing the real-time illumination power of the lamp post, and allocating the load resources saved by the lamp post to the charging pile until the illumination of the lamp post is stopped. According to the invention, lighting and charging pile charging power distribution in the intelligent lamp pole is reasonably realized, and load resources are reasonably utilized during urban lamp pole transformation, so that waste is avoided.

The invention discloses a buffer machine base for absorbing mechanical vibration energy and outputting fluid energy, and belongs to buffer machine bases for absorbing mechanical vibration energy. The buffer machine base comprises guide column bolts, an exhaust integrated plate, a gas producing module, compression springs, a supporting and fixing seat, an exhaust one-way valve, a main exhaust opening, a gas inlet one-way valve, a piston and a diaphragm plate. The exhaust integrated plate and the gas producing module are connected with the supporting and fixing seat through the guide column bolts. A clearance is arranged between the gas producing module and the supporting and fixing seat, the guide column bolts in the clearance are connected with the compression springs, a piston cylinder and a piston are arranged on the gas producing module, and the piston cylinder is connected with the gas inlet one-way valve through a pipeline. A piston rod of the piston protrudes out of the gas producing module, and is located between the gas producing module and the supporting and fixing seat. The diaphragm plate is arranged at the position, on the piston rod, of the gas producing module. An air cylinder hole corresponding to the piston cylinder is formed in the exhaust integrated plate and communicated with the main exhaust opening, and the exhaust one-way valve (7) is arranged between the air cylinder hole and the main exhaust opening. The buffer machine base has the advantages of achieving transferring, conveying, storage and use of energy.