36results about How to "Avoid vicious competition" patented technology

The invention relates to a method for use in the technical field of new energy power generation, in particular to a method for making a power generation absorption scheme for new energy power stations based on price bidding. The method comprises the following steps: A, issuing load prediction and new energy power generation acceptance capacity of a next day; B, submitting the on-grid energy and electricity prices at the closing auction of the next day by the new energy power stations; C, sequencing the power stations according to the on-grid energy and electricity price submitted by each new energy power station, and determining power purchasing plans and electricity prices for corresponding periods of the next day; D, making power generation plans of corresponding periods according to the power purchasing plans by each new energy power station. By using the method in price bidding of new energy, the power purchasing cost in the entire period of a power generation plan is minimized, vicious competition among the new energy power stations can be avoided, and maximum absorption and economical running of new energy power generation are realized.

The invention discloses a method for preparing xylooligosaccharide from corncobs through microwave-assisted hydrothermal treatment. The xylooligosaccharide is a functional glycopolymer formed by combining 2-6 xylose molecules by beta-1,4 glucosidic bonding; the method of the microwave-assisted hydrothermal treatment is that water is taken as a reaction solvent, and a complex three-dimensional network structure of cell walls of the corncobs is efficiently and rapidly broken by virtue of a microwave-assisted technology, so that hemicelluloses are dissolved out and subjected to hydrolysis reaction to generate the xylooligosaccharide; the specific steps for preparing xylooligosaccharide from the corncobs through the microwave-assisted hydrothermal treatment are as follows: crushing the corncobs into small granules, extracting by an organic solvent, filtering, washing by purified water, drying, and then carrying out ball-milling; adding a sample subjected to the ball-milling and the water in a reaction kettle, carrying out ultrasonic treatment and reacting in a microwave; and concluding the reaction, cooling, carrying out suction filtration to obtain filtrate, distilling and concentrating the filtrate, and carrying out freeze-drying to obtain the xylooligosaccharide. The method for preparing xylooligosaccharide from the corncobs through the microwave-assisted hydrothermal treatment has the advantages of being rapid, efficient, environmentally friendly, and the like.

The invention discloses an inquiry and quotation processing method. The inquiry and quotation processing method comprises the steps that a trading platform provides inquiry and quotation services forpurchasers and suppliers according to inquiry and quotation triggering operation; inquiry is initiated in the trading platform through the purchasers; the trading platform performs audit; when the audit is passed, quotation is finished; and after the purchasers receive the finished quotation, the purchasers decide to place orders. According to the inquiry and quotation processing method, a shopping platform can quickly and conveniently finish inquiry and quotation between sellers and buyers; for the demands of the buyers, the corresponding suppliers are accurately matched; the benefits of thesellers and the buyers are taken into account at the same time; the inquiry and the quotation are finished; trading price stability in the platform is protected; vicious competition is avoided; and the market order of the platform is protected.

The invention relates to a combined process method for processing heavy oil, which comprises the following steps of: separating and grading the introduced heavy oil material by using a decompression deep-distillation device, and cutting the heavy oil material into decompression deep-distillation wax oil and inferior superheavy oil; introducing the inferior superheavy oil into a solvent deasphalting device to obtain treated solvent deasphalting heavy oil; and introducing the decompression deep-distillation wax oil and the solvent deasphalting heavy oil into a catalytic cracking reaction device with different reaction areas/sections or reactors for reaction. The combined process method is suitable for processing heavy oil under normal pressure and reduced pressure and is particularly suitable for the process of processing inferior residual oil with high metal content, high residual carbon content, high condensed ring substance content and high nitrogen content.

This invention discloses one interface terminal and operator binding method, which comprises the following steps: a, local servo BAS receives message and adopts compact code formula to process private information and then through responding to coded private information to interface terminal; b, the said interface terminal adopts compact codes for private information and comparing the coded information with message coded information and if two is different then stopping dial flow or dismantle linkage.

The invention discloses an IoT based onsite detection management system of a construction project. The system comprises a cloud computing platform and multiple clients; detection department information, detection staff information and detection equipment information of the construction project are logged in via the cloud computing platform; and the clients are connected with the cloud computing platform, and used to input onsite detection information of the construction project and bind the onsite detection information to the detection department information, the detection staff information and the detection equipment information till detection items are completed, transmit the above information to the cloud computing platform for storage and calling, and form a detection behavior recording report. The invention also discloses an IoT based onsite detection management method of the construction project. According to the method and system, detection staff and equipment in the project site can be monitored effectively, and detection is much more reliable.

The invention relates to a gold and diamond transaction method, and the method is characterized in that the method comprises the steps: S1, starting an application program operating in the Internet, entering an ornament auction module, and (a user) selecting to buy a gold bar or hedging: switching to step S2 if the user selects to buy the gold bar, or else switching to step S4; S2, (the user) editing the purchase information if the user selects to buy the gold bar; S3, giving cash deposit, and issuing the demands; S4, enabling a system to automatically jump to an auction detail interface after successful payment, and enabling all supplies of a platform to receive a system notice message in a certain time period during successful payment; S5, selecting the suppliers, and enabling the system to refresh the reference sales price in real time; S6, (the user) finally determining the transaction price, and finishing the online transaction; S7, selecting an exchange, carrying out the instant hedging, and finishing the online transaction. The method provided by the invention changes a conventional mode that a jeweler buys the ornament gold bars through the Internet technology.

The Anti-Counterfeit system is composed of client-side, enterprise application system and authentication system. The enterprise defines the ID and fits out the device for generating authentication ID for product and product dealer through application system. The distributor and consumer refer the authentication ID generated by the above device to the authentication system to identify the product or distributor.

The invention discloses an anti-parallel-attack lightweight blockchain system. The system comprises a bookkeeper, a supervisor and a business server, wherein the bookkeeper is used for generating and issuing a new service block according to service data sent by the service server; the supervisor is used for performing correctness verification on a newly published service block, accepting the block after the verification is passed, and updating the current state of the blockchain; the monitoring module is also used for monitoring the state of the whole blockchain; and the business server is used for sending the business data needing to be chained to the bookkeeper and is also used for confirming whether the blockchain is in a normal state or not through interaction with a supervisor. The lightweight low-cost blockchain is realized through a brand new architecture design of 'one bookkeeping and multiple supervision' and by using a unique consensus mechanism with anti-parallel computing capability, so the operation of the blockchain can be maintained only by using a very small amount of computing resources and energy consumption, and the method has the advantages of low cost and capability of being deployed very quickly.

The invention relates to the field of cultivation boxes, and particularly discloses a 3D printing mouse cage. A case is installed on a base. A mixing mechanism is installed at the bottom inside the case; a cultivation box body is arranged inside the case; a heater is installed on the outer side of the bottom of the case and connected with the mixing mechanism; a controller is installed on one sideof the upper portion of the case, and an installing track surrounds the inner wall of the middle of the case. According to the 3D printing mouse cage, mice of different varieties are cultivated in amixed mode, mutual attacks among clusters are effectively avoided, the phenomenon that nutrients are unevenly distributed can be effectively controlled, the mouse case is convenient and efficient to use, and the cultivation efficiency and quality are effectively improved; during working, by arranging multiple transverse pipes, different mice can enter a stirring room, stirring of different mice isachieved, it is ensured that different mice can be cultivated separately, the mouse cultivation efficiency is improved, and losses are lowered.

The invention relates to the technical field of eucalyptus planting, and discloses a planting method for breeding eucalyptus suitable for plateau climate, comprising the following steps: S1, selecting tree species; s2, digging a planting land; s3, tree planting; s4, tree cultivation; s5, tree maintenance; s6, recording tree growth; and S7, selecting high-quality trees for transplanting. According to the method, the planted tree species can be screened in the early stage of eucalyptus planting, so that the survival rate of subsequent tree species is guaranteed, vicious competition between trees can be avoided by setting reasonable planting pits and spacing between the tree species, the space structure is reasonable, the wind resistance is high, the survival rate is high, and the growth advantage is obvious; meanwhile, the trees need to be cultivated and maintained after planting, cultivation is mainly used for enabling the trees to slowly adapt to plateau climate so that the survival rate of the eucalyptus can be greatly increased during follow-up transplanting, maintenance can provide good growth conditions for the trees, and the trees are prevented from being affected by diseases and insect pests.