9results about How to "Reduce distribution costs" patented technology

The application discloses a 15-degree highland barley and mulberry compound liquor and a preparation method thereof, and belongs to the technical field of liquor brewing and compounding. The compound liquor is prepared from the following raw materials in percentage by weight: 65-75% of mulberry original liquor, 20-30% of highland barley base liquor and 3-8% of softened water. The alcohol content of the mulberry original liquor is 16%vol, the alcohol content of the highland barley base liquor is 42%vol, and the alcohol content of the finished product is 15%vol±0.5%vol. The preparation method comprises the following steps: raw material pretreatment, initial sample blending, small sample blending and detection, medium sample blending and aging and large sample production. The 15-degree low-alcohol setting retains the pleasant feeling of the fruit wine and the quality of the highland barley wine, and the two do not affect each other, forming a compound fragrance. Through the precise process control of 'active carbon refining + multi-stage filtration + constant-temperature aging', the industry problems that the fruit wine and the grain wine are prone to turbidity and the taste is prone to dispersion when mixed are effectively solved.

The utility model relates to the technical field of extrusion forming machines, and particularly discloses a ceramic powder hot extrusion automatic forming machine which comprises a forming machine body, a raw material box is fixedly connected to one side of the top of the forming machine body, and a nitrogen preparation circulating system is fixedly connected to one side of the inner bottom wall of the forming machine body. A nitrogen pressure detection system is arranged on one side of the nitrogen preparation circulating system and one side of the inner bottom wall of the forming machine main body, and a reciprocating filling system is fixedly connected to the other side of the top of the forming machine main body; according to the utility model, nitrogen is charged through intelligent control equipment to form positive pressure on a working surface to isolate air instead of vacuumizing, a prepared finished product is automatically cooled, and after raw materials are filled, one-key starting and full-automatic production are realized, so that manual operation and manufacturing procedures are reduced, the working voltage of an electric heating body is improved by the manufactured ceramic tube, and the production efficiency is improved. And the power distribution cost is reduced, so that the effect of integrally and automatically manufacturing the ceramic tube is achieved, and the manufacturing efficiency is conveniently improved.

The invention discloses a password equipment software module issuing authorization method and system. An issuing software body and issuing control software are written into a storage component of an issuing device; acquiring issuing basic information of an issuing party, and recording the issuing basic information in a pre-authorization file; respectively carrying out abstract calculation on files stored in the issuing software body and the issuing control software by utilizing a preset algorithm, respectively generating Hash value labels of the issuing software body and the issuing control software, and recording the Hash value labels in a pre-authorization file; the hash value label of the pre-authorization file is sent to the issuing device by calling the hardware password component; and the issuing device adopts an internal issuing private key to perform signature operation on the hash value tag of the pre-authorization file, and adds a returned signature value to the pre-authorization file in a form of adding a SignValue tag, so that a final issuing authorization file is generated and written into a storage component of the issuing device. According to the invention, the problems of low authorization efficiency and poor security caused by the fact that software is easy to copy and illegally use in the prior art are solved.

The invention belongs to the technical field of electric heating tubes, and particularly relates to a double-end high-voltage heating tube end sealing structure which comprises an electric heating tube composed of a metal outer tube, an electric heating wire and a lead-out rod. Two symmetrically arranged electric heating wires and two symmetrically arranged lead-out rods are mounted in the electric heating pipe; according to the invention, the requirement of an electrical gap under a high-voltage condition is met, the adopted insulating medium adopts an insulating material with high dielectric strength, a certain angle is formed in the insulating assembling component to enlarge the distance between the two lead-out rods, and the insulating material is arranged outside the lead-out rods, so that when the lead-out rods are in the air, the lead-out rods are separated from each other; and the requirement of an electrical gap can still be met. And meanwhile, the requirement of creepage under a high-voltage condition is met. And the difficulty of process preparation is reduced, and the assembly component can be independently prepared. Meanwhile, compared with a low-voltage electric heater, the high-voltage electric heater saves the power distribution cost of an electric heater system and improves the comprehensive electro-thermal conversion efficiency of the system.

The present invention discloses a distribution scheduling decision method, system and storage medium based on LSTM algorithm, and relates to the technical field of distribution network scheduling decision. The present invention first obtains the historical power load of each power unit in the distribution area; based on the historical power load of each power unit, the daily power load forecast value of each power unit is predicted based on the LSTM algorithm to obtain the total daily power load forecast value of the distribution area; the daily dispatchable capacity of each type of distributed power source in the distribution network is obtained; according to the daily power load forecast value of each power unit, the total daily power load forecast value of the distribution area and the daily dispatchable capacity of each type of distributed power source, the objective function and constraint conditions of the daily distribution scheduling are constructed; under the constraint conditions, the objective function is solved using a multi-objective optimization algorithm to obtain the daily distribution scheduling decision. The present invention can improve the distribution efficiency of distributed power sources, reduce the distribution cost, and optimize the distribution scheduling decision plan.

The present invention relates to the field of agricultural product e-commerce technology, specifically to a hierarchical control method for agricultural product supply and demand applied to an Internet cloud platform, which collects user data of buyers and sellers, obtains their purchase and sales needs, and identifies and classifies buyers and sellers by building an agricultural product transaction cloud platform; creates a personalized transaction matching strategy based on the multi-level scenarios of agricultural product circulation and the multi-dimensional characteristics of buyers and sellers; based on user classification and matching strategies, the cloud platform achieves accurate matching of buyers and sellers, and outputs supply and demand agricultural product data at the same time. The method of the present invention utilizes cloud computing and big data analysis technology to improve the efficiency of agricultural product circulation and provides a new idea for the digital transformation of the agricultural industry.

The invention discloses a resource processing method and device, a storage medium and computer equipment, and relates to the technical field of Internet. The method comprises the steps that a first client responds to a resource obtaining request and sends the resource obtaining request to a server, and the resource obtaining request is initiated through a virtual shop on a first platform; the server responds to the received resource acquisition request, acquires at least one aggregation resource and sends the aggregation resource to the first client, the aggregation resource is associated with at least two cancel-after-verification links, and the geographic positions of the cancel-after-verification links are within the geographic range of the position of the user; the first client receives and displays the aggregation resources, issuing data generated after the aggregation resources are issued are synchronized to the first platform and the second platform, and verification data generated after the aggregation resources are verified are synchronized to the second platform. According to the method, cross-platform resource distribution and verification can be realized, the resource distribution efficiency can be improved, and the resource distribution cost can be reduced.

The invention belongs to the technical field of food processing, and discloses a preparation method of a mild sterilization surimi product based on a plant source composite bacteriostatic agent. The method sequentially comprises the steps of raw material pretreatment, three-stage chopping and mixing, vacuum degassing, forming, gradient gelation, composite mild sterilization, low-temperature drying, vacuum packaging and the like. Plant source antibacterial components such as honeysuckle flower extract, tea polyphenol, epsilon-polylysine and the like are compounded and added, and a mild sterilization system prevents the quality of the minced fillet from being damaged by high temperature. Meanwhile, the gel strength, the water-retaining property and the sensory quality of the surimi product are improved by utilizing the anti-oxidation and flavor blending characteristics of the plant source components, and the product is stored for more than 6 months at normal temperature, so that the natural nutrition and fresh and tender taste of the surimi are reserved.

The invention provides a distributed energy storage system, and relates to the technical field of energy storage. The distributed energy storage system comprises a first power conversion device, a second power conversion device and a control device, the alternating-current end of the first power conversion device is connected with a transformer of a preset transformer area, the direct-current end of the first power conversion device is connected with the first direct-current end of the second power conversion device, and the second direct-current end of the first power conversion device is used for being connected with the energy storage device; the control device is connected with the first power conversion device and the second power conversion device. The control device is used for obtaining a three-phase AC voltage parameter of the AC end of the first power conversion device; determining a first control parameter of the first power conversion device according to the three-phase AC voltage parameter; acquiring a detection DC voltage parameter of a first DC end of the second power conversion device; and determining a second control parameter of the second power conversion device according to the detected DC voltage parameter. Therefore, the power distribution efficiency is improved.