5results about How to "Realize two-way adjustment" patented technology

This invention relates to the field of ginseng extract technology, specifically to a composition containing ginseng extract and its preparation method. The provided composition containing ginseng extract comprises the following substances in parts by weight: 5-30 parts of a ginseng peptide composition with a molecular weight less than 3000 Da; 1-15 parts of a saponin composition composed of rare ginsenosides Rg3, Rg5, and Rh2; 3-10 parts of a ginseng polysaccharide-selenium nanocrystal composition; 1-5 parts of *Lactobacillus plantarum* P-8 lyophilized powder; 0.5-3 parts of sodium tanshinone; 3-20 parts of a prebiotic composition; and 0.1-5 parts of a vitamin composition. A method for preparing the aforementioned ginseng extract composition is also provided. The prepared ginseng extract composition exhibits excellent properties and has good application prospects.

The present invention discloses an integrated game method for multi-aircraft task allocation, track planning and formation control, including: (1) establishing a dynamic model of a single drone, drone partitions, individual preferences of drones and an information interaction topology diagram of the entire drone cluster; (2) establishing an integrated game framework for task allocation, track planning and formation control and designing mutually coupled performance indicators for the three links of task allocation, track planning and formation control under the framework; (3) designing a reverse strategy mechanism, following the reverse operation sequence, optimizing the performance indicators of each link by using feedback information and designing an optimal game control strategy model for each link, solving the optimal control strategy for each link; (4) based on the optimal control strategy of the three links, following the forward sequence operation to obtain optimized drone task allocation, track planning and formation control. The present invention can realize the two-way adjustment of the strategy of each link of the aircraft and achieve the Nash equilibrium of the integrated game.

This application relates to a control method for an intelligent steam oven and an intelligent steam oven itself. The control method includes: real-time acquisition of environmental parameters within the oven cavity; these environmental parameters include relative humidity and temperature; determining parameter thresholds corresponding to the real-time environmental parameters; wherein the relative humidity corresponds to a first parameter threshold; and the temperature corresponds to a second and a third parameter threshold; comparing the real-time environmental parameters with the corresponding parameter thresholds, and controlling the condenser plate to activate a corresponding target mode based on the comparison result; the target modes include a cooling dehumidification mode and an auxiliary heating mode. This application solves the problems of dehumidification affecting cooking results and the limited functionality of dehumidification devices, avoiding the impact of dehumidification on cooking performance, and achieving bidirectional adjustment of the cavity environment by a single component, thus improving equipment utilization and control flexibility.

This invention provides a method for establishing an incremental model of controllable power resources, belonging to the field of power regulation; it solves the problem of low efficiency in power resource regulation; specifically as follows: calculating the expected power consumption of each municipal district; constructing the discharge characteristic function of the energy storage device, and adjusting the discharge time of each energy storage device according to the discharge characteristic function; calculating the expected power consumption of the power consumption area and constructing the admittance matrix; obtaining the actual power consumption of the power consumption area, and correcting the admittance matrix according to the expected power consumption, adjusting the supply voltage, phase, and power from each municipal district to the power consumption area; this invention, by acquiring, analyzing, and mathematically modeling relevant electrical data of the target area, simulates the power and voltage changes from transmission to consumption in each power consumption area of ​​the target area, which is helpful for the regulation of power resources in the target area.

The utility model discloses a bidirectional adjustable silicon wafer storage basket, which comprises end plates, the end plates are symmetrically sleeved on bottom rods, the bottom rods are symmetrically sleeved at the bottoms of the end plates through rod sleeves, the end plates are sleeved with side rods through sliding mechanisms, and an adjusting mechanism is arranged between the symmetrically arranged side rods on the same plane. A handle is arranged between the adjusting mechanisms on the same side; the device is simple in structure, reasonable in design and novel and unique in idea, the two handles are pulled to be close to each other, the clamping plates at the outer ends of the supporting rods are separated through displacement of the supporting rods, the symmetrical side rods are pulled by the tension springs to be close to each other, the sliding sleeves arranged on the side plates in a sleeving mode slide in the waist rings, and therefore the distance between the symmetrical side rods is adjusted; meanwhile, the end plates can slide on the side rods and the bottom rod so as to adjust the distance between the two end plates, and bidirectional adjustment is achieved.