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

The present invention relates to a taxi scheduling method and system based on deep reinforcement learning. The system includes: an area building module, a demand forecasting module, a vehicle scheduling module, and a simulator; the method includes: S1: forming an area network; S2: Predict the number of orders that will appear in any area at any time; S3: calculate the total vehicle supply in an area; obtain the demand / supply status of each area; S4: input the status of any free vehicle area and neighboring areas In the trained taxi dispatching model, the dispatching strategy of the vehicle is obtained, and it is determined whether the car will remain in the local area or be dispatched to the neighbor area designated by the system. The invention realizes dispatching of idle taxis, increases the success rate of order matching, reduces the waiting time of passengers, and improves the utilization rate of taxis.

The invention discloses a cloud breeding method and device, relates to the technical field of the Internet of Things, and can solve the problem of great breeding cost increase caused by the fact thatfarmers conduct real-time supervision in a farm. The method includes that a cloud breeding platform provides breeding suggestion information through a client, and the breeding suggestion information corresponds to the type of a first object bred in the farm and includes data for guiding the farmer to breed the first object; the cloud breeding platform obtains breeding related data of the farm andgenerates adjustment suggestion information based on the breeding related data, and the adjustment suggestion information includes data for guiding the farmer to adjust parameters of facilities in thefarm; wherein the breeding related data in the farm at least includes environmental parameters of the farm and one of status parameters of the first object; the cloud breeding platform provides the adjustment suggestion information through the client. The method and device are applicable to the cloud breeding process.

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 present invention provides an evolutionary game-based information sharing method for unmanned aerial vehicle clusters, which uses evolutionary game theory to improve the cooperation level of unmanned aerial vehicle clusters in information sharing by setting and continuously updating reputation relationships. The drone individual collects and processes the reputation information of other individuals to update the individual knowledge to adapt to the environment, and then interacts with other individuals in the cluster to complete experience interaction and social learning, to achieve co-evolution, and finally form a complex and orderly collective behavior, avoiding Vicious competition and partial competition to achieve overall information sharing and cooperation.

The invention relates to a catalytic cracking method for processing heavy oil, and an apparatus thereof. The apparatus comprises a primary riser reactor, an auxiliary riser reactor, a gas-solid separation system and a regeneration device, the upper portion of the auxiliary riser is communicated with the middle and upper portion of the primary riser, the central axes of the primary riser and the auxiliary riser are not in a same plane, and a distance between the central axes of the primary riser and the auxiliary riser is greater than zero and less than the radius of the primary riser. An auxiliary riser oil gas agent undergoes simple cyclone separation when the oil gas agent enters the primary riser, an oil gas enters a settlement device from the upper portion of the primary riser, and a catalyst descends along the inner wall of the primary riser and is mixed with a catalyst which has reacted with a poor-quality raw material in the primary riser, thereby the catalyst which has reacted with the high-quality raw material and the catalyst which has reacted with the poor-quality raw material are fully mixed. The high temperature and the high activity of the former catalyst are utilized to make the oil gas carried by the latter catalyst fully react, so the light oil yield is improved by 2.0%, the liquid yield is improved by 2.5%, and the dry gas and coke yields are reduced by 2.2% respectively.

The invention relates to a riser catalysis device for processing heavy oil and application thereof. An upper riser of a primary riser is an outlet section of which the radial diameter is equal to or less than that of a lower riser of the primary riser; the lower riser is provided with a lifting steam inlet, an inferior heavy oil inlet and a regenerative inclined pipe; an expanded riser is positioned at any position of 20 to 95 percent of the height of the primary riser; the height of the expanded riser is 20 to 75 percent of that of the primary riser; the ratio of the diameter of the expanded riser to that of the lower riser of the primary riser is (1.0-3.0):1; an interface of a secondary riser and the primary riser is positioned on the upper side or lower side of the expanded riser of the primary riser or on a middle lower part of the expanded riser; an inclined angle gamma at the interface of the primary riser and the secondary riser is 0 to 90 degrees. Therefore, severe adsorption competition between inferior materials and high-quality materials and reaction retardation are avoided, the problem that the inferior materials have insufficient reaction depth in a reactor is solved.

The disclosed method for binding the access terminal and provider comprises: an access terminal extracts identifier from user message to compare with the provider identifier stored in terminal, then continuing the dialing procedure if both identifiers are coincidence, or ending the procedure. This invention avoids cut-throat competition among providers, and has no effect on user habit.

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.