34results about How to "Implement dynamic selection" patented technology

A dynamic management system for coal mine emergency command information solves the problems that in the prior art, an effective disaster relief mode cannot be adopted in time, life safety of workers is harmed, and property loss is serious. The system comprises a mine basic information module, a mine safety monitoring information module, a map display and management module, a mine catastrophe analysis module, an emergency rescue strength module and a catastrophe decision information module. Mine basic information and monitoring information are used for carrying out real-time monitoring and information data updating on main underground dangerous sources and hidden danger information of a mine, and an information platform capable of effectively restraining the loss degree of underground accidents is established; Therefore, reliable information resources and basic data are provided for underground catastrophe analysis and simulation by utilizing the information before the accident, and theinfluence degree of the accident is effectively controlled in time.

The invention discloses a commodity circulation method based on unmanned distribution, and aims to solve the technical problems that an existing commodity circulation mode is long in distribution timeand inconvenient in commodity taking. The method comprises the following steps: step 1, an intelligent unmanned distribution station is set for storing to-be-sold commodities; 2, the user sends a commodity order to a background management system; 3, after receiving the commodity order, the background management system sends the commodity order to the nearest intelligent unmanned distribution station according to the user address; 4, the intelligent unmanned distribution station automatically selects corresponding commodities and outputs the commodities to a proper intelligent unmanned distribution vehicle located in the intelligent unmanned distribution station; fifthly, after the intelligent unmanned distribution vehicle receives the commodities, the commodities are conveyed to a user residence door, and the user is informed to wait for commodity taking; and 6, the user takes the commodity, and the distribution vehicle returns. The beneficial effects of the invention are that the method saves the time, improves the efficiency, and achieves the autonomous circulation of commodities.

The embodiment of the invention provides a resource scheduling method. The method comprises steps: a data amount of to-be-scheduled data is acquired; according to the data amount of the to-be-scheduled data, a frame structure for scheduling the to-be-scheduled data is selected; and according to the selected frame structure, the to-be-scheduled data are scheduled. Furthermore, the embodiment of the invention also provides a resource scheduling device.

The invention discloses a connecting device between a processor and a BOOT FLASH, and a realization method thereof. The connecting device comprises a bus logic processing unit, a controlling unit and a startup register; the startup register is used for storing the start identification of the BOOT FLASH; the controlling unit is used for monitoring the start identification and determines whether the BOOT FLASH is started successfully or not, and if so, a control signal for directly transmitting a bus signal is sent to the bus logic processing unit; and if not, a control signal which performs reversal processing to the data bus signal in the bus according to the byte order and then transmits the data bus signal is sent to the bus logic processing unit; the bus logic processing unit is connected with the processor in a default connection manner, and the corresponding connection manner can also be adopted for connection according to the byte order of the BOOT FLASH. The dynamic selection of the connection manner of the byte orders between the CPU with different byte orders and the BOOT FLASH can be realized, the method is simple, and the cost is lower.

The invention relates to a multi-level scattering focus adjust and control blood parameter monitoring device. A light source driving module drives a light source array to emit light fields with different wavelength, a wave front phase controller and a light field focus component are arranged on a light source array emission light field optical path in sequence, an array photoelectric sensor is arranged on a multi-level scattering light field emission light path, the array photoelectric sensor conducts photoelectric information transformation on the light field detected to contain monitored substance information, after the photoelectric information transformation is achieved, the array photoelectric sensor inputs the transformed information into a system control component, the wave front phase controller, the array photoelectric sensor and the system control component form a dynamic control loop, and the multi-level scattering focus adjusting and controlling is achieved; the system control component is connected with an information analysis processing component, the information analysis processing component conducts data analysis and processing on stabilized photoelectric information to obtain blood parameter index data. The device has the advantages that the device is controllable in detection area, high in monitoring precision, real-time and dynamic, good in consistency, high in anti-interference performance and reliability, wide in application range and high in flexibility, and the functions of the device are easy to extend.

The invention provides a neighbor cell adding method and device which are applied to a base station, and the method comprises the steps: receiving first measurement data, sent by a terminal, for one or more neighbor cells, wherein the first measurement data comprises signal attribute information corresponding to the one or more neighbor cells; determining a cell switching success rate corresponding to a serving cell where the base station is located and a first pilot frequency adding threshold corresponding to the cell switching success rate; adjusting the first pilot frequency adding threshold to a second pilot frequency adding threshold according to the cell switching success rate, and determining a target neighbor cell of which the signal attribute information meets the second pilot frequency adding threshold; and determining neighbor cell attribute information corresponding to the target neighbor cell, and adding the neighbor cell to the target neighbor cell when the neighbor cellattribute information satisfies a preset neighbor cell condition, thereby realizing dynamic neighbor cell selection, ensuring neighbor cell addition rationality, and avoiding excessive neighbor cell addition and insufficient neighbor cell addition.

The invention relates to a message sending method and device. The message sending method comprises the steps of determining a channel disturbance degree of a current channel of a network device, determining a target sending rate corresponding to the channel disturbance degree according to a presetting correspondence between a sending rate and a channel disturbance degree threshold, and sending a to-be-sent non-data message according to the target sending rate. By adoption of the method and the device, the sending rate of the non-data message can be adjusted according to the channel disturbancedegree; the sending rate of the non-data message is dynamically selected; the sending rate of the non-data message is improved; the time for occupying the channel resource by the non-data message isreduced; the throughput of the WLAN (Wireless Local Area Network) is improved; and the user experience of the wireless network is improved.