49results about How to "Optimize management mode" patented technology

The invention provides an intelligent livestock breeding management system and method based on a big data technology, and relates to the technical field of intelligent livestock breeding. The system comprises a data acquisition module, a data transmission module, a farm computing center and a cloud computing center, The data acquisition module acquires six element data for determining the height of the livestock breeding level and transmits the six element data to the livestock farm computing center; The farm computing center transmits the six element data to the cloud computing center throughthe data transmission module; And the cloud computing center establishes a 5 + 1 animal value model for processing the six element data and feeds back a processing result to the farm computing center, and the farm computing center sends out a control instruction to control terminal equipment of a farm. According to the livestock intelligent breeding management system and method based on the big data technology, the optimal breeding management scheme is fed back to the intelligent breeding terminal equipment through the cloud computing center, and intelligent breeding management of livestock is achieved.

The invention discloses an SDN-based vehicle self-organizing network mobile switching system. The system comprises the following steps: according to a network topology and vehicle node access information acquired in real time, predicting the strength and the position of a switch signal received by a vehicle node at the next moment, when judging that the vehicle node is to be switched from one switch to another switch, entering a pre-switching state; respectively calculating the shortest path of a correspondent node CN to HoA and CoA that communicates with a routing calculator by the routing calculator according to the address mapping (HoA, CoA) of the vehicle node, and generating a path pair; selecting a switch that minimizes the total overhead of number of issued flow tables and the forwarding path length as an optimal forwarding switch by an LMA selector, that is LMA; and inserting flow table information including the shortest path from the CN to the CoA on a switch between the LMA and the CoA. The SDN-based vehicle self-organizing network mobile switching system provided by the invention can realize dynamic routing, save information overhead, and reduce the switching delay and packet loss rate.

The invention provides a network-based self-adaptive control system for greenhouses of facility agriculture, which adopts a star network control structure with an upper computer in combination with a plurality of sets of lower computers, the upper computer serves as a central monitoring master station, each lower computer serves as a field control substation, and the upper computer communicates with each lower computer; the upper computer comprises a personal computer, in which configuration software and management decision-making software are installed, each lower computer comprises a human-computer interaction interface, a PLC (programmable logic controller), an execution mechanism thereof and a parameter monitoring device, the human-computer interaction interface communicates with the PLC, and the environmental information detected by the parameter monitoring device is uploaded to the PLC via an analog-to-digital conversion module and processed. The network-based self-adaptive control system is applicable to single greenhouses or multi-span greenhouses, and with information acquisition and storage, automated control, data processing and network transmission as signs, the network-based self-adaptive control system has high control precision, high stability and a simple structure, is convenient to install, can effectively improve the greenhouse management mode and increase labor productivity, and realizes the unified scheduling, configuration and management of greenhouses.

The invention discloses a distributed intelligent detection management system for a dormitory. The system is composed of a sensor module, a display module, an alarm device, a master control module, wireless transmission modules, an administrator PC machine side, student mobile phone user sides, and an ACCESS database; the sensor module, the display module, the alarm device, and the master control module are arranged at a detection control front end inside a dormitory and the administrator PC machine side, the student mobile phone user sides, and the ACCESS database are arranged at a management query rear end. Human body infrared information, light intensity signals, and sound signals inside the dormitory at different time periods can be detected by using ways of pyroelectric infrared sensing, sound sensing, and luminous intensity sensing and the like. Under control of the main control module, detection information is centralized to the administrator PC machine side by the wireless transmission modules; an administrator inquires the detection information to carry out sleeping time discipline detection inside the dormitory and school-time attendance detection and the like and can activate a warning circuit when necessary to carry out warning and prompting. All records are stored to the ACCESS database, thereby realizing inquiring and usage by the administrator PC machine side and the student mobile phone user sides. Therefore, intelligent and optimized management of the student dormitory can be realized.

The invention relates to a method based on RFID plant transplanting management and a system thereof. The method is characterized in that an RFID chip possessing transplanting plant coding is installed on a managed plant and transplanting information databases corresponding to each plant is established on a database server; a manager detects RFID chip coding through an RFID reader and realizes updating operation and maintenance of the plant transplanting information databases and patrol management through a network. The transplanting plant coding adopts 18-bit coding. Coding contents comprise a 6-bit administrative area code, a 8-bit transplanting measurement date and a 4-bit work serial number. The method of installing the RFID chip possessing the transplanting plant coding on the transplanting plant adopts a mode of boring implantation so that the RFID chip is implanted into the transplanting plant. By using the method and the system of the invention, standardization management of the manager of the plant transplanting is realized; management cost of the plant transplanting is reduced and simultaneously information sharing and publishing are realized.

The invention relates to a tea tree cultivation method suitable for mechanized management. The tea tree cultivation method suitable for mechanized management comprises arrangement of protecting tea rows, tea tree planting rows, preparation rest areas and working channels. The tea tree cultivation method is characterized in that the protecting tea rows (2) are respectively arranged on the periphery within a planting field (1), the tea tree planting standards of the protecting tea rows (2) conform to the requirements of the tea tree planting rows (3); longitudinal working channels (6) are arranged between the tea tree planting rows (3); the longitudinal working channels (6) arranged between the tea tree planting rows (3) are communicated with horizontal working channels (5), and two preparation rest areas (4) communicated with the longitudinal working channels (6) and the horizontal working channels (5) are arranged in an opposite angle area of the planting field (1). Whole-course mechanized management of a tea garden can be achieved, and pressure of labor shortage is relieved.

The invention discloses an ultra-wideband positioning and communication integrated terminal, which comprises a monitoring unit used for monitoring the real-time positions and track parameters of vehicles, tunnels and personnel, automatically updating and retrieving the information and track parameters of vehicles, tunnels and personnel, and remotely controlling an electronic fence, a UWB positioning base station, track lane change and traffic signal change; and an early warning unit used for receiving the real-time positions and track parameters of the monitored vehicles, tunnels and personneland carrying out early warning on track parameter changes, vehicle position changes and personnel position changes. According to the invention, a mobile server, a flexibly deployed base station, a low-consumption portable terminal label and a high-precision positioning algorithm are integrated, and an indoor 3D navigation map is scanned and established in combination with a NavVis system, so thata positioning and monitoring system for integrated service is formed.

The invention relates to the technical field of communication systems, in particular to an intelligent helmet communication system. An intelligent helmet communication system includes an electronic fence and an operator's base station. The operator's base station signal covers the electronic fence area. The electronic fence is equipped with entry and exit controls, and the intelligent helmet worn by the staff is connected to the operator's base station. This smart helmet communication system has the following advantages: 1. Make up for the shortcomings of the traditional Internet of Things communication that requires a separate receiver (base station); 2. Combine multiple communication positioning technologies to optimize the management mode of construction personnel: 3. Realize in no-signal areas Communication function; 4. At the same time as Nbiot base station positioning, GPS assistance can be used to provide more accurate positioning through algorithms; 5. Quantifying the data of communication feedback parameters provides the feasibility of digitalization of system integration.

The invention relates to an intelligent hydropower plant system. With an integrated management and control platform as a core, the intelligent hydropower plant system adopts a layering and zoning principle, integrates intelligent devices, intelligent base systems and intelligent advanced applications, and combines an intelligent distributed structure of a public service and information security system. Transversely, the intelligent hydropower plant system comprises a production control area I, a production control area II, and a management information large area, wherein the production controlarea I, production control area II and management information large area are constructed in different areas according to a security protection requirement of a power secondary system; and longitudinally, the intelligent hydropower plant system comprises a process layer, a unit layer and a plant station layer, wherein the process layer, the unit layer and the plant station layer are constructed ina layering manner based on an IEC61850 communication protocol. The intelligent hydropower plant system is based on system architecture and functions, can be used for directing planning, designing andtransforming of an intelligent hydropower plant, so as to enable the hydropower plant to run safely and reliably and achieve goals of being economical and efficient, and flexible and intelligent.

The invention discloses an internet human resource management system, which mainly comprises a decision analysis module, a database, a selection matching module, a system control module, a data collection module and an information coordination module. The system control module analyzes employee information in an enterprise to select a human resource management system model; the employee information is sent to the selection matching module, the selection matching module matches the employee information according to a sub-management module in the human resource management system model, and after different employees are matched and divided, the employees collect enterprise information in the enterprise operation process through the data collection module and store the enterprise information in the database; and the information coordination module analyzes the working information in the database according to the matching coefficient to obtain complete enterprise operation data, and the decision analysis module performs analysis and decision according to the data information to obtain a decision result, so that the management efficiency of small and medium-sized enterprises and the utilization rate of a human resource management system of a large enterprise are improved.

The invention discloses a fixed asset information reading system and a work flow thereof, comprising a scanning device and a cloud platform, wherein the scanning device and the cloud platform are connected in the form of wireless communication. By using high density coding, large capacity, good aesthetics, with error correction function, a two-dimensional code with an error rate of not more than one in ten millionth, paste a QR code with fixed asset information on the original equipment, without changing the functionality of the device, without affecting the aesthetics of the equipment, A 2D code is scan by a wireless scanning device to read a fixed asset of that device, Through modern equipment to display fixed asset information in the form of electronic data, greatly reduce the traditional fixed asset statistics and reading consumption of manpower, physics, optimize the management mode of modern human fixed assets, to solve the existing anti-counterfeit technology of the problem of high production costs.

The invention relates to an intelligent storage management system for power transformation equipment spare parts. The system comprises the power transformation equipment spare parts, and is characterized in that electronic tags are attached to the power transformation equipment spare parts and communicate with an electronic tag reader; and the electronic tag reader communicates with an upper computer. In order to improve asset management accuracy, the intelligent storage management system is established by taking a radio frequency electronic tag technology as a core and adopting an intelligent management means based on computer networking; by the system, the fine management of local spare parts can be realized, the storage, delivery and the like of the spare parts are dynamically arranged, and the whole storage operation process is electronically operated; and compared with the traditional management system, the system has incomparable advantages.

The invention discloses an intelligent control system of an LED (light-emitting diode) outdoor screen. The system comprises a photosensing device and a camera, wherein the LED outdoor screen is connected with an LED brightness processing module and an LED switch processing module; the photosensing device and the camera are connected with a single central processor; the central processor comprisesan information acquisition module and an information publishing module that are connected with an internal local area network; and the central processor is further directly connected with the LED brightness processing module and the LED switch processing module, can process data collected by the photosensing device and the camera and transmits the collected data to the brightness processing moduleand the switch control processing module for automatic adjustment and control of an analog value and power switch-on/off of the LED screen. After the system adopts the structure, an ornamental valueand stability of the LED outdoor screen are effectively improved; the energy consumption is greatly reduced; the service life of the LED screen is prolonged at the same time; more convenient management is provided for an LED screen manager; an audience obtains more aesthetic frame; and the management cost and operating cost are greatly lowered.

An autonomous flight and variable spraying plant protection unmanned aerial vehicle system is used for achieving intelligent monitoring of farmland crops and conducting pesticide spraying according tothe disease conditions of the crops. The system comprises an unmanned aerial vehicle and is characterized by further comprising an installation unit arranged at the bottom of the unmanned aerial vehicle and used for achieving rapid installation and detachment of the unmanned aerial vehicle and accessory parts; the plant protection unmanned aerial vehicle system also has the following parts: a pesticide spraying system arranged on the unmanned aerial vehicle, wherein an adjusting unit is arranged on the pesticide spraying system, and the adjusting unit is used for adjusting the pesticide spraying amount; a pesticide barrel that serves as an accessory part and is connected with the installation unit; a multispectral camera that is used as an accessory part and is connected with the installation unit; and a cloud server that is in signal connection with a communication tower through a 4G network, wherein the communication tower is in wireless communication with an on-site ground stationthrough WIFI, the communication tower is in signal connection with a radio station ground end, and the radio station ground end is in wireless communication with the unmanned aerial vehicle. The plantprotection unmanned aerial vehicle system can perform pesticide spraying according to disease conditions.

The invention discloses an integrated electricity utilization management software platform system and a management method thereof. The integrated electricity utilization management software platform system comprises a user management center, an electricity utilization management center and a centre database used for storing and processing the data between the user management center and the electricity utilization management center; a plurality of repeaters are used for connecting each ammeter with the cell business management center computer in the electricity utilization management center, and the repeater adopts a relay driving module composed of a transistor, a diode, a relay coil and a contact switch; the integrated management for the electricity utilization for the subsystem in the cell can be achieved by adopting the system and the method, the automatic meter reading technology is adopted for saving the manpower resource, the calculating accuracy of the electricity utilization electric quantity is higher, the billing error phenomenon caused by estimation or transcription is reduced, and the electricity utilization is convenient and fast.

The invention discloses a BIM (Building Information Modeling)-based large steel structure building engineering full-life-cycle management method. The method specifically comprises the five steps of building of a collaborative design platform based on the BIM and augmented reality technology, building of a full-stage effective database, building of a steel structure construction intelligent management platform, integration of a BIM + three-dimensional scanning and mixed reality completion model and building of a green intelligent operation and maintenance platform. From the full life cycle of a large steel structure building project, the invention aims to establish a full life cycle intelligent management system based on the BIM technology, effectively solve communication obstacles and data barriers independently generated in each stage, and reduce the influence of sudden major situations such as epidemic situations and the like by using an informatization and intelligentization management mode.

The invention discloses a data acquisition and feedback control system for pre-establishing a medical care plan. The data acquisition and feedback control system comprises a medical care management and control center (1), a care plan input module (2), a monitoring sensing module (3), a portable supervision terminal (4), a network communication module (5) and an emergency alarm module (6); and the medical care management and control center (1) is in communication control connection with the care plan input module (2), the monitoring sensing module (3), the portable supervision terminal (4), the network communication module (5) and the emergency alarm module (6). According to the data acquisition and feedback control system and method for pre-establishing the medical care plan, a reliable and effective care plan is generated through big data and historical experience data based on input information and body characteristics of a specific nursed person, the more scientific care plan is formed, and the health of the nurse is better maintained.

The invention, which relates to the technical field of intelligent parking, discloses an underground parking lot management system based on a ZigBee-Bluetooth technology, comprising a parking space lock, a geomagnetic parking space sensor, a parking lot data storage platform and a WeChat cloud service platform. The parking space lock and the geomagnetic parking space sensor are connected through an interface provided by the ZigBee terminal node processor to form a ZigBee terminal node; the ZigBee terminal nodes collect parking space information according to the specified frequency and access the ZigBee ad hoc network, and the ZigBee ad hoc network uploads the parking space information of the underground parking lot to the parking lot data storage platform in a mesh topology mode and then shares the parking space information to the WeChat cloud service platform. A user can select a proper parking space through the WeChat applet and make an appointment; when the user enters the underground parking lot, the RSSI positioning algorithm is used to realize parking navigation and reverse vehicle searching functions, the intelligent degree is high, and the parking space management efficiency is effectively improved.