89results about How to "Achieve self-management" patented technology

The invention discloses a multi-source electronic commerce data processing platform and method for heterogeneous data. The platform comprises an intelligent object layer for collecting a large number of goods data through an intelligent object, a communication layer for transmitting the large number of goods data collected by the intelligent object, a service layer for receiving and storing the large number of goods data transmitted by the communication layer, processing the large number of goods data and providing storage services for an application layer, and the application layer for providing enterprise ERP (Enterprise Resource Planning) and a multi-source electronic commerce platform with an unified data interface to access the application layer and providing basic data management application, order management application, merchandise management application, warehouse management application and financial management application. By means of the multi-source electronic commerce data processing platform and method for heterogeneous data, goods information and sales orders of ERP, the multi-source electronic commerce platform and the multi-source electronic commerce data processing platform are synchronized, so that enterprise financial management is performed easily.

The invention relates to a three-specialist co-management graded diagnosis and treatment transfer treatment system and method for chronic disease. According to the system and method, the '1+1+X' management mode is creatively provided, in other words, a specialist physician, a general medical practitioner and multiple health managers make up a management team. A three-specialist co-management service mode is established under the '1+1+X' management mode. Firstly, the chronic disease specialist physician conducts diagnosis and complication screening on a patient and makes an individualized treatment and management scheme; the general medical practitioner is required to conduct daily disease condition management of the patient, monitor the implementation condition of the treatment scheme and get in touch with the specialist physician when the disease condition changes or relapses so that medical treatment instructions can be obtained; the health managers are required to implement the management scheme prepared by the specialist physician, conduct routine visit and health education and the like. By means of the three-specialist co-management graded diagnosis and treatment transfer treatment system and method, the patient can be transferred to a lower-grade community hospital, the patient with the disease condition stable is encouraged to conduct self management, and the pressure of departments of an upper-grade hospital is alleviated.

Combining file with block mode, the invention puts forward a brand new object interface in order to overcome disadvantages of system structure and mode of user service in current mass storage system. The system includes I pieces of metadata server, N pieces of object storage node, and M pieces of client end connected to each other. Three parties among client ends, object storage node and severs are realized. The system provides high expandability, and synchronous growth of memory capacity and collective bandwidth of data transmission. Changing traditional data management and control mode, object storage node OSN executes fussy functions for managing data at bottom layer of file system, and MS implements management of metadata. Based on object storage, the system realizes adaptive management function.

The invention discloses a universal SOCKET communication and process management platform applied to multiple scenes and a method. The universal SOCKET communication and process management platform is applied to a SOCKET service scene and a resident process management scene; a SOCKET service is operated in the SOCKET service scene; and a background application in the form of a plug-in is operated in the resident process management scene. Each scene comprises the following processes: operating a base framework: creating a set of processes for realizing service logic processing and waiting and responding to a user operation instruction and a report of a diagnosis process; and operating the diagnosis process: detecting the operation states of the created processes, and automatically restarting a service process which is abnormally stopped or died, such that continuous and steady operation of the whole platform can be ensured. In combination with the SOCKET service scene and the resident process management scene, the SOCKET service in the asynchronous mode can be realized; due to two platforms including an asynchronous communication platform and a service processing platform, complete functions are realized; the asynchronous communication platform and the service processing platform exchange data with a SOCKET communication mechanism in a UNIX domain through a message queue; therefore, the processing capacity is flexibly expanded; and the transaction throughput is improved.

This invention relates to a multi-dimension route correction method and application for scalable large-scale sensor network. The method includes combining cluster and flooding routes containing a route system based on cluster and flood, a sleep system based on time dispatch and a route correction method based on the optimum covered restriction, fault nodes and network energy balance. The realization process includes: generation of network organization and initial head node and distributed network generation and route correction. This method is used in route correction of large-scale expansion sensor dynamic network and autonomous intermediated piece service agent, autonomous manage intermediate service and energy balance, the optimum cover restriction and fault node judgment, time dispatch energy-save system, the uncertainty test of non-experienced knowledge and distributed coordinated algorithm data.

The invention relates to a network structure of a seepage Internet of things and a data transmission method, in particular to a stub network structure of the Internet of things without a server or a gateway, and a high-efficiency seepage route selection method based on the Small World Six Degrees of Separation, belonging to the technical field of networking of Internet of things and data transmission. The seepage data transmission method is divided into two-way data transmission and one-way data transmission based on different network links, wherein the two-way data transmission process adopts a probe route selection mode, and the data transmission process adopts a seepage process, i.e., data is encoded and split at a source node, then the data is forwarded through a plurality of routes, and a destination node assembles and decodes the data forwarded by each route to recover source data. The stub network of Internet of things and the seepage data transmission method thereof have low networking and maintenance cost and high reliability of network data transmission, dispense with feedback retransmission, reduce the expenses of network bandwidth, reduce the complexity in realizing a network protocol, ensure the security of network data, enhance the expansibility of the network, and have low requirements for the storage capacity and processing capacity of nodes.

The invention discloses a vascular endothelial function detecting device based on fingertip temperature change. The vascular endothelial function detecting device is used in the field of medical instruments and comprises a device main machine with a main control circuit board and a function module led out from the device main machine and connected with the main control circuit board. The function module comprises a blood blocking module for controlling of brachial artery blood flowing, a temperature measuring module for measuring fingertip temperature change and an oxyhemoglobin saturation measuring module for measuring fingertip oxygen content of blood. A complex algorithm using the fingertip temperature change to deduce blood vessel diameter change rate is built in the main control circuit board, complex processes of a measuring method achieve automation and intelligentization, detecting cost and device price are reduced, most people can achieve self-management of cardiovascular health state at home, monitoring cost is effectively reduced, operation process is simplified, support can be provided for families and primary hospitals to conduct cardiovascular disease early prevention and diagnosis, and the device has great significance for early prevention of cardiovascular diseases.

The invention discloses a content distribution network (CDN) node based cache centralized management system. The system is characterized by comprising one or a plurality of following modules: a network element management module, a topological management module, a performance management module, a fault management module, a statement management module and a system management module. The system adopts a centering-edge layered architecture. One or a plurality of demanded functional modules are extracted from a centralized layer and an edge layer so as to form an independent management system and are deployed on all cache nodes so as to control and manage a single cache node. Through adoption of the layered architecture in the CDN node based cache centralized management system, the management manner of centering-edge regional autonomy can be realized according to network conditions of different regions and use habits of the user, so that devices at the edge layer are managed by self, furthermore, the network data transmission traffic is reduced, and the transmission efficiency is improved.

The invention discloses an interactive children self-management system and a management method thereof. The system comprises a bionic cartoon image body, sound collectors, a WIFI antenna, image acquisition modules, a sounder and a control unit; the bionic cartoon image body at least comprises a chest and abdomen part, a head, arms, legs and a power supply module; the sound collectors are arranged at the ears on the two sides of the head; the image acquisition modules are positioned at the eyes of the head; the sounder is positioned at the mouth of the head; the WIFI antenna is integrated in the head; the control unit is arranged in the chest and abdomen part; a WIFI module for connection of the Internet is arranged in the control unit; and application programs are integrated in the control unit. According to the system, based on various data acquisition and feedback, automatic assessment is realized, and interactive dialogue with a child can be realized to softly supervise the child to complete planned activities at the specified time, so that children can develop good habits of doing things in a planned way, keeping time and understanding rules.

The invention discloses a method for monitoring mental diseases. The method comprises: acquiring data related to the mental disease condition of a patient; analyzing the acquired data; and sending out early warning information when the data meets a preset early warning condition. The invention also discloses a system for monitoring the mental diseases. The monitoring method can realize automatic monitoring of the mental disease condition by means of a computer system, and reduces the influences of doctor subjective factors; meanwhile, the monitoring method is convenient for patients to realize self management of the mental diseases and reduces the therapeutic burden of the mental diseases.

The invention discloses a sidereal hour angle based attitude control method. The method comprises S1) a Julian century corresponding to present onboard time of a satellite is obtained; S2) a sidereal hour angle is calculated; S3) an attitude conversion quaternion between a track coordinate system and an inertia coordinate system is obtained by calculation; S4) an attitude quaternion, relative to a track system, of a satellite body system is obtained by calculation; S5) an Euler angle of the satellite body system in a pitching-rolling-yawing turn order is calculated, and an attitude determining angle based on star sensor information is obtained; S6) a PD control algorithm is executed, and a control moment is obtained by calculation; and the steps S1) to S6) are repeated to realize autonomous continuous navigation and attitude control of the satellite. According to the invention, autonomous navigation and attitude control for the aircraft position are carried out only by calculating the sidereal hour angle, the problem that ground or GNSS measuring track information cannot be obtained in an abnormal state is solved, autonomous management of the satellite is realized, and the reliability and survival capability of the satellite are improved.

The invention discloses a method of achieving parcel delivery and pickup in a network-free coverage environment, and relates to the technical field of delivery of parcels or articles in postal service, express delivery, logistics, and distribution industries. The method comprises the steps of package delivery and pick-up, wherein the package delivery step comprises the steps that a delivery man operates a delivery cabinet through a delivery program, and completes a delivery operation according to prompts; after the completion of the delivery operation is confirmed, a password for the pickup is generated by the delivery program of the delivery man, and the password is verified whether or not it is duplicated, if the verification is not passed then the password is regenerated until a non-duplicated password is generated; delivery information is generated by the delivery program of the delivery man, a control board receives and verifies the delivery information, after the verification is passed, confirmation of the delivery information is returned to the delivery program, and the delivery program saves the delivery information to a terminal database of the delivery man. The method can achieve parcel delivery and pickup in the network-free coverage environment, and does not need background server support.

The invention discloses a hybrid protocol-based intelligent power distribution network wireless communication system. The system comprises a terminal node, a power distribution network gateway and a wired network, wherein the terminal node is controlled by an intelligent power distribution network control center; the wired network is connected with a transformer substation; the terminal node is a far terminal unit (FTU) of a power distribution substation; the wired network of the transformer substation communicates with the power distribution network gateway through a wired network or a wireless network; the power distribution network gateway communicates with the terminal node through wireless communication. Self management, self configuration and self optimization functions of the wireless communication system are realized, the wireless communication system supports switching functions among a plurality of wireless protocols, such as zigbee , 802.11, WCDMA (Wideband Code Division Multiple Access), TD-SCDMA (Time Division-Synchronization Code Division Multiple Access), TD-LTE (Time Division-Long Term Evolution) and FDD-LTE (Frequency Division Duplex-Long Term Evolution), supports a hierarchical management function on QoS (quality of service) of services, meets the requirements of remote signaling, remote measurement and remote control of a power distribution network, supports a data fusion function, and reduces redundancy and data transmission amount.

The invention discloses a power-up switching control system of a cold backup redundant satellite-carried computer. The system comprises a complete power-up circuit, a watchdog startup circuit, a power monitoring startup circuit, a port shutdown circuit, an or gate logic circuit, a phase inverter drive circuit and a control relay, wherein the or gate logic circuit and the phase inverter drive circuit are arranged in series corresponding to each single-chip microprocessor respectively; the control relay is arranged at a power input end of a host or a standup machine respectively. The control method comprises the following steps: performing power-up switching management between backup single machines in real time by monitoring the working states of the machines and the power supply situation; monitoring the fault of the working single machines and feeding back by using monitoring of read-write operation of the single machines to finish automatic switching between the host and the standup machine; monitoring the power failure of the working single machines and feeding back through monitoring of single machine power supplies to finish automatic switching between the host and the standup machine; realizing shutdown processing on other single machines after power-up by controlling ports of the power-up single machines to guarantee the working state of cold backup. Active switching is realized, and the reliability is high.

The invention discloses a file storage method and system, electronic equipment and a medium. The method comprises the following steps that: according to the file parameter of a file to be stored, generating a storage request, wherein the storage request comprises a duplicate requirement number; sending the storage request to an external node; obtaining the information of the external node which receives the storage request; selecting a plurality of storage nodes from the external node which receives the storage request; according to the amount of selected nodes, coding the file to be stored into a plurality of files; and distributing a plurality of coded files to the selected storage node. The file to be stored is coded into the plurality of files, the coded files are subjected to distributed storage to different storage nodes, a central server is not required, and therefore, a risk that the distributed storage data is leaked is extremely low; and in addition, different storage nodesare usually positioned on different addresses, so that a situation that a great number of storage nodes loss can be avoided, and therefore, the reliability of the storage data is high.

The invention relates to the field of mobile intelligent ball (comprising but not limited to tennis balls, ping-pong balls, golf balls and the like) picking devices. The invention provides an intelligent tennis ball picking robot which integrates the functions including autonomous navigation, automatic obstacle avoidance, autonomous recognition, picking, collecting, tennis ball conveying, automatic charging and the like. For a ball picking and collecting system based on a conveyor belt with brushes, the structure design is simple, the implementation is easy, and a plurality of tennis balls canbe simultaneously picked up, so that the ball picking efficiency is high; the robot can sense the environment change according to the visual sense or a laser radar, and carries out map updating; therobot can recognize site scribing and the state of an athlete, and can not influence the activity of the athlete; the robot can autonomously roam to form an environment map, and the manual intervention is not needed; the robot can pick up different balls and is compatible to most ball baskets, and the special customization is not needed; and in addition, the autonomous charging is realized, the automatic returning is realized, and thus the management cost is low.

The invention relates to a method for retrieving interest points, which comprises the following steps of: 1) reading the data of interest points in a map; 2) calculating peripheral interest points and peripheral distances; 3) screening the interest points meeting requirements through a peripheral binary sort tree of a fixed node number n; and 4) extracting the interest points meeting the requirements out. Through the method, the calculation time for each interest point, the time for calculating the peripheral distance between two interest points and the time for searching for the interest points matched with results can be shortened, so that retrieval time is greatly shortened. In addition, the method has the advantages of realizing the self-management of a memory and avoiding the problem of low speed caused by the small capacity and frequency allocation of the memory of a terminal.

The invention relates to a link stability assessment method in a VANET (Vehicular Ad-Hoc Network). The link stability assessment method in the VANET comprises the following steps of: resolving the velocity vector between two vehicles into Vx at the parallel direction of a road and Vy at the vertical direction of a road; assessing the duration time delta t of a link formed between two vehicles according to the current distance d between two vehicles, the maximal wireless transmission distance of vehicle nodes as well as the current velocity Vx; and calculating the credibility for the assessed and calculated duration time. The link stability assessment method in the VANET can be used for selecting the next hop transmission node of a data package through calculating the stability of the link, and can be used for improving the link robustness, improving the throughput rate of the whole path, and reducing the transmission time delay of the data package.

The invention provides a rack-mounted server system with a case management function. The system comprises multiple server nodes and a system backboard; the server nodes are connected with the system backboard; the server nodes output management information to the system backboard; the system backboard is used for determining the positions of the master and slave nodes of the server nodes; the server node determined as the master node is taken as a management node responsible for the case management function; the other server nodes close the case management function. According to the system of the invention, automatic management in the case of the rack-mounted server system can be realized through setting the multiple server nodes and setting one master node and multiple slave nodes; participation of an extra management module is unnecessarily; namely the system management can be realized without equipping a special management module in the case; the case management has master and slave redundancy function; the master node and the slave nodes are distinguished according to the installation positions of the server nodes instead of distinguishing by the server nodes themselves; the structure is simple; and the use is convenient.

The invention discloses a standard self-service trusteeship system used in a laboratory. The system is implemented by foreground exhibition and background basic bibliographical data supporting; when being typed in, a trusteeship standard is automatically compared with basic bibliographical data for the first time; when the basic bibliographical data is updated, the system automatically compares the new basic bibliographical data with the trusteeship standard; if the trusteeship standard is changed, the change of the trusteeship standard is automatically displayed on a foreground; and a standard user is informed by a short message or an e-mail. By utilizing the standard self-service trusteeship system, standard change information is effectively transmitted in real time through an Internet technology conveniently and quickly; and a laboratory standard is automatically compared with a standard bibliographical database accurately and reliably.

The invention discloses a system for connecting a medical block chain and the Internet of Things. The system comprises a connection device with a bridging effect, a medical block chain and the Internet of Things. The connection device uses an information secret key (an information access private key or an information access public key) to perform intelligent contract registration on the medical block chain, sets conditions needing to be met when other connection devices access resources of the connection devices through information access, and stores the information needing to be registered inthe medical block chain; The connection device comprises an information access monitoring module; the information access monitoring module is used for generating an information access private key andan information access public key, performing encryption processing and decryption processing on the information access private key and the information access public key through an algorithm, and sending the information to each medical block chain information storage node in the medical block chain. A medical block chain information storage node is arranged in the medical block chain and comprisesa data layer, a network layer, a consensus layer, an interaction layer and an application layer.

The invention relates to a big-data health management platform which comprises a data acquisition module, a big data server, a mobile terminal and a wireless communication module. The data acquisition module acquires physical sign data of users, the physical sign data are sent to the big data server, the big data server analyzes the physical sign data received presently according to the data saved in the data storage module to generate health management report finally, and users check the health management report through a mobile terminal, and can communicate with doctors through an online consultation module at the same time. The big-data health management platform can detect environmental parameters of current locations of the users and then provides environmental management suggestions to the users. Besides, by the big-data health management platform, the users can do individual self-monitoring through the mobile internet, can contact with the doctors online anytime anywhere, and can learn the symptom trends clearly through the health management report and obtain corresponding suggestions on treatment, diet and exercises.

A calling center business system is provided, which comprises an overall configuration database adapted to store business databases, mapping relationship among a plurality of zones, corresponding relationship between a plurality of operators and the plurality of zones, and skill sections of the plurality of operators; a business database adapted to store automatic service data, manual service data and related data in report; an automatic service module adapted to provide automatic service to the accessed user by the access to the overall configuration database and based on the automatic service data in the business database in the zone where the accessed user is located, and also adapted to transfer the service to a manual service module under the condition that the accessed user need themanual service; a manual service module adapted to provide manual service to the user according to the relevant information in the business database; and a service report module adapted to generate aservice report and indentify the authorization of the operator inquiring the generated report according to the corresponding relationship between the plurality of operators and the plurality of zonesand the skill sections of the plurality of operators.

The invention discloses a human resource management system, which relates to the field of management systems and comprises a user terminal, a scheduling server, a service server, a token server and anemployee database, Wherein the user terminal is connected with the scheduling server; wherein the user terminal is connected with the service server; wherein the scheduling server communicates with the service server through a first local area network, the service server communicates with the token server through a second local area network, the service server communicates with the employee database through a second local area network, and the token server communicates with the employee database through a second local area network; The two layers of physical networks are adopted, namely the terminal, the scheduling server and the business server adopt the same physical network, and the business server, the token server and the employee database adopt the same physical network, so that thephysical isolation between the terminal and the employee database is realized, and the information security of the database is ensured.

The embodiment of the invention discloses a patent whole-process management method, system and equipment applying a block chain technology. Patent whole-process management is divided into three processes, namely patent application management, patent maintenance management and patent operation management, and each process has corresponding managed data, consensus contract rules and nodes; a consensus contract rule corresponding to each process is formulated in advance, and each process is managed by storing the managed data in the corresponding auxiliary chain; and the auxiliary chains can be independently operated and managed and can also be operated and managed in a mutual cooperation mode. On the basis of a traditional patent application management system, patent maintenance management and patent operation management are added, the patent management process is extended, multiple persons involved in patents are gathered on the same platform, centralized distribution and management ofresources are achieved, the number of clients is effectively increased, and the problem of patent management cost caused by individual management of each enterprise is solved, and the maximization ofpatent value is effectively realized.

The invention discloses an automatic activation and charge-discharge management system and method for a terminal nickel-metal hydride battery. The system comprises a human-computer interaction unit, amain control unit, a nickel-metal hydride battery unit, an upstream communication unit, a functional interface unit and a metering unit, wherein the nickel-metal hydride battery unit is connected with a charge power supply interface inside the functional interface unit; the nickel-metal hydride battery unit is further used for providing working voltage for the main control unit, the communicationunit and the interface unit; the main control unit is connected with a microphone through the upstream communication unit, and the main control unit is further connected with an earphone and a serialport communication unit; and the main control unit comprises a charge circuit, an active discharge circuit, a temperature detection circuit and a control management unit. The identified conditions ofcharge and discharge events are realized, and charge and discharge of the battery are disconnected under the condition of inappropriate temperature, self-management and automatic activation capacities of the terminal nickel-metal hydride battery are realized at the minimum hardware cost, the system is novel in structure and smart in conception, reliable operation of the terminal nickel-metal hydride battery is guaranteed, and the system has good application prospects.

The invention provides an electronic case history folder information system based on a block chain and an IPFS, and belongs to the field of medical information management, and the system comprises a registration module, an information storage module, an automatic evidence storage unit, an authorized access module, a retrieval module and an acquisition unit. According to the invention, a patient can autonomously manage own electronic medical records, including authorized access by the patient and completely eradication of access to the electronic medical records without authorization of the patient; the trust problem of the electronic medical record sharing and developing process is solved, permanent storage of the electronic medical record is achieved, tampering cannot happen, and retrieval and modification are traceable. And safe sharing of electronic medical records is ensured. And meanwhile, the storage and transmission of the electronic medical record can be safely, efficiently and quickly processed.

The invention belongs to the technical field of direct-current power supplies, and particularly relates to a dynamic optimization method and device for a direct-current power supply storage battery pack. The method comprises the steps of collecting initial operation parameters of a storage battery; constructing an initial management control model of the direct-current power supply storage batterypack according to the collected initial operation parameters, and realizing SOC estimation according to the initial management control model; identifying the overall series-parallel connection relationship of the battery network according to the SOC estimation result and the initial management control model; realizing dynamic recombination of the battery network topology according to the overall series-parallel connection relationship of the battery network; and monitoring the storage battery pack according to the dynamically recombined battery network topology, and dynamically optimizing thesingle batteries in the storage battery pack according to the voltage change according to the monitored operating parameters of the direct-current system. According to the invention, monitoring and dynamic optimization of the direct-current power supply storage battery pack are realized; self-configuration, self-management and self-healing of a power battery grouping system are realized; the overall reliability, durability and safety of the system are improved; and the method and device are simple, efficient and highly accurate.

The invention discloses an autonomous cooperative control method and system based on distributed consistency and self-networking. The control method comprises guidance control, coordination control and autonomous management; an on-board computer conducts ontology guidance on a single aircraft through adopting terminal time and angle controlled guidance instruction by taking to-fly time as a coordination variable; according to a space-time cooperative control method based on the distributed consistency in a group cooperative flight network, cooperative arrival time of a group is determined according to predicted to-fly time of each aircraft and the cooperative arrival time is used as the terminal time of the guidance control; and adaptive networking is carried out according to the current flight state of each aircraft and the control capability constraint of each aircraft in the group, and the coordination control based group cooperative flight network is adjusted in real time. According to the method, flight dynamics, optimal control and consistency theories are integrated to achieve the purpose of guidance, the complex environment and fault processing capability of the group can be effectively improved, the cooperative guidance precision is high, the communication traffic is small, and the realization difficulty is reduced.