35results about How to "Transparent management" patented technology

A distributed software system provides functionality for users to cluster together various types of computing devices (PCs, mobile phones, PDAs, set top boxes, IP appliances, etc.) and associated service resources (landline telephone, mobile telephone, long distance service, VoIP, instant messaging, etc.) to form a service cluster, and to effectively bind the service cluster to a common user identity. The software system enables each service resource that is natively available to a device in the cluster to be accessed and used by the other devices in the cluster. For example, in one embodiment, a call placed to any device in the cluster can be routed to and answered on any other device in the cluster, transparently to the caller. A cluster owner can also grant permissions to other users to use particular service resources available to the cluster. Routing of calls is handled efficiently using a distributed hash table system.

The invention discloses a driving school training and management comprehensive system, which comprises a driving school ERP (enterprise resource planning) management system, mobile terminals, a vehicle-mounted system and a driving school video monitoring system. A working method comprises the following steps of recruiting a student through a student recruiting management module, enabling the student to order classes at a student terminal through a training ordering module after the student is recruited, a system to upload class ordering information to a teacher management module, enabling a teacher to verify the class ordering at a teacher terminal through the teacher management module, and enabling the student to order and attend a driving license examination through an examination ordering module after the student completes learning. The driving school training and management comprehensive system has the advantages that the teacher, a vehicle, the student and the training progress can be controlled through the driving school ERP management system, the mobile terminal and the vehicle-mounted system, the teacher and the student can order and arrange the classes by self through the student terminal and the teacher terminal as the mobile terminals, the real-time transparent management is realized, the student training efficiency is improved, the teacher service quality is improved, and the supervision degree of a training school on training is enhanced.

A set of data caching techniques are described which are used to seamlessly store data across both RAM and flash based memory. The techniques utilize a memory manager that includes a RAM journal and a flash journal to efficiently store the data and to make the management of the data across both mediums transparent to the user. The flash based journal works in conjunction with the RAM journal and takes the overflow of data from the RAM journal when certain capacity limits are reached. The resource manager uses journaling techniques to write data to the cache and manages the garbage collection created by the data journaling.

The invention relates to a two-way active speed limiting and overspeed early warning system based on the internet of vehicles. The two-way active speed limiting and overspeed early warning system comprises a host, a remote controller, a monitoring center upper computer system and the mobile internet. A default speed limit value is set through the system, and a driver can actively limit the speed within a prescribed limit through the remote controller according to actual situations; the upper computer system can actively limit the speed or the preset speed limit within the prescribed limit according to supervision requirements or special-line sections through remote instructions and has the priority, namely, the driver can only limit the speed to be lower than a speed limit value set by the upper computer system and the speed and can not cancel speed limiting. When the speed is out of the speed limit set by the driver, voice warning is automatically triggered by the host; if the speed is out of the speed limit set by the upper computer system, the host gives an alarm and uploads overspeed information, and the overspeed information is recorded in the upper computer system. The driver can press any button to cancel speed limiting, and the upper computer system sends speed limiting canceling instructions to the host to cancel speed limiting. The system can ensure that the user actively sets speed limits and cancels speed limiting according to actual requirements, is more humanized and facilitates safety.

The invention relates to a carbon transaction system and method based on a block chain. The method comprises the steps that: a carbon emission acquisition module acquires carbon behavior data and generates carbon emission data, wherein the carbon behavior data comprises at least one of carbon consumption and carbon emission reduction behaviors; a carbon transaction module adds a time point to thecarbon behavior data and processes the carbon behavior data into a distributed carbon transaction bill; a block chain module configures the carbon transaction bill for each block chain node; and a carbon transaction management module confirms and stores carbon transaction and carbon transaction data between different buyers and sellers of each block chain node in the block chain module. Accordingto the invention, the block chain technology is combined with carbon transaction, the decentralization, transparency, tamper resistance, forgery resistance, system autonomy and other advantages of theblock chain technology are utilized, real-time, transparent and tamper-resistant block chain carbon asset management can be carried out on carbon assets and carbon emission rights of high-energy-consumption carbon emission enterprises and green and energy-saving enterprises, and technical support is provided for future carbon finance.

The invention discloses a steel bar information full life cycle management method based on a BIM technology, and belongs to the field of BIM technology application, and the method comprises the following steps: 1, importing structure design software on a BIM platform, and building a BIM three-dimensional information model; And step 2, importing analysis software on the BIM platform to form a component flat reinforcement information achievement package. BIM database platform establishment, the steel bar information can become a database file capable of being inherited and traced; Proprietor, the design party, the construction party and the supervision party are taken as application participants of the BIM system; The comprehensive project management system is operated through the Web browser and the mobile client, the construction transparency is improved, the proprietor unit, the supervision unit, the construction unit and the like can timely and accurately know the quality, safety andprogress of a construction site, it is ensured that a project is smoothly carried out, and information is provided for full-life-cycle information management of steel bars.

The invention discloses a method of intelligent identification, positioning, tracing, monitoring and predicting based on money issuance and circulation of service oriented architecture (SOA). The method of the intelligent identification, positioning, tracing, monitoring, and predicting based on the money issuance and the circulation of the SOA comprises steps as below: building sensing layers, transporting layers, application layers and universal description discovery and integration (UDDI) directory service centers respectively at a central bank, a third party cash logistics corporate organization 3PCL and money material object supplying chains of commercial banks. The sensing layers and the transporting layers are connected through user network interfaces, the transporting layers and the application layers are connected through application network interfaces, and the application layers and the UDDI directory service centers are connected through the hypertext transport protocol (HTTP) or the simple object access (SOAP) protocol. The method of the intelligent identification, positioning, tracing, monitoring and predicting based on the money issuance and the circulation of the SOA achieves intellectualization of a money material object supplying chain by using internet of things technology, enables original information systems and a new-built information system of nodes of the supplying chain not to be 'information isolated islands' any more by adopting the SOA framework, truly achieves sharing of resources and information, assists to achieve intelligent identification, positioning, tracing, monitoring, scientific predicting and management of money issuance and circulation, and guarantees the money material object supplying chain to be managed high-efficiently and safely.

The invention discloses an implementation method of a commodity anti-counterfeiting verification platform based on a block chain structure, which comprises the steps of giving a serial number to a commodity, generating a public key and a private key of the commodity, and uploading the public key to a block chain background network; uploading the serial number and a bar code of the commodity to theblock chain background network, and stamping a timestamp; respectively printing the date when a DTS receives a file in the timestamp and the serial number and bar code of the commodity on the corresponding commodity, and enabling the date when the DTS receives a file in the timestamp to serve as the actual production date of the commodity; converting the private key into a two-dimensional code, attaching the two-dimensional code to the commodity, and coating the two-dimensional code with an anti-counterfeiting scratch layer; and scanning the two-dimensional code of the commodity by a consumerby means of a consumer client, sending the private key to the block chain background network for performing verification with the public key of the commodity, generating a verification character, loading the verification character to the block chain, and stamping the verified timestamp. The implementation method has the characteristics of simple and convenient anti-counterfeiting operation, excellent anti-counterfeiting performance, open and transparent information and the like.

The invention provides an abnormal power consumption data detection method. The method comprises the steps of data acquisition, data cleaning, data dimension reduction, model establishment and abnormal user screening. The invention also relates to an abnormal power consumption data detection system, electronic equipment and a storage medium. According to the invention, problems existing in line loss management are effectively solved, data mining research and analysis can be carried out for line loss abnormity of a transformer area power utilization system, line loss management is enabled to bemore transparent and efficient, comprehensive management application of the line loss management can be developed, and finally objectives of energy saving, loss reduction and standardized managementare realized.

The invention relates to a sewage treatment system, and particularly relates to a small sewage treatment system based on a programmable logic controller (PLC). The system comprises a PLC, a camera, afault detection module which is connected with the PLC and used for detecting system faults, a power-off protection module which is connected with the PLC and used for performing power-off protectionaccording to a detection result of the fault detection module, a wireless communication module which is connected with the PLC and used for wireless communication, and a water quality detection modulewhich is connected with the wireless communication module and used for detecting water quality of treated water. A monitoring video shot by the camera is coded by a video encoder and then is sent tothe PLC through the wireless communication module, and a handheld terminal is connected with the wireless communication module and used for displaying the detection result of the water quality detection module and the monitoring video. The technical scheme provided by the invention can effectively overcome the problems that in the prior art, transparent supervision cannot be carried out on a sewage treatment process and the amount of a flocculating agent cannot be automatically selected.

Multi-sensor Internet of Things resource adaptive deployment management and control middleware is designed and constructed, and data dynamic decision is made based on environment close calculation; middleware is designed to realize fusion access deployment of various wireless communication network nodes; through virtualization of attributes and processing of sensor nodes in a sensing network, a virtual sensor abstract pool is formed in a middleware platform, and implementation details of heterogeneous sensing nodes and a communication protocol are shielded; according to the design, a real-time dynamic management and control message publishing and subscribing process of an application end in the aspects of node resource discovery and deletion, node running state monitoring, node working modes and the like is realized, and end-to-end interaction between a sensor node and the application end is realized; data filtering and calculation are added in the middleware, interconnection and intercommunication between different devices of the sensor network are achieved, the problem that heterogeneous network information nodes are difficult to fuse and transmit is solved, sensing layer devices and data types are more diversified, and the requirements of various industries in the future are better met.

The invention provides a grid simulation calculational data management method and system and a simulation method and system. The grid simulation calculational data management method comprises: establishing a grid physical component basic database based on grid data; establishing a mode database according to operation setting information of the basic database, steady-state model data and dynamic model data; performing status marking on data when a real-time database is established based on operation data in the mode database; tracking the operation data according to status markings to completegrid simulation calculation. A real-time database status monitoring method related herein allows a user to conveniently distinguish whether currently operated simulation data are matched with currentoperation of a calculating module, namely simulation data in a transaprent management memory.

The invention discloses an Internet of Things intelligent seal management and control system and device based on multi-sensor fusion, and belongs to the technical field of seal management. According to the invention, by modifying the traditional seal management method, the management and use work of the seal can be completed through the Internet of Things intelligent seal management and control device, and remote authorization management is conducted on the company seal; the internet-of-things intelligent seal management and control device can perform sealing according to the authorization instruction and record the whole sealing process; in this way, using safety of the seal is enhanced, examination and approval before seal using are effectively achieved, the seal is managed through the internet-of-things signature workbench, and the seal using process is traceable. In addition, through the Internet of Things intelligent seal management and control system and the Internet of Things intelligent seal management and control platform, all seal use conditions of a company can be systematically analyzed, and the seal use dynamic state can be known in real time.

Synchronization management is provided for a continuous serial data streaming application wherein the serial data stream includes a plurality of consecutive, identical-length segments of consecutive serial data bits. Synchronization management bits are provided in each segment. The synchronization management bits are programmed such that the synchronization management bits contained in first and second adjacent segments of the serial data stream will bear a predetermined relationship to one another. At the receiving end, the synchronization management bits are examined from segment to segment. In this manner, synchronization can be monitored, synchronization loss can be detected, and synchronization recovery can be achieved.

The invention belongs to the technical field of electric power and computing power management, and discloses a computing power management system based on distributed new energy power generation, whichmainly comprises a distributed new energy power generation module for providing electric energy based on distributed new energy power generation equipment; the intelligent computing power equipment module comprises intelligent computing power equipment, information receiving equipment and computing power supply information management equipment; the information receiving equipment acquires electric energy which can be provided by the distributed new energy power generation module; the computing power supply information management device predicts computing power supply information of the intelligent computing power device based on the obtained electric energy which can be provided; the computing power demand terminal module comprises computing power demand terminal equipment and computing power demand collection equipment; wherein the computing power demand collection equipment is used for acquiring computing power demand information of the computing power demand terminal equipment; thecomputing power management and transaction platform comprises an information collection module and a transaction matching module; in conclusion, low-cost computing power two-way transaction is effectively realized.

The invention discloses a key management method based on a block chain, and the method comprises the following steps: S1, a sender and a receiver are determined, and the identity information of the sender and the receiver is determined and recorded; S2, the sender outputs an instruction, after a server receives the instruction, the public key of the receiver is used for encryption, calculation and storage, and then the ciphertext of the original text and the signature of the sender are sent; s3, the ciphertext of the original text and the signature of the sender are transmitted to a receiver through a network, and the receiver selects a private key of the management end; s4, the receiver decrypts the private key of the receiver and verifies the private key of the sender; s5, after verification is completed, the information is sent to the receivers at the same time, the receivers read or store the data after receiving the information, the data can be sent to the multiple receivers by determining the number of the senders, the senders can determine the uniqueness and the reading frequency of the data before sending. And the possibility of loss caused by forgetting to delete after data theft or multiple times of reading is reduced.