35results about How to "Transparent management" patented technology

The invention discloses a blockchain based carbon trading system, and relates to the field of greenhouse gas monitoring and blockchain technologies. The carbon trading system comprises a carbon emission measurement module (10), a blockchain carbon emission checking module (20), a carbon emission reduction calculation module (30) and a blockchain carbon emission reduction checking module (40), wherein the carbon emission measurement module (10) is used for performing carbon emission measurement on the greenhouse gas and generating carbon emission data; the blockchain carbon emission checking module (20) is used for adding a timestamp to the carbon emission data and generating carbon emission information; the carbon emission reduction calculation module (30) is used for performing carbon emission reduction measurement on the reduced greenhouse gas and generating carbon emission reduction data; and the blockchain carbon emission reduction checking module (40) is used for adding a timestamp to the carbon emission reduction data and generating carbon emission reduction information. The blockchain based carbon trading system reduces the error of carbon emission calculation and improves the reliability and trading efficiency of two trading systems such as the carbon trading market and the green certificate at present.

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.

A tumor patient radiotherapy process management and quality control method. The method comprises interaction, via a plurality of terminals, of CT image information, disease diagnosis conclusion information, target volume delineation information, radiotherapy plan application information, radiotherapy planning information, radiotherapy plan review result information, validation and comparison confirmation information, and real-time radiotherapy process information, such that the work of physicians, physicists, technicians, nurses and other staff participating in a treatment process is linked to a device task such as positioning image acquisition on a patient simulator, CT or MRI on the basis of a patient disease information flow. The information delivery is timely, accurate and efficient. The application also provides a system using the above method. The method ensures that the treatment process is accurate, safe and efficient, such that management becomes more transparent and fairer, thereby saving valuable treatment time for tumor patients and supporting clinical research needs.

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 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 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.