65results about How to "Improve management accuracy" patented technology

The invention discloses a digital management system for project construction processes. The system comprises a data layer, a platform layer and application layers, wherein the data layer comprises a BIM construction module which is created via a division principle of a construction quality management unit; the data layer comprises system attribute data, BIM model data and business management data;the platform layer consists of a B/S architecture-adopted PC platform and a mobile platform; the PC platform application layer consists of a project board module, a BIM board module, a business management module and a statement center module; a business management module comprises a progress management module, a quality management module, a safety management module, an expense management module and a document management module; and a mobile platform application layer is a mobile office layer which consists of a project dynamic module, a model display module and a digital construction site module. The system has the advantage of improving the management precision and efficiency of project construction processes.

This invention relates to a fuel-saving management system that allows fuel-saving management and associated driver assistance to be conducted very smoothly. The constituent elements of this system include the following mounted on a vehicle: information detectors (11 to 15) for detecting various information on the driving state of the vehicle, an information processor (3) for, in addition to processing the information detected by the information detectors, generating a warning when processed information satisfies required warning conditions, and an information storage device (4) for storing the processed information. In this system, when either a time during which the processed information is maintained to satisfy the required warning conditions, or an elapsed time of the processed information exceeds a previously set time, the information processor stores the occurrence of this overtime event into the information storage device. A setter (21) for allowing modification of the required warning conditions, and a printer (6) that can output the information relating to the processed information are also mounted. In a different system configuration, an information processor (3) for calculating the cumulative traveling distance through which without using an auxiliary brake, and an information storage device (4) for storing the cumulative traveling distance are mounted in a vehicle-mounted analyzer (1) and/or a vehicle owner/user company's data analyzer (32).

The invention discloses a network terminal control method and a network terminal control system, comprising: recording device identification information of the network terminal and physical position information of the network terminal through a position server, and executing the steps after starting a network terminal: the network terminal request to register to an applying server, wherein the registering information is carried with ID address of the network terminal and the device identification information; the applying server inquires the physical position information corresponding to the network terminal to the position server based on the physical position information; if true, the applying server builds binding relation between the IP address of the network terminal and the physical position information and sends down to a DNS server, to perform visit on the network terminal based on the physical position information. According to the invention, it is in favor of disposition of larger network, thereby effectively reducing maintaining difficulty of the network terminal.

In accordance with embodiments, there are provided mechanisms and methods for managing access to data based on information associated with a physical location of a user. These mechanisms and methods for managing access to systems, products, or data based on information associated with a physical location of a user can enable improved data management efficiency, enhanced data management accuracy, decreased data management costs, decreased licensing costs, increased security, additional marketing opportunities, etc.

The invention provides an unmanned vehicle management method and system, a dispatching center platform and an unmanned vehicle. The method comprises the steps that the ticket number of tourists is acquired; a dispatching unmanned vehicle is determined according to the ticket number and the preset seat number of each unmanned vehicle; and a dispatching indication message is transmitted to the dispatching unmanned vehicle so that the dispatching unmanned vehicle is enabled to be driven to the departing position to pick up the tourists. With application of the technical scheme, automatic dispatching of the unmanned vehicle can be realized with no requirement for manual dispatching or manual vehicle driving so that manual operation cost of scenic spots can be effectively saved, the management precision of the infrastructures in the scenic spots can be greatly enhanced through management and control of the dispatching center platform for the unmanned vehicle, the working efficiency of operation of the scenic spots can be effectively enhanced and visiting interest and tourism experience of the tourists can be enhanced.

Travel information is categorized into plural time slot categories according to information characteristics of traffic flow information that represents a traffic flow of each of road sections in a database of an information center, and a learn database is built for each of the categories derived from above categorization. The travel information collected by a travel of a self vehicle along the road sections is learned according to the categories of the learn database for accurately managing the travel information according to the characteristics of the traffic flow.

Then embodiment of the invention provides a power control method and a power control device for a data system. The power control method for the data system comprises the following steps of determining the consumed power of application programs based on a set function according to the occupied resource of application programs in a dataset group and/or a data node; and carrying out power control on the dataset group, the data node and/or the application programs based on a set strategy according to the consumed power of the application programs. The power control method provided by the embodiment of the invention can be used for carrying out the power control on different application programs, and the management precision is high.

The invention relates to the technical field of electric power, in particular to a digitized intelligent power grid area management system and method, and the system comprises a data collection module which comprises a first collection unit and a second collection unit which are used for collecting parameters and faults; the data analysis module is connected with the data acquisition module and comprises a data comparison unit for comparing the power supply parameters and a calculation unit for calculating the fault rate; the power supply control module is connected with the data acquisition module and the data analysis module and comprises a power supply determination unit for determining the power supply quantity and a data adjustment unit for adjusting parameters; the data comparison unit compares the parameters and adjusts the electric quantity and the distribution proportionality coefficient, adjusts the distribution proportionality coefficient or selects a correction coefficient according to the historical electric quantity and a comparison result during adjustment, deduces the failure rate according to the failure frequency and duration during failure, judges whether the adjustment is qualified or not according to the comparison result, and judges whether the adjustment is unqualified or not according to the comparison result. And the data comparison unit compares the node number ratio to adjust the preset fault rate, so that the management precision of the system is improved.

This invention provides a printing apparatus and an information processing apparatus which can process precise information on the number of pixels printed by nozzles of the print head without degrading throughput and properly manage the service life of the print head. To this end, a plurality of nozzles of the print head are divided into a plurality of blocks and a nozzle in each of the blocks which prints a maximum number of pixels in a predetermined unit print volume is taken to be a representative nozzle. In each of the blocks, the numbers of pixels printed by the representative nozzle for every unit print volume are accumulated and managed.

The invention discloses an OTA over the air technology-based integrated dispatch terminal support system working method. The integrated dispatch terminal support system comprises an OTA download server, an OTA work order management sub-system, an OTA backstage management sub-system and a mobile terminal work order sub-system. The method comprises the following steps: a cell manager can perform corresponding work order searching, work order receipt and other operations on a mobile terminal after starting the OTA function; the integrated dispatch terminal support system has no any restriction on the mobile terminal, and the whole work order is shown in a menu mode, has simple operation and convenient use, coexists with the original work order system without influencing application of the original work order system, and provides a novel and effective work order searching mode.

The invention relates to the technical field of safety management, in particular to a personnel and safety management system. The system comprises a field collection unit, a server, a monitoring center and an external data interface, wherein the server is connected with the field collection unit; the monitoring center and the external data interface are connected with the server; and the field collection unit is used for collecting management and safety information of field personnel. A power transmission technology is combined with 2.4G active RFID, 13.56MHz passive RFID and card informationactive transmission technologies, so that the manual wire arrangement and installation costs and a large amount of costs of subsequent wire removal, sorting and the like are reduced, the waste is reduced, and extremely convenient data collection and data active transmission in various shielding and special environments under the condition of not adding any independent data line are realized.

The invention discloses a BIM-based electromechanical system upstream and downstream relationship determination method, which is good in information circulation and low in management difficulty. The determination method comprises the following steps: (10) constructing an operation and maintenance stage BIM model: comparing elements in the construction stage BIM model with completion drawings and building sites one by one to form the operation and maintenance stage BIM model; (20) sorting and numbering an electromechanical system: numbering electromechanical pipelines and equipment according tothe system; (30) BIM model element coding: constructing and coding different electromechanical elements; (40) model light weight: realizing model light weight through the constructed surface reduction and format conversion; (50) overall mold closing: establishing a model system tree, and carrying out overall mold closing on the building pipelines according to the system type; (60) static data combination: combining static information required in an operation and maintenance stage into BIM construction; and (70) dynamic data combination: binding the real-time state measurement points to the construction.

The invention provides a storage object management for a cold storage plant, and the cold storage plant. The system comprises a training module based on a convolution neural network, wherein the training module is used for learning and detecting target storage objects; a recognition module based on a convolution neural network, wherein the recognition module is used for recognizing whether there are the target storage objects or not and the types of the target storage objects; a detection module based on a convolution neural network, wherein the detection module is used for the capturing detection of whether there are the target storage objects and whether the target storage objects are stored in the cold storage plant or are taken out of the cold storage plant. The system can build the convolution neural network through the training, verification and testing steps, so as to achieve the automatic learning, interaction, recognition and counting of the target storage objects in the cold storage plant, the types of the target storage objects and the changes of the number of each type of target storage objects according to a sampling video. The using mode of a conventional cold storage plant does not need to be changed. The system achieves the intelligent and automatic counting and interaction functions, is high in management precision, is accurate in statistic data, and is good in use flexibility.

The invention discloses a management method of books in a library. The system comprises wireless induction tags, which are one-to-one correspondingly arranged in books and used for storing book information; a book borrowing device, set up in a library, the book borrowing device comprising a book sensing device and a display device, which are used for sensing the wireless sensing tags to obtain book information through the book sensing device, sending the book information to the library server, obtaining the feedback information based on the book information of the library server and displayingthe feedback information through the display device; a wireless sensing device arranged on a book shelf and used for detecting returned book information of returned books within a preset range and sending the returned book information to a library server; the library server which is electrically connected with the wireless sensing device and a book borrowing device, and is used for managing bookin the library based on the book information and the returned book information. The invention also discloses a management method of books in a library.

A contaminated soil purification system for decomposing a contaminant in contaminated soil E. The contaminated soil purification system includes: injecting, into contaminated soil through a water injection well, an injection liquid containing a purification agent to decompose a contaminant or an activator to stimulate biological decomposition by the purification agent; a process of measuring a concentration of the purification agent or the activator in groundwater in an observation well or in a pumping well, the observation well or the pumping well being provided at a location spaced apart from the water injection well; and a process of, based on the concentration that has been measured, automatically controlling an addition amount of the purification agent or the activator to the injection liquid or automatically controlling a pumping amount of water from the pumping well.