64 results about "Project control" patented technology

A construction project management system generates a computerized simulation model of a construction project based on data accessed in project databases. The system maps engineering data into constructible elements in the computerized simulation model based on manufacturing data and organizes the constructible elements by construction crafts, construction areas, and systems for testing and turnover. Additionally, the system matches the constructible elements with one or more work steps based on project controls data and generates a visual display of the construction project. A user selects construction areas in the visual display of the construction project and selects constructible elements within the construction areas, via a graphical user interface of the system, to create work packages for work crews. Each work package comprises work steps for the constructible elements in the work package, and can include an estimated time and cost for executing the work steps in the work package.

The invention discloses a kind of underwater GPS allocation and navigation system and method without high stable frequency scale. The system is made up of GPS satellite constellation, four or more GPS floating marks, underwater navigation transceiver, data control centre, sea level wireless communication loop and hydroacoustics communication loop. The method is: when the object underwater needed to be located, the underwater navigation transceiver sends out hydroacoustics localization signal to the GPS floating mark, the floating mark transmits the hydroacoustics localization signal, the GPS signal and the posture calibration data wirelessly to the data control centre, and the data are processed with the difference signal, works out the position and time sending out the localization signal of the underwater object, the position and time data are transmitted to the underwater navigation transceiver by the hydroacoustics communication system, it can carry on navigation or time service. The invention can be applied to underwater object tracing, underwater localization and navigation, underwater precise timer service, measuring project control and project structure sample, it needs no high stable frequency scale.

A system and method for managing software application windows in a graphical user interface having a desktop and taskbar display area are provided. Each instantiated program is represented as one or more graphical windows in the desktop and as a control tile in the taskbar. Control tiles are grouped into control tile groups that facilitate organization and single access control. Project control tile groups allow the grouping of multiple software applications. Additionally, minimized control tile group layout and state may be preserved and previewed prior to being restored.

Embodiments of the invention provide a system for temperature control of the human body. The system includes an indwelling catheter with a tip-mounted heat transfer element. The catheter is fluidically coupled to a console that provides a heated or cooled heat transfer working fluid to exchange heat with the heat transfer element, thereby heating or cooling blood. The heated or cooled blood then heats or cools the patient's body or a selected portion thereof. In particular, methods and devices, including software, are provided for administering cooling or rewarming and controlling the same based on a projected control temperature measured by a temperature sensor within the catheter.

The invention relates to an asset life information integrated control method and a device suitable for a power system. The method comprises the following steps: an asset strategy auxiliary decision module is used for controlling a power grid planning module according to life cycle cost evaluation results of the existing equipment to select a corresponding planning scheme from a database server and sending the life cycle cost evaluation results to a project control module. The asset life information integrated control device suitable for the power system comprises the database server, a PSP (Python Server Pagers) application server, a BW (Band Width) application server, a BPS (Basic Programming System) application server, an SRM (Storage Resource Management) application server, a PMS (Purchase Management System) application server, a WRP (Wireless Routing Protocol) application server, an internal client, an external client, an internal bus and an Internet. Compared with the prior art, the asset life information integrated control method and the device suitable for the power system have the advantages of forming the evaluation decision of closed-loop linkage, optimizing the life cycle cost of the equipment and the like.

A multiple player game has objects corresponding to projects to which resources are allocated by the players of the game. The players include a plurality of groups. A resource bank mechanism determines a bank of resources to be made available to each group of players for allocation to the projects controlled by the players the group. A first game mechanism allows each player to make independent resource allocations to a project controlled by that player. A second game mechanism requires each group of players to make joint resource allocation decisions. A third game mechanism requires a plurality of the groups to make team level decisions affecting resource allocations to projects controlled by the groups of players. A scoring mechanism assigns a respective project score to each project of each group, a group score to each group of projects, and a team score to the plurality of projects.

The invention provides a project control system and method based on the development of products and belongs to the field of computer software. The project control system comprises a project creating unit, a project allocation unit, a task progress monitoring unit, a project progress monitoring unit and a mail transmission unit, wherein the project creating unit is used for creating projects, dividing the projects into a plurality of subprojects and dividing the subprojects into a plurality of tasks; the project allocation unit is used for establishing the corresponding relationship between the task and each project member according to permission of the project members; the task progress monitoring unit is used for monitoring the task progresses corresponding to the project members by comparing a daily working report with a pre-stored daily planning report; the project progress monitoring unit is used for monitoring the finishing progress of the subprojects by accumulating the task finished by the project members, when the accumulated task amount value is identical with a preset task standard value, the development of the subprojects is finished and when the accumulated subproject amount value with a preset subproject standard value, the development of the projects is finished; and the mail transmission unit is used for transmitting data which are automatically generated and are related to the development of the projects by using the mail. According to the project control system and method disclosed by the invention, the burden of a project development manager is lightened and high-efficiency operation of the product development is ensured.

The invention discloses an electronic die cutting material defect detecting implementation method based on machine vision. The method comprises the following steps of (a) loading a detection template; (b) transferring a detection object; (c) monitoring through a sensor; (d) capturing an image; (e) identifying an object; (f) processing the image; (g) carrying out binarization processing; (h) carrying out data statistics and detection analysis. The method adopts a non-contact optical sensor system, and adopts a machine to replace human eyes to measure and judge, a system utilizes a CCD (Charge Coupled Device) camera for capturing the image of an objective measuring object, and information such as pixel distribution, brightness and color of the image of the objective measuring object is converted into digital image signals; a project control system operates the signals to extract the characteristics of the measuring object; finally, field equipment is controlled to act according to tolerance and other condition output results so as to meet the core demands on on-line detection of product defects and dimension measurement, so that the measurement precision, the measurement speed, and the reliability under an industrial site environment can be ensured.

The invention provides an auxiliary workstation for remote medical diagnosis. The auxiliary workstation for remote medical diagnosis which comprises a workstation body as a technical core of the workstation, a patient sound image acquisition mechanical arm, a display part, an audio output part, a doctor video audio input part, a patient video input device, a medical film scanner and a printer. The patient sound image acquisition mechanical arm, the display part, the audio output part, the doctor video audio input part, the patient video input device, the medical film scanner and the printer are connected with the workstation body through data lines. A highly integrated workstation body structure is used, design ideas of a project control system and an information system are used as reference, a control manner similar to industrial control is used to control devices connected with the workstation body, such as a digital medical diagnosing device and the patient sound image acquisition mechanical arm, an information system structure is used to process various information collected by devices connected with the workstation body, and the remote medical diagnosis auxiliary workstation is high in service quality, service efficiency and service convenience.

A monitoring system for dynamometer machine with the controlling and collecting data function is disclosed that includes direct-current supply, dynamometer device and system to be detected. They are connected with the CAN communication web, the motor to be detected is connected with the loading motor by the moment sensor, and the loading motor controller is connected with the detected motor controller by the direct current generating line to form a dynamometer circuit of direct current. The characteristics are those: it is equipped with the fan, water-cooling device, the switch plugs and the data capture ports of several parameters. The control and capture device which consist of project controlling machine to control, capture, and process the data, and the data is converted into files to be stored and displayed timely or printed report forms, and make the dynamometer easy to operate.

The invention discloses a computer management system of an electric power engineering project, comprising a project management module, a construction team management module, a project control module,an engineering project library module, and a basic function module. The construction team management module is used for managing, searching, and evaluating the basic information, enterprise quality and capability of the construction team. The engineering project library module is used for filing, searching and downloading the engineering projects. The basic function module is used for managing system mechanisms, users, and authority distribution. The project control module comprises a project basic information module, a project basic material module, and an engineering project subcontract module. The project control module can help with work like on-site investigation, engineering management, completion acceptance, safety management and monitoring. The invention is advantageous in that theproject position can be clearly and rapidly positioned by project managing staffs; digital photos can be filed in time; work of each departments in the engineering project link can be coordinated, and management efficiency of projects can be improved.

The invention discloses an integrated project management system and an integrated project management method. The system is constructed at a Web server end and communicated with a client computer through a local area network according to a network transmission protocol. The invention is characterized in that: the project management system at the Web server end is constructed by integrating a project plan establishment module, a project data acquisition module, a project measure analysis module and an organizational asset library module. The system automatically distributes a control and management item and a management flow by selecting project scale through a user, prompts the user to timely submit data of project information according to a project plan and performs project measure analysis by combining historical data to acquire the schedule and state of a project. The project management system can meet the requirements of capability maturity model integration (CMMI) on the project plan, the project control and management and related process areas, simplify the implementation of the project management, normalize the management operation of the project and improve the working efficiency of project members.

The invention relates to a method for offline analyzing and online scheduling of byproduct gas of a metallurgy industry. A data collection server is connected with a gas producing and marketing project control system and can be used for carrying out the online scheduling on a byproduct gas supply and demand system of the metallurgy industry according to data provided by a system through a pipe network mathematical model, a gas supply and demand system prediction model and a gas supply and demand system optimal scheduling model. According to the method for the offline analyzing and the online scheduling of the byproduct gas of the metallurgy industry, the production rates of energy devices of iron and steel enterprises are greatly increased, and the condition that gas appliances work under a design load can be ensured, so that the operation efficiencies of the gas appliances are improved; the gas spreading can be effectively reduced, a secondary gas energy resource can be adequately adopted, and the reasonable operation of the producing economy can be guaranteed; the predicting and processing schemes can be timely, quickly and precisely made, and the influence caused by faults can be controlled at a lowest limit; the scheduling theory basis can be provided for a scheduler, the subjective blindness of the scheduling can be reduced, and a scheduling command can be timely and accurately issued; and important data parameters for leaderships to make decision to straighten the production of the iron and steel enterprises.

The invention discloses an automated foam concrete producing method. A device mainly consists of following units: a material bin, a frequency-variable speed regulator, a rapping machine, a gas circuit electromagnetic valve, a pneumatic valve, a liquid level meter, a liquid buffer chamber, an electromagnetic valve, a vacuum centrifugal pump, a material slurry feeding pump, a water-reagent mixing chamber, a stirrer, a foaming machine, an air compressor, a manual gate valve, a stirring slurry-making machine, a material slurry storage pot, a foam mixing apparatus, a density meter, a control cabinet, a project control system, a computer and a client software platform. The method for prepare the foam concrete in various specifications includes steps of automatically feeding materials according to preset parameters, automatically stirring the materials, performing an automatically foaming process and an automatically foam mixing process, automatically measuring a density, wherein the processes are fully-automatically (or manually) controlled and integrates technologies of material blending, slurry making, foam generating and foam mixing during preparation of the foam concrete. The method allow each process to be detected, the materials to be weighed automatically and accurately, the processes to be monitored in real time and product quality of the foam concrete to be controlled strictly.

The invention relates to optical measuring equipment. The optical measuring equipment comprises an equipment cabinet, a positioning device, a measuring system and a project control system, wherein a working table is arranged at the upper end of the equipment cabinet, and the working table is provided with a gantry structure frame; the positioning device is arranged on the working table, and the positioning device is used for bearing and fixing a workpiece and can drive the workpiece to move on the working table; the measuring system is arranged on the gantry structure frame and located above the positioning device, and is used for measuring the data of the inner length, the inner width, the outer length and the outer width of the workpiece as well as the width, the profile tolerance, the flatness, the parallelism, the height difference and the like of a specific face; the project control system is arranged in the equipment cabinet, and is used for controlling the positioning device and the measuring system, and calculating and analyzing the data fed back by the measuring system. The optical measuring equipment achieves multi-project automatic detection, and has the advantages of being high in precision, few in man-made interference factors, low in cost and high in efficiency.

The invention discloses a project test procedure management method based on a software testing and evaluation platform. The management method comprises the steps of acquiring test information, wherein the test information comprises system requirements submitted by a client, a test schedule submitted by a project leader, test requirements submitted by project members and test cases submitted by test group members; establishing an association among the system requirements, the test requirements and the test cases; generating a test execution set according to the test cases; and executing the test execution set and recording test execution states and defect information in real time; and establishing an association between the test cases and the defect information. By means of the management method, each link of plans, requirements, cases, defects, reports and the like can be tracked through the whole process, and one-stop test project control can be achieved.

In order to restrict a destination of data for security and facilitate acquisition of the data at the destination, a conference system includes an MFP and a projector, wherein the MFP prestores data for display in an HDD and includes an access key generating portion to generate an access key for an access to the display data and a data transmitting portion to transmit the display data on the condition that the access key is received from a PC, and the projector includes a wireless communication portion to wirelessly communicate with PCs within a predetermined distance, a projecting control portion to display the data stored in the HDD in the MFP, an access key acquiring portion to acquire the access key, and an access key transmitting portion to cause the wireless communication portion to transmit the access key when receiving a request from the PC via the wireless communication portion.

The invention discloses an intelligent household equipment control system, and the system comprises an intelligent terminal, a projection device, and intelligent household equipment. The intelligent terminal is coupled to the projection device, and is used for outputting a control interface corresponding to the intelligent household equipment to the projection device. The intelligent terminal is also used for receiving the operation and control information inputted by a user according to the projected control interface, generating a control instruction according to the operation and control information, and enabling a control instruction to be transmitted to controlled intelligent household equipment. The projection device is used for the projection of the control interface corresponding to the intelligent household equipment when the control interface, which is outputted by the intelligent terminal and is corresponding to the intelligent household equipment, is received. The intelligent household equipment is used for carrying out the corresponding operation according to the received control instruction. Through employing the above scheme, the system improves the control convenience of the intelligent household equipment.

The invention discloses a full-life-cycle management and control system for metering designing. The system is composed of a management platform, distribution network design software, distribution network cost software and a mobile phone app. The management platform, the distribution network design software, and the distribution network cost software are based on a mobile internet. The operation and usage of the system are extended from a PC terminal to a hand-held terminal like a smart phone or an Ipad as well as to management and uploading of field surveying data. The management platform consists of an external system, a business platform, a development platform, middleware and a system platform. The external system includes planning software. According to the full-life-cycle management and control system, advanced applications of plan designing, engineering cost, project control, and teamwork of the whole process of the primary and secondary project designing of the distribution network for researching and development, designing and construction as well as development of a mobile phone app and a field surveying design terminal can be realized. With the information means, field data collection of the distribution network engineering project is simplified; the executive standards are standardized and unified; the material equipment model selection becomes simple; the reportingworkload is reduced; and the error rate is reduced.

Embodiments are directed to displaying content projected from a source computing device on a display of a locked target computing device. Embodiments are also directed to projecting control information onto a locked target computing device's display and allowing control of a second computing device using the control information displayed on the target computing device. In one scenario, a target computing device receives a request to display content projected from another computing system. The target computing device determines whether receiving projected content from the other computing system is permissible on the target computing device when the target computing device is in a locked state. Then, upon verifying permissibility, the target computing device provisions computing resources to display the received content while in the locked state. The target computing device may also control functions on the other computing system using control information.

The invention provides a thermal-sensing calling communication device for moving of automobiles. The thermal-sensing calling communication device is characterized by comprising an electrostatic film, two groups of surface-mounted temperature sensors, data transmission lines, a projection module, a microcontroller and a mobile phone. The electrostatic film can be attached to the lower left corner of the inner side of an automobile front windshield, and words meaning that 'please put your thumb on the circle center for 5 seconds if you need to move the automobile' is printed on the surface of the electrostatic film. The surface-mounted temperature sensors in concentric design are used for sensing different temperature differences. The temperature sensors are connected with the microcontroller through the data transmission lines. The projection module is used for projecting control information and information fed back by an owner onto the automobile front windshield. The microcontroller sends temperature difference information to the mobile phone of the owner and provides the information fed back by the owner to the projection module. The mobile phone belongs to the owner, and no requirement is given to the brand, the model and the like of the mobile phone. The thermal-sensing calling communication device for moving of the automobiles has the advantages that privacy of owners of the automobiles can be better protected, operations are more convenient and quicker, and requirements of modern owners of the automobiles can be better met.

The invention relates to a hydraulic steering device for the chassis of a vehicle, in particular of a crane or transport vehicle, with chassis axles steerable between longitudinal and transverse drive positions and in each case fixed to a shaft on the vehicle that is pivoted about a vertical swiveling axle, on which shaft a steering cylinder acts by way of at least one laterally projecting control arm for swiveling of the shaft. The steering cylinder acting on the projecting control arm and a further steering cylinder acting on a vehicle frame beam are articulated to a lever arm, coaxially pivoted on the shaft, in such a way that the torsional movement of the shaft resulting from the retracting and extending movement of the two steering cylinders adds up to at least ±90°.

The invention discloses a parcel height limitation analysis system and method based on a current situation visual corridor. The system is characterized in comprising the following modules of a basic data searching module, a current situation visual corridor analysis module and a parcel height limitation decision module, wherein the basic data searching module is used for collecting the data of a surrounding terrain, a current situation building and a construction parcel; the current situation visual corridor analysis module carries out current situation parcel height statistics, current situation visual corridor target analysis and current situation visual corridor height calculation to obtain the current situation visual corridor control height of an observation point; and the parcel height limitation decision module reads the current situation visual corridor height of the point as limited height from the spatial position of any one point in space, and the minimum value of the current situation visual corridor height of all points in a parcel boundary is taken as the planned height limitation of the parcel. The method is quick and accurate in calculation, required data can be searched according to a conventional process, and the method has a high application value on the aspects of city visual corridor special project control, parcel or building height limitation planning andthe like.

Systems and methods for evaluating adherence to a project control process are provided. A project to be audited may be identified by a computing system comprising one or more computers. The project may be a data delivery project implemented to deliver confidential healthcare information. The results of an audit performed on the identified project may be determined by the computing system. The audit may evaluate adherence of the project to a project control process. Based at least in part upon the results of the audit, the computing system may calculate a process adoption score for the identified project.

The invention relates to a method for layering, storing and inquiring data of a curve chart of a project control system. The method comprises a storing step and an inquiring step, wherein the storing step comprises: establishing a layered fast table for the project control system to be inquired, processing the source data of the project control system, and storing a processing result into the layered fast table; the inquiring step comprises: selecting the corresponding layered fast table as a data source and inquiring in the data source according to the inquiring content input by a user, sampling from the inquired result sets, and drawing the curve chart according to sampling results. Through the adoption of the method, the needed inquiring data can be quickly obtained from massive amounts of the data of the project control system, the data is ensured to be consistent during the contraction and the enlargement of the curve chart, and at the same time, the obtained data number is maintained at a lower level; the chart reacting circumstances of a fact can be quickly and accurately drawn, and at the same time, the system pressure is reduced to the minimum level; the curve chart reacting real operation situations can be drawn in the fastest time, the bottleneck and the technical problems of the production system are visually and accurately known, the quality of service is improved, and the production cost is reduced.

The present invention discloses an ICS information safety assessment method based on an analytic hierarchy method. The method comprises: performing ICS risk assessment and constructing an ICS hierarchical model of a project control system to be assessed; constructing a comparison matrix for the importance degree assessment; performing the consistency check of the comparison matrix; performing integral assessment of the ICS system to be assessed; and arranging the assessment report. The ICS information safety assessment method takes the analytic hierarchy method as the basis and performs improvement of the ICS information safety assessment, and preferably selects a weight ratio through comparison compared to the current assessment method so as to allow the assessment result to be more accurate, allow the information in the assessment report to be more reasonable and comprehensive and allow the whole assessment process thinking to be clearer; and moreover, the ICS information safety assessment method based on the analytic hierarchy method is scientific and rigorous and employs scientific method and means for the information safety risk assessment to provide the scientific basis for avoiding and defusing the industry information safety risk, or controlling the risk into an acceptable level and maximally ensuring the network and information safety.

This invention relates to a synchronous coordinate air-pressure brake system with electric control, which provides a new air-pressure brake technology project controlled by electric signal. When the front wheel brakes, the front gas reservoir compresses air and enters the front brake air cushion through the brake valve, the first electric pressure transformer turns the pressure that output by the brake valve into the electric signal, and the single flake intelligent control deals with the back pressure electric valve to output the pressure signal that controls the open of the relay valve, the compressed air in back gas reservoir enters the back braking air chamber to achieve the back wheel braking. The output end of the pressure electric valve has the second electric pressure transformer, which turns the output pressure into the electric signal, and sends the signal back to the control to form the closed-loop control circuit, which makes the front braking air chamber correspond to the back braking air chamber. Because telecommunication transmission seldom delays, so this invention achieves the real synchronous coordinate braking.