CN201156193Y

CN201156193Y - Monitoring apparatus for torque rheometer based on virtual three-dimension

Info

Publication number: CN201156193Y
Application number: CNU2008201014497U
Authority: CN
Inventors: 卢宇; 吴允平; 陈庆华; 肖荔人; 刘欣萍; 吴进营; 李汪彪; 苏伟达; 叶小青; 郑乐乐; 李文
Original assignee: Fujian Normal University
Current assignee: Fujian Normal University
Priority date: 2008-02-20
Filing date: 2008-02-20
Publication date: 2008-11-26
Anticipated expiration: 2018-02-20

Abstract

The utility model relates to a torque rheometer-monitoring device, in particular to a torque rheometer-monitoring device which can conduct remote monitoring in a virtual three-dimensional scene. The torque rheometer-monitoring device is composed of a client end module, a server end module and a terminal unit module, which are orderly connected together; wherein, the client end module consists of a human-computer interaction interface module, a fault-analyzing module, a virtual instrument-operating module and an operation criteria-detecting module; the server end module consists of a three-dimensional instrument model library, an operation data-processing module and an instrument information library; the terminal unit module consists of a data acquisition device and a torque rheometer; the data acquisition device is bidirectionally connected with the instrument information library and transmits control instructions to the torque rheometer. The torque rheometer-monitoring device resolves the defect of the traditional torque rheometers in terms of control and can remotely control the torque rheometers under a virtual three-dimensional environment, and the process of operation is vivid, visual and controllable, thus increasing the working efficiency and fault-detecting capability of the torque rheometers.

Description

A kind of supervising device of the torque rheometer based on virtual three-dimensional

Technical field

The utility model relates to a kind of torque rheometer supervising device, but is a kind of torque rheometer supervising device based on remote monitoring under the virtual three-dimensional scene specifically.

Background technology

Torque rheometer is determined to reach different materials source quality control and is played an important role at the exploitation of macromolecular material industry formulating, optimization processing conditions.Improvement to the torque rheometer control technology also is the direction of numerous researchers effort always, for this reason, paper " transformation of HAAKE torque rheometer Measurement and Control System ", modern instrument, 2006.6 propose the concrete scheme of a cover test control system, solved the test control problem of torque rheometer.Yet this scheme has only solved the field control problem of torque rheometer, and fails to realize problems such as the remote monitoring of torque rheometer and fault detect.

Therefore, design the long-distance monitorng device that under virtual three-dimensional scene, to realize flow graph, improve the efficiency of management and the fault-detecting ability of torque rheometer, the abstractness that reduces the operation of high end control system is the problem of relatively being concerned about in the design of torque rheometer long distance control system always.

Summary of the invention

The purpose of the utility model design is to overcome above-mentioned deficiency, adopts the virtual three-dimensional technology in conjunction with computer communication technology, controlling torque flow graph and a kind of supervising device that can carry out the torque rheometer of Long-distance Control by WEB of designing.

For achieving the above object, the technical solution of the utility model is: device is constituted, and is linked in sequence by client modules, service end module, device end.Wherein, client modules contains human-computer interaction interface module, failure analysis module, virtual instrument operational module, working specification detection module, the human-computer interaction interface module links to each other with failure analysis module, virtual instrument operational module, and the other end of virtual instrument operational module links to each other with the working specification detection module; The service end module contains instrument 3 d model library, service data processing module, instrument information bank, the service data processing module links to each other with reception failure analysis module, working specification detection module, simultaneously, the service data processing module other end links to each other with instrument 3 d model library, instrument information bank; The device end module contains data acquisition equipment, torque rheometer, is between data acquisition equipment and the instrument information bank two-way the connection again steering order to be passed to torque rheometer simultaneously.

Device is gathered the information such as working temperature, moment of torsion, pressure, instrument failure of torque rheometer by data acquisition equipment, and these information is sent in the instrument information bank of server end, shares in order to the user; Human-computer interaction interface adopts the Java technique construction to go out the virtual three-dimensional scene of torque rheometer operating process, and the user can carry out remote monitoring to torque rheometer in this virtual scene; When torque rheometer is in service when breaking down, failure analysis module is finished the failure message that extracts the instrument information bank and is handled, the analysis possible factor that breaks down, the guiding staff deals with problems early, and with this recording storage foundation as fault analysis later in the instrument information bank, thereby improve the torque rheometer fault-detecting ability; The virtual instrument operational module finish instrument correlation parameter under the three-dimensional scenic inquiry, instrument parameter man-machine interactive operation is set etc.; The working specification detection module is finished and is judged the standardization of user to instrumentation, and operation information does not transmit when the user operates in violation of rules and regulations, but warns and the prompting operation rule, guiding user security operating instrument, the security of raising instrument operation; The service data message processing module adopts Java to handle each functional module data in the interactive interface, call instrument three-dimensional model database data and instrument information bank data and generate virtual three-dimensional scene, and the information storage of the user being operated virtual instrument is to database, as the foundation of instrument parameter setting; The equipment 3 d model library adopts 3ds Max software modeling to derive the torque rheometer model of * .3ds file; Data acquisition unit fetch equipment information bank data are come controlling torque flow graph running status, thereby have finished the operating process of torque rheometer.

The invention solves the traditional deficiency of torque rheometer device aspect control, realized the Long-distance Control of torque rheometer device under virtual three-dimensional environment, operating process is lively, vivid, and controllability is good, has improved the work efficiency and the fault-detecting ability of torque rheometer.

Description of drawings

The utility model is described in further detail below in conjunction with accompanying drawing

Fig. 1 is system frame structure figure of the present utility model.

Fig. 2 is the device workflow diagram of the utility model design.

Among Fig. 1, the 101st, the human-computer interaction interface module, the 102nd, the fault analysis module, the 103rd, working specification detection module, the 104th, virtual instrument operational module, the 105th, service data processing module, the 106th, the instrument 3 d model library, the 107th, instrument information bank, the 108th, data acquisition equipment, the 109th, torque rheometer.

Embodiment

For the more detailed description native system, concrete monitor procedure is explained as follows in conjunction with Fig. 2:

Step 201: after the start-up system, promptly initialization system information mainly is the virtual three-dimensional scene that generates torque rheometer work.

Step 202: the fault analysis function is provided, makes the user in time solve fault in the torque rheometer work.

Step 203: the user is according to demand by to virtual instrument operation, inquiry instrument information or operation such as instrument operational factor is set.

Step 204: judge whether user's operation meets the instrumentation standard, if the user operates in violation of rules and regulations, then execution in step 205, otherwise execution in step 206.

Step 205: for the user provides working specification, guiding user operating equipment.

Step 206: the user is sent to server end to the operation information of virtual instrument.

Step 207: server process user's operation information data.

Step 208: device end is carried out user's operational order of server.

Step 209: it is unusual to judge whether the instrument operation occurs, and unusual if instrument occurs, then execution in step 210, otherwise execution in step 211.

Step 210: feedback instrument abnormal information, and show the possible factor that fault takes place.

Step 211: the running status that feedback device is current, and the instrument information that the user inquired about.

Claims

1, a kind of supervising device of the torque rheometer based on virtual three-dimensional, it is characterized in that: device is made of client modules, service end module, device end, and be linked in sequence, wherein, client modules contains human-computer interaction interface module, failure analysis module, virtual instrument operational module, working specification detection module; The service end module contains instrument 3 d model library, service data processing module, instrument information bank; The device end module contains data acquisition equipment, torque rheometer.

2, the supervising device of a kind of torque rheometer based on virtual three-dimensional according to claim 1, it is characterized in that the human-computer interaction interface module links to each other with failure analysis module, virtual instrument operational module in the described client modules, the other end of virtual instrument operational module links to each other with the working specification detection module.

3, the supervising device of a kind of torque rheometer based on virtual three-dimensional according to claim 1, it is characterized in that the service data processing module links to each other with reception failure analysis module, working specification detection module in the described service end module, simultaneously, the service data processing module other end links to each other with instrument 3 d model library, instrument information bank.

4, the supervising device of a kind of torque rheometer based on virtual three-dimensional according to claim 1 is characterized in that being two-way the connection between the data acquisition equipment and instrument information bank in the described device end, again steering order is passed to torque rheometer simultaneously.