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Remote monitoring method for high-temperature and high-pressure rheometer

A high-temperature and high-pressure rheology and remote monitoring technology, which is applied in the direction of instruments, measuring devices, and elastic testing, can solve problems such as high misoperation rate, slow measurement process, and large reading error, so as to improve management efficiency and facilitate quality management. , the effect of improving execution efficiency

Inactive Publication Date: 2019-06-04
田晓枫
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Problems solved by technology

[0002] In the construction of prestressed engineering, the anchorage of all prestressed tendons requires tensioning equipment to apply prestress to the prestressed tendons. At present, traditional tensioning equipment uses manual methods to operate multiple handles of each control valve. Measuring the elongation value of the prestressed tendon and reading the pressure value of the pressure gauge, there are complicated operating procedures, large reading errors, slow measurement process, and the prestressed tension value is generally insufficient due to human factors, and the misoperation rate is high; A series of problems such as recording according to the actual tensioning results, untrue records, etc. These various problems will directly affect the quality of tensioning, and affect the service life and safety guarantee of bridges and other construction projects

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  • Remote monitoring method for high-temperature and high-pressure rheometer
  • Remote monitoring method for high-temperature and high-pressure rheometer
  • Remote monitoring method for high-temperature and high-pressure rheometer

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Embodiment Construction

[0032] Such as Figure 1-2 A remote monitoring method for a high-temperature and high-pressure rheometer is shown, including a data intranet structure 1, which is used for data collection during the entire system;

[0033] The system external network structure 2 is used to transmit the data collected by the data internal network structure 1;

[0034] Data processing structure 3, used for data processing and display;

[0035] The data intranet structure 1 includes several stretching data intelligent processors 4;

[0036] Further, the external network structure 2 of the system includes a GPRS DTU module embedded in the main control instrument 5; the main control instrument 5 adopts a 7-inch large screen for data input according to the site environment and operation requirements, which greatly improves the basic information of the bridge. The input efficiency is also made of aluminum alloy withholding structure.

[0037] Further, the data processing structure 3 includes a net...

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Abstract

The invention relates to a remote monitoring method for a high-temperature and high-pressure rheometer. The remote monitoring method adopts a data intranet structure used for acquiring data of a working process of the whole system, a system extranet structure used for transmitting the data acquired by means of the data intranet structure, and a processing structure used for processing and displaying the data, wherein the data intranet structure comprises a plurality of tension data intelligent processing instruments. The remote monitoring method has the advantage that owners, supervisors, construction units and detection units are unified on the same Internet platform, the data is exchanged in real time, the geographical restrictions are broken through, the precast beam yards and bridge prestressed tension construction quality situations are grasped timely, and the management and control purposes of ''real-time tracking, intelligent control, and timely error correction'' are achieved.

Description

technical field [0001] The invention relates to the technical field of prestressed tensioning equipment, in particular to a remote monitoring method for a high-temperature and high-pressure rheometer. Background technique [0002] In the construction of prestressed engineering, the anchorage of all prestressed tendons requires tensioning equipment to apply prestress to the prestressed tendons. At present, traditional tensioning equipment uses manual methods to operate multiple handles of each control valve. Measuring the elongation value of the prestressed tendon and reading the pressure value of the pressure gauge, there are complicated operating procedures, large reading errors, slow measurement process, and the prestressed tension value is generally insufficient due to human factors, and the misoperation rate is high; A series of problems such as recording according to the actual tensioning results and untrue records will directly affect the quality of tensioning, and aff...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G01M5/00
Inventor 田晓枫
Owner 田晓枫
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