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  • Non-contact image comprehensive measurement system

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    The Telemeasure non-contact image integrated measurement system provides innovative technical solutions for the detection of visible diseases such as cracks on the surface of structures:

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产品描述

The Telemeasure non-contact image integrated measurement system provides innovative technical solutions for the detection of visible diseases such as cracks on the surface of structures:


The Telemeasure non-contact image integrated measurement system provides innovative technical solutions for the detection of visible diseases such as cracks on the surface of structures:
Technological innovation-breaking through the technical limitations of traditional crack measurement, providing efficient, convenient, intuitive and accurate data collection methods for visible diseases.
Wide range of applications-covering all the use scenarios of traditional crack width gauges, and can carry out long-distance, large-area data collection, and conduct centralized and batch multi-dimensional (length, width) of all appearance diseases on each photo , Area) accurate measurement.
Accurate and true-directly measure and mark the appearance of the disease on the photo (what you see is what you get), which effectively guarantees the intuitiveness and accuracy of the disease data
Telemeasure-BA Basic Edition
In daily life, disease photos acquired by conventional image taking equipment with more than 2000w pixels can be used to complete comprehensive disease measurement on the Telemeasure-BA software.
Fully replace the traditional crack width gauge

Telemeasure-ST Standard Edition
"+Universal camera module, realize all functions of Telemeasure-BA basic version"
Telemeasure-ST can be used for efficient and fast disease data collection for medium and long-distance appearance diseases that can only be approached with auxiliary facilities such as ladders, climbing vehicles, bridge inspection vehicles, and scaffolding.
*Core technologies
Multi-dimensional solution technology
· Spatial target positioning to support automated disease review
· Distortion compensation algorithm, support tilt shooting less than 45°
· Curve length, crack width and polygon area measurement
Sub-pixel subdivision technology
The pixel subdivision algorithm supports one-half to one-fifth of the pixel subdivision accuracy according to the quality of the captured image and the hardware parameters of the capture device. Effectively improve the accuracy of crack measurement.
*Efficient and convenient operation
Follow the field of vision
Humanized digital pan/tilt control technology, click on the target to be checked on the screen, the pan/tilt automatically calculates the spatial position, and rotates horizontally and vertically, placing the target to be checked in the center of the field of view, improving the efficiency of on-site observation.
Auto scan
For large-area and large-scale construction inspections, rapid and efficient automatic disease image data collection can be carried out through the unique area scanning function. Select the target area and scan resolution, the device automatically focuses and scans the area to be inspected, performs matrix coding management on the photos, and displays the matrix mapping relationship. Click the mapping dot matrix to retrieve the corresponding photos, improve work efficiency and improve management quality.
Automatic positioning
According to the reference points calibrated on site, the three-dimensional coordinates of the target defect can be automatically calculated. The relative position of appearance defects can be accurately described.
Automatic review
Carry out spatial calculation on the filed disease site, and automatically point to the disease direction, automatically place the review object in the center of the field of view, greatly improving the review efficiency. *Comprehensive quantitative analysis
"Internal and External Studies"
It supports two-level deployment of internal and field operations, which can directly carry out disease measurement on the spot, or can be done centrally by internal software, which facilitates efficient and orderly inspection operations.
"Shape God has"
In addition to keeping clear disease photos, the component information to which the disease belongs and the relative position information of the disease are stored in a word file to provide a complete disease report for the test report.
*System parameters
Working distance: 1m-25m
Minimum resolution: 0.02mm
Observation angle: Horizontal: 360° Pitch: -48°— +90°
Focal length: 24 — 600mm
Working time: ≥8 hours
Auxiliary lighting unit: 1029LUX (0.5m, 100% illuminance)
System operating environment: software running windows10 64 bit
Hardware configuration requirements: hard disk no less than 500G, memory no less than 8G, video memory no less than 1G
+Special components for bridge inspection
It can be used on the bridge to detect the appearance of the upper and lower structures of the bridge. The descending gantry can be quickly fixed to the guardrail of the bridge. After stretching, the pan/tilt will be sent to the appropriate detection position under the bridge, and the remote-operated pan/tilt can be used for the bridge , Remote viewing inspection of key components of substructure.
Rising bracket
Can be used for dry bridge inspection, adapt to a variety of terrain erection, effective observation of T beams, box beams, π beams, auxiliary facilities, stay cables, suspension cables, etc.
Telemeasure-EN enhanced version
In response to the existing shortcomings of the remote measurement equipment that has emerged in recent years, we have used advanced technology and algorithms to carry out a comprehensive upgrade and transformation to achieve the operability, efficiency and accuracy of on-site operations;
The industry's original dual-lens design, the wide-angle lens can quickly find and locate the accurate position of the defect, and the telephoto lens can realize the detailed observation of the disease;
The remote control electric focus and focus assist module further ensure that the ultra-remote imaging can obtain clear image photos. The electric zoom function can remotely change the observation field, which is suitable for comprehensive inspection of large, medium or micro components;

System parameters:
Working distance: 10m-100m
Minimum resolution: 0.02mm (50m), 0.1mm (100m)
Observation angle: Horizontal: 360° Pitch: -48°— +90°
Focal length: 1600 — 4600mm
Working time: ≥8 hours
System operating environment: software running windows7 64 bit and above
Hardware configuration requirements: Hard disk no less than 32G, memory no less than 2G, video memory no less than 1G

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