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Wuhan Tianchen Weiye Geophysical Technology Co., Ltd

E-mail
1278237250@qq.com
Phone
13545388336
Address
Building 10, Block B, Phoenix Industrial Park (Optics Valley Chip Center), No. 52 Liufang Road, Donghu New Technology Development Zone, Wuhan City

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ZKXG100 Mining Intrinsic Safety Drilling Inspection, Imaging, and Trajectory Synchronization Detector

NegotiableUpdate on 01/21

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

ZKXG100 Mining Intrinsic Safety Drilling Inspection, Imaging, and Trajectory Synchronization Detector: ZKXG100 Mining Drilling Imaging Trajectory Detection Device is a comprehensive equipment that can be configured into different instruments, such as drilling trajectory instrument, drilling observation instrument, drilling imaging instrument, and drilling imaging trajectory detection instrument.

Product Details

Product Introduction

　　ZKXG100 mining drilling imaging trajectory detection device is a comprehensive equipment that can be configured into different instruments, such as drilling trajectory instrument, drilling peeper, drilling imaging instrument, and drilling imaging trajectory detection instrument.

Application:

1. Conduct full wall imaging and video recording of the borehole, capture images of key areas, and measure the borehole trajectory;

2. Distinguish various geological structures such as ore bodies, rock masses, coal seams, gangue, soil layers, etc;

3. Observe the occurrence and development of fault fissures;

4. Observe water bearing faults, karst caves, and the location of water bearing outlets;

5. Measure the thickness, width, strike, dip, and inclination of geological formations or various structures from the imaging plan;

6. Observe and quantitatively analyze the orientation, thickness, dip, dip angle of coal seams and other ore bodies, as well as the presence of gangue and its interaction with the roof The degree of interlayer separation cracks, etc;

7. It is particularly suitable for detecting geological structures of coal mine roof, coal seam occurrence, fault structures in front of the working face, and water conducting fracture zones in overlying rock layers.

8. Suitable for detecting drilling holes of various shapes and functions, such as horizontal holes, vertical holes, inclined holes, etc; Such as anchor bolt holes, gas drainage holes, drainage holes, and geological exploration holes;

Execution standard:

1.GB3836.1-2010、GB3836.4-2010

2.MT209-90，MT210-90

3.Q/TCMA-01-201.

4.Q/TCMA-02-201.

5.Q/TCMA-03-201.

6.Q/TCMA-06-2014

Explosion proof certificate, safety standard certificate

Technical features:

　　1.High integrationThe system control, image acquisition, display, and storage within the host are highly integrated;

　　2.ScalabilityThe same host hardware system can be configured with different functions of built-in software and probes to achieve functions such as drilling imaging, drilling observation, and drilling trajectory measurement, realizing multi-purpose use of one machine;

　　3.high intelligenceThe host is equipped with an ARM+DSP dual core processor, with an image processing speed of 25 frames per second. Simultaneously obtaining image data, depth data, and spatial data of the probe location can ensure real-time automatic acquisition of panoramic images, seamless stitching, automatic angle and depth correction, and real-time presentation of panoramic video images with clear and realistic images. Synchronize image stitching, recording, screenshot, and trajectory measurement;

　　4.high reliabilityThe entire system is highly integrated and has good stability; The entire instrument is sealed and has good waterproof and dustproof properties;

　　5.high definitionThe camera is a color low light 700Lines, 0.1Lux, 680000 pixels; The intensity of the light source is continuously adjustable; The probe can be used for annular imaging and end imaging, ensuring clear imaging of various detection objects;

　　6.wide-angleThe camera has a wide viewing angle and can achieve horizontal 360 degree panoramic imaging without the need for focusing;

　　7.Good portabilityThe whole machine is compact in size, lightweight, and easy to carry;

　　8.Good operabilityThe entire system is easy to connect and operate, making it easy for beginners to get started quickly; The host can be used as an external USB drive for computers, and data can be directly copied and pasted;

　　9.Low power requirementsThe operating voltage range of the system is DC5.5V~12V, which can be powered by a built-in high-capacity nickel hydrogen battery or lithium battery, or an external 12V battery. The probe can be powered by either a built-in nickel hydrogen battery or the host. The continuous working time shall not be less than 10 hours;

　　10.Flexible switching of three types of displaysAnalysis software can display and output flat expansion diagrams, three-dimensional bar charts, and three-dimensional bar charts can be rotated continuously 360 degrees; It can also display the core description result table, core bar chart, and unfolded graph in the same frame, and can also zoom in and view the specified local range with high precision using the mouse; It can display both three-dimensional spatial trajectory images of drilling holes and three-dimensional side views to view the actual spatial angle values of each point;

　　11.Directly describe the rock coreOn the unfolded image, the core can be directly described, and the inclination, dip angle, and width of the cracks can be automatically calculated and extracted. The width accuracy can reach 0.1mm, and the azimuth angle can reach 0.1 degrees;

　　12.Images can be converted into multiple formatsCan convert images into various formats such as JPG, BMP, and PDF;

　　13.The probe adopts a stainless steel shellTempered optical glass probe cover, capable of withstanding pressure greater than 20MPa; The synchronous real-time detection rate of imaging and recording trajectory is about 2m/min, which can reach 0.2m/s.