Origin:Domestic production

Instrument Overview:

The TY-2018 WIFI version of the central air conditioning quantitative sampling robot adopts front and rear digital cameras, with a vertical rotation of 180 degrees and a horizontal rotation of 360 degrees at the front, and a pan tilt digital camera (3 million pixels) linked with lighting. Combined with the rear digital visual camera (2 million pixels), it forms a digital camera system with high-definition lighting. Under software control, reversing is operated like moving forward, without the illusion of reversing direction. The robot has a height of 98 millimeters and a width of 155 millimeters, making it a compact robot.

Given the widespread use of laptops, the robot design that retains wireless on-site control of sampling and video detection by laptops, as well as remote network video detection, not only fully realizes the major breakthrough of fully computerized central air conditioning quantitative sampling and monitoring robots, but also eliminates the cost waste and operational transportation troubles of the original robot's independent control and display system. Due to the use of remote control operation, the coverage range of the robot has been improved, truly achieving distance free detection (robots walking in pipelines, people walking under pipelines), reducing the trouble of placing robots multiple times in the same pipeline. Traditional robots claim to be 20 meters long, but after deducting factors such as pipeline height and external power supply location, a walking distance of 15 meters inside the pipeline is actually good. However, most air conditioning pipelines are much longer than 20 meters, and the robot needs to be removed from one air outlet multiple times before being reinserted into the next air outlet of the same pipeline during monitoring, greatly improving monitoring efficiency.

The body of this robot adopts a high-strength alloy body, which is equipped with a German imported motor and efficient anti-skid tracks. It has good passability and strong traction and climbing ability; Installed on the front and rear digital cameras of the robot, the pan tilt digital camera (3 million pixels) with a vertical rotation of 180 degrees and a horizontal rotation of 360 degrees at the front, combined with the lighting linkage, and the rear digital visual camera (2 million pixels) form a digital camera system with high-definition illumination. Under software control, reversing is operated like moving forward, without the illusion of reversing direction. Realize blind spot free video monitoring and sampling. Airborne antennas greatly enhance the transmission strength and coverage range of signals Through special design, there is no feeling of reversing when reversing, just like a forward operation.

Maintaining a unique two-level sampling system ensures that both severe contamination before cleaning and clean pipelines after cleaning (the former using suction and the latter using wiping) eliminate system errors and ensure sampling accuracy. The unique air temperature and humidity dynamic monitoring and display system provides real-time dynamic monitoring and display of air conditioning supply temperature and humidity. The ultra large capacity onboard 12V DC rechargeable battery ensures the normal use of the robot for 8 hours a day, freeing it from dependence and constraints on external power sources, truly realizing seamless coverage of a robot, a laptop, and wherever it goes. Humanized battery display and reminder system to promptly remind battery replacement.

Due to the adoption of specialized computer software operation control system, all operations of the robot are carried out on the laptop screen, eliminating the possibility of electrical faults that often occur in traditional independent control systems. This not only improves the reliability of equipment control, but also makes robot control as simple and intuitive as operating computer games. Finally, the central air conditioning monitoring robot can rival I.T. products in practicality and fashion.

Characteristics:

A true full computer software operating system with simple, intuitive, and stylish operation

There are no traditional bulky control boxes and display screens at all, and the robot weighs only 6 kilograms

● Use a laptop to wirelessly control sampling and video detection on-site

Remote networked video monitoring

People follow robots, with unlimited detection distance

Vehicle mounted batteries have solved the dependence on external power sources and can be tested anywhere, improving the flexibility of on-site testing and the safety of public places

● Track driven, powerful power

Due to the lack of control lines, the robot can freely rotate 360 degrees in place in the pipeline. It is installed on the front and rear digital cameras of the robot, with a pan tilt digital camera (3 million pixels) that vertically rotates 180 degrees and horizontally rotates 360 degrees and is linked with lighting. Combined with the rear digital camera (2 million pixels), it forms a digital camera system with high-definition illumination. Implement a blind spot free digital monitoring system.

Through special design, there is no reverse feeling when reversing, just like forward operation.

● Crossing obstacles by more than 7 centimeters

● Climbing angle greater than 40 degrees

Sampling error less than 5%

Relative sampling deviation less than 3%

● Able to reach the designated area inside rectangular ducts with a diameter of 98 × 160mm or more

Due to the use of onboard power supply (not restricted by power outside the pipeline) and wireless remote control (no distance limit inside the pipeline), the robot can freely walk inside the pipeline, and can perform video monitoring and sampling detection anywhere

Performance parameters: