New Leap in Beijing four wheel alignment Quanta 3D wheel alignment – wheel align
With the growing volume of vehicles to maintain, people followed the concept of maintenance of vehicles have gradually undergone great changes, the importance of automobile wheel alignment has been a large number of vehicle drivers perceived as Automotive routine maintenance a very important. As the most important wheel alignment Detector Device, Four Locator Even many pros and cons of the pilot selection has become a major auto repair shop standard.
Beijing Quanta's new four-wheel-a 3D Locator Is the three-dimensional reconstruction of the high technology Automotive Repair Equipment On a successful application. Three-dimensional reconstruction of a mature science and technology projects, has been widely used in medical, industrial, military and other fields. This advanced technology uses 3D wheel alignment measurement system is also different from the traditional four-wheel positioning measurement, which uses digital image recognition technology, with digital CCD camera image acquisition board installed in the wheel of the image information mining, computer to calculate their coordinates and angle of the wheel relative values measured by three-dimensional reconstruction software can display real-time four-wheel three-dimensional state, and operating software through the wheel alignment shows the state of the wheel. Quanta 3D wheel alignment apparatus is based on advanced technology, combined with user-friendly operating software, user-friendly interface, simply use the operator follow the prompts to complete the vehicle location work. Quanta 3D wheel alignment device can accurately measure the front axle: toe angle (Toe), camber (Camber), Caster (Caster), within the main inclination angle (SAI), before the back corner (Setback). Rear axle: toe angle (Toe), camber angle (Camber), forward angle (TrustAngle). Measurement accuracy reaches ± 0.02 degrees higher than the national standard on four-wheel Locator Product ( China People's Republic of Communications Industry Standard JT-JT505-2004) the provisions of ± 2 minutes (2 hours approximately 0.033 degree) precision, toe and camber of the measurement range is ± 10 degrees, also reached or exceeded the national standard ± 3 degree and the requirements of ± 10 degrees, to meet the automotive repair industry to maintain the use.
Traditional four locator cards through mounted on wheels Sensor Between the infrared transmitter and receiver position and calibration of the measured change in position, measure the relative position of each wheel, through a complex formula to calculate individual wheel positioning data, and how to consider the results Tread wheelbase cars effect, in which a particular sensor measurement data or the accuracy of one minor change could lead to changes in the overall data, resulting in measurement error. Traditional four-wheel positioning for the measurement of low-chassis vehicles are not always ideal, the solution of various manufacturers are not the same, but there's a method commonly used to lower the center of the fixture, but difficult to ensure that moving in this way volume is consistent, the center installed card fixture in the vertical direction of the axis of symmetry, resulting in measurement error, and down the excessive, likely to cause the front arm and leg platform in the measurement of caster angle when the bump occurred. Another level by changing the sensor location and is used more ancient practice of six-beam measurement as the measurement accuracy at the expense of the cost.
Quanta 3D wheel alignment apparatus from the high-performance computers, high-speed high-precision industrial digital cameras, composed of four basic measurement unit of target goals, the camera constantly emitting diode fixed-frequency infrared emission target target receives light, it will light reflection to the camera imaging. Camera into the image and prior to that stored in the computer compared the images, the accurate calculation of the distance between the target and the camera, then processed through the data to calculate the size of vehicle-related, four-wheel-position data obtained corresponding. This is a basic 3D wheel alignment measurement process, from the measurement process is not difficult to see that the four target target vehicle in the basic data measuring the relative independence of the four objectives of the target does not occur in the measurement of the relationship between the target and the camera only goal relative position between the end of the adjusted data through the scientific results of the software accurately calculated. And the perfect solution to the problem of low chassis measurement of vehicles. Comparing the two, we can see Quanta 3D wheel alignment apparatus of high accuracy and good precision of retention due to the adoption of more advanced scientific measurement determined.
Four wheel alignment are some people who know will know
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