Application of Conductive Slip Ring in New Energy Three-dimensional Garage

With the development of the socio-economic level and the increase in family income, automobile travel is now a common phenomenon. In some slightly old shopping malls and office areas, parking area planning problems will arise, and the parking lots in shopping malls and office areas cannot meet the increasing demand for parking of vehicles. In the early years, a batch of three-dimensional garages imitated due to technical problems were relatively backward, and quality problems and operational problems were exposed.

Now that the technology of new energy vehicles is mature, more and more car buyers are turning their attention to new energy vehicles, thus giving stereo garage manufacturers the opportunity to overtake in corners. The new energy vertical circulation three-dimensional garage (hereinafter referred to as the three-dimensional garage) has been put into use in the market under the technical conquest of the manufacturer.

The three-dimensional garage can not only meet the parking needs of new energy vehicles, but also solve the charging problem of vehicles, charging while parking. The three-dimensional garage occupies a small space and is flexible in layout. The transmission mechanism is driven by the motor, and the chain acts on the car bracket to facilitate the parking and taking out of the car. The electromechanical system of the three-dimensional garage needs to realize several functions, first of all to meet the charging demand, and secondly, such as over-limit alarm, foreign object detection, rising and falling limit, remote monitoring and so on.

The car bracket needs to be equipped with a universal charging plug to follow the cycle of the vehicle bracket. The over-limit alarm needs to detect the size and quality of the car through infrared detection pressure detection. Foreign body detection requires the motor to feed back operating data in time to prevent damage to the motor and the vehicle when the foreign body is stuck. When the frame is cyclically running, data feedback is required for upper and lower limit. The parking operation status of the three-dimensional garage needs to be sent back to the control terminal for monitoring and viewing in real time.

Therefore, when the carriage is cyclically running, the carriage bearing rotates 360 degrees, and conductive slip rings need to be used to solve the winding problem of signal wires and power wires. The conductive slip ring transmits the power required for car charging, and other limit, detection, and monitoring data. It should also have the characteristics of high waterproof and dustproof accuracy and maintenance-free outdoor work.