鋁合金升降平臺http://www.www.gz-healths.cn/在各個行業的發展中也在不斷的推進，并且應用范圍也是越來越廣泛。在鋁合金升降平臺中，為了進行長遠的發展，因此就需要進行創新能力的提高。鋁合金升降平臺系統包括載荷狀態的確定，鋁合金升降平臺系統的載荷狀態是基于在載荷狀態的確定的過程中發生的鋁合金升降平臺的位置偏差進行確定的。
Aluminum lift platform is constantly advancing in the development of various sectors, and the range of applications is more and more widely. In aluminum lift platform, in order to carry out long-term development, and therefore on the

need for improving innovation ability. Aluminum lift platform system includes determining the loading state, aluminum lift platform system load status is determined based on the position deviation occurs in the process of loading state of the aluminum lift platform were determined.
  
鋁合金升降平臺位置偏差是從在確定之前轉子和定子之間的起始位置開始進行確定的，鋁合金升降平臺電機的電流通過電流調節器進行調節以對應前述的電流的基準值以及任何一項的載荷狀態的確定。鋁合金升降平臺驅動裝置包括運動基準，該運動基準包括鋁合金升降平臺電機的速度基準以及電機的轉矩的正反饋，以及在于電機驅動裝置包括鋁合金升降平臺以及連接到該升降機供電設備。
Aluminum lift platform position deviation is determined starting from the previous position of the rotor and the stator to determine the start of the motor current aluminum lift platform is adjusted through the current regulator to correspond to the aforementioned reference current value and any one of determine the load status. Aluminum lift platform drive means comprises a movement reference, which movement reference comprises aluminum lift platform motor speed and a motor torque reference of the positive feedback, and in that the drive means comprises a motor and an aluminum alloy lifting platform is connected to the power lift device.
  
鋁合金升降平臺http://www.www.gz-healths.cn/在載荷狀態進行確定的過程中，鋁合金升降平臺的轉矩基準基于鋁合金升降平臺速度的實際值和基準值之間的比較以及基于鋁合金升降平臺電機的位置偏差進行確定，以及在于鋁合金升降平臺系統的載荷狀態是在載荷狀態的確定的過程中由前述的轉矩基準確定的。
Aluminum lift platform load status determination process, the aluminum torque reference lift platform based aluminum lift platform speeds compare actual value and the reference value, and the position deviation aluminum lift platform based on a determination of the motor, and in that the loading state aluminum lift platform system is the process of determining the loading state is determined by the aforementioned torque reference.