Abstract: Disclosed is a dual-sensing feedback and transmission system for a linear motor. The system includes a linear motor, a transmission mechanism, and a dual-sensing displacement detection mechanism. One end of the transmission mechanism is fixedly connected to a mover of the linear motor, and the other end thereof is located outside a stator of the linear motor and fixedly connected to a leaf of a multi-leaf collimator directly or by means of a connecting block. The dual-sensing displacement detection mechanism is a dual-sensing linear displacement sensor, and includes two sets of reading devices for reading displacement information, and a matching reference ruler. The reading devices are fixed to an end or exterior of a casing of the stator of the linear motor close to the leaf of the multi-leaf collimator. The reference ruler is fixed onto a connecting rod.

Abstract: Disclosed is a dual-sensing feedback and transmission system for a linear motor, belonging to the technical field of medical equipment and motors. The system includes a linear motor, a transmission mechanism, and a dual-sensing displacement detection mechanism. One end of the transmission mechanism is fixedly connected to a mover (7) of the linear motor, and the other end thereof is located outside a stator (6) of the linear motor and fixedly connected to a leaf (1) of a multi-leaf collimator directly or by means of a connecting block (2). The dual-sensing displacement detection mechanism is a dual-sensing linear displacement sensor, and includes two sets of reading devices (5) for reading displacement information, and a matching reference ruler (4). The reading devices (5) are fixed to an end or exterior of a casing of the stator (6) of the linear motor close to the leaf (1) of the multi-leaf collimator. The reference ruler (4) is fixed onto a connecting rod (3).