2results about How to "Simplify the operation process" patented technology

This application relates to the field of tape wrapping for transformers, specifically disclosing a tape wrapping device and method for electronic transformers. The device includes a body; a support base mounted on the body for fixing a workpiece; multiple cutters for cutting the tape at the bend at the top of the workpiece; a moving mechanism for driving the cutters to move; and a retraction mechanism for attaching excess tape to the top of the workpiece. This application features a method where the moving mechanism drives the cutters to cut the bend in the excess portion of the tape, and then the retraction mechanism retracts and presses down the excess portion of the tape in batches, thereby attaching the excess tape to the top of the workpiece. This results in fewer air pockets and folds after application, and higher application efficiency.

This application relates to the field of control rod drive mechanism testing technology, specifically, to a drive mechanism testing system employing an overrunning clutch. The system includes a base, a fixed bracket, a long shaft, a photoelectric encoder, a magnetic powder brake, a torque sensor, an inertia disk, an overrunning clutch, a control mechanism, and a drive mechanism. The photoelectric encoder is fixed to the left side of the photoelectric encoder bracket; the magnetic powder brake is positioned between the photoelectric encoder bracket and the inertia bracket, and the torque sensor is positioned outside the magnetic powder brake; the long shaft is positioned between the inertia bracket and the clutch bracket; the inertia disk is connected to the long shaft via a key; the overrunning clutch is positioned between the clutch bracket and the mechanism bracket; the control mechanism is located above the overrunning clutch; and the drive mechanism is fixed to the right side of the mechanism bracket. This application simplifies the operation of the drive mechanism by utilizing the overrunning clutch, requiring only the detection of the drive mechanism's initial and final positions, and using the time difference to calculate the drive mechanism's reset time.