2results about How to "Rich control functions" patented technology

The utility model relates to a kind of multifunctional footrest, including pedal, the upper part of the pedal is equipped with foot pad area and switch area, the foot switch for controlling laser output and closing is equipped in the switch area, one side or both sides of the footrest is equipped with micro trigger device for adjusting laser attribute.The utility model relates to a kind of multifunctional footrest including pedal, the pedal is divided into foot pad area for supporting instep or heel and switch area for installing multiple switches, the foot switch for controlling laser output and closing is equipped in the switch area, one side or both sides of the foot switch is equipped with micro trigger device for adjusting laser attribute, this footrest structure design is simple, control function is more, and the position of multiple switches is reasonably divided, can liberate the hands of doctor to the greatest extent, and the parameter of quick and accurate adjustment is reasonably utilized by foot.

The invention discloses wearable equipment and a knocking detection method thereof, and the detection method comprises the steps: controlling a detection module to work at a first detection frequency, so as to obtain a first kinematics parameter of the wearable equipment; in response to the first kinematic parameter meeting a preset wake-up condition, the detection module is controlled to work at a second detection frequency to obtain a second kinematic parameter of the wearable device, the second detection frequency is greater than the first detection frequency, and the second kinematic parameter and the first kinematic parameter are parameters of the same type, the wake-up condition is set according to the front-section kinematics response of the wearable device to the single knocking action; a corresponding control instruction is generated in response to the fact that the second kinematics parameter meets a preset knocking judgment condition, and the knocking judgment condition is set according to the back-section kinematics response of the wearable device to the single knocking action.