3results about How to "Increase specification" patented technology

The utility model discloses a front end base, a front end assembly, an insertion portion and an endoscope, and relates to the field of medical instruments, the front end base is used for the endoscope, an installation cavity is arranged in the front end base, the installation cavity is communicated with the far end face of the front end base, the installation cavity is used for installing a camera module and an illumination module, and the side face of the installation cavity is open. At least one of the camera module and the lighting module is exposed. The camera module and the lighting module are located in the mounting cavity, it is avoided that a plurality of components are arranged in a plurality of cavities respectively, partition plates among the cavities can reduce the volume utilization rate of the front end base, the internal space of the front end base can be optimized due to the fact that the camera module and the lighting module are located in the same mounting cavity, and therefore when the lighting module and the camera module of the same specification are arranged, the volume utilization rate of the front end base is increased. The size of the front-end assembly can be smaller, and the trafficability of the front-end assembly is higher. The front end seat can be provided with a lighting module and a camera module which are larger in size. In addition, installation personnel can install the camera module and the lighting module at the same time, and assembling steps are reduced.

The application relates to a winding structure of a motor for an electric vehicle, comprising a stator, the stator comprising tooth bars, tooth slots and windings, the windings being wound on the tooth bars in clockwise or counterclockwise directions, the windings on the same tooth bar being wound in batches, the winding directions of the windings on the same tooth bar being the same, and the windings on the same tooth bar being connected in series. The winding structure of the application increases the conductor wire diameter of the motor winding, the windings on the same tooth are wound in batches, the crowded position of the copper wire is effectively avoided, the idle tooth slot space is utilized, the slot fill factor is greatly improved, the current carrying capacity of the motor is improved, the copper consumption is reduced, the motor efficiency is improved, the output torque and the cruising range are increased.

The application provides a working method of a self-air-supply type artificial muscle wearable auxiliary device, which comprises a flexible artificial muscle mechanism, a leg "electric-gas" path control mechanism and a foot energy supply mechanism connected in sequence through a hose. The application uses the hose as a connecting pipeline of the flexible artificial muscle mechanism, the leg "electric-gas" path control mechanism and the foot energy supply mechanism, and the shoe pad of the foot energy supply mechanism and the flexible artificial muscle mechanism of the driving device are also flexible devices, so that the overall device has good flexibility, and the coordination and safety of human-computer interaction are ensured.