3results about How to "Precise working position" patented technology

This utility model discloses a brush lifting mechanism for a flat knitting machine, including a fixed frame, a brush drive motor mounted on the fixed frame, and a circumferential lifting brush mechanism. The circumferential lifting brush mechanism includes a lifting plate, a brush clamp located at the lower end of the lifting plate, transmission gears arranged along both sides of the fixed frame, and a lifting gear located at the upper end of the transmission gears. A drive gear is mounted on the output shaft of the brush drive motor, which passes through the fixed frame and is connected to the transmission gears via the drive gears. A rotating block extends from the lifting gear. When the output shaft rotates, it drives the drive gears and transmission gears to sequentially transmit power to the lifting gear. The lifting gear, through the rotating block, drives the lifting plate to move circumferentially. This utility model has a reasonable structural design. By setting up a circumferential lifting brush mechanism, the lifting plate can achieve circumferential lifting, which greatly improves the knitting adaptability and knitting quality of the flat knitting machine compared to traditional brush lifting methods.

The utility model discloses a detachable infrared optical filtering module, and relates to the field of optical assemblies. The detachable infrared optical filtering module comprises a mounting ring, a threaded ring is fixedly connected to one side of the mounting ring, an infrared optical filter is arranged in the mounting ring, a circle of annular protrusion is arranged on the side, close to the threaded ring, in the mounting ring, and the detachable infrared optical filtering module further comprises a shell fixedly connected to the mounting ring at equal intervals in the circumferential direction. The mounting ring is provided with an embedding groove used in cooperation with the shell. The infrared optical filter fixing device effectively prevents the infrared optical filter from shifting and loosening when optical equipment works, ensures that the infrared optical filter is always in an accurate working position, ensures the stability and accuracy of infrared optical signal filtering, improves the quality of imaging or detection results, greatly shortens the time for maintaining and replacing the optical filter compared with a traditional fixing mode, and improves the working efficiency. The operation difficulty is reduced, flexible adjustment by a user according to different scenes is facilitated, and the overall use efficiency and adaptability of the module are improved.

This invention relates to a pencil sharpener blade assembly and a pencil sharpener, specifically for stationery. The pencil sharpener blade assembly includes a blade holder body, a blade, a screw, and a side clamping component. One side of the blade is fitted with the blade holder body, and the other side is fitted with the side clamping component. The screw is offset from the blade and connects the side clamping component and the blade holder body, ensuring that the side clamping component evenly presses the blade. The advantages of this invention are: it avoids the screw directly penetrating the blade, fundamentally eliminating the localized stress concentration at the mounting hole caused by the screw penetrating the mounting hole; the side clamping component is fitted and pressed tightly against the entire side of the blade, applying uniform pressure to the blade and preventing problems such as loosening, cracking, and breakage caused by the reverse force of pencil cutting, significantly improving the reliability of blade fixation.