2results about How to "Real-time visibility" patented technology

This invention discloses a sublingual microcirculation imaging system with pressure detection and feedback control. The system comprises a shell, handle, inner support, focusing ring, circuit board, image sensor, probe, pressure sensor, and integrated unit. The integrated unit adjusts the focusing ring to control the probe movement based on the clarity of the sublingual microcirculation video and pressure information, until the video is stable and clear and the pressure reaches the target pressure value or a preset pressure range. This invention achieves real-time, accurate measurement and digital display of the probe-mucosal contact pressure in sublingual microcirculation imaging, enabling medical personnel of varying experience levels to quickly master and apply appropriate pressure, ensuring the standardization and repeatability of the examination.

The utility model discloses an intelligent ceramic cup with a temperature display function, which comprises a ceramic cup body with the temperature display function, a display is mounted on the side surface of the ceramic cup body, a heating seat for heating the ceramic cup body is arranged at the bottom of the ceramic cup body, and a fool-proof component is arranged between the ceramic cup body and the heating seat. A heating coil is arranged at the top of the heating base, and a heat-conducting plate is arranged at the bottom of the ceramic cup body. The temperature sensor and the displayer assembly are installed at the bottom of the ceramic cup body, real-time temperature monitoring and displaying are achieved, and convenience for a user to visually know the temperature of liquid in the cup is improved; meanwhile, the first fool-proof ring with the big-end-up conical design is arranged at the bottom of the ceramic cup body and matched with the second fool-proof ring at the top of the heating base, accurate butt joint of the heat conduction coil and the heating coil is ensured through the guide ball, damage caused by dislocation is effectively avoided, the product safety and reliability are improved, and the user experience is overall improved.