35results about How to "Avoid high dependency" patented technology

The present application relates to a contact vibration photon sensor utilizing the Doppler effect and a manufacturing method thereof. A contact vibration photon sensor utilizing the Doppler effect, comprising an outer encapsulation layer (9), and the outer encapsulation layer (9) also includes: a silicon-based material (1) and a mirror body (2); the silicon-based material (1) A cavity (11) formed by surrounding the side wall (10) including a side wall (10) and a top opening; the mirror body (2) is arranged in the cavity (11), and the mirror body ( 2) The top has a mirror layer (21), and the side of the mirror body (2) is connected to the side wall (10) through a cantilever beam (22), and the cantilever beam (22) is spring-shaped. The contact vibration photon sensor of the present application utilizes the Doppler effect to provide accurate precision, uses a spring-shaped cantilever beam, can increase the amplitude of the mirror body (2), and improves the sensitivity of the sensor when sensing vibration.

The invention discloses a full-color video display correction processing method and system. The correction processing method comprises the steps that a video signal source respectively outputs a standard full-red measuring signal, a standard full-green measuring signal and a standard full-blue measuring signal to display equipment; a chrominance gauge collects the color coordinate and the brightness value of each pixel point in a specific display area; color space conversion is conducted on the color coordinate and the brightness value of each pixel point so as to generate tri-stimulus values; the average tri-stimulus value is calculated; the average tri-stimulus value is expressed by the adoption of the visual mode of a CIE1931 color space chromaticity diagram; a mouse dragging signal of a user is received so as to obtain set color coordinates and set brightness values; color space conversion is conducted on the set color coordinates and the set brightness values so as to generate set tri-stimulus value; a conversion matrix is calculated; after the video signals are received, the video signals are multiplied with the conversion matrix, and the processed video signals are sent into the display equipment to be displayed. By the implementation of the technical scheme, the picture colors displayed by the different display equipment are uniform.

The invention discloses a pressurized self-balancing grinding machine with ultra-large rolls. The pressurized self-balancing grinding machine comprises a seat and a grinding ring arranged on the seat, wherein a grinding roll component is arranged in the grinding ring; the grinding roll component is driven to work through a central rotor arranged at the central position of the seat; the grinding roll component is composed of an inner grinding roll and an outer grinding roll in a sleeving manner; a rotary bearing is arranged between the combined surfaces of the inner grinding roll and the outer grinding roll; a shaft hole is horizontally formed in a central rotor located in a central hole of the inner grinding roll; the two ends of a rotary shaft arranged in the shaft hole in a penetrating manner extend to the sidewall of the inner grinding roll; and inner grinding roll thrust devices are arranged in blind holes which are symmetrically formed in central rotors located at an upper position and a lower position of the rotary shaft in a staggered manner respectively. The pressurized self-balancing grinding machine disclosed by the invention is ingenious and reasonable in structure, and gets rid of the design limit that the size of the grinding roll component of the grinding machine cannot be greater than 1 / 2 of the diameter of the grinding ring; the diameter of the grinding roll component theoretically can be close to the dimension of the inner diameter of the grinding ring; and compared with the traditional structure, the grinding roll component with an ultra-large structure is capable of achieving much engaging-in of materials, high in efficiency, and high in yield.