8results about How to "Big choice" patented technology

This utility model relates to a damping hinge structure and computer equipment, including a monitor front cover, a damping hinge, and a monitor rear cover. The monitor front cover is assembled with the monitor and detachably connected to the monitor rear cover. The damping hinge includes a central shaft and two cable guide slots. The central shaft is assembled with the monitor front cover, and the two cable guide slots are located at both ends of the central shaft. Each cable guide slot includes a nut mounting slot and a semi-open cylinder for assembling cables. Threaded connecting rods are provided at both ends of the central shaft, passing through the nut mounting slots and connecting to damping adjustment nuts. The cable guide slots are fixedly connected to the monitor bracket, and their semi-open cylinders have cable passage openings. This application, while allowing adjustment of the monitor angle, also enables cable routing within the device and allows the use of thicker cables without increasing the size of the monitor hinge connection. Furthermore, this application improves assembly manufacturability and after-sales maintainability, reducing manufacturing and after-sales costs.

The invention belongs to the technical field of projection optical lenses, and discloses a projection lens which can form a lens structure with a long back focal length through three lens groups which are respectively used for focusing, zooming and fixing, can obtain higher brightness and contrast through the lens structure with the long back focal length, and is more beneficial to heat dissipation. On the basis, continuous zooming can be achieved through the first zoom lens set, the second zoom lens set and the third zoom lens set which independently move along the optical axis, and meanwhile under the condition that the back focal length is long or the length of the lens is fixed, through the design in the aspects of back focal length control, lens materials and / or lens gluing and the like, continuous zooming can be achieved. The problems of chromatic aberration and difficult light correction caused by a long back focal length lens structure can be solved in the aspects of aberration, chromatic aberration and the like, the contrast ratio and the brightness are better improved, and the purposes of long back focal length, high brightness, low chromatic aberration, low distortion, large aperture and high imaging quality of the projection lens are finally achieved.

This invention discloses a design method for a cooperative target pose observer based on a novel potential function, used for real-time position and attitude estimation of cooperative targets in space. Common pose estimation methods typically include static and dynamic methods. Dynamic methods combine observation information with the system's kinematic or dynamic information, and under the same conditions, usually yield better estimation results than static methods. As a dynamic estimation method, the observer is valued for its simple structure and ease of application. Addressing the problem of the limited variety of potential functions commonly used in current pose estimation observers, this invention, based on existing potential functions, proposes a method for constructing an observer based on a novel potential function. This method can be used for synchronous relative pose estimation during operations by a space robotic arm on a cooperative target. The observer derived from the novel potential function designed in this invention not only possesses the same theoretical stability characteristics as existing observers but also demonstrates better estimation performance in practical applications.

The utility model belongs to the LED photoelectric technical field, and specifically relates to an LED structure comprising a first substrate and a second substrate, the first substrate is internally provided with a bowl cup, the second substrate is provided with a positive electrode pad and a negative electrode pad which are connected with the bottom surface of the bowl cup, and the positive electrode pad or the negative electrode pad is provided with a die bonding area at a position in the bowl cup. A wafer and an electric lead used for conducting an electrode on the surface of the wafer with the positive electrode bonding pad or the negative electrode bonding pad are arranged on the wafer fixing area, the periphery of the wafer and the periphery of the electric lead are wrapped with packaging colloid, and heat conduction columns are further arranged at the positions, corresponding to the positive electrode bonding pad, the negative electrode bonding pad and the wafer fixing area, in the second substrate respectively. According to the utility model, an electroplating or sputtering coating design process adopted by a traditional support is broken through, compared with an integrated support mold opening electroplating, the manufacturing cost of design and development is lower, the flexibility of design and development is higher, and the support has the advantages of better product practicability, better compatibility, better effect and performance and the like.

The present application relates to the field of microbial technology, in particular to Citrobacter werkmanii and its application. The present application provides Citrobacter werkmanii SDT3 with dual functions of denitrification and cobalt (III) reduction under aerobic conditions, and the preservation number is CCTCC NO: M 2025956. The strain can efficiently realize aerobic denitrification reduction of nitrate and nitrite under aerobic conditions without additional ammonia nitrogen, and simultaneously complete the synchronous reduction of cobalt (III) -histidine complex (Co(III)His). The strain is suitable for treating flue gas denitration failure absorption liquid containing Co(III)His, nitrate and nitrite, has the advantages of high absorption liquid regeneration efficiency, mild process conditions, wide application range of organic carbon source, no secondary pollution, easy engineering application, etc.; can provide an efficient and stable microbial technology solution for efficient regeneration of flue gas denitration absorption liquid, long-term continuous and stable operation of the denitration system.

The method for producing hot-press transfer decorative reflective tapes using heterogeneous strip combination splicing and pattern cutting technology includes the following steps: (S1): Selecting a certain thickness of heat-resistant (high) pressure-sensitive adhesive film and dividing it into strips of a fixed width, and selecting reflective materials with matching thickness within the allowable range of process requirements and heterogeneous light-functional materials that are different from them, and peeling the film into strips of a fixed width; (S2): Combining heterogeneous strips with splicing seams (L) and / or open seams (K) side by side to form a color combination or functional combination, forming the first finished product; subsequently, (S3): cutting and removing waste to form a pattern, forming the second finished product; This method has the advantages of a wider selection space for light-functional materials, more flexible and precise pattern making, short production cycle and low production cost, and can especially produce decorative engraved reflective tapes with higher luminous brightness that cannot be produced by existing technology, achieving both high-brightness reflection and high-brightness luminescence, and the reflective area is not too thick.

The present application relates to a preparation method of glufosinate. Specifically, it relates to a method for preparing glufosinate represented by formula (I) or a salt, an enantiomer or a mixture of enantiomers in any ratio thereof, which comprises reacting a compound of formula (II) with a compound of formula (III), and hydrolyzing the reaction product to obtain the compound of formula (I). The method of the present application has higher substrate reactivity, milder conditions for the construction of P-C bond, lower reaction temperature, and can reduce the racemization of L-form at high temperature, thereby improving the retention of L-form during the preparation of L-glufosinate.

The utility model discloses a kind of line passing pivot structure and computer equipment;Line passing pivot structure includes display connecting front and rear cover, damping hinge, pivot connecting piece and damping hinge press plate;Pivot connecting piece includes damping hinge installation slot hole and half open cylinder, and connecting place is equipped with damping hinge disassembly and unfastening process hole;Half open cylinder front end is equipped with line passing port, rear end is equipped with the mounting plate with threaded hole;Display connecting front cover is equipped with damping hinge installation slot;Damping hinge is installed in damping hinge installation slot and damping hinge installation slot hole, left and right each one, symmetrically mounted, and fixed by damping hinge press plate and display connecting front cover compression tight;Cable is laid horizontally into half open cylinder. The present application can also make cable wiring inside equipment under the prerequisite of adjusting the angle of display, and thicker specification cable can be used without increasing the size of display pivot connecting part. Furthermore, the present application also improves the process of assembly and post-sale maintainability, reduces manufacturing and post-sale cost.