30results about How to "Achieve distortion" patented technology

The invention discloses a serpentine mechanical arm. The arm body of the serpentine mechanical arm is formed by connecting a plurality of bone sections moveably in sequence. Two adjacent bone sections of the arm body are connected by a universal joint pin. The two adjacent bone sections swing freely up and down and left and right through the universal joint pin and swing up and down and left and right with corresponding bone sections through traction drive of two groups of traction lines and drive and the matching of bone sections. The serpentine mechanical arm provided by the invention is designed by simulating a serpent. The combined part of the two adjacent bone sections has two degrees of freedom, one of which is driven by double motors, respectively. Swing of a single bone section is superposed to form swing of the whole mechanical arm in any directions, and the mechanical arm can bend at any angle. The mechanical arm can bend in a three-dimensional spatial curve. According to the serpentine design provided by the invention, combination of the whole mechanical arm is compact as far as possible, and meanwhile the mechanical arm has enough and relatively large bending range.

The invention relates to an optical industrial lens with high resolution and low distortion. The optical industrial lens comprises a front lens, an iris diaphragm and a rear lens which are sequentially arranged in a direction of light incident within a lens structure. The front lens comprises a first pair of convex lens, a negative crescent-shaped lens, a pair of concave lens, a second pair of convex lens and a first positive crescent-shaped lens. The rear lens comprises a second pair of concave lens and a third pair of convex lens which are glued seriously, a second positive crescent-shaped lens and a fourth pair of convex lens. The optical industrial lens with high resolution and low distortion has the advantage of simple structure and reducing the distortion of close-up scene shooting.

The invention relates to an f16mm high-definition low-distortion semi-group mobile industrial lens. The lens comprises a main lens cone, a front group of lenses, an iris diaphragm and a rear group of lenses, wherein a front group lens cone and a rear group lens cone connected to a rear side of the front group lens cone are arranged in the main lens cone; a rear end of the main lens cone is provided with a connection seat; the front group of lenses is successively installed in the front group lens cone along a light incident direction; the iris diaphragm is installed in the rear group lens cone; and the rear group of lenses is installed in the rear group lens cone and the connection seat. The front group of lenses is formed by a first negative crescent lens, a first double convex lens, a second double convex lens and a first agglutination group connected to a first double concave lens in a sealing mode. The rear group of lenses is formed by a second double concave lens, a second agglutination group connected to a third double convex lens in the sealing mode, a fourth double convex lens, a positive crescent lens and a third agglutination group connected to a second negative crescent lens in the sealing mode. The main lens cone is provided with a diaphragm adjusting mechanism and a backseat lens cone is provided with a micro-focusing mechanism. The structure of the mobile industrial lens is simple and distortion of shooting to a close object is less than 1.1%.

The invention relates to a polypeptide monomer molecule based on intracellular enzyme catalyzed polymerization and application thereof in construction of nano materials especially elastin-like nano materials. The polypeptide monomer molecule is composed of a functional molecule, a polymerization active site and elastin-like repeat polypeptide, and can efficiently polymerize under the catalysis of transglutaminase, the formed polymer has temperature sensitive characteristic, and by changing the polypeptide sequence of monomer molecules, and the three-dimensional structure, conversion temperature, pore size and other parameters of the polymer can be adjusted. The polymer can achieve in situ controllable synthesis in living cells, and form a nano structure. The preparation method of the nano material can realize real-time in-situ imaging or high retention rate drug delivery in living cells, and has good application prospects.

The invention relates to the technical field of engraving equipment, in particular to a single-head automatic tool change five-shaft engraving machine. The machine comprises a base, a stand column, a cross beam, an engraving mechanism, a workpiece fixing mechanism, and a tool magazine for storing cutters; the workpiece fixing mechanism comprises a mobile frame, an automatic lifting tabletop, a workpiece clamping fixed part and a workpiece clamping mobile part; the mobile frame is mounted on the base; the automatic lifting tabletop is fixed on the mobile frame through a cylinder; the workpiece clamping fixed part and the workpiece clamping mobile part are both provided with workpiece clamping chucks; the tool magazine comprises a cutter fixed frame, a shank clamp and a changing cutter chuck; and the cutter fixed frame is fixed on the workpiece clamping fixed part. The engraving machine is simple in structure, high in automation degree, high in machining efficiency and wide in purposes, can machine planes of workpieces or once form peripheral surfaces of the workpieces, can realize once formation of special-shaped furniture, and prevents twisting and deformation of slender workpieces in the machining process.

The invention discloses a manual operation ice machine and a refrigerator with the same. The manual operation ice machine comprises an ice machine main body, an ice cube tray and an ice removing assembly, wherein a first positioning hole is formed on the front wall of the ice machine main body, and a second positioning hole is formed on the rear wall of the ice machine main body; a first limit bump is arranged on the inner surface of the rear wall of the ice machine main body; a first shaft is arranged at the front end of the ice cube tray, and a second shaft is arranged at the rear end of the ice cube tray; the first shaft is rotatably supported in the first positioning hole and is extended out of the first positioning hole; the second shaft is rotatably supported in the second positioning hole; the ice removing assembly comprises a key and a gear; the gear is arranged on the first shaft; the key is provided with a rack engaged with the gear and can move between a first position and a second position to drive the gear to rotate; and when the key is positioned at the second position, the opening surface of the ice cube tray is inclined, and the rear end of the ice cube tray is pressed against the first limit bump for ice removal. In the invention, the key is pressed to drive the gear to wiggle the ice cube tray, so that the ice cube tray can realize overturn ice removal only by applying lower force one time.

The invention concerns a lifting tube as well as a vacuum lifting device with such a lifting tube. The lifting tube has a tube wall extending about a lengthwise axis and enclosing a tube interior, while the lifting tube can be reversibly deformed along its lengthwise axis into an elongated configuration and, with reduction of the tube interior, a contracted configuration. The tube wall has a plurality of outer crease lines, along which the tube wall can buckle to produce the contracted configuration, while the outer crease lines run obliquely to each other so that, when deformed into the contracted configuration, the tube wall experiences a torsion about the lengthwise axis in some sections.

The invention relates to a high-resolution camera shooting lens for a full-group mobile industry. According to the lens, a front group A, an iris C and a rear group B are sequentially arranged along an incident direction of light rays from left to right in an optical system, wherein the front group A is sequentially provided with a negative meniscus lens A-1, a biconvex lens A-2, and a first gluing group formed by tightly connecting a biconvex lens A-3 and a biconcave lens A-4; and the rear group B is sequentially provided with a second gluing group formed by tightly connecting a positive meniscus lens B-1 and a negative meniscus lens B-2, a negative meniscus lens B-3, and a third gluing group formed by tightly connecting a biconvex lens B-4 and a plano-concave lens B-5. The high-resolution camera shooting lens has the characteristics of high resolution, large target surface, low distortion, small close-up distance and the like and can be matched with a high-definition charge coupled device (CCD) or a complementary metal oxide semiconductor (CMOS) camera, the high-definition video shooting is realized, the clear imaging with the close-up distance of 0.3m can be realized, and the distortion rate is less than 1 percent.

The invention provides a mesh electrode diamond X-ray measuring device. The end face of diamond in the measuring device is plated with a mesh electrode and a circular electrode. A connecting ring is fixedly connected to the front end of a shell through a thread in a sleeving mode. A gasket, the diamond, an insulation ring and an insulation layer are sequentially arranged on the central axis in the shell. The gasket, the diamond and the insulation ring are pressed in the shell through the connecting ring. The gasket is connected with the mesh electrode in a pressed mode. The insulation layer is fixedly connected with the shell. A core pin is wrapped in the insulation layer and penetrates through the insulation ring to be connected with the circular electrode. A joint externally connected with a cable is arranged at the tail end of the shell. Through the mesh electrode diamond X-ray measuring device, attenuation of X-rays is reduced, it is guaranteed that the low-energy X-rays can directly irradiate the diamond, and X-ray radiation measurement in the inertial confinement fusion field is realized. A concentric structure is more beneficial for realizing impedance matching of detectors, and measurement signal distortion is reduced. The large-area mesh electrode is more beneficial for sensitivity calibration and measurement application.

The invention discloses a multi-resonance type thermally activated delayed fluorescence material with a spatial three-dimensional structure, an electronic device and application of the multi-resonance type thermally activated delayed fluorescence material. The material has one of the structural general formulas shown in specification, wherein at least one of R1-R5 is one of the structures shown in specification. The three-dimensional rigid structure can inhibit the aggregation of molecules and avoid the aggregation-induced fluorescence quenching effect caused by intermolecular accumulation of the multi-resonance type thermally activated delayed fluorescence material, thereby improving the efficiency of the device. The peripheral unit of the three-dimensional structure is also beneficial to improving the solubility and the thermal stability of the thermally activated delayed fluorescence material, so that the service life of the device can be effectively prolonged.

The invention relates to an H-girder welding deformation control device. The H-girder welding deformation control device comprises an upper press plate connected to the upper surface of an upper wing plate, a left press plate, a right press plate and a lower press plate connected to the lower surface of a lower wing plate, wherein the left press plate and the right press plate are symmetrically connected to two sides of a web plate, are connected with the upper press plate and the lower press plate through connecting screws and control the positions of the upper wing plate and the lower wing plate not to produce angle deformation, and the inner sides of the left press plate and the right press plate abut against the left side face and the right side face of the web plate. Compared with the prior art, the H-girder welding deformation control device achieves accurate size after workpiece deformation in the welding process, ensures assembly tolerance of a workpiece, decreases follow-up shape correction work procedures, reduces heat source input and avoids the influence on parent material performance.

The invention discloses an information display screen for high-speed intelligent traffic. The information display screen includes a shell, and a display device is arranged on the inner side of the shell; a central control main board is arranged in the display device; an image sensing module is arranged on the side of the display device; a back working area is arranged on the rear side of the shell; and an air inlet is formed in one side of the shell, an air inlet fan is arranged at the position, corresponding to the air inlet, above the back face working area, a middle fixing frame is fixedlyconnected to the middle of the back face working area, and a heat conduction piece is fixedly connected to the bottom of the middle fixing frame. The invention relates to the technical field of intelligent traffic display. According to the information display screen for high-speed intelligent traffic, the heat dissipation efficiency is ensured, the purpose of dissipating heat of the high-speed intelligent traffic information display screen is achieved, operation and maintenance personnel make corresponding maintenance work according to prompts, the maintenance efficiency is improved, the timedelayed after damage is shortened, and the operation and maintenance personnel can know the situation without arriving at the use site of the machine.

The invention discloses a low-temperature distortion testing machine which comprises a testing support, the top of the testing support is connected with a transverse plate, one side of the bottom of the transverse plate is fixedly provided with a servo motor, the end of an output shaft of the servo motor is in transmission connection with a first rotating shaft, a second rotating shaft is arranged in the side, away from the first rotating shaft, of the transverse plate in a penetrating mode, and the second rotating shaft is rotationally connected with the transverse plate through a bearing. According to the invention, a low-temperature environment is simulated in a heat insulation wall through refrigeration and heating equipment, and a motor is switched on through a control box to drive the first rotating shaft, the second rotating shaft and a measurement cable to rotate, thereby achieving distortion of the measurement cable, the precision of a torsion angle is guaranteed by employing a PLC and a servo motor as main accessories, a large-current three-path collecting ring copper carbon brush holder is used, a touch screen is used as a human-computer interface, operation is convenient, the whole test data can be stored, and therefore the distortion performance of the measurement cable can be tested.