73results about How to "Deformation controllable" patented technology

A multilayer metal gasket includes at least two metal gasket layers formed with an aligned opening and aligned opposing sealing beads surrounding the opening. A partial stopper layer is interposed between the gasket layers and is of lesser area than either of the gasket layers. The partial stopper layer extends from the opening outwardly beyond the sealing beads and is fixed to one of the layers on only one side of the sealing beads and is free on the opposite side.

The invention discloses an integrated face frame used for a panel television (TV) set, and belongs to the technical field of television manufacturing. The invention further discloses a manufacturing method of manufacturing the integrated face frame. The invention provides the integrated face frame and the method of manufacturing the integrated face frame, wherein the integrated face frame is simple in structure and low in manufacturing difficulty, and deformation of the integrated face frame is easy to control. Each strip-type blank is trimmed according to the unfold size of a rectangular face frame body, screen fixing holes and rear cover fixing holes are formed in each strip-type blank, each strip-type blank is bent to be a blank with L-shaped edges, then the blanks are assembled and welded to form the rectangular face frame body, so that the cross section of each edge of the rectangular face frame body is manufactured to be of an L shape and each L-shaped side face of the rectangular face frame body is provided with the screen fixing holes and the rear cover fixing holes, and the screen fixing holes and the rear cover fixing holes are matched with screen connecting holes and rear cover connecting holes.

The invention relates to a rotorcraft (21) comprising a fuselage (22) and an undercarriage (20) having skids (24, 25) interconnected by at least one cross-member (26, 27), together with connection means for connecting the cross-member to the fuselage and presenting angular stiffness that varies with varying sinking (E) of the undercarriage as a result of contact with the ground (23).

The invention discloses a method of preparing self-driving gradient-composition hydrogel through supergravity and an application of the hydrogel. The method includes: mixing micron-nano particles witha gelatable functional monomer water solution with uniform dispersion, thus obtaining a mixed hydrogel system; centrifuging the mixed hydrogel system, centrifugal rotary speed being 1000-4000 rpm andcentrifugal time being 1-10 min, so that by accurately controlling the rotary speed and centrifugal time of a centrifuge, the micron-nano particles are separated and are gradient-dispersed; performing further gelation to prepare the self-driving gradient-composition hydrogel. The method is simple, low in cost and high in efficiency, has good universality and is green and environment-friendly. Theinvention also discloses the application of the self-driving gradient-composition hydrogel to tissue engineering and intelligent drivers.

The invention relates to a camera module and terminal equipment. The camera module comprises a base body, a liquid lens, an extrusion structure, an image sensor and a lens group, wherein the base bodyis provided with a light inlet, the liquid lens is arranged at the light inlet and connected with the base body, the extrusion structure is connected with the base body and can extrude the liquid lens to deform the liquid lens, the image sensor is connected with the base body, and the lens group is connected with the base body and located between the liquid lens and the image sensor. Ambient light can enter from the light inlet, penetrates through the liquid lens and the lens group and then enters the image sensor. The camera module, the extrusion structure can extrude the liquid lens to deform the liquid lens; after the liquid lens is deformed, the radian of the surface of the liquid lens is also changed, so that the angle of the light passing through the liquid lens can be adjusted, thefocusing or anti-shake function can be realized, the focusing or anti-shake requirement of the high-pixel camera module can be met, and the miniaturization design of the camera module is facilitated.

The invention relates to a building exterior-wall thermal-insulation material obtained by a combined manufacturing method and the combined manufacturing method. Raw materials of the building exterior-wall thermal-insulation material comprise an aggregate, a high-temperature binder and a low-temperature binder. The aggregate comprises expanded perlite, expanded vermiculite, pumice, expanded clay, expanded shale, expanded volcanic ash and expanded raw materials having a large amount of pores. The high-temperature binder comprises 45-60wt% of SiO2, 4-8wt% of Al2O3, 10-15wt% of CaO, 5-12wt% of B2O3, 1-8wt% of Na2O, 1-8wt% of K2O and 1-4wt% of ZnO. The low-temperature binder comprises water glass and bentonite. The combined manufacturing method has the characteristics that 1, in plate manufacture, the size and deformation can be controlled easily and the building exterior-wall thermal-insulation material is superior to foam light thermal-insulation materials; 2, compared with the foam thermal-insulation material manufacturing method utilizing a series of technological parameters such as a sintering temperature to control a heat conduction coefficient, the combined manufacturing method provided by the invention realizes heat conduction coefficient control only by raw material selection; 3, a sintering temperature is controlled in a range of 700-900 DEG C; and 4, in plate production, a roller kiln direct firing technology is utilized and kiln tools such as a base plate and a saggar are avoided so that a sintering heat utilization rate is high.

The invention, which belongs to the technology of the accelerator design, particularly relates to an S-shaped-track-based multi-cavity electron accelerator comprising an electron gun, a solenoid, and at least two resonance acceleration cavities arranged side by side. One pair of electrode plates not containing electrode heads is arranged inside each resonance acceleration cavity; the electrode plates are arranged on an S-shaped motion plane of an electron beam current, wherein the moving direction of the electron beam current is perpendicular to the cavity axis direction of the resonance acceleration cavity; and beam current hole channels where electron beam currents pass are arranged inside the electrode plates. A plurality of deflection magnets are arranged at positions, corresponding to the electrode plates, of the two sides of the resonance acceleration cavities arranged side by side and enable the electron beam currents to deflect at 180 degrees; and directions of adjacent two-times deflection the electron beam currents are opposite to each other to form an S-shaped motion track. The processing difficulty is low; the efficiency of conversion from a radio frequency power to a beam power is high; and a beam power over 100kW can be obtained easily.

The invention discloses an energy absorption method, which is characterized in that a dynamic polymer having dynamic covalent cross-linking and optional supramolecular hydrogen bond action is used asan energy absorbing material for energy absorption, wherein the dynamic covalent cross-linking is based on at least a reversible addition cleavage chain transfer dynamic covalent bond. According to the present invention, the dynamic polymer completely uses the characteristics of the dynamic covalent bond, such that the polymer has a certain strength and a certain stability; the dynamic covalent bond has strong dynamic reversibility under a certain condition, such that the dynamic polymer has characteristics of energy dissipating, dispersing and energy absorbing, can be used as the energy absorbing material so as to provide functions of good damping, good shock absorption, good sound insulation, good noise reduction, good impact resistance and the like, and can be especially used in body protection in sports and daily life and work, military and police body protection, explosion prevention, bullet prevention, airborne protection, airdrop protection, vehicle collision prevention, anti-impact protection of electronic and electrical products, and other fields.

The invention discloses a 3D printing technology based sample deformation control method. The 3D printing technology based sample deformation control method is characterized in that a heating source is generated based on electro-thermal effect of conductive continuous fibers for providing controllable temperature conditions for deformation to a 3D printing sample; corresponding force is applied ona corresponding position, so that the sample deforms; and the 3D printing sample is integrally or locally heated, so that deformation of different shapes is obtained; and in the whole process, a heating temperature, a force applying position and a force size are controllable, deformation types are various, ohmic heating can be performed on any spatial position, manual shape deformation control isconvenient, and controllability is better. The 3D printing technology based sample deformation control method disclosed by the invention electrifies the conductive continuous fibers in the 3D printing sample which is temporarily deformed, and enables the 3D printing sample which is temporarily deformed to generate shape restoration by controlling size and electrifying time of current, so that therestoration degree is controllable, the restoration effects are various, and controllability on a dynamic change process of deformation is better.

The invention relates to a processing method of an integral-casting spheroidal iron base plate for a high-speed railway, comprising the following steps of: a. selecting spheroidal graphite cast iron, wherein the tensile strength of the spheroidal graphite cast iron is greater than 400MP, the yield strength is greater than 250MP, the elongation exceeds 18%, and the impact toughness at room temperature reaches 14J/cm<2>; b. carrying out integral casting on the base plate by adopting a furan resin sand casting process and controlling the surface roughness within Ra50; c. placing a casting into a furnace to heat to 730-750 DEG C, keeping the temperature for 2-4 hours, then controlling the temperature in the furnace to be 580-610 DEG C, and then taking out the casting for naturally cooling; d. mechanically processing; and e. carrying out QPQ (Quench Polish Quench) salt bath composite processing on the surface of the casting. The integral-casting spheroidal iron base plate is formed by integrally casting the spheroidal graphite cast iron, has high integrity, more obvious shock-absorption effect, higher wearing resistance, corrosion resistance and fatigue resistance, easy control of deformation, small internal stress and better machinability, simplifies various associated dimension chains, and greatly reduces the mechanical processing amount, thereby having short production period, easily forming line production and being suitable for batch production.

The invention relates to a construction process for a cast-in-site beam, in particular to the construction process for casting a large-tonnage box beam under a condition that the height of a pier is less than 10m. The construction process is characterized in that: a support pier system formed by a reinforced concrete prefabricated hollow support pier, a steel lattice structured column, a connecting rod and the like bears the load; a height adjusting system formed by an I-shaped steel beam, a longitudinal trussed beam, an adjusting wedge, square stock wood pads arranged as required, a beam falling sand box and the like adjusts an elevation of a bottom mould, sets a camber and transfers the load; and a mould plate system ensures the casting and forming of the concrete, so that the construction process for quickly and safely casting the box beam well in site is formed. The construction process has simple structure and less connecting points, and the deformation of the support pier is easily controlled; the cross section area is big, which facilitates the foundation treatment; the operability is strong, the beam preparation period is short, and the beam is big in rigidity and reliable in stability; and the resources are saved, the cost is lowered, and the construction process is widely applied.

The invention relates to a machining technology a slide plate special for passengers. The technology comprises the following steps of: a. selecting a spheroidal graphite cast iron with the ball iron card number of QT400-18L; b. wholly casting a cushioning plate with a furan resin sand casting technology, and controlling the surface roughness to be within Ra50; c. putting a casting part into a furnace to be heated at 730-750 DGE, keeping the temperature for 2-4h, controlling the temperature in the furnace at 580-610 DEG C, withdrawing the casting part, and naturally cooling; d. mechanically machining; and e. compositely treating the surface of the casting part by means of QPQ salt bath. The machining technology wholly molds the slide plate with the spheroidal graphite cast iron, has high integrity, is more obvious in shock absorption effect, has higher abrasive resistance, corrosion resistance and fatigue resistance, easily controls the deformation, has small internal stress and good cutting performance, simplifies various associated dimension chains by wholly casting, and greatly reduces the mechanic machining quantity, thereby having short production period, easily forming into line production, and being suitable for quantity production.

The invention discloses an adjustable electrode clamp, and belongs to the field of material electrochemical performance testing devices. The adjustable electrode clamp comprises a clamp main body, a cylinder and a screw; the cylinder comprises two cylinder bodies which have the same center but different diameters and are connected vertically, the upper cylinder body is provided with a slot, a conductive bar can be placed in the slot, a slot surface is formed in the lower cylinder body, is parallel to the upper cylinder body and is a plane, and the lower cylinder body is provided with two threaded holes with the same diameter; a round hole of which the diameter is greater than that of the threaded holes is formed in the middle of a gasket, a long screw is fixed on the threaded hole of the upper end through two gaskets,, a threaded end can be wound with a wire through the round hole, a slot is formed in an A-A end of a short screw, and the short screw is fixed on the threaded hole at thelower end; a sample to be tested is fixed between the slot of the short screw and the gasket of the long screw; and the requirement for controllable deformation of the sample to be tested in piezoelectric test is solved, and moreover, all materials are polytetrafluoroethylene which resists corrosion of acid and alkali and is low in cost.

The invention discloses a tail wing pouring system for an aluminum alloy underwater launching tube. According to the tail wing pouring system, a horizontal runner and a vertical runner are located on the bottoms of vertical cylinders and communicate with each other, and the horizontal runner communicates with the bottoms of the vertical cylinders; a tail wing casting of the underwater launching tube is located inside the cylindrical area defined by the vertical cylinders and is spaced from the outer side wall of each vertical cylinder by a gap, the top of each vertical cylinder communicates with the corresponding gap, a cavity of the tail wing casting of the underwater launching tube is formed by an inner sand core, and an outline and wings of the tail wing casting of the underwater launching tube, the vertical cylinders and the gaps are formed by outer sand cores. According to the system, the tail wings high in overall strength, water tightness, stability, earthquake resistance, corrosion resistance and dimensional accuracy can be provided; the method has the advantages that the process is simple, the operation is convenient and the manufacturing cost is low.

The invention discloses a prefabricated underground diaphragm wall capable of being integrally recycled, a hanging tool and a construction method. The diaphragm wall comprises a concrete cushion, an arch bar beam base and a spliced diaphragm wall which are successively arranged from bottom to top, wherein the spliced diaphragm wall is formed by splicing a plurality of arch bar beam members, continuous round steel and a rubber steel plate base; the arch bar beam members have different length models, and long arch bar beam members and short arch bar beam member are arranged transversely and longitudinally in a staggered manner, and the upper and lower arch bar beam members in cutting depth are connected through an arc-shaped pipe piece bolts. The diaphragm wall is formed by means of the structure by splicing the arch bar members, so that the diaphragm wall is compact in connection, good in integral performance and easy to control deformation of wall. The diaphragm wall can be also hoisted out integrally in accordance with specific conditions, and is recycled repeatedly, so that the resources are saved and the diaphragm wall is economical and environment-friendly.

The invention relates to the field of marine engineering equipment, in particular to a segmentation dividing method of a cylindrical deep sea drilling oil storage platform basement built based on a semi-submersible barge. The method includes that: the cylindrical deep sea drilling oil storage platform basement is symmetrically and equally divided into N sector-shaped columns in the circumferential direction from top to bottom, and N is an integer; each sector-shaped column is divided into N quadrilateral columns from top to bottom in the direction of the radius of each sector-shaped column, N is an integer and the dividing standard is that top-to-bottom projection areas of the quadrilateral columns are identical; and each quadrilateral column is one segment of the cylindrical deep sea drilling oil storage platform basement. The segmentation dividing method enables the total number of segments of the basement to be the minimum, reduces segment hoisting times and improves the segment building efficiency of the cylindrical deep sea drilling oil storage platform basement. Straight-line welding joints are reserved between the segments, worker construction is fast, deformation of the welding joints can be controlled easily, and the segmentation dividing method improves economic benefit of plants compared with arc welding joints due to the fact that no special welding devices are needed.

The invention relates to a dynamic nanochannel and preparing and testing methods thereof. A flexible nano hole channel capable of dynamically deformation is prepared from a carbon nanotube array and aflexible polymer which are composited, a corresponding device is designed to research the transport property of ions in the flexible nano hole channel, the conditions are controlled, thus the array is dynamically deformed at different degrees, and the property of ion transport during dynamic deformation is researched. By combining with special properties of an ion solution in the dynamic nano hole channel, the preparation method is a novel method for researching the dynamic nanochannel. Different from a traditional preparation method of the nano hole channel, the carbon nanotube array and thepolymer are composited, thus the flexible nano channel capable of dynamically deformation is prepared easily and conveniently, and meanwhile, the ion transport property of the nanochannel in the dynamic deformation process can be researched.

The invention discloses an anti-collision tray frame beam structure of a power battery energy storage system. The structure comprises a frame beam body, a bottom beam and lifting lugs, wherein the frame beam main body comprises an inner vertical face, an outer vertical face, a cavity and a Y-shaped reinforcing rib, the bottom beam is connected to the bottom of the inner vertical face of the framebeam main body, and the lifting lug is connected to the outer vertical face of the frame beam main body and comprises a cavity, an upper surface, a lower surface, an induction groove and a reinforcingconcave ring; polyurethane foam is injected into each medium-sized energy absorption box, a bottom corner inclined support is arranged at the joint of the upper surface of the bottom beam and the inner vertical face of the frame beam body, and a composite inclined support is arranged in a cavity of the lifting lug. The invention further provides a production method of the tray frame beam structure. On the premise that structural durability of the tray is guaranteed, structural rigidity of a local area is reduced, it is guaranteed that deformation of the tray in the collision process is controllable, and collision kinetic energy is absorbed and consumed to the maximum extent.

The invention relates to the technical field of impact compression, and particularly relates to a preparation system of a low-boiling-point light-gas gun loading test sample and a use method thereof.The system comprises a target device, a cooling mechanism and a sample preparation mechanism, wherein the target device comprises a sample chamber and a cooling chamber. The sample chamber is arrangedin the cooling chamber or the cooling chamber is arranged around the sample chamber; a sensor unit is arranged on the side wall of the sample chamber, and the sensor unit is used for detecting the temperature and the pressure in the sample chamber; the cooling mechanism comprises a cooling liquid tank, a cooling liquid inlet pipe and a cooling liquid outlet pipe; and the sample preparation mechanism comprises a sample gas storage tank, a sample injection pipe, a vacuum pump and a connecting pipe. According to the invention, the temperature of the sample in the sample chamber of the target device can be reduced to hundreds of DEG C below zero in an extremely short time according to the temperature requirement of an experiment, pure and stable samples such as liquid nitrogen and liquid hydrogen can be rapidly prepared in a short time, and the system has important significance for promoting the high-pressure research of low-boiling-point samples such as liquid nitrogen and liquid hydrogen.

The invention relates to the technical field of impact compression, in particular to a heating target device for a light-gas gun loading experiment and a using method thereof. The device comprises a target outer body and a detection mechanism, wherein a sample bin and a heating chamber are arranged in the target outer body; an electric heating unit is arranged in the heating chamber; the detectionmechanism comprises a window, a detection tube and a fixing table which are sequentially arranged from left to right, wherein a temperature detection unit is arranged on the window and used for detecting the temperature in the sample bin, a base plate is arranged on the inner wall of the left end of the sample bin, and a temperature detection cable hole and a measurement cable hole are formed inthe fixing table. The heating target device provided by the invention meets the high-temperature experiment requirement of a light gas gun experiment; the main body structure of the target device is made of Q235 steel, so that the target device is ensured to be controllable in deformation at high temperature and under impact pressure of several megapascals, the sealing performance and the stability of the target device in the high-temperature experiment process are ensured, and the target device has important significance for research of a light-gas gun heating loading experiment.

The invention discloses a high-pressure-resistant silicon carbide micro-reaction assembly and a low-temperature welding process. The process is characterized in that tetraethyl orthosilicate, dimethyldiethoxysilane and trimethyl borate are dissolved in ethanol, silicon carbide powder is added into a mixed solution to be coated on the welding surface of a silicon carbide micro-reaction plate, low-temperature welding is carried out in a hot-pressing furnace after slurry coating, cooling is performed to 500 DEG C or below, reheating is performed to 1600 DEG C, heat preservation is performed for 1hour, and secondary cooling is performed to obtain the silicon carbide micro-reaction assembly with the welding thickness. According to the invention, the welding temperature is low, the requirementfor a high-temperature welding furnace is lowered, and the welding cost is reduced; the silicon carbide ceramic is low in softening degree, deformation is easy to control, the depth is easy to control, the welding yield of the silicon carbide micro-reaction assembly is increased, and the welding cost is reduced; the silicon carbide micro-reaction assembly obtained by welding through the process ishigh in bonding strength, and the withstand voltage can reach 60 BAR or above; and the binding phase is silicon carbide ceramic which is resistant to strong acid and strong alkali corrosion and can be applied to various harsh reaction conditions.