2658 results about "Aluminium alloy" patented technology

The application belongs to the technical field of material performance prediction and uncertainty analysis, and proposes a beryllium aluminum alloy performance uncertainty quantification method based on Bayesian ensemble learning, which is innovative in constructing and training multiple independent performance prediction models to form the basis of ensemble learning. After the training of each model is completed, a performance prediction value can be output for a new input sample. After obtaining the prediction outputs of multiple independent models, a Bayesian fusion method is used to comprehensively process the prediction results on the probability level to obtain the fused performance prediction distribution; and the complete results of the beryllium aluminum alloy performance prediction are output in a clear, intuitive and convenient engineering application format. The application has the advantages that the robustness and generalization ability of the prediction results are improved, a decision basis is provided for material performance evaluation, and good adaptability is achieved for the case of limited data quantity, and important innovations are achieved in the aspects of material performance uncertainty quantification theory and engineering application.

This invention discloses a lightweight, flame-retardant, medium-voltage aluminum alloy cable for new energy charging stations, relating to the field of aluminum alloy cable technology. It includes a cable core and an aluminum alloy armor layer and an outer sheath layer sequentially wrapped around the cable core from the inside out. The aluminum alloy armor layer consists of an inner armor layer and several outer armor layers fitted onto the inner armor layer. The two ends of the outer armor layers are slidably connected to the inner armor layers, and a thermal expansion agent is filled between adjacent outer armor layers. The inner surface of the outer armor layer has several annularly distributed guide rods, and the inner armor layer has several grooves corresponding to and slidably sealed to the guide rods. Component B is encapsulated in the grooves, and component A is encapsulated in the guide rods. The lower end of the guide rods has a valve that allows component B to enter component A to react and release the flame-retardant material. This invention improves the flame-retardant performance of the aluminum alloy cable by creating a chemical-physical protective barrier through the interlocking of the thermal expansion agent and the outer armor layer.

This invention discloses an auxiliary stacking device for packaging bags, relating to the technical field of packaging bag stacking equipment. It includes a robotic arm for turning and handling packaging bags, a programming system that coordinates with the robotic arm, and a robotic gripper located at the output end of the robotic arm. The robotic gripper includes an aluminum alloy fixed rail, two clamping plates, and a driving component. The two clamping plates are symmetrically arranged along the long side of the aluminum alloy fixed rail. The driving component drives the clamping plates to move relative to each other. Limiting strips are provided on the clamping plates; one end of the limiting strip is fixedly connected to the clamping plate, and the other end is folded downwards and inwards to form an arc-shaped protective area. This invention achieves the effects of preventing sharp corners from scratching the packaging and conforming to the bag's contour to enhance limiting.

The utility model provides a kind of audio decoder specially matched with mobile phone, it is related to audio decoder technical field, including magnetic sheet and decoder, the decoder is magnetically attracted adaptation with magnetic sheet, the decoder includes USB-C connecting line, aluminium alloy shell and circuit board, the circuit board is located inside aluminium alloy shell, the connection of one end of USB-C connecting line and circuit board, and the other end of USB-C connecting line extends out aluminium alloy shell and is connected with vertical USB-C connector;Multiple socket components are equipped on the circuit board;The utility model will a piece of magnetic sheet be pasted on the position close to bottom of mobile phone back, and the aluminium alloy shell bottom of decoder is designed with magnet, and aluminium alloy shell can be easily adsorbed together in line with magnetic sheet, by multiple socket components on the circuit board of decoder, it is convenient to connect multiple external wires, after collocation use form is simple, wiring is neat, can adapt to mobile phone of different sizes.

The utility model discloses a kind of server cases with waste heat recovery function, including case body and the case panel being set in the front end of case body, the rear end of the case body is provided with data connection backplate, the inside of the right end of the case body is provided with rectangular replacement maintenance window, replacement maintenance guard plate is provided in the rectangular replacement maintenance window, the replacement maintenance guard plate is close to four corners and is fixedly connected with case body by screw, by additionally adding multiple novel large-area air intake and protection devices in the front end and the left and right two ends outside of server case, when case top end cooling fan discharges hot air, fresh air enters synchronously through these devices, form smooth air circulation passage, increase air intake, heat quickly, reduce case temperature, guarantee server stable operation, the device uses aluminium alloy material, high in strength, tenacious, can effectively resist collision and friction, protect case and internal equipment, prolong its service life.

Provided are: an anode for a solid-state secondary battery, contributing to the implementation of high energy density; and a solid-state secondary battery using the anode for a solid-state secondary battery. The anode for a solid-state secondary battery comprises an anode active material layer, a protective layer and an anode current collector, wherein: the anode active material layer contains an anode active material, which forms lithium and the like, and a first resin material, the first resin material including at least one resin material selected from either hydrophobic resin material group X or hydrophilic resin material group Y; the protective layer contains a second resin material and a carbon material, the second resin material including at least one resin material selected from either X, which is not included in the anode active material layer, or Y, which is not included in the anode active material layer, and the protective layer is positioned between the anode active material layer and the anode current collector; and the anode current collector contains aluminum or an aluminum alloy at least in part.

The application discloses an alkaline chemical nickel surface treatment method for pure aluminum or aluminum alloy; the method solves the problems of twice zinc immersion and once zinc removal in the production process, and only one-time zinc immersion process can meet the requirement of product coating adhesion, effectively improves the product stability and safety in the production process, and simultaneously, the method does not need 50% nitric acid zinc removal process, can obviously reduce the use amount of nitric acid in the production process, and efficiently improves the production environment.

This utility model relates to the field of door and window assembly fixture technology, specifically disclosing a rotary fixture for assembling aluminum alloy doors and windows. It includes a base, with symmetrical circular plates positioned above the base. A motor is fixedly mounted on the outer side of one side of the circular plate, and a turntable is rotatably mounted on the inner side of the circular plate. The end of the motor's output shaft is fixedly mounted to the center of one side of the turntable. A handle is rotatably mounted on the side of the turntable. Symmetrical slide tracks are formed on the circular plate, and a bidirectional lead screw is rotatably mounted inside the circular plate. The end of the handle is fixedly mounted to the end of the bidirectional lead screw. Movable blocks are slidably mounted on the slide tracks, and each movable block is threadedly connected to the bidirectional lead screw. This rotary fixture for assembling aluminum alloy doors and windows facilitates stable clamping and rotation of aluminum alloy doors and windows of different sizes. Operators do not need to frequently adjust their own position or move the doors and windows for assembly, significantly improving assembly stability and efficiency, saving time and effort, and offering high safety and practicality.

This invention relates to a method for preparing a high-wear-resistant metal-based composite material. This method significantly improves the wear resistance of the material by combining nano-reinforcing particles, surface modification technology, and self-healing capabilities. Aluminum alloy or titanium alloy is selected as the matrix, and nano-sized silicon carbide or alumina particles are used as reinforcing materials. The reinforcing materials are uniformly dispersed using processes such as stir casting, forging, diffusion bonding, infiltration, or powder metallurgy. The composite material structure is then precisely formed using 3D printing technology. The surface of the composite material is treated with a nano-coating or plasma treatment to enhance its wear resistance and corrosion resistance. Furthermore, by embedding microcapsules containing a repair agent into the material, automatic repair of worn areas is achieved, improving the material's reliability and service life. This composite material is particularly suitable for mechanical engineering and automotive manufacturing, especially in the manufacture of automotive brakes under high-wear environments, demonstrating excellent performance and broad application prospects.

The invention provides a simple, reliable, convenient and feasible sample preparation method for fully exposing excess crystal phase particles at different positions in an aluminum alloy deformed material. The technical problem that ultrasonic flaw detection, three-dimensional metallographic structure observation and other means cannot accurately and objectively measure and analyze the spatial distribution characteristics of the micron-sized crystal phase particles in the deformed aluminum alloy material is solved, and the measurement and analysis method for judging whether the crystal phase particles are aggregated and distributed or not is provided. The invention provides a statistical calculation method for evaluating the distribution uniformity of crystal phase particles. By utilizing the technical means of the invention, the spatial distribution characteristics of the excessive crystal phase particles in the aluminum material can be efficiently and accurately determined and analyzed, and the method can be used for further optimizing the spatial distribution characteristics of the excessive crystal phase particles in the aluminum material by virtue of a reasonable process regulation and control means. The necessary, objective and accurate method for obtaining the spatial distribution characteristic parameter data of the excessive crystal phase particles is provided for finally greatly improving the comprehensive performance of the aluminum material.

This utility model discloses an aluminum alloy welding auxiliary device with a precise docking and fixing structure, relating to the field of aluminum alloy welding. It includes a base with a battery pack connected to its bottom. Three sets of fixing components are connected to the upper surface of the base. Buttons are connected to the sides of the fixing components. Two sliding rods are rotatably connected through a sliding groove, and the two sliding rods are symmetrically distributed left and right. The top of each sliding rod is connected to a fixing component. In this aluminum alloy welding auxiliary device with a precise docking and fixing structure, to improve the stability of the welded parts, the fixing plate needs to be replaced according to the type. The rotating threaded cylinder slides and contracts through the threaded groove, driving the rotating ring away from the protruding part of the convex block. After aligning the notch, the fixing plate is pulled, causing the insert block and convex block to slide and disassemble. After replacement, the welded parts are clamped by the bidirectional screws of the two sets of fixing components, improving clamping stability and thus improving the stability of the docking welding.

The present invention relates to an aluminum alloy-clad steel sheet that has excellent workability and corrosion resistance and a method for manufacturing it, and more specifically to an aluminum alloy-clad steel sheet that prevents the generation of microcracks, which are generated in hot forming, and is excellent in terms of resistance to jamming and corrosion, and a method of manufacturing the same.

The present application relates to the technical field of plate forming, in particular to a kind of aluminum alloy tailor welded blank rotary body component forming method;The method comprises: the aluminum alloy tailor welded blank is placed on preforming mould, at-160~‑190 ℃, the preforming mould is applied to the pressure to make the aluminum alloy tailor welded blank deformation, and first preforming rotary body component is obtained;After solid solution treatment, the first preforming rotary body component is welded, and it is re-welded to obtain second preforming rotary body component;The second preforming rotary body component is placed on final forming mould, at room temperature, the final forming mould is applied to the pressure to make the second preforming rotary body component deformation, and the depth of final forming rotary body component is obtained.The aluminum alloy tailor welded blank rotary body component forming method provided by the present application effectively solves the problem of weld cracking in the forming process of large-size thin-walled component, and the problem of weld performance degradation caused by weld grain growth after solid solution treatment.

1. The name of the design product: aluminum alloy wheel hub. 2. The use of the design product: used for the wheels of cars, sports cars, SUVs, business cars and the like. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: front view.

This invention discloses a method for preparing high-elongation bars for cold forging, belonging to the field of aluminum alloy preparation technology. Through optimization of composition and process, the prepared bars possess high purity, uniform and fine equiaxed grain structure, and excellent plasticity, with significantly improved elongation. This meets the stringent requirements of cold forging for high material plasticity, resulting in a bright, crack-free surface and uniform grains after cold forging, overcoming problems such as oxide scale, coarse grains, and poor dimensional accuracy caused by hot forging. Furthermore, the introduction of modified talc and sodium nitrate as refining agents further promotes uniform microstructure, achieving high elongation and excellent cold forging performance.

The utility model discloses a kind of OBC battery aluminum alloy die-casting shell, including casting shell, the surface of casting shell is equipped with several radiating fins, the inside top of casting shell is equipped with several OBC equipment mounting screw holes of different sizes, the inside of casting shell is equipped with wire harness counterbore being communicated with outside, the outside of casting shell is equipped with connector mounting surface, connector mounting surface is equipped with several mounting holes being communicated with inside and outside, the outside bottom of casting shell is equipped with along edge, along edge is equipped with several fixing holes, the bottom of along edge is equipped with sealing groove.The utility model is reasonable in structure and utilizes the limited space of shell, the mode of installing fan in top surface radiating fin, while improving the strength of casting, can guarantee the heat dissipation effect of casting shell, can effectively avoid the error that the overall size of casting is too large and heat dissipation is uneven by using the method that side wall increases radiating rib, material cost is saved while overall structure is also durable.

The application discloses a magnesium-aluminum alloy shell precision polishing device and relates to the technical field of metal processing.The magnesium-aluminum alloy shell precision polishing device comprises a servo motor and a grinding wheel, the output end of the servo motor is connected with a swing mechanism, the swing mechanism comprises a fixed seat and a swing seat, and the side wall centers of the fixed seat and the swing seat are both rotationally connected with transmission shafts.The knob is rotated to drive the half gears to rotate, the half gears are driven to rotate in opposite directions after being actuated, one of the half gears drives the swing seat to rotate, the swing seat drives the transmission shafts to adjust the axial positions, the U-shaped seat is swung, the worm always keeps the same axis as the transmission shafts on the swing seat, the worm is swung along with the swing of the transmission shafts to adjust the position of the grinding wheel, the grinding wheel is swung along the track of the arc, the arc surface of the grinding wheel is swung to polish, the fit degree during the polishing of the alloy shell surface is improved, and thus the polishing smoothness of the arc surface shell is improved.

The application provides a door body and a refrigerator. The door body comprises a metal panel and a handle assembly. The handle assembly is fixedly connected with the upper end of the metal panel. A panel slot is arranged on the handle assembly. The panel slot extends to the two side surfaces along the upper end of the front surface of the handle assembly. The handle assembly comprises an aluminum alloy handle and a handle lining piece. The handle lining piece is fixedly connected with the lower part of the aluminum alloy handle. The top part and the side surface of the front surface of the metal panel are provided with a first flanging part extending to the inner side. The metal panel is connected with the panel slot on the handle assembly through the first flanging part. The application can realize the fixed connection of the handle lining piece made of plastic material and the aluminum alloy handle made of metal material, and realize the fixed connection of the panel slot and the metal panel. The application can realize the convenient connection of the metal panel and the aluminum alloy handle. The visible surfaces of the door body are made of metal material, which greatly improves the high-end texture of the appearance of the refrigerator door body.

The utility model discloses multilayer hollow sealed sound insulation aluminum alloy door and window, specifically related to aluminum alloy door and window technical field, including window frame, the inside hinged setting of window frame has the window sash, the inside embedding setting of window sash has fixed glass, the inside setting of fixed glass has sound insulation mechanism, and sound insulation mechanism includes the first glass fixed embedding setting in the inside of window sash, and the second glass is arranged between fixed glass and first glass, and the first hollow cavity is arranged between fixed glass and second glass, and the second hollow cavity is arranged between first glass and second glass. The utility model discloses through multilayer hollow glass filling argon, cooperate with the first sound insulation board of medium density fiber, weaken noise, realize efficient sound insulation, and form multiple strict defense lines, effectively prevent noise, rainwater, dust etc. through the gap and intrude indoor, improve door and window sound insulation, waterproof and dustproof performance greatly, guarantee door and window long -term keep good sealed state.

The invention relates to an induction-compatible cooking vessel (1) and to a method for producing an induction-compatible cooking vessel (1). The cooking vessel (1) here has a base (2) for arranging the cooking vessel (1) in surface contact with an induction cooking appliance and also has a side wall (4) which rises up from the base (2) and adjoins an edge (3) of the base (2), wherein a partially curved transition region (5) is formed between the base (2) and the side wall (4), wherein at least the base of the cooking vessel (1) is formed from aluminium or an aluminium alloy. In order to provide an induction-compatible cooking vessel (1) which allows maximum possible input of heat by induction and at the same time allows an excellent cooking result on account of a sufficiently high thermal conductivity of the material, while fault codes on an induction cooking appliance are also avoided, provision is made for at least part of the transition region (5) to have an induction-compatible coating (6), which is applied by a solid-coating process and is intended to make the cooking vessel (1) suitable for induction and to allow additional active heating of the side wall (4), and for at least part of the side wall (4) to be free of the induction-compatible coating (6) applied by the solid-coating process.

1. Name of the product in this design: Aluminum Alloy Wheel (CG947). 2. Purpose of this design: As a component of a passenger car, it supports the tires and also serves a decorative function for the car. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key features: the front view.

This application provides a method for preparing aluminum alloy welding wire with high production efficiency, low cost, and good product performance, as well as the aluminum alloy welding wire itself. The method for preparing the aluminum alloy welding wire includes the following steps: aluminum molten metal melting, furnace refining, ultrasonic degassing, online filtration, continuous casting and extrusion, rod drawing, intermediate annealing, and finished product drawing. The continuous casting and extrusion process directly obtains the welding wire rod blank from the molten aluminum, resulting in a simple process and high yield. The aluminum alloy structure undergoes severe shear deformation and is fully broken, resulting in a dense welding wire rod blank with sufficient dynamic recrystallization, exhibiting good drawability. Only one intermediate annealing step is required to draw it to the finished product size, resulting in high production efficiency and low cost. The aluminum alloy welding wire is composed of the following components by mass percentage: Zn 4.5-5.2%, Mg 1.2-1.8%, Cu 1.5-2.0%, Mn 0.2-0.5%, Cr 0.1-0.3%, Zr 0.05-0.2%, Ce 0.05-0.15%, Y 0.05-0.15%, Si≤0.05%, Fe≤0.08%, with the remainder being Al and unavoidable impurities.

This utility model provides an online antistatic coating device for polyester film, belonging to the field of antistatic technology. It solves the problem that manually measuring the installation position of an ion bar takes a long time, affecting the installation efficiency of the ion bar. The device includes an ion bar body, a positioning mounting plate, a limiting connecting rod, a limiting connecting sleeve, a limiting connecting plate, and an aluminum alloy pressure block. The positioning mounting plate is fixedly connected to the front and rear sides of the ion bar body; the limiting connecting rod is fixedly connected to the left and right sides of the positioning mounting plate; the limiting connecting sleeve is threaded to the lower part of the limiting connecting rod; the limiting connecting plate is rotatably connected to the lower part of the limiting connecting sleeve; and the aluminum alloy pressure block is slidably connected to the lower part of the limiting connecting plate. This utility model can directly determine the installation height of the ion bar, saving a significant amount of time and improving the installation efficiency of the ion bar.

This utility model relates to the field of lifting platform technology, specifically disclosing an aluminum alloy lifting platform; it includes a base, a lifting frame fixed on the base, and an operating platform fixed to the top of the lifting frame. The lifting frame is characterized by comprising at least two longitudinally telescopically connected lifting rods, each lifting rod having a longitudinally extending transmission cavity for accommodating lifting drive components; a limiting structure for restricting the telescopic stroke is provided on the inner wall of the lifting rod below the top; each lifting rod has a sliding structure and a locking structure adapted to the sliding structure on its side wall, the sliding structure engaging with the locking structure of adjacent lifting rods; the top lifting rod is connected to both the operating platform and the base. Addressing the problems of insufficient stability, inaccurate stroke control, and low transmission efficiency in existing technologies, this invention significantly improves the stability and safety of the lifting platform through the built-in transmission cavity, limiting structure, and sliding locking design.

The invention discloses a surface nano oxide dispersion strengthening method for high-strength and high-toughness aluminum alloy powder and a powder material thereof, and relates to the technical field of powder metallurgy materials. Aluminum-zinc-magnesium-copper-zirconium pre-alloyed atomized powder is used as a matrix, and is dispersed by virtue of polyvinylpyrrolidone and anhydrous alcohol; the preparation method comprises the following steps: sequentially introducing magnesium aluminate spinel nanoparticles, optional magnesium oxide nanoparticles and passivated magnesium nanoparticles for dry coating, embedding a nano dot matrix into a surface layer through ceramic ball micro shot blasting, removing organic matters in a vacuum subsection manner, thermally activating at 405-435 DEG C, cooling, and adding zinc micro powder for low-energy coating. The method is suitable for canning degassing, hot isostatic pressing and hot extrusion workpieces. And large-scale production can be realized. The oxide in the obtained powder is converted into intragranular non-communicated dispersion particles from a prior powder boundary communicated interlayer, the boundary connectivity is reduced, the densification combination is improved, the fracture toughness, impact and high-cycle fatigue are remarkably improved, meanwhile, the powder fluidity is kept, and the consistency is improved.

The utility model belongs to but is not limited to the agricultural machinery technical field, especially relates to a kind of liftable device for flue-cured tobacco dry-wet alternate seedling, mainly by seedling facility unit module, lifting device module and track network system constitute.The seedling facility unit module adopts aluminium alloy perforated backing plate with quick detachable locking mechanism and integrated tooth group locking and double "X" type support of chrome plated light axle direction, and synchronous lifting (precision ±0.5mm) is realized by Φ40mm rigid synchronous shaft linkage.The lifting device module is driven worm wheel elevator by servo motor, and power is transmitted through cross torque distributor and four-bar linkage mechanism.The track network system integrates hydraulic support leg (synchronous precision ±0.2mm) and interference fit track, supports AGV automatic movement operation.The device monitors substrate water and fertilizer state by EC sensor, automatically controls seedling tray and nutrient solution contact-disengagement cycle, realizes accurate dry-wet alternate seedling, effectively improves seedling efficiency and automation level.

The application discloses a kind of semi-solid aluminum alloy die-casting composite feeding device, it is related to the field of die-casting machine feeding device, including feeding device, injection chamber and push rod, the injection chamber outside is equipped with fixed shell, and fixed shell inner wall is equipped with storage cavity.The application can continuously stir semi-solid molten metal throughout the process by the cooperation of storage cavity and rotatable lifting stirring blade structure, effectively suppresses the stratification and specific gravity segregation problem of metal raw materials due to the difference in component proportion, keeps the internal composition of molten metal uniform and consistent at all times, avoids the drawbacks of traditional mechanical watch layer material taking, stabilizes the internal structure of casting, significantly improves the overall forming quality of product, the temperature control of heat supplement pipe and heat preservation layer outside storage cavity, the heat insulation shell outside feeding pipe and the high-temperature steam waste heat reuse structure of storage cavity are matched, realize the closed conveying of molten metal and whole process heat preservation, substantially reduce the heat loss in the process of material conveying and storage, reduce the heat supplement energy consumption.