34 results about "Multi material" patented technology

An evaporation source (100) for depositing two or more materials on a substrate is described. The evaporation source comprises a first vapor distribution duct (110) extending in a longitudinal direction (V) and having a plurality of first nozzles (111) for depositing a first material onto the substrate, and a second vapor distribution duct (120) extending in the longitudinal direction (V) adjacent to the first vapor distribution duct (110), the second vapor distribution duct having a plurality of second nozzles (121) for depositing a second material onto the substrate. The first and second nozzles comprise a nozzle body (130) having a nozzle channel (132) extending along a nozzle axis (A) and a nozzle opening (131) for releasing a vapor plume towards the substrate. In the first and second nozzles, only the first nozzles (111) are respectively provided with a shield (140, 140') for two-dimensional plume shaping arranged downstream of the nozzle opening (131), the shield being connected to at least one of the first vapor distribution duct (110) and the nozzle body (130) and being configured to limit a maximum opening angle (a) of the vapor plume in both the longitudinal direction (V) and a lateral direction (L).

This utility model discloses a multi-component uniform mixing device for the preparation of PEEK composite materials, comprising: a device body and a stirring assembly; the device body includes a stirring tank, a sealing cover movably mounted on the top of the stirring tank, a base fixedly mounted on the bottom of the stirring tank, and a control box fixedly mounted on one side of the base. In the preparation of PEEK composite materials, the materials are sequentially added through the feeding port and uniformly fed into the feeding hood at the bottom of the sealing cover. After being discharged from the bottom of the feeding hood, they are uniformly dispersed by a dispersing blade rotating on the bottom drive shaft, thereby ensuring the uniformity of dispersion of multiple materials during feeding. Simultaneously, the lower lever at the bottom of the frame-type stirring paddle can also stir and mix the various materials fed to the bottom of the stirring tank after feeding, ensuring the uniformity of mixing before stirring.

This invention relates to the field of composite material technology, and more particularly to a multilayer material with both microwave absorption and shock absorption functions, and its preparation method. The multilayer material, from the outside in, comprises a PMI foam absorbing layer, an ultra-high molecular weight polyethylene (UHMWPE) absorbing layer, a carbon fiber reflective layer, a ceramic layer, and an UHMWPE consumable layer. This invention utilizes the structural design of various material properties to design and fabricate a multilayer structure that combines microwave absorption and shock absorption functions. It exhibits excellent microwave absorption performance in the 2-18 GHz and 26.5-40 GHz bands, while also possessing a certain degree of shock absorption. This multilayer structure can be designed and adjusted according to different microwave absorption and shock absorption requirements, demonstrating significant practicality.

The present application relates to a kind of flexible composite curved surface structure and its preparation method, by reasonable forming process, multiple materials are compounded together, give full play to the advantage of component material, make up for each other in performance, form synergistic effect, so that flexible composite curved surface structure has high rigidity, high strength, to meet the use requirement under complex condition, solve the full coverage, full movement process protection requirement, can give consideration to deformation and bearing requirement, suitable for special protection of special-shaped curved surface component, meet the use condition of multiple working conditions, realize the surface protection of full coverage and real-time sticking under multiple movement states, reach the effect of full protection.

This invention relates to the field of functionally graded materials, specifically to a multidimensional gradient composite material structure and its design method for high-speed impact loading. The composite material structure includes a main body composed of multiple material gradients, a function-controlled outer edge slope, and a bottom high-density layer. By adjusting the side pressure distribution and enhancing the central pressure through the high-density layer, the deformation of the homogeneous material under high-speed loading is effectively reduced, with a maximum deformation ≤0.06mm, and the launch velocity is increased, with a central final velocity ≥13km / s. This invention is applicable to three-stage lightweight gas gun loading technology, providing high-precision data support for protective material research in aerospace and planetary science fields.

The utility model provides a kind of rotatable paste bottle of sealing, it is related to container relevant technical field, including outer cover, upper cover, bottle, screw rod, screw sleeve and bottom cover.The scheme is sealed by being formed at protruding ring and through-hole, bottle and upper cover, screw sleeve and bottle and screw sleeve and screw rod, realizes sealing effect by multiple sealing to the containing cavity with content, can effectively avoid content to be contaminated in storage and use process;Also by setting the feeling and sound when rotating, improve the experience and comfort of user use;In addition, in the scheme, by all parts are made of same plastic material, avoid the mixture of multiple materials, facilitate recycling, more environmental protection and energy saving;It is also helpful to reduce product cost.

The utility model relates to a slitting machine technical field discloses a kind of slitting mechanism of slitting machine convenient to adjust, including slitting machine body, the slitting component that can be adjusted slitting position according to the slitting need is equipped on the slitting machine body, a plurality of fixed component that can be fixed to the slitting position after adjustment are equipped on the slitting component, the slitting component includes the slitting roller that is set on the slitting machine body, a plurality of slitting knives are slidably sleeved on the slitting roller, first limit slot is set on the cylindrical surface of the slitting roller, and the inner cylindrical surface of each slitting knife is fixedly installed with limit block;By setting slitting component and fixed component, slitting knife can be easily adjusted slitting position on slitting roller, and fixed quickly by fixed component, it is easy and convenient to operate, improve the adjustment efficiency of slitting machine, while structural design is reasonable, stability is high, applicable to the slitting demand of multiple materials.

A heat sink for a power inverter assembly in a motor vehicle comprises a base having a lower surface and an opposing upper surface. The lower surface contacts (indirectly or directly) a heat-generating device. A plurality of fins extend from the upper surface of the base. Some of the fins are aligned with the heat-generating device, while others are not. The fins can have different thermal conductivities. For example, each fin in a first subset of the plurality of fins is made of a first material and a second material, wherein the first material has a higher thermal conductivity than the second material. Each fin in a second subset of the plurality of fins is made of the second material and is substantially free of the first material.

A seal / damping component for use in an electrical connector, the seal / damping component providing sealing and vibration damping when the seal / damping component is positioned in the electrical connector. The seal / damping component may be made from one material or two or more materials.

A material positioner can utilize characteristics of the material being welded to locate the material to be welded. In some embodiments, the material positioner has a voice coil actuator (VCA) for material positioning. In some embodiments, the VCA is sent a signal based on the characteristics of the material being welded and / or the type of weld being completed. In at least some embodiments, a single welder can be used over a wide range of materials. In some embodiments, end-uses that require components to be in generally mating engagement for further processing can benefit from a material positioner.

The application discloses a hot-rolled integrally-formed inner-expanding type anchoring cavity steel plate and a manufacturing method thereof, and belongs to the technical field of steel plate manufacturing. The steel plate comprises a steel plate body and an inner-expanding type anchoring cavity integrally formed on the surface of the steel plate body by hot rolling, the anchoring cavity is one or a combination of multiple of a transverse groove type, a longitudinal groove type and a dot-shaped pit type, and does not cut through the steel plate body, so that the steel plate is kept complete. The manufacturing method utilizes the plastic flow effect of a steel blank under a hot state, and forms an inner-expanding cavity structure with a small opening and a large interior through special die pressing, so that reliable mechanical interlocking can be formed between the steel plate and various materials such as concrete without welding. The application has the advantages of no welding hidden danger, high connection strength, good structural integrity, excellent anti-seepage performance, high construction efficiency, strong durability and industrialized production, and is suitable for various multi-material combined structure engineering.

Architectures and methods for multilayer-filled glass through-holes (TGVs) in a glass core are described. The glass core contains multiple TGVs, each having a sidewall. A multilayer filler material is located within individual TGVs, characterized by a copper layer conforming to the sidewall and at least one layer of a nickel-iron alloy within the copper layer. The nickel-iron alloy can be Invar. The multilayer filler material comprises materials and arrangements of materials to approximate a desired or target coefficient of thermal expansion (CTE) with respect to the glass core.

This utility model discloses a sponge abrasive block that can be used for both hard and soft abrasives, relating to the field of sponge abrasive block technology. It includes a connecting frame and a rotating shaft. The connecting frame has rotating shafts rotatably connected to both sides, and a connecting plate is fixed between the rotating shafts. During use, rotating the adjusting screw moves the moving block and the fixing pin, thus releasing the connection with the fixing hole and unlocking the connecting plate. This allows for the interchange of high-hardness sponge and soft / hard sponge by flipping the connecting plate. By combining sponge layers of different densities, it is suitable for various materials such as metal, wood, plastic, and paint. It enables rapid removal of imperfections on the hard layer and efficient polishing with the soft layer, improving its practicality and flexibility. Furthermore, the first, second, third, and fourth hook and loop fasteners allow for the replacement of sandpaper, making operation simple and convenient.

The invention relates to a cooking element (1) comprising a metal substrate (2) comprising an inner surface (21) suitable for containing food and an outer surface (25), said inner surface (21) being coated with a coating (5) consisting in succession, starting from the substrate (2), of a backing layer (3) and a surface coating (4), characterized in that said backing layer (3) is a discontinuous layer made of one or more materials chosen from stainless steel, titanium, aluminum and mixtures thereof and has, over all or part of its thickness, openings representing between 20% and 70% of the volume of said backing layer (3), said openings being filled, by volume, between 40% and 100% by said surface coating (4) and said surface coating (4) penetrating into the thickness of said backing layer (3) by a depth of at least 30% of the thickness of said backing layer (3).

The present invention relates to a cooking element (1) comprising a metal substrate (2) having an inner surface (21) suitable for containing food and an outer surface (25), the inner surface (21) being coated with a coating (5) the coating being composed of a liner (3) and a surface coating (4) sequentially from the substrate (2), characterized in that the liner (3) is a discontinuous layer made of one or more materials selected from Al2O3-TiO2, Al2O3-SiO2, Al2O3-ZrO2, Al2O3 and mixtures thereof, and having openings in all or part of the thickness of the liner, the openings occupying 20% ​​to 70% of the volume of the liner (3) by volume, the openings being 40% to 100% filled by the surface coating (4) by volume, and the surface coating (4) penetrating into the thickness of the liner (3) to a depth of at least 30% of the thickness of the liner (3).

The application discloses a process airflow regulation and laser light emission timing coordination optimization method for large-format laser powder bed fusion, and belongs to the technical field of laser additive manufacturing. The method establishes a "perception-decision-execution" closed loop process: 9 sensing units are arranged in the forming cabin to collect airflow data in real time, and the CFD digital twin model is combined to calculate the flow field uniformity index, stability index and vortex position; based on the real-time flow field characteristic parameters, the global synchronization, grouping order, active avoidance or adaptive optimization mode is dynamically selected from the timing strategy library, wherein the active avoidance rule is effective throughout the process; the timing scheme is converted into laser control instructions, and multiple laser light emission is executed cooperatively. Through the space-time active coordination of the airflow field and the heat source, the application improves the cooling condition consistency of large components, promotes the uniformization of organization and performance, and is suitable for various materials such as titanium alloy, high-temperature alloy and aluminum alloy.

We provide glass with division bars that can be made from a wide range of materials and have a structure with excellent rigidity. [Solution] The device comprises a glass plate 12, a resin frame 14, and a division bar 16. The guide portion 16A of the division bar 16 includes a first extending portion 161, a second extending portion 162, and a third extending portion 163 that surround a part of the peripheral edge of the glass plate 12. The first extending portion 161 faces the second extending portion 162, and the third extending portion 163 connects the first extending portion 161 and the second extending portion 162. The glass with division bar 10 is formed by integrally molding a resin frame 14 with a glass plate 12 and a division bar 16, wherein the first extending portion 161 has a first bent portion 161A and a first horizontal portion 161B, and the second extending portion 162 has a second bent portion 162A and a second horizontal portion 162B, and the thickness of the first horizontal portion 161B and the second horizontal portion 162B is equal to or greater than the thickness of the third extending portion 163.

The application discloses a method, system, device and storage medium for predicting surface stress of structural materials, and belongs to the technical field of new materials.The first principle method is used to predict the surface stress of the structural material, the energy of the bulk and the surface structure of the structural material in the same orientation is obtained through the first principle relaxation calculation, the lattice parameters of the bulk and the surface structure are obtained, the strain tensor is loaded on the bulk and the surface structure only in the x and y directions, the change of the energy of each with the strain tensor is calculated, the quadratic polynomial fitting is used, and the surface stress is predicted.The method is not only simple in calculation model and moderate in calculation amount, but also can quickly and accurately predict the size of the surface stress without complicated experimental steps.Based on the high efficiency and accuracy, the method is expected to be widely applied in various material research fields, and is helpful to in-depth understanding of complex phenomena such as crack tip stress concentration in elastic-plastic mechanics.

System (100) for feeding multiple materials (101-104) to a forming machine (106-108) according to a defined formulation, wherein the system (100) comprises: a distributor (134) forming a mixing chamber (131-133); multiple material feed units (111-114) coupled to the distributor (134), each of the multiple material feed units (111-114) being configured to contain materials (101-104) that are each different from the others in the multiple material feed units (111-114), the multiple material feed units (111-114) comprising at least a first material feed unit (111) containing a first material (101) and a second material feed unit (112) containing a second material (102); a first line (211) connecting the first material feed unit (111) to the distributor (134) connects; a second line (212) that connects the second material supply unit (112) to the distributor (134);a first valve (161) configured to alternately open and close the mixing chamber (131-133) to the first line (211); a second valve (162) configured to alternately open and close the mixing chamber (131-133) to the second line (212); and a control (146) configured to actuate the first valve (161) and the second valve (162) to admit at least one of the first material (101) and the second material (102) into the mixing chamber (131-133) according to the defined formulation; wherein the distributor (134) defines a vent opening (205) and includes a third valve (165) configured to alternately open and close the vent opening (205);and wherein the control (146) is designed to check whether there is a fault in at least one of the two valves, the first and the second valve (161, 162), and is configured to open the third valve (165) in the event of a fault.

The utility model relates to the field of rope cutting, especially to a wire harness and rope cutting machine equipment, including installation frame, the two sides of installation frame symmetry are provided with the winding turntable for collecting wire harness, the two sides of installation frame symmetry are provided with the retractable tray on the side wall, installation frame top is provided with upper mounting frame, and the upper mounting frame includes assembly mounting frame, and the visual panel is installed to the front side of assembly mounting frame, and the assembly mounting frame middle part is provided with the matched track conveyor mechanism, and the two sides of the matched track conveyor mechanism are symmetrically provided with the movable mouth on the assembly mounting frame, and the utility model realizes double position high -efficient switching of the hot cutting mechanism and the cold cutting mechanism of symmetry, adapts to a variety of materials and process demand, improves the versatility of equipment, realizes automatic feeding through the matched track conveyor mechanism, effectively reduces manual intervention, improves production efficiency and stability, and the symmetrical layout optimizes the equipment structure, reduces the floor space, and improves the adaptability and the aesthetic property of industrial production line.

To make it easier to request cutting services. [Solution] The processing request support device includes an acquisition unit that acquires information about a finished product, including drawing data representing a finished product made using multiple materials purchased by the customer; a parts identification unit that identifies the parts required for the finished product and the size of those parts from the information about the finished product; a materials identification unit that identifies the material from which the part can be obtained from the multiple materials based on the size of the part and material information for each of the multiple materials; a determination unit that determines how to cut the material based on the size of the part and material information for the material; and an output unit that outputs information about the cutting method and candidate prices for the cutting.

This invention relates to the technical field of materials science, and in particular to a multiphase material with a gradient interface phase and its preparation method, comprising a first phase material, a second phase material, and a gradient functional layer located at the interface between the two. The concentration of at least one substance in the gradient functional layer varies continuously or quasi-continuously from the region near the first phase to the region near the second phase. During preparation, a pre-formed layer containing a second-phase precursor and functional filler is first constructed on the surface of the first phase, and then combined with the second phase for molding. Physicochemical reactions allow the substances to penetrate and fuse across the interface, forming a gradient structure in situ. This application can eliminate performance abrupt changes at heterogeneous interfaces, effectively alleviate stress concentration, and suppress delamination failure. Through this design, the interfacial bonding strength and overall mechanical properties of the material are significantly improved, with bending strength increasing by up to 15.4%. It is applicable to various material systems and has strong prospects for industrial application.

The application discloses a kind of based on plane punch rod loading condition wafer sample yield platform constitutive equivalent stress strain curve determination method, belong to the technical field of material mechanics performance test, including: plane punch rod loading test is carried out to wafer sample, obtains the load-displacement curve of wafer sample;The power hardening constitutive model with yield platform for describing the relationship between equivalent stress and equivalent strain of the material to be measured is constructed;The load-displacement test curve is extracted and analyzed in stages to obtain the key constitutive parameters of the material to be measured;Key constitutive parameters are substituted into power hardening constitutive model, to obtain the full section equivalent stress-strain curve of wafer sample under plane punch rod loading condition.The application can obtain the equivalent stress strain curve of various materials, can carry out micro-loss sampling to in-service components, the obtained result has higher precision, and the safety performance of material can be quantitatively evaluated.

A control method for an injection molding machine, which is a control method for a manufacturing apparatus executed by a control device, the manufacturing apparatus including an injection molding machine and a mold attached to the injection molding machine, the control method including: a collecting step for collecting a plurality of process data measured during a first injection molding from a plurality of sensors provided on the manufacturing apparatus; an acquiring step for acquiring a plurality of parameters related to a plurality of material properties of a resin material used in the injection molding based on the process data; and a control step for setting molding conditions for a second injection molding after the first injection molding based on the plurality of parameters.

The utility model discloses a kind of multi-station synchronous laminating mechanism of three-station laminator, it is related to laminating machine technical field.The utility model includes processing table and bottom support pad, the top of processing table is fixedly connected with the top of bottom support pad, the side of processing table is provided with control box, the side of processing table is fixedly connected with feeding tray, the side of processing table is fixedly connected with discharge tray, the top of processing table is provided with bracket feeding device, the top of processing table is provided with laminating device.The utility model realizes the function of multi-station synchronous lamination by the cooperation between the laminating board, auxiliary rotating sleeve and auxiliary rotating shaft etc. components in laminating device, effectively improve the efficiency and precision of laminating operation, limit and convey the material of laminating, further guarantee the stability and accuracy of equipment in laminating process.Through the above technical scheme, the problem that a variety of materials cannot be synchronously laminated in the related art is solved.

The present application belongs to the technical field of packaging bag production, especially a synchronous unwinding and deviation correcting device. The material is prone to displacement during the production and feeding process. However, when correcting the deviation of the material, the deviation correcting component cannot effectively correct the deviation of multiple materials simultaneously, and the deviation correction effect is not good, which can easily cause poor quality of the finished packaging bag during production. The following scheme is proposed, which includes a bottom plate, a unwinding frame is fixedly connected to the top of the bottom plate, the same mounting plate seat is fixedly connected to the inner walls on both sides of the unwinding frame, a supporting seat is fixedly connected to the top of the mounting plate seat, and a synchronous deviation correcting module is arranged on the top of the supporting seat. The synchronous unwinding and deviation correcting device disclosed by the present application has the effect of improving the unwinding and deviation correcting effect, can simultaneously correct the deviation of multiple materials during the deviation correcting operation, improves the use effect of the device, and can quickly make multiple materials overlap and align during use to ensure the quality of the finished packaging bag production.

The present application relates to the technical field of machining fixture, in particular to a fixture for flatness machining and a production method, which is suitable for the machining of high-precision plane parts such as three-coordinate measuring instrument air floating guide rail, precision machine tool guide rail, marble platform, etc. The existing high-precision plane machining fixture generally has defects such as large clamping deformation, low positioning accuracy, poor universality, etc. The traditional top pressing method is easy to cause elastic deformation and springback of the workpiece, and the magnetic type fixture is limited by the magnetic conductivity of the material. The present application adopts an innovative structure of multi-point uniform pneumatic support combined with side linkage pressing, realizes the side clamping of the workpiece by driving the transmission rod with the support bolt to drive the pressing plate, forms uniform floating support by the bottom matrix type pneumatic support cylinder, effectively resists cutting vibration, fundamentally eliminates clamping deformation, greatly improves the machining accuracy and clamping efficiency, and is suitable for various materials and different specifications of workpieces.

This utility model discloses a mixing device for the production of polytetrafluoroethylene vinyl composite materials, relating to the field of material mixing and dispersion technology. The utility model includes a mixing tank, with a bottom plate slidably connected to the outer wall of the bottom of the mixing tank. Several bolts are threadedly connected to the inner wall of the bottom plate, and the outer walls of these bolts are threadedly connected to the inner wall of the mixing tank. A separation mechanism is provided on the outer wall of the mixing tank. The outer wall of a connecting block is fixedly connected to the outer wall of the mixing tank. This utility model, by incorporating a rotating roller, first pours multiple materials into a feeding shell. Gear three rotates, driving gear four to rotate. The rotation of rotating shaft two drives pulley two to rotate, which in turn drives gear two. The rotation of rotating rod and rotating rod two causes the rotating roller to rotate. The rotation of the rotating roller addresses the problem of material accumulation, achieving the ability to handle the accumulation of multiple materials while ensuring stable material flow.