102 results about "Multiple layer" patented technology

This prevents the system from inferring that the setting has been changed. [Solution] The performance control means executes a first performance related to a specific benefit when a specific benefit is granted, does not execute the first performance when a specific benefit is not granted in response to being operated in a second operation mode, does not execute the first performance when the stop switch is operated in a second operation mode in a non-advantageous section and a specific benefit is granted in the next game, does not execute the first performance, may execute a second performance when the stop switch is operated in a second operation mode in a non-advantageous section, may execute a second performance when the stop switch is operated in a second operation mode in an advantage section, and performs performances through multiple layers including a first layer and a second layer different from the first layer, the first performance and the second performance are different performances and are executed on layers different from the first performance and the second performance.

This prevents the system from inferring that the setting has been changed. [Solution] The performance control means executes a first performance related to a specific benefit when a specific benefit is granted, does not execute the first performance when a specific benefit is not granted as a result of the operation in the second operation mode, does not execute the first performance when the stop switch is operated in the second operation mode during a non-advantageous section and a specific benefit is granted in the next game, performs performances through multiple layers including a first layer and a second layer which is a higher layer than the first layer, executes the first performance in the first layer and executes a second performance which is different from the first performance in the second layer, and makes the execution timing of the first performance and the execution timing of the second performance different.

The invention discloses a manufacturing method of a multifunctional toilet cleaning block. According to the method, continuous production of the toilet cleaning block of a multi-layer structure is achieved through an automatic process. The method comprises the specific steps that bottom materials are mixed through a funnel, then precisely put into the bottom of a mold cavity through a spiral conveyor and flattened; the core material is centrally arranged through a vibration disc or a suction disc device; the top material covers the surface of the core material in the same manner; one-time forming of multiple layers of materials is achieved through a pressurizing device with a pressure monitoring function; after demolding is completed through the demolding clamping mechanism, 180-degree overturning positioning is conducted through the vacuum suction cup device; and finally, sealing and packaging are completed through a blister packaging machine. According to the scheme, modular equipment is adopted for collaborative operation, the technical bottleneck of discontinuous production of the multi-effect toilet cleaning block is broken through, multi-effect collaboration of cleaning, sterilization and the like is achieved through the layered pressing technology, and meanwhile the production efficiency and the product percent of pass are improved. According to the method, full-process automatic production from feeding to packaging is realized.

The present invention relates to a Si composite substrate for GaN growth and a method for producing same, in which AlN layers for suppressing the melt-back etching phenomenon are configured as multiple layers each formed in a different manner, thus making it possible for the AlN layers and an AlGaN transition layer to be thinner and the crystal quality of a GaN layer to be improved.

The invention discloses an intelligent drilling path planning method and system for a multi-layer thin plate, and relates to the field of intelligent path planning. Firstly, task analysis is conducted on hole sites according to material attributes and drilling parameters, and single-hole generation heat and a temperature attenuation function are calculated through thermophysical model parameterization; and thus, a minimum cooling interval time matrix of the hole site set is obtained. On the basis, the tool moving speed and the drilling time consumption are comprehensively considered, a time sequence diagram fused with the cooling constraint is constructed, and global path searching and optimization are conducted through a space-time A * algorithm. According to the method, a traditional static planning problem which purely pursues the shortest geometric distance is converted into a spatio-temporal dynamic optimization problem which meets a thermal safety threshold value, cooling waiting time and moving travel time are automatically balanced through an algorithm, the problem of material performance degradation caused by local heat accumulation in the prior art is effectively solved, and the service life of the material is prolonged. The drilling quality and efficiency of the multi-layer thin plate are both improved.

A method and system for determining concentricity of a multiple layer golf ball are disclosed herein. One or more images of a golf ball are generated using an X-ray source, a camera or a digital detector, and an image intensifier. An edge detection algorithm is preferably utilized. The method also includes calculating Y,Z center coordinates of the a best fit diameter or ellipse of the inner edge layer and outer edge layer of the multiple layer golf ball.

This utility model relates to a recycled aggregate grading screen structure with multi-layer screens, belonging to the field of aggregate screening technology. The recycled aggregate grading screen structure with multi-layer screens includes: a mounting frame, with a vibrating frame mounted on the top of the mounting frame; during aggregate screening, the first and second screens facilitate multi-stage screening of the aggregate to be screened. Furthermore, under the action of the feeding mechanism during the screening process, two sets of feeding plates are driven to reciprocate at the top of the first screen to disperse the aggregate accumulated during screening, ensuring sufficient contact between the aggregate to be screened and the first screen. The two sets of feeding plates move alternately during the feeding process, further dispersing the aggregate accumulated at the top of the first screen. This enhances the feeding mechanism's effect on dispersing the aggregate accumulated on the first screen during screening, ensuring thorough screening of the aggregate and improving the grading and screening effect.

The application relates to the technical field of mechanical screens and discloses a multi-layer matrix type mechanical screen which comprises a first frame and a second frame which are stacked, a first screen is arranged in the first frame, a second screen is arranged in the second frame, a base for keeping balance is arranged below the first frame, a rotating adjusting assembly is arranged between the first frame and the second frame, the rotating adjusting assembly is composed of a fixing base fixedly connected to the upper end of the first frame and a rotating piece assembledly connected to the lower end of the second frame, the fixing base and the rotating piece are in matched connection, an assembling groove is embeddedly arranged at the end edge of the fixing base facing the rotating piece, a plurality of groups of mounting holes are throughly arranged on the rotating piece, an inserting rod is fixedly and connectively arranged at the position opposite to the assembling groove on the rotating piece, and the inserting rod is correspondingly matched with the assembling groove. The application is stable in arrangement, very convenient in adjustment, can be stacked in multiple layers according to needs, and can cope with the display in multiple directions.

A multiple layer material (11) comprising an extruded profile (27) and at least one lamination material (28, 29) adhered to at least one surface (32, 33) of the extruded profile (27) to form the multiple layer material (11). The lamination material (28, 29) is formed with a structure with indentations (48), and the multiple layer material (11) comprises a melt bond and a mechanical bond (41) between the extruded profile (27) and the lamination material (28, 29), wherein said melt bond is formed by at least partially melting the material of the surface (32, 33) of the extruded profile (27) and at least partially melting only a part of the thickness of the lamination material (28, 29), wherein said mechanical bond (41) is formed by that the material at the at least partially melted surface (32, 33) of the extruded profile (27) is brought into the indentations of the lamination material (28, 29), and wherein the lamination material, at least before it is adhered to the extruded profile, is permeable to air. Disclosed is also a process for producing the multiple layer material.

The invention belongs to the technical field of protection, and particularly relates to a method and device for evaluating the damage degree of a functional gradient multilayer metal plate under a near-field explosion load. The method specifically comprises the following steps: determining the pulse pressure generated by explosion according to the spatial distribution characteristic of the peak value of the pulse pressure on a loaded surface and the attenuation change rule of the pulse pressure along with time; calculating the plastic work of the first layer of metal according to the plastic strain component expression of the first layer of metal and the incompressibility principle; according to the plastic work of the first layer of metal, the total kinetic energy of the multiple layers of metal plates and virtual work of pulse pressure generated by explosion on virtual displacement, a control differential equation of transverse displacement of the multiple layers of metal plates is obtained; solving the differential equation to obtain the maximum lateral displacement of the multilayer board, calculating the average strain rate according to the maximum lateral displacement, and updating the flow stress; the differential equation is solved again through the flow stress obtained through updating till the set condition is met, and the currently obtained maximum transverse displacement of the multi-layer board serves as the damage degree.

The application belongs to the technical field of nano coating, and particularly relates to a super-black nano coating structure, which comprises a substrate, a transition layer deposited on the surface of the substrate by ALD, a light-absorbing layer deposited on the surface of the transition layer by ALD, and an anti-corrosion layer deposited on the surface of the light-absorbing layer by ALD. Compared with the prior art, the application uses the ALD technology to realize the super-black film of the substrate / transition layer (increasing adhesion) / light-absorbing layer (multi-layer interference film layer) / anti-corrosion layer (single layer or multiple layers) with low temperature (50-250 DEG C), high coverage, ultra-low reflection (less than or equal to 0.5%), high absorption efficiency (greater than or equal to 99.00%) and good bonding force, effectively expands the selection range of the substrate material, solves the problem that the current super-black film manufacturing process has a great limitation on the substrate material, and is difficult to be compatible with the low-temperature control and high coverage, high absorption rate of the film.

The present invention provides a building material panel and panel holding member that can suppress defects such as delamination and displacement between core material panels that constitute multiple layers of core material. [Solution] In a building material panel 10 comprising a pair of facing materials 21, 22 arranged opposite to each other, and a core material 30 sandwiched between the pair of facing materials 21, 22, the core material 30 includes a plurality of core material panels 31, 32 that overlap in the panel thickness direction, and a core material panel holding member 60 that engages with each of the pair of core material panels 31, 32 is arranged between a pair of adjacent core material panels 31, 32 in the panel thickness direction.

This invention discloses a multi-layered, coaxially aligned diamond particle-reinforced copper-based composite material and its preparation method. The method includes forming a uniform array of V-shaped through-holes on a copper foil using laser processing, mechanical punching, or etching to obtain a copper foil template; embedding diamond particles into the V-shaped through-holes on the copper foil template skeleton; stacking multiple layers of the copper foil template skeleton through interlayer alignment and filling the interlayer gaps with copper powder to form a diamond / copper skeleton preform; and densifying the preform to finally obtain a composite material with preferential thermal conductivity channels in the thickness direction. This invention effectively solves the problems of low out-of-plane thermal conductivity, easy particle agglomeration, and poor structural integrity in copper and diamond composite materials. Furthermore, it allows for array densification or gradient aperture design to optimize heat flow paths according to application requirements.

System, process, and device configurations are provided for generative content crafting and game element source generation for an electronic game. Game element source generation can include creating the source for rendering artwork and systems and processes are provided for a tool to receive input from one or more users. The input, such as seed elements may be used to configure one or more layers and features of crafted elements. User annotations to seed inputs may also be detected to determine how to use the seed inputs. Processes and configurations allow for seed inputs to be applied to multiple layers and at one or more times of the generative operations. Iterations may be determined for elements and modified to allow for multiple users to develop a crafted element. Processes and systems may update source element iterations to include additional iterations and for merging of seed elements.

The invention relates to a matting material and a preparation method thereof. The preparation method comprises the following steps: (1) directional arrangement: bonding a fiber bundle and an uncured adhesive film according to an orientation angle theta to obtain a unit layer; (2) fixed-height cutting: carrying out fixed-height cutting on the unit layers in the step (1) by adopting cutting equipment to obtain'fiber bundle-adhesive film 'structural units; (3) laminating and laying: laying a plurality of layers of'fiber bundle-adhesive film 'structural units in the step (2) together to obtain a laminated structure; and (4) curing and forming: curing the laminated structure in the step (3) to obtain the extinction material. The orientation angle of the extinction fiber array can be precisely designed and controlled, and therefore efficient absorption of incident light at a specific angle is achieved.

Disclosed herein is an apparatus and method for resource usage optimization based on multi-layer distributed execution. The apparatus parses and analyzes container resource allocation information and a Quality-of-Service (QoS) profile for multiple layers from predetermined deployment configuration data, executes an identical container image for each layer for which resource availability is confirmed based on the resource allocation information, determines whether QoS is satisfied by measuring a response period and computing performance for each executed layer based on the QoS profile, selects an optimal layer that satisfies the resource availability and the QoS, and optimizes resource usage by gradually reducing resource usage setting parameters of the optimal layer, checking whether the QoS is satisfied at each reduction stage, and searching for a minimum resource value.

This multilayer substrate (100) provided with a built-in mover comprises: a hollow part (12) provided to a base material (11) formed in multiple layers; a magnet (13) that is a mover accommodated inside the hollow part (12) and formed from a magnetic material; a drive coil (14) provided to the base material (11); strip lines (18, 19) provided to the base material (11); and a shield plate (16) provided to the base material. The thickness of the shield plate (16) is less than the penetration depth of a magnetic field at the frequency of the current flowing through the drive coil (14) in the shield plate (16) and is greater than the penetration depth of radiation at the frequency of a high-frequency signal flowing through the strip lines (18, 19) in the shield plate (16).

The invention provides a rock-fill skeleton quality analysis method based on big data, relates to the technical field of rock-fill skeleton quality analysis, and provides a rock-fill skeleton quality analysis method based on big data by introducing an innovative gap analysis method based on big data and image features and combining construction of an undirected graph model and a deep learning auxiliary analysis technology. According to the method, accurate prediction, evaluation and control of the overall quality of the rock-fill concrete structure from a single layer to multiple layers are achieved, through multiple deep feature extraction, the complex gap distribution characteristics in the rock-fill framework can be comprehensively captured from the micro-level, the detail structure is revealed, and the overall quality of the rock-fill concrete structure is improved. In addition, deep understanding of the stability of the overall structure of the rock-fill framework is provided, and therefore compared with limitation of a traditional method under complex construction conditions, the method has the advantages that uncertainty and cost of manual inspection are reduced, meanwhile, the quality detection problem under the complex engineering environment is effectively solved, and the method is suitable for popularization and application. And a more systematic and scientific solution is provided.

The embodiment of the invention provides a video file processing method and device, electronic equipment and a medium, and relates to the technical field of computers. The method comprises the steps that multi-level coding processing is carried out on video data, the video data are coded into multi-layer video files, information contained in all the layers of video files is different, and video resolutions corresponding to all the layers of video files are different; storing the multi-layer video file according to the structural hierarchy of the multi-layer video file; in response to a received video downloading request from at least one video decoding end, a target layer video file corresponding to the video decoding end is determined from the multiple layers of video files, the target layer video file is output to the video decoding end, and the target layer video file comprises a base layer file or a base layer file and an enhancement layer file. According to the method, multiple layers of video files are obtained through functional hierarchical coding, one-time coding and multi-terminal adaptation are achieved, and video files do not need to be generated for terminals with different bandwidths.

The invention discloses a glass interposer stacked substrate and a semiconductor packaging structure, and the glass interposer stacked substrate is characterized in that a traditional single substrate is divided into independent glass sub-substrates made of different glass materials, and the glass sub-substrates are stacked through metal bonding and are filled with filling materials to form a multi-glass-material integrated interposer substrate; therefore, the sub-substrates can be processed in parallel, a multi-layer stacking process is simplified, alignment deviation and lamination defect risks are reduced, the manufacturing yield is remarkably improved, and the processing time is shortened; high-density integration is realized by stacking multiple layers of sub-substrates, and glass sub-substrates of different levels adopt glass substrates of different characteristics based on thermal-electric-mechanical characteristic differences of different chips in the AI module. The problems that in the prior art, a multi-layer process of a single glass material substrate is complex, heat-electricity-force requirements of multiple chips cannot be met, signal loss is high, heat dissipation is poor, and machining difficulty is large are solved.

The application provides a composite pattern substrate, a light emitting diode and a manufacturing method thereof. The composite pattern substrate comprises a substrate and a plurality of periodically arranged pattern structures formed on the surface of the substrate. The pattern structure is formed as a convex structure, the convex structure comprises a first material layer and a second material layer which are alternately and sequentially stacked along the thickness direction of the substrate, the first material layer is inwardly recessed from the edge of the convex structure to the center of the convex structure to form a hollow area between adjacent second material layers, and the hollow area is formed as an annular structure around the convex structure. When the light passes through the composite pattern substrate, the light is reflected multiple times between the multiple layers of material and the hollow area, which greatly improves the axial light reflection capability of the middle region of the pattern structure. Since the hollow area has a lower refractive index than the multiple layers of material, the incident light above and on the side of the pattern structure is easily totally reflected in the hollow area, and the light is difficult to penetrate the pattern structure, thereby improving the light extraction efficiency.

The invention provides a battery box capable of being stacked layer by layer and a battery system. The battery box is configured as a box structure. Threaded holes are circumferentially formed in an upper portion of the battery box, and unthreaded screw mounting holes corresponding to the threaded holes are formed in a lower portion of the battery box. Screw fasteners penetrate through the unthreaded screw mounting holes of an upper battery box and the threaded holes of a lower battery box to fixedly connect the upper battery box and the lower battery box. A battery frame is eliminated, and the upper battery box is directly stacked on the lower battery box, such that the space utilization of battery boxes in the battery system is greatly increased, and a vehicle can be loaded with more batteries under the same volume; by adopting this technical solution, the cooling system can also exert a benefit effect on the tops of batteries, thus improving heat management efficiency; in addition, the technical solution facilitates connection of wires and water lines between the battery boxes.

A reflective photomask including a substrate, a multilayer reflection film, a protection film and a pattern of a light absorbing film is provided. The protection film has an extinction coefficient of 0.018 to 0.035, and a thickness of 1 to 6 nm, the light absorbing film is constituted of a single layer or multiple layers, the single layer or each layer of the multiple layers is composed of a material that contains ruthenium and platinum, and has a ruthenium content of 30 to 70 at %, a platinum content of 30 to 70 at %, and a total content of ruthenium and platinum of not less than 96 at %, the light absorbing film has a thickness of 32 to 38 nm, and a reflectance of 1 to 8% and a phase shift of 190 to 240 degrees, with respect to exposure light being light in extreme ultraviolet range.

The utility model discloses a multilayer screening device for processing a carbon molecular sieve, which relates to the technical field of screening devices and comprises a box body, a box door with an observation window is arranged on the side surface of the box body, a screening mechanism is arranged in the box body and is provided with a plurality of screens, and meshes are gradually reduced from top to bottom. The upper layer can be used for removing larger particles and relieving the subsequent burden, so that the particles in the target particle size range can be separated in the subsequent process, the overall screening speed is increased, abrasion can be dispersed to multiple layers, the abrasion degree of a single layer is reduced, the service life is prolonged, and the screening efficiency is improved. The square frame is fixed to the fixing base according to the clamping principle, the square frame can be unfixed only by pulling the connecting plate outwards and moving the corresponding inserting piece out of the inserting groove through structural transformation, the square frame is unfixed easily, the square frame can be taken down subsequently, and raw materials in the square frame can be poured out and collected conveniently.

This disclosure relates to absorbent articles for menstrual and / or incontinence use, and to absorbent articles such as ultrathin or liner-type articles. [Solution] An absorbent article 10 for menstrual and / or incontinence applications having a unique two-layer absorbent structure, wherein the cover layer comprises a nonwoven fabric material, and the absorbent core comprises multiple layers comprising a fibrous material which is superabsorbent, pulp and / or bicomponent fiber, and a binder material, the layer thickness of the absorbent article being less than or equal to the thickness of an absorbent article of similar absorbent properties, and the absorbent article comprises various absorbent properties which are improved despite the overall thickness being the same or reduced.

A model management system, a model management method, and a model management program that efficiently manage models applied to a substrate manufacturing process is provided. The model management system separately manages the models applied to the substrate manufacturing process in three or more layers, and includes a first management unit configured to manage a model at a predetermined layer, and one or more second management units configured to manage one or more models at a layer one level lower than the predetermined layer. The first management unit includes a calculating unit configured to, when one or more model parameters of the one or more models managed by the one or more second management units are updated, calculate a new model parameter based on each of the updated one or more model parameters, and a control unit configured to perform control so that the new model parameter is set in a plurality of models respectively managed by a plurality of management units at a lowest layer, belonging to the first management unit.

The invention relates to the technical field of integrated circuit packaging structure simulation, and particularly discloses an electromagnetic simulation modeling method of a universal QFN packaging structure, comprising: designing a drawing of the universal QFN packaging structure, the drawing comprising a plurality of layers, each layer comprising a closed polyline graph and a one-dimensional line graph; importing a drawing of a general QFN packaging structure, converting all closed polyline graphs into two-dimensional graphs, and keeping attributes of one-dimensional line graphs unchanged; three-dimensional modeling operation of the two-dimensional graph and the one-dimensional line segment graph is completed according to the three-dimensional modeling parameters; digging out a front half-etching region and a back half-etching region in the frame metal; and identifying the conductors with the connection relationship for naming and merging, and identifying a certain interface of the conductors for electromagnetic simulation port setting, and finally obtaining a three-dimensional electromagnetic simulation model of the universal QFN packaging structure. According to the method, the electromagnetic simulation modeling efficiency of the universal QFN packaging structure can be improved.

The utility model provides a layered formula magnetic medium box, include: the shell is equipped with the containing groove in its inside, at least two layers of magnetic medium group, can be dismantled and is stacked in the containing groove, clamping subassembly is set up between two layers of magnetic medium group for realizing the detachable connection between two layers of magnetic medium group, the pressing plate subassembly is located between the magnetic medium group of the top layer and the shell top, for the multiple layers of magnetic medium group can be dismantled and is pressed tightly fixed in the containing groove, among them, the multiple layers of magnetic medium group can be taken out from the containing groove layer by layer. The utility model discloses a multiple layers of detachable formula stacked setting magnetic medium group in the shell inside, makes magnetic medium box in the cleaning can take out the magnetic medium group from the shell layer by layer and carries out accurate flushing, solves the problem that the high pressure water gun can not be accurate in the art in the middle region gap of magnetic medium box, and the cleaning effect is not good, guarantees the separation efficiency, improves the cleaning convenience.

The invention relates to the technical field of showing stands, and particularly discloses a tool showing island rack which comprises a plurality of shelf racks sequentially connected in the vertical direction. The width of the multiple layer plate frames is gradually decreased from bottom to top to form a step-shaped structure in a matched mode, side plates are detachably installed on the two end faces, in the length direction, of each layer plate frame, a panel is detachably installed on the front end face of each layer plate frame, and each layer plate frame is provided with a lamplight assembly capable of creating a good lamplight atmosphere for a product. The step-shaped table top structure formed by combining the shelf racks, the side plates and the face plates is stable and convenient to assemble, the possibility that products fall off is reduced, the lamplight assembly can create a good display atmosphere for the products, and the three-dimensional display effect of the products is enhanced.

This invention discloses a method and system for processing multi-layer thickness images in UV printing. The method includes acquiring the target thickness intention, outputting a three-dimensional joint instruction tensor of droplet volume, droplet temperature, and UV light intensity via a generative adversarial network (GAN), and then performing multi-physics collaborative printing based on this tensor. At the pixel level, the method independently controls the droplet temperature of each nozzle and the UV light intensity of each pixel, achieving differentiated modulation such as high stacking, tiling, and edge barrier walls. An error map is obtained by measuring the actual thickness in situ and calculating the expected thickness using a differentiable physical proxy model. This error map is then processed through a three-layer closed loop to achieve real-time correction, GAN update, and fine-tuning of the tactile mapping model. This invention significantly improves thickness control accuracy, substrate adaptability, and printing efficiency, and can be applied to various scenarios such as 3D relief, micro-optical components, functionally graded materials, and 4D self-folding.