55results about How to "Performance upgrade" patented technology

A novel asymmetric memory partitioning mechanism for providing resolving and reducing memory limitations when an increase in software image size is required. Two partitions are created in non-volatile memory, one smaller than the other. The smaller partition stores a degenerated version of the full-functionality software comprising only essential program code for booting the device and repeating the download and installation procedures until the full-functionality software image is successfully installed in non-volatile memory. The larger portion stores a full-functionality version of the software comprising both essential and non-essential program code. The mechanism also provides the capability of converting devices already deployed in the field. The legacy symmetrical partitioning of the memory in these devices is removed and replaced with asymmetrical partitioning, wherein the smaller partition stores the degenerated software image and the larger partition stores the full-functionality software image.

A furnace incorporating a novel thermal design is disclosed. Heating element temperature is reduced compared to conventional designs while providing a precisely controllable process temperature in the range 1000-1400 degrees centigrade. A plurality of Kanthal heating elements are arranged in a planar array as close to the work as possible, thus approximating an isothermal condition with respect to the work. The process chamber is made of aluminum and its internal surfaces are highly polished to reflect heat. The chamber walls have built in active cooling to carry away non-reflected heat and preserve high reflectivity. The heating elements are modular to facilitate removal and replacement without disassembly of the furnace. The configuration of the heating elements is linear rather than coiled and the temperature is monitored directly by measuring the electrical resistance of the Kanthal wires.

An obstacle detecting apparatus configured to detect an obstacle present on the road, such as a vehicle running ahead, a parked vehicle, and a pedestrian, by distinguishing the obstacle from a mere object causing no obstruction to driving of the vehicle, such as the texture like the white line or signs on the road surface, and the guardrail along the roadside.

An embodiment of the present invention relates to a method for collecting learning data using a vehicle terminal equipped with artificial intelligence, the method includes establishing a communication connection with a server of 5G communication networks through a communication unit of the vehicle terminal, obtaining a driving image of the vehicle through an image obtaining unit of the vehicle terminal, inputting the obtained driving image into a neural network model trained to determine whether an event has occurred, and determining whether an event indicating an abnormal operation of the vehicle occurs from the obtained image through an output of the neural network model, extracting an event frame at the time of the event happened in the driving image; and transmitting the extracted event frame to the server.

The invention provides an ultra-thin even-temperature plate device and a manufacturing method thereof. The device comprises a bottom plate, a capillary core, an upper cover plate and a working medium. A gas-liquid channel integrated design is adopted in the capillary core, a steam circulation space and a liquid backflow channel are arranged on the capillary core in the plane direction, and a solid part of the capillary core is provided with holes for supporting columns to penetrate, the supporting columns are arranged on the bottom plate, the bottom plate is of a groove structure, and the supporting columns are evenly arranged in the bottom plate. The supporting columns penetrate the holes to make contact with the inner surface of the upper cover plate, and welding forming is finished. A liquid filling port is reserved in the bottom plate, and after filling of the working medium, sealing welding is carried out. The manufacturing method of the device comprises the steps of machining of the bottom plate and the upper cover plate, punching forming of the capillary core, vacuum pressurizing diffusion welding, machining margin removing, vacuumizing liquid injecting and the sealing welding process. An even-temperature plate can be manufactured to be of an ultra-thin structure, and the ultra-thin even-temperature plate device and the manufacturing method are particularly suitable for heat dissipation occasions with the strict requirement for the installing thickness space.

The invention discloses an artificial intelligence comprehensive service platform, which comprises a platform resource layer used for uniformly accessing hardware resources, storing the hardware resources and calculating the hardware resources, a platform engine layer which is used for providing technical support for artificial intelligence, big data, cloud computing and industry application, an application development layer which is used for providing a quick development tool, an intelligent service generator and a development interface, and an application template layer which is used for providing templates of artificial intelligence applications of all walks of life. The artificial intelligence comprehensive service platform has the advantages of scalability, customizability, expandability, maintainability, usability, quick development and the like.

The invention discloses a group ocean bottom seismometer (GOBS) and a use method thereof. The group ocean bottom seismometer is an ocean bottom seismometer provided with a mooring cable type metal shell. The external structure of the group ocean bottom seismometer includes a pressure resistant cabin, an upper flange and a lower flange and a tether steel cable. A titanium alloy shell is adopted as the cabin of the group ocean bottom seismometer; an end surface O-shaped ring sealing mode is adopted to seal the cabin; a digital collector, a full-angle detector, a network communication module, a GPS, an electronic compass and a combined power source are arranged in the cabin; and a spread spectrum circuit is additionally arranged on the full-angle detector, so that a sensor can be designed. The group ocean bottom seismometer (GOBS) and the use method thereof invention are applied to high-density shallow seabed seismic observation and oil and gas exploration and the development of combined ocean bottom seismic detection equipment. With the group ocean bottom seismometer (GOBS) and the use method thereof adopted, the delivery and recovery technologies and data collection of corresponding instruments can be realized, and new technical means can be provided for deepwater oil and gas exploration in China.

The invention provides an H-ARAIM system for optimizing lateral protection level. The system comprising a constellation, a ground reference station and the flight vehicle. The ground reference stationreceives and processes the coordinate data from the satellites of the constellation and prepares input data for calculating the protection level of the flight vehicle. The flight vehicle is providedwith a receiver and a data processor. The receiver takes the input data from the ground reference station and transmits the data to the data processor, which processes the data in the following way. When the difference between the positioning solution of the fully visible satellite and the positioning solution of the fault subset is below the threshold level according to the fault subset statistical tests, the receiver starts to calculate the protection level and the calculation for protection level undergoes iterative update. The protection level obtained by the invention is optimized by 8.6%compared to the averaged dichotomy, and the applicability is equivalent to that of objective function method.

The invention relates to a graphical radar signal processing high-level integrated design platform and a method. The design method is applied to the design platform, and is mainly used for solving the problems of separation of software and hardware, low efficiency, non-portability and poor universality existing in a radar signal processing design method. The method comprises the following steps of: creating a graphical model in a modeling module; analyzing and detecting the model in a model analyzing module; and transmitting an analysis result to a source code generating module, an engineering file generating module and a time sequence analyzing module, encoding a generated source code, an engineering file and a chained file through a DSP (Digital Signal Processor) compiler to obtain an executable DSP program and an MAP file, loading the two files into a radar signal processor through a hardware debugging module, and communicating to realize on-line debugging, wherein the chained file is generated by a random access memory distributing chain of a hardware configuration module. Due to the adoption of the platform and the method, the random access memory of a processor can be viewed in real time. An application program disclosed by the invention has high portability, high code implementing efficiency, high technology continuity, and capability of increasing the design progress of a radar signal processor.

The invention relates to a sensitivity enhancement demodulation method and device of a fiber optical Bragg grating strain sensor and belongs to the technical field of optical detection devices. The method comprises the following steps: outputting original laser which is as the same as resonant wavelength of FBG (Fiber Bragg Grating) and changes synchronously in real time by an optical fiber laser as pump light; after combining the pump light and signal laser at another wavelength, carrying out chirped amplification of frequency in a non-linear system to realize high order four-wave mixing; and finally, realizing high sensitivity detection of wavelength drift and corresponding strain of the original laser through wavelength analysis of idle light. According to the invention, sensor demodulation with high strain sensitivity can be obtained at wavelength near 1550nm, and high strain sensitivity which is higher than intrinsic sensitivity of FBG can be obtained in the demodulating process based on common FBG, so that the method and device provided by the invention are suitable for sense application of high strain sensitivity.

The invention discloses a method for producing an HRBF400E fine-grain aseismic reinforcement. The method comprises the following steps of: (1) determining the control range of chemical components; (2) smelting: feeding liquid iron and scrap steel serving as raw materials into a top-bottom combined blowing converter for smelting; (3) refining: refining crude steel obtained in the last step by a conventional method so that the chemical components in the steel are in accordance with the predetermined control range; (4) continuous casting: carrying out full-protection casting; (5) rolling: heating the continuously cast steel billet in a heating furnace, controlling the temperature and performing rough rolling; performing finish rolling in a finishing mill group, thereby obtaining the reinforcement; next, cooling on a cooling bed, and finally, naturally cooling to the room temperature in air, thereby obtaining the HRBF400E fine-grain aseismic reinforcement. The production method provided by the invention is capable of greatly reducing the production cost and saving resources; the properties of the traditional steel and iron materials are upgraded; and the method is wide in application and suitable for the steel and iron enterprises for producing high-performance reinforcements.

The present invention provides a metal oxide semiconductor (MOS) device, including a substrate, a gate structure on the substrate and a source / drain region disposed in the substrate at one side of the gate structure and in at least a part of an epitaxial structure, wherein the epitaxial structure includes a first buffer layer, which is an un-doped buffer layer, including a bottom portion disposed on a bottom surface of the epitaxial structure and a sidewall portion disposed on a concave sidewall of the epitaxial structure, an epitaxial layer which is encompassed by the first buffer layer, and a semiconductor layer which is disposed between the first buffer layer and the epitaxial layer. The source / drain region is disposed in the epitaxial structure.

The present invention provides an urban public bicycle system by combining solar energy photovoltaic power generation. The system comprises a public bicycle parking bay, an awning, solar photovoltaic panels, a bicycle fixing frame, a fixed storage battery and public bicycles. The awning is installed at the public bicycle parking bay, the solar photovoltaic panels are installed on the awning at the parking bay, the bicycle fixing frame is arranged in the awning, the public bicycles are fixed by the bicycle fixing frame, and a card swiping device and the fixed storage batter are also installed on the fixing frame. The storage battery stores electrical energy generated by the solar photovoltaic panels, and the public bicycles are charged through charging lines on the fixing frame. People can rent bicycles through swiping a card on the card swiping device or scanning a two-dimensional code. According to the present invention, public electric bicycles and solar photovoltaic power generation facilities are combined, so that people can travel more conveniently, the green travel awareness is cultivated, the economic cost is low, the urban construction land is not occupied, and the pollution to the environment is not caused.

The invention discloses a USB communication based modular function expansion method for a digital oscilloscope. The method comprises the following steps: (1) the digital oscilloscope and an external connection device are prearranged; (2) a supporting USB device interface and a USB device drive are arranged, and an identification code of the external connection device is preset; (3) a command and data are packaged; (4) initialization is performed, a USB event monitoring thread is established, and whether a USB accessing event or a USB pulling out event happens is judged; if the USB accessing event happens, the type of the external connection device is judged; if the USB pulling out event happens, the external connection device of which the USB is pulled out is interpreted, and a marker of the device is reset; (5) after the type external connection device is determined, the external connection device is initialized, and the marker of the external connection device is set, a host process judges the marker and jumps to a corresponding operation interface, and data are received and displayed; a USB transmission thread is established for receiving data and analyzing communication protocols, new setting is performed, and data are read; (6) whether new setting is performed is judged; (7) the data are uploaded. The invention further discloses a function expansion system.

The present invention provides a method for initialization and stepsize control of a time-domain equalizer (TEQ) in a receiver of a multi-carrier communication system to upgrade the performance of adaptive TEQ algorithms. As to TEQ initialization, the Time-domain Window Mask method generates a modified channel impulse response (CIR) by performing a locate maximum energy algorithm and then applies a time-domain window mask to adjust the modified CIR to obtain an initial value of a target impulse response. Then, a dividing operation is performed on the frequency-domain initial target impulse response and the modified CIR to determine an initial value of the frequency-domain TEQ impulse response. The Head-tail Equalizing method also performs the locate maximum energy algorithm, and the remaining points other than the consecutive points with maximum energy are combined and padded zero to the last few points to generate a modified CIR. The reciprocal of the frequency-domain modified CIR is determined to be an initial value of the frequency-domain TEQ impulse response. The initial value of the frequency-domain target impulse response is determined by multiplying the determined frequency-domain. TEQ impulse response with the frequency-domain of the CIR. The stepsize control method configures the stepsize coefficient as a time-varying coefficient during the whole adapting TEQ algorithm. It is smaller value at an early stage to prevent from divergence and becomes larger at a late adapting stage to prevent from slow convergence.

The invention relates to a data processing method and system, computer equipment and a storage medium. The method comprises the following steps: acquiring a target data stream through a data source; preprocessing the target data stream, and converting the target data stream into text data with a unified data exchange format; carrying out deep machine learning on the text data, then constructing anindustry knowledge graph, and carrying out distributed storage on the industry knowledge graph; and outputting a digital product according to the product requirements of the industry knowledge graph.Through the method, system reconstruction is carried out based on big data processing and artificial intelligence as support, an original business process is optimized, functional modules of the system are redivided, development of new products in data processing is redefined, and the technical characteristics of multi-backup, elastic expansion and the like of a big data distributed storage technology are utilized. The data security is ensured, and system maintenance, storage capacity expansion and performance upgrading are facilitated.

The invention discloses a group ocean bottom seismometer (GOBS) and a use method thereof. The group ocean bottom seismometer is an ocean bottom seismometer provided with a mooring cable type metal shell. The external structure of the group ocean bottom seismometer includes a pressure resistant cabin, an upper flange and a lower flange and a tether steel cable. A titanium alloy shell is adopted as the cabin of the group ocean bottom seismometer; an end surface O-shaped ring sealing mode is adopted to seal the cabin; a digital collector, a full-angle detector, a network communication module, a GPS, an electronic compass and a combined power source are arranged in the cabin; and a spread spectrum circuit is additionally arranged on the full-angle detector, so that a sensor can be designed. The group ocean bottom seismometer (GOBS) and the use method thereof invention are applied to high-density shallow seabed seismic observation and oil and gas exploration and the development of combined ocean bottom seismic detection equipment. With the group ocean bottom seismometer (GOBS) and the use method thereof adopted, the delivery and recovery technologies and data collection of corresponding instruments can be realized, and new technical means can be provided for deepwater oil and gas exploration in China.

A fan blade system with multiple spaced layers of blades and a centrifugal fan using same are disclosed. The centrifugal fan includes a housing, in which the fan blade system is mounted. The fan blade system includes a hub, and a first and a second blade group outward extended from a circumferential wall of the hub to axially space from each other. The housing includes a main housing portion and a secondary housing portion integrally formed on one side of the main housing portion. When the fan blade system is mounted in the housing, the two blade groups are separately located in the main housing portion and the secondary housing portion to produce higher airflow pressure and more air volume. With these arrangements, the centrifugal fan can have upgraded performance and be manufactured with reduced labor, time and material costs.

The invention relates to a powder coating for improving wear resistance and wear reduction of the surface of an aluminum profile. According to the invention, modified epoxy resin prepared by introducing polyfunctional groups into epoxy resin improves heat resistance and corrosion resistance and shortens curing time; melt extrusion is performed in order to further make up the defects of insufficient adhesive force and no wear resistance; an anti-scratching agent is added, so binding force to the aluminum profile is strong, and protective performance cannot be gradually reduced along with the prolonging of the service time of the coating. The powder coating prepared by the invention is applied to the surface of the aluminum profile, and has good associativity; and when the surface of the aluminum profile is coated with the powder coating, the powder coating shows excellent adhesion capability, has high mechanical strength, good weather resistance, chemical resistance, scratch resistanceand scuff resistance, cannot be damaged and lose efficacy, presents very strong wear resistance and reduction performance and high chemical corrosion resistance, plays an excellent protection role invarious complex environments, can bear erosive wear of gas, solid and liquid, has excellent outdoor stability, and prolongs the service life of the aluminum profile.

A polarizer comprising polyvinyl alcohol based films stretched at high stretching ratios stably manufactured: a method for manufacturing including a stretching processing process, a dyeing treatment process, and a boron compounds treatment process to a polyvinyl alcohol film, wherein the stretching processing is performed at least twice so that a total stretching ratio may become 5.5 times or more, and in a second stretching processing or later, wet stretching processing having stretching ratios of 1.2 times or more is performed applying a peripheral velocity difference between a first pinch roll and a second pinch roll, and in the wet stretching processing, a film conveyed out from the first pinch roll is passed on a first guide roll so as to make a holding angle (A) of 120 through 175° on a first guide roll to which the film first contacts.

The invention relates to a polyester type high-temperature-resistant powder coating. According to the invention, the preparation formula of the traditional polyester resin and the synthesis conditionsof reaction temperature, reaction time, additive addition and the like in the preparation process are changed; the physical and chemical properties of the prepared modified polyester resin are completely different from those of conventional polyester resin, the acid value of the prepared modified polyester resin is 69-79 mgKOH / g, the viscosity is 32-37 P / DEG C, the glass-transition temperature and decomposition temperature are increased, and the prepared modified polyester resin has good stability and heat resistance. The prepared powder coating is good in storage stability, not prone to agglomeration, beneficial to electrostatic spraying construction, good in film mechanical property and high in coating performance, the problem that a polyester resin system is poor in thermal stability is effectively solved, the mechanical property of a coating film is improved, and the effects of remarkably improving heat resistance, enhancing and toughening are achieved. The method is suitable forbatch production, the production cost of enterprises is greatly reduced, more economic benefits and social benefits are brought, and the method has very wide application prospects.

The invention discloses a polylactic acid fiber vertical cotton material. The vertical cotton material comprises a vertical cotton layer positioned in the middle, wherein the vertical cotton layer ismade of a polylactic acid fiber. According to the provided polylactic acid fiber vertical cotton material, the polylactic acid fiber is made into the vertical cotton material, so that the elasticity of a cotton sample is improved through a preparation process of vertical cotton while the characteristics of the polylactic acid fiber are kept, and the properties of a product are improved from all aspects. According to a preparation process of the polylactic acid fiber vertical cotton material, the polylactic acid fiber is prepared into the vertical cotton material according to a special raw material proportion and process parameters.

The invention provides low-migration ultraviolet curing ink and a preparation method thereof. The low-migration ultraviolet curing ink is prepared from 18-20% of pigment, 37-40% of UV polyester acrylic resin, 8-10% of DAP-A, 15-20% of acrylate monomer, 5-10% of a photoinitiator, 1-2% of a dispersing agent, 0.5-1% of a polymerization inhibitor and 5-10% of filler. The prepared ultraviolet curing ink has the characteristic of low migration, can meet the requirement of low-migration ink, has excellent printing performance, can be applied to food packaging materials to prevent food from being polluted by ink migration, and further ensures the body health of food consumers.

There is disclosed a method of upgrading the performance of an electronic device comprising: (a) providing the electronic device having at least one electrical component; (b) providing a ferrite plate having a bottom side and an adhesive disposed on the bottom side; and (c) adhering the ferrite plate atop the electrical component using the adhesive on the bottom side of the ferrite plate.

The invention relates to a surface coating for an automobile aluminum profile part, which takes an environment-friendly waterborne polyurethane emulsion as a basic raw material, and a prepared modified protective agent is added into the coating, so that the film-forming toughness can be improved, the tensile strength is obviously improved, and the binding force of intermolecular bonds is obviouslyenhanced; therefore, the anti-aging performance is correspondingly enhanced; the defects of insufficient adhesive force and no wear resistance of the water-based paint can also be overcome; and the added modified protective agent can obviously enhance the corrosion resistance and wear resistance after curing and film formation, thereby preventing the permeation and diffusion of the water and corrosive medium. The prepared coating has very high chemical stability, corrosion resistance and non-mobility, the corrosion resistance of the surface of the aluminum profile is improved, the prepared water-based paint is different from common solvent type paint, the binding force to the aluminum profile is high, the protective performance cannot be gradually reduced along with prolonging of the service life of the coating, and very wide application prospects are achieved.

The invention provides flame-retardant UV-LED coating gloss oil and a preparation method thereof. The flame-retardant UV-LED coating gloss oil comprises 20-25 parts of polyester acrylic resin, 10-15 parts of epoxy acrylic resin, 40-45 parts of a reactive diluent, 5-10 parts of a photoinitiator, 5-10 parts of tannic acid modified nano graphene, 3-4 parts of a filler and 1-2 parts of an auxiliary agent. Polyester acrylic resin and epoxy acrylic resin are blended to serve as a gloss oil prepolymer, tannic acid modified nano graphene is added as a modifier, the modifier is mixed with a monomer and the prepolymer in gloss oil, then polymerization is conducted to obtain a nano composite material, a synergistic flame-retardant composite filler is provided, the flame retardant property of the composite filler can be greatly improved, the prepared UV-LED coating gloss oil has good flame retardant effect, excellent flexibility and adhesive force, good printing adaptability and the like, and the technical problem that the same type of coating gloss oil in China at present cannot resist flame is solved.

A metadata generation management device includes a count unit that measures a playback amount of content, which is an amount of content that has been played back; and a control unit that controls whether to output an instruction for generating metadata indicating characteristics of the content, based on the playback amount of the content.