19results about How to "Ensure compatibility" patented technology

The invention discloses a dynamically-graded satellite TBTP efficient broadcasting method and a satellite communication system, and the method comprises the steps: obtaining the dynamic forward signal-to-noise ratios of all online terminals in a current network at a transmitting side, and carrying out the dynamic grading, thereby obtaining a multi-stage parallel forward channel broadcasting TBTP sub-table; the scheduling time slot entries are classified into corresponding TBTP sub-tables according to the SNR of the terminal, the TBTP sub-tables are sent to a gateway according to an ascending sequence of the SNR, and the lowest SNR of the grade is carried in each sub-table to serve as a grading SNR identifier; the gateway regards the received sorted TBTP sub-tables as multiple paths of data streams with the same scheduling priority and incorporates the multiple paths of data streams into a TBTP broadcast priority queue; and carrying out physical frame assembly and modulation according to the TBTP broadcast priority queue, and sending the TBTP broadcast priority queue to a receiving side to parse the parsable TBTP signaling so as to restore the parsable TBTP signaling to obtain a complete resource allocation view for reverse transmission. According to the dynamic difference of the forward signal-to-noise ratios of the terminals, differentiated efficient broadcasting of the TBTP is realized, so that the overall utilization efficiency of forward link resources is remarkably improved on the premise of ensuring reliable reception of all the terminals.

The present application relates to the field of computer storage and optical communication technology, and discloses a memory and storage controller long-distance interconnection method and system based on optical communication. The method encapsulates high-speed, medium-speed and low-speed signals between the memory and the storage controller, converts them into optical signals, and then transmits them over optical fibers. The receiving end converts the optical signals back into electrical signals through an optical module, and restores the original signals. The system includes a sending end and a receiving end, both of which contain special circuit modules and optical modules to complete signal encapsulation, conversion, transmission and recovery. The present application can effectively solve the problem of low-speed signals that cannot be directly transmitted over optical fibers, is suitable for various types and protocols of memories, and supports long-distance memory interconnection in cross-cabinet distributed storage and large-scale computing environments. The system has a long transmission distance, strong anti-interference ability, can reduce hardware complexity and cost, and improve the reliability and expandability of the system.

The invention discloses a 3D waveguide type multi-core optical fiber link monitor which comprises an optical chip platform with n layers of stacked waveguide structures and a photoelectric detector, n is larger than or equal to 2, and the number n of waveguide layers of the optical chip platform is equal to the number of layers of connected multi-core optical fibers. The cross section distribution of waveguides in the optical chip platform and the cross section distribution of fiber cores of the multi-core optical fiber are the same and are in one-to-one correspondence; a waveguide channel corresponding to each fiber core of the multi-core optical fiber in the optical chip platform comprises an optical fiber signal coupling fan-out module, an optical signal beam splitting module, an optical signal monitoring module and a multi-core optical fiber signal coupling fan-in module which are connected in sequence; after an optical signal of a multi-core optical fiber transmitting end is coupled by the fan-out module, a small part of the signal is separated by the beam splitting module through a waveguide coupling effect and is used for monitoring, and most of the signal is transmitted back to a transmission link through the fan-in module; and the monitoring module realizes real-time detection through a photoelectric detector. According to the invention, no extra optical fiber fan-in / fan-out module is needed, the insertion loss is low, and the device is not sensitive to polarization.

The invention discloses an electronic paper waveform upgrading method, display equipment and a storage medium, and relates to the technical field of electronic papers.The electronic paper waveform upgrading method comprises the steps that a waveform file upgrading package corresponding to an electronic paper screen is obtained, and electronic paper screen parameter information is extracted from the waveform file upgrading package; the waveform file upgrade package comprises updated screen waveform data and electronic paper screen parameter information; and if the electronic paper screen parameter information is successfully matched with the own screen parameter information and the remaining upgradable times of the waveform file of the electronic paper screen meet the upgrading requirement, executing a write-in operation aiming at the updated screen waveform data, and determining an electronic paper waveform upgrading result according to a write-in result. By using the method, the display equipment does not need to be sent to a maintenance point, and does not need to wait for a professional to burn, so that the maintenance efficiency of the display equipment and the user experience are improved, and the method is suitable for upgrading the waveform file of an electronic paper complete machine product, realizing remote updating of the electronic paper screen and repairing related display problems of the electronic paper screen.

The utility model relates to the technical field of conveying devices, in particular to an anti-shaking sealant filling bottle conveying device which comprises an installation frame, an anti-shaking clamping driving device is fixedly installed on the upper surface of the installation frame, an installation assembly is arranged at the fixed end of the anti-shaking clamping driving device, the anti-shaking sealant filling bottle conveying device comprises a fixing block, an inner groove is formed in the inner surface of the fixing block, and an outer groove is formed in the outer surface of the fixing block. A clamping groove is formed in the bottom end of the clamping plate, a clamping block is fixedly installed on the side surface of the top end of the sliding plate, and a spring is arranged on the inner wall of the sliding plate; the device has the beneficial effects that connecting rods at the two ends are pressed inwards in the axial direction to drive two sliding plates to compress springs to move in the relative approaching direction of inner grooves, then clamping blocks are driven to be separated from clamping grooves formed in the bottom ends of clamping plates, and therefore the clamping plates can be taken down and replaced, the clamping plates can be replaced according to the specifications or shapes of filling bottles on the conveying device, and the working efficiency is improved. The compatibility and the clamping effect are ensured, and the applicability of the clamping device is improved.

This invention discloses a method for preparing and applying environmentally functional materials rich in persistent free radicals. The preparation method includes: mechanically crushing and sieving agricultural waste, washing it with deionized water, and drying it to constant weight; mixing the obtained agricultural waste powder with alkali at a specific mass ratio, adding deionized water, stirring uniformly at room temperature to promote a complete reaction, and then transferring the mixture to a crucible for drying; and pyrolyzing the precursor in a tube furnace under a nitrogen atmosphere to finally obtain biochar material with a high content of persistent free radicals. This invention utilizes a three-step method of "raw material pretreatment - alkali modification - controlled-temperature pyrolysis" to efficiently transform widely available and low-cost agricultural waste into structurally stable and high-performance environmentally functional materials. The process is simple, low-cost, and environmentally friendly, showing good practicality and promising prospects for widespread application.

This invention discloses a touchscreen signal acquisition and fault diagnosis testing device, belonging to the field of signal diagnosis testing technology. The external end of the interface is connected to a test line, which connects to the touchscreen connector for testing using an oscilloscope. A position adjustment device is connected to the back of the oscilloscope detector, and the other end of this device is connected to a vertical mounting bracket. The vertical mounting bracket facilitates the installation and wiring of the oscilloscope. An add-on mounting bracket is installed on the vertical mounting bracket, allowing for auxiliary installation or a second installation method for the oscilloscope. The installation system ensures stable installation and cable management, the position adjustment system allows for flexible adjustment of the test position and angle, and the oscilloscope testing system efficiently completes signal acquisition and analysis. The three components work together to enable the device to stably, flexibly, and efficiently complete touchscreen signal acquisition and fault diagnosis in different testing environments, improving test adaptability and accuracy.

The embodiment of the present disclosure discloses an instruction fixed-length coding method, a processor, a storage medium and a program product. The method comprises the following steps: obtaining an original program, wherein the original program comprises original instructions; in a compilation stage, constructing a format protocol and a coding rule of instruction fixed-length based on a fixed coding length agreed by an architecture layer; compiling the original instructions into fixed-length instructions based on the format protocol and transmitting the fixed-length instructions into a processor; and the processor performs a coding operation on the fixed-length instructions based on the coding rule and outputs a coding result. The method can fundamentally eliminate the complex variable-length instruction coding logic by converting the variable-length instructions into a fixed-length format, simplify the processor hardware, save multiple hardware coding modules required by the variable-length instructions, reduce the chip area and power consumption, break through the rigid limitation of instruction processing throughput, adapt to parallel execution demand and improve the coding and execution efficiency.

The application discloses a kind of based on artificial intelligence to building engineering industry knowledge graph construction method, obtains the unstructured file of building engineering industry, and according to unstructured file according to file type it is classified as image file or text file;Based on image file, by the mode of image processing, the logical relationship between entity and entity in each image file is obtained;Based on text file, by the mode of semantic recognition, the logical relationship between entity and entity in each text file is obtained;Based on the logical relationship between entity in image file and the logical relationship between entity in text file, constructs knowledge graph.The present application is based on the large amount of unstructured file of existing building engineering industry, using the mode of semantic recognition and image processing, carries out extraction to unstructured file, obtains unified logical relationship, and constructs knowledge graph based on these logical relationships, so that the constructed knowledge graph is perfectly fitted in building engineering industry.

This invention relates to the field of power sharing technology, and discloses a power sharing method and apparatus. The method involves connecting a DDR3 detection signal line to the ground contact of the DDR3 slot on the motherboard. A pull-up resistor pulls the DDR3 detection signal line to a high level, controlling the first transistor to conduct and the second transistor to cut off. With the second transistor off, the power supply chip outputs a DDR4 operating voltage. When a DDR3 memory module is inserted into the DDR3 slot, the ground pin of the DDR3 memory module pulls the DDR3 detection signal line to a low level, controlling the first transistor to cut off and driving the second transistor to conduct. With the second transistor on, a voltage divider network is switched to allow the power supply chip to output a DDR3 operating voltage to supply the DDR3 memory module. This invention employs a safety strategy of defaulting to a low voltage and only boosting the voltage when DDR3 is detected, effectively avoiding the risk of high-voltage damage due to misoperation or incorrect insertion, and protecting expensive memory hardware.

The utility model provides a control system and a photovoltaic panel cleaning robot system. The control system comprises a warning lamp module, a sensing signal acquisition module and a voice warning module, wherein the warning lamp module and the sensing signal acquisition module are arranged in a cleaning robot, and the voice warning module is arranged in remote control equipment. For any one of the ultrasonic sensing devices, the sensing signal acquisition module comprises a corresponding switch sub-module and a serial port conversion sub-module. The warning lamp module is electrically connected with the first control module and is used for receiving warning control information generated by the first control module according to the serial port signal; and the second control module establishes short-range communication connection with the first control module through the second communication module and the first communication module, and is used for receiving warning control information generated by the first control module according to the serial port signal. According to the control system, distance sensing, real-time multi-form warning and effective information transmission are provided, the effect of distance detection is brought into full play, and smooth proceeding of cleaning operation and equipment safety are effectively guaranteed.

The invention relates to a double-sided magnetic power bank with a built-in intelligent temperature control system, and the power bank comprises a bottom plate and a cover plate which are combined to form a housing with a battery compartment inside. The battery is mounted in the battery compartment; the PCB is installed on the inner wall of the cover plate and located on the front side of the battery; the distributed temperature sensing network is composed of a plurality of thermistors arranged at a plurality of key thermal nodes in the power bank and is used for collecting temperature signals; the main control MCU is mounted on the PCB and is coupled to the distributed temperature sensing network; wherein a first magnetic attraction module is arranged in the bottom plate, and a second magnetic attraction module is arranged in the cover plate, so that the double-sided magnetic attraction function of the power bank is realized. The magnetic attraction module and the wireless charging coil are integrated on the two faces of the bottom plate and the cover plate, simultaneous wireless charging of the two high-power devices is achieved, the charging efficiency and the flexibility of use scenes are greatly improved, and the real requirements of multi-device users are met.

The invention relates to the technical field of talent management, and discloses a talent ability evaluation and post matching system based on a knowledge graph, and the system comprises a data processing module which collects individual information and target industry information, converts the individual information into an individual ability vector, and converts the target industry information into an industry demand vector; the graph construction module is used for constructing a cross-industry knowledge graph through multi-source knowledge fusion; the skill migration module is used for calculating skill migration complexity and a capability gap vector; the path planning module is used for generating a plurality of transformation paths and selecting an optimal transformation path based on a transformation path scoring function; according to the method, accurate matching of individual capabilities and post requirements is realized by constructing the cross-industry knowledge graph, and cross-industry skill migration paths can be identified, so that the system can discover potential matching opportunities which are difficult to identify by a traditional method, and the most suitable development paths are recommended for individuals.

The full-localization video decoding board comprises a processor adopting a domestic chip, an FPGA (Field Programmable Gate Array), a storage unit, an interface unit and a power supply system, the interface unit comprises a first connector and a second connector; a serial port of the processor is connected to the first connector through the serial port conversion chip; the output end of the processor is connected with the receiving end of the FPGA; the FPGA is connected to the second connector through the first conversion chip and the second conversion chip in sequence; the first conversion chip is used for converting an RGB signal output by the FPGA into a VGA single-ended signal and accessing the VGA single-ended signal to the second conversion chip; the second conversion chip is used for converting the VGA single-ended signal into an XGA signal and outputting the XGA signal to the second connector; the FPGA is further connected to the second connector through a third conversion chip, and the third conversion chip is used for converting RGB signals output by the FPGA into VGA single-end signals and outputting the VGA single-end signals to the second connector. The utility model has the advantages of simple circuit structure, low cost, strong compatibility, high transmission stability and the like.

The application discloses a high-temperature binder for multiple ceramic core combination in a complex structure ceramic core preparation process and a preparation method thereof. In the high-temperature binder, the proportions of various substances are as follows: 35-45 wt% of a composite sol matrix, 45-55 wt% of a gradient grading refractory filler, 3-8 wt% of a nano-enhanced phase and 2-7 wt% of a synergistic modifier. The preparation method comprises the following steps: preparing the composite sol matrix, the gradient grading refractory filler, a nano-enhanced dispersion liquid and the synergistic modifier; adding the gradient grading refractory filler, the nano-enhanced dispersion liquid and the synergistic modifier into a constant-temperature stirring kettle containing the composite sol matrix in sequence and stirring uniformly to obtain high-temperature binder initial materials; vacuum deaerating and low-temperature curing the high-temperature binder initial materials in sequence, and obtaining the high-temperature binder after cooling. The application realizes the dual improvement of the bonding strength and high-temperature stability, has good coating performance and forming adaptability, and is suitable for various ceramic cores which need to be combined and formed.

The invention discloses a preparation method of a novel rapid penetrant, and relates to the technical field of penetrant preparation. Comprising the following steps: sequentially adding isooctanol and maleic anhydride into an esterification kettle, uniformly mixing, and adding a composite catalyst consisting of sodium hydroxide and sodium carbonate; collecting esterification byproduct water through a condenser, and standing and settling to remove trace entrained impurities for later use; the detection index is set according to the purity requirement of the esterified product, the cooling rate is controlled according to the crystallization characteristic and flow requirement of the esterified product after the standard is reached, the esterified product is collected and passes through a composite catalyst composed of sodium hydroxide and sodium carbonate, and a segmented heating and pressure reduction process is matched to form an exclusive synergistic system; the esterification reaction is separated from the traditional high-temperature and high-pressure constraint, the reaction condition is milder, a special high-temperature and high-pressure resistant pressure container is not needed, and the equipment investment and the production threshold are reduced.

The present application belongs to the technical field of federated learning and edge computing, and discloses a digital twin incentive method based on a reputation mechanism in an industrial Internet of Things, which is completed by an incentive mechanism combined by a short-term incentive mechanism and a long-term incentive mechanism, namely a reputation management mechanism, and comprises the following steps: step 1, constructing a digital twin transmission model; step 2, designing the type of digital twin and classifying; step 3, using federated learning to aggregate the model of digital twin, compensating the edge digital twin, obtaining the utility of each digital twin device and the utility of the task publisher, and delaying the analysis of the federated learning of each digital twin; and step 4, designing a fair and stable federated learning model. The present application adds a hybrid long-term and short-term incentive mechanism into the federated learning of the digital twin in the edge server and the cloud, so as to avoid the information transmission error and inaccuracy between the digital twin and the cloud.

The invention belongs to the technical field of wireless communication, and particularly relates to a method for accessing non-standard Zigbee protocol equipment and dynamically analyzing data based on a zigbee gateway, which comprises the following steps of: S1, initiating a network access request by the non-standard Zigbee protocol equipment, and executing a standardized network access interaction process by a Zigbee communication sub-module; s2, according to a protocol rule loaded by an analysis engine, a protocol analysis module receives data allocated by a Zigbee communication sub-module, executes CRC verification and serial number de-duplication, and then performs data point reverse analysis on original data in a Hex format; s3, the data preprocessing module executes field extraction, data normalization and cache queue storage processing on the analyzed data; and S4, the data packaging module performs JSON formatting on the preprocessed data in the cache queue to generate a data packet containing a unique identifier of the equipment, a UTC timestamp and standardized service data, and the data packet is uploaded to a cloud end through a cloud communication sub-module of the network communication module.