24results about How to "Reduce Design Complexity" patented technology

The application relates to a planetary shaft structure in the technical field of differentials, which comprises a left half shaft gear, a right half shaft gear arranged opposite to the left half shaft gear, and four planetary gears arranged in a cross shape between the left half shaft gear and the right half shaft gear and meshed with the two gears, wherein a main support is arranged through the coaxial two planetary gears of one opposite arrangement, an auxiliary support is arranged through the coaxial two planetary gears of the other opposite arrangement, the two auxiliary supports are respectively arranged on the two sides of the main support, and each auxiliary support is connected with the main support through a positioning piece; the whole planetary shaft structure is simple and clear, the setting of a planetary support is cancelled, the self-strength and mounting strength of the left half shaft gear, the right half shaft gear and the four planetary gears are improved, the design flexibility of the whole planetary shaft structure is improved, and the design complexity and cost of the differential assembly are reduced.

The application discloses a kind of training-free high-resolution image generation method, system, equipment and storage medium. They are corresponding schemes, scheme works in inference phase, without changing model parameters, also without retraining or fine-tuning;Scheme: generate image under original resolution, zoom, sharpen and encode as high-resolution reference latent space variable, then obtain high-resolution intermediate state through RF inversion;Subsequently, in the forward denoising process, structural velocity correction is carried out, the clean endpoint estimated by the model is redirected to the reference latent variable to stabilize the global layout;And use adjacent time step clean estimation residual to carry out time detail velocity correction, the clean endpoint after detail enhancement is remapped as velocity update to enhance local texture and fine-grained details. The above-mentioned correction is completed in the latent space velocity level, can reduce structural drift, blur, stripe and repeated texture and other artifacts under high resolution, generate high-resolution image with stable structure and rich details.

This utility model relates to the technical field of imaging devices, and more particularly to a switching mechanism and imaging chip, including a power input port for inputting a first voltage; a ramp voltage port for inputting a second voltage; a first power supply port connected to the power input port via a line, and also connected to the ramp voltage port via a line; and a plurality of control switches, each including a first switch and a second switch disposed between the power input port and the power supply port, and a third switch disposed between the ramp voltage port and the power supply port. This switching mechanism and imaging chip, when programmed, require a separate 10V switching circuit. Only a portion of the transistors in the switching circuit need to use high-voltage devices, avoiding the need for large-scale use of high-voltage devices and high-voltage power supplies in modules that generate HVWLPC1 or HVWLPC2.

The invention relates to a chip layout design method, which belongs to the technical field of semiconductor laser design, solves the technical problems of low efficiency and high possibility of errors in chip design, and comprises the steps of self-adaptive adjustment of design parameters, modular layout design, combination of automation and manual intervention and wiring strategy optimization. The method comprises the steps of multi-objective balance of power consumption, performance and area optimization, real-time integration of design rule check DRC and circuit consistency check LVS, design optimization aiming at an advanced process, and functional module expansion. The design method is used for chip layout design, especially layout design of advanced process nodes.

The utility model provides a kind of system for simulating SPI interface to realize the display of embedded device graphic interface, comprising: main processor, graphic display device, main processor includes embedded main control chip, graphic display device includes LCD display module, embedded main control chip sets up GPIO interface, and GPIO interface connects LCD display module.The utility model can be in the case where hardware SPI interface resource is insufficient or occupied, by using GPIO interface to simulate SPI interface, make full use of the existing GPIO resource of equipment, without additional increase the chip with hardware SPI interface, reduce hardware cost and design complexity, improve the utilization of hardware resources;Through the accurate control of GPIO pin, ensure the stability of simulated SPI interface in data transmission process, effectively reduce the phenomenon such as lag, flicker when graphic display, improve the quality and stability of graphic display, and flexibility and scalability are good.

This utility model relates to the field of fluid circulation system technology, specifically disclosing an electronic oil pump with an internal circulation flow control structure. The electronic oil pump includes a pump body with a cavity. The cavity is divided into an outer circulation cavity and an inner circulation cavity by a partition. The outer circulation cavity supplies oil to external oil-using equipment. The inner circulation cavity houses a motor and a controller, and the partition has an oil hole. The electronic oil pump also includes a one-way control unit located in the inner circulation cavity and connected to the partition. The one-way control unit covers the oil hole, enabling automatic adjustment of the oil flow channel opening based on oil pressure. The oil flow channel is the oil flow path formed by the oil hole and the one-way control unit. This solves the problem in the prior art where electronic oil pumps struggle to dynamically adjust the internal circulation flow according to actual operating conditions.

A display panel includes a display array and a plurality of shift registers. The display array is disposed in an active area. The shift registers are disposed in the active area to drive the display array. Each shift register is divided into a plurality of driving sub-circuits. Each shift register includes a first sub-circuit and a second sub-circuit. The first sub-circuit is disposed in a first row of the display array, and all the first sub-circuits disposed in the first row are coupled to at least one global signal line. The second sub-circuit is disposed in a second row of the display array, and all the second sub-circuits disposed in the second row are concatenated into at least one string through a plurality of cross signal lines.

The application discloses a kind of satellite ground integration network low-orbit satellite multi-group multicasting precoding method and system.The application is not exchanged with ground system instantaneous channel state information and does not share ground system user data under the condition, only utilize satellite user and ground protection point long-term statistical channel state information to construct aggregate interference power constraint, and solve multicast group weighted group rate maximization problem under total transmit power constraint.Each multicast group's precoding vector is limited in the low-dimensional subspace jointly spanned by satellite user and ground protection point array orientation vector, and is solved using inexact augmented Lagrangian method;When angle domain parameter satisfies separation condition, further obtain asymptotically optimal precoder.Experiments show that the application can improve satellite multicast throughput capacity while explicitly protecting ground protection point set, and reduce on-board side online precoding calculation burden.

The utility model relates to a kind of high-voltage direct-current connectors, including connector main body, X safety capacitor, Y safety capacitor, positive pole copper bar, negative pole copper bar, ground copper bar and installation slot, the X safety capacitor, Y safety capacitor, positive pole copper bar, negative pole copper bar and ground copper bar are all installed on installation slot, the installation slot is installed on connector main body, the X safety capacitor is respectively connected with positive pole copper bar and negative pole copper bar, the Y safety capacitor is respectively connected with ground copper bar and positive pole copper bar, the Y safety capacitor is respectively connected with ground copper bar and negative pole copper bar, the positive pole copper bar, negative pole copper bar and ground copper bar are all for folding piece structure, for tightly fitting installation slot and connector main body.Positive pole copper bar, negative pole copper bar and ground copper bar are all set to folding piece structure, can save the space of motor controller, reduce the space of internal filter, realize smaller electric control volume, higher power density.

The application provides an automatic landing method for a power inspection unmanned aerial vehicle in a landing stage, and the main design includes or is based on: 1, a landing gear structure design based on multiple sensors; 2, a judgment logic considering multiple ground contact conditions; 3, an automatic landing method for the power inspection unmanned aerial vehicle in the landing stage, which comprises landing area judgment and landing process sensing, that is, a complete landing detection scheme is provided in the landing-ground contact stage of the power inspection unmanned aerial vehicle, the ground sensor and the unmanned aerial vehicle antenna are integrated on the landing gear, the load of the machine body is reduced, the design complexity is reduced, the design cost and time of the machine body of the unmanned aerial vehicle are reduced, the safety of the unmanned aerial vehicle in the landing-ground contact stage is improved, the cost of the machine body of the unmanned aerial vehicle is reduced, and the inspection efficiency of the unmanned aerial vehicle is improved.

This invention discloses a soft-switching control circuit and method for a power conversion device, electrically connected to both the power conversion device and an AC power supply. It includes a first relay and a second relay, with the power conversion device electrically connected to the AC power supply sequentially via either the first relay and the second relay or sequentially via the second relay and the first relay. The two ends of the second relay are connected in parallel to the two pins of a thyristor. The invention also includes a controller electrically connected to the first relay, the second relay, and the thyristor. The beneficial effect is that it ensures that both series-connected relays are in a zero-current or near-zero-current state at the instant of closing and opening. This fundamentally eliminates the huge surge current and arc erosion and impact on the contacts caused by traditional switching methods.

The application discloses a kind of based on blockchain transaction processing method, controller, storage medium and equipment, belong to blockchain technical field.The method includes: transaction pool module stores transaction in the form of key-value pair to transaction area, value includes transaction label and transaction data, transaction label is set to first content, indicates that transaction is not confirmed;Select a plurality of transactions that are not confirmed to form candidate block;Chain module synchronizes candidate block to proposal area, and synchronizes one confirmation block selected from the candidate block of proposal area to confirmation;Transaction pool module sets the transaction label of transaction in confirmation block to second content, indicates that transaction has been confirmed, deletes the candidate block of proposal area except confirmation block;Data in transaction area, proposal area and confirmation are synchronized by synchronization module based on CRDT.This application can decouple the coupling between synchronization module and verification module, transaction pool module and chain module, reduce the design complexity of synchronization module.

This invention discloses an input-constrained stabilization control method for a TORA system affected by uncertain disturbances, relating to the field of engineering vibration control technology. The method includes: establishing the dynamic equations of the TORA system; constructing a Model-Assisted Reduced-Order Extended State Observer (MRESO) to dynamically estimate lumped disturbances in each subsystem online; designing a virtual control law for the translational trolley subsystem based on the backstepping method, and processing the virtual control law using a tracking differentiator to obtain a smooth differential signal; designing an actual control law for the rotating ball subsystem without considering input constraints; using the lumped disturbance as a feedforward compensation quantity to compensate the actual control law, obtaining the compensated control quantity; and inputting the compensated control quantity into a saturated approximation function for mapping to generate the final bounded control command, which is then applied to the actuator of the TORA system. This invention effectively reduces the sensitivity to system parameter uncertainties by introducing dimensionless scaling.

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.

This utility model provides an LED backlight structure, relating to the field of LED backlight technology. It includes a frame, with a backplate fixedly mounted on one side of the inner wall of the frame, and a light source plate slidably mounted on the other side of the inner wall. A mounting plate is also provided on one side of the frame. The frame includes three closed sides and one open side, with connecting buckles fixedly mounted at both the upper and lower ends of the open side. This structure utilizes a copper and aluminum composite backplate design to achieve efficient heat conduction and uniform heat dissipation, effectively extending the lifespan of the LED light source. The hollow heat sink structure increases the heat dissipation area and heat flow circulation, preventing light leakage. The overall structure is compact, eliminating the need for fans and air ducts, meeting the requirements of thin, quiet devices. The quick-installation mechanism of the mounting plate and connecting buckles ensures rapid disassembly and assembly of the light source plate, improving maintenance efficiency and reducing operating costs. It is suitable for applications requiring frequent light source replacement. The structure is lightweight, has efficient heat dissipation, is easy to assemble, and possesses good environmental adaptability.

The utility model discloses a 30MHz~50GHz broadband frequency conversion assembly in the microwave field, including 0.03~450MHz output channel and 720MHz output channel, 0.03~450MHz output channel is 0.03~450MHz filter, first amplifier, first program control, second amplifier, second program control, third amplifier, third program control, 0.03~450MHz filter is in proper order series connection and constitutes, and 720MHz output channel is 0.3~3.25 filter, fourth amplifier, fourth program control, fifth amplifier, filter switch group, first frequency mixer, 5Hz filter, sixth amplifier, 5Hz filter, second frequency mixer, 720MHz filter, seventh amplifier, fifth program control, 720MHz filter series connection constitutes. The utility model discloses through two -channel division of labour and grading frequency conversion, and the wide frequency coverage is high and the purity is high, and the gain control is accurate simultaneously, and is suitable for multi -scene application.

A decoding apparatus, an encoding apparatus, a storage medium, and an apparatus for transmitting image data. A method for decoding an image signal according to an embodiment of the present invention includes the following steps: for a current block whose width and height are different from each other, determining a modified intra-prediction mode based on the ratio between the width and height of the current block and an intra-prediction mode; determining an inverse inseparable transform set based on the modified intra-prediction mode; and applying an inverse inseparable transform matrix selected from the inverse inseparable transform set relative to the upper left region determined according to the width and height of the current block.

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 application relates to the technical field of automobile accessories, in particular to an auxiliary getting-on displacement device, which comprises a bearing seat, a chassis and a turnover assembly arranged between the bearing seat and the chassis, the chassis is fixed between a seat body and a door, the turnover assembly is arranged at one end of the chassis and rotationally connected with the chassis, the turnover assembly can be turned along the axis of the connection between the turnover assembly and the chassis, the bearing seat is rotationally connected with the turnover assembly, the bearing seat can be rotated along the axis of the connection between the bearing seat and the turnover assembly, when idle, the turnover assembly is turned on the chassis to drive the bearing seat to turn to a vertical state, the turnover assembly is further rotated to be vertically parallel with the chassis, and the bearing seat is accommodated in the gap between the seat body and a vehicle body, so that the space occupied is small, and the device is suitable for compact small vehicles. When used, the turnover assembly is first turned towards the vehicle head, the bearing seat is exposed outside the door, and then the bearing seat is turned outside the door to be horizontal, the bearing seat forms a stable supporting surface, and the bearing seat is safe for the movement of the person who is inconvenient to move.

The application is based on an X-band power amplifier system of an eight-port radio frequency pulse amplitude control microstrip network, which is composed of a power amplifier driving and sampling comparison module, an eight-port radio frequency pulse amplitude control microstrip network module, a power amplifier module and a power amplifier control and power supply module; a linear frequency modulation pulse signal generated by a radar transmitter is input to the power amplifier driving and sampling comparison module, is amplified by the power amplifier module again through the eight-port radio frequency pulse amplitude control microstrip network module and is output; the power amplifier control and power supply module controls and supplies power to the whole system. The application embeds an eight-port radio frequency pulse amplitude control microstrip network in a radar power amplifier system, directly controls the amplitude of a radar radio frequency pulse envelope signal in a solid-state power amplifier, reduces the sidelobe amplitude of a pulse compression signal in a final receiver, improves the detection ability of a small target and the display effect of a radar echo, and reduces the cost and design complexity of a radar transmitter.

The application discloses a data demodulation method of a transponder, and mainly solves the problem of low demodulation efficiency caused by the need of establishing symbol synchronization and tracking for implementing the demodulation of phase modulation data based on Hilbert transform. The implementation scheme is as follows: dividing the radar signal received by the transponder into two paths, performing Hilbert transform on one path to generate quadrature signals, and performing delay alignment phase on the other path to generate in-phase signals; performing the operation of the sine-cosine double-angle formula and the half-frequency processing on the quadrature signals and the in-phase signals to obtain the sine wave and the cosine wave of the carrier phase; substituting the quadrature signals, the in-phase signals, the sine wave of the carrier phase and the cosine wave of the carrier phase into the cosine two-angle difference formula to perform the operation and eliminate the carrier phase to obtain the demodulation data. The application does not need symbol synchronization for implementing the demodulation of phase modulation data based on Hilbert transform, and the establishment of symbol synchronization and the tracking of symbol synchronization are avoided, thereby saving the circuit, improving the demodulation efficiency and being applicable to the data communication of the transponder.

The utility model discloses a kind of chip top layer structures, comprising: multiple chip modules, each chip module includes multiple pins;And wiring unit, including multiple signal lines for being connected with the pin of multiple chip modules, wherein, wiring unit includes first wiring area and second wiring area, logic signal line, noise signal line and clock signal line in the multiple signal lines are arranged in the first wiring area, sensitive signal line and quiet signal line in the multiple signal lines are arranged in the second wiring area, first wiring area and second wiring area are isolated by continuous isolation band between it.This chip top layer structure of the utility model realizes the inhibition between coupling noise of sensitive signal line and noise signal line and clock signal line and parasitic effect between signal line in layout level, while significantly reduce wiring resource occupancy and design complexity.

Decoding method, encoding method, readable medium, and method for transmitting image data. A method for decoding an image signal according to an embodiment of the present invention includes the following steps: for a current block whose width and height are different from each other, determining a modified intra-prediction mode based on the ratio between the width and height of the current block and an intra-prediction mode; determining an inverse inseparable transform set based on the modified intra-prediction mode; and applying an inverse inseparable transform matrix selected from the inverse inseparable transform set relative to the upper left region determined according to the width and height of the current block.

The invention provides a distributed radar angle estimation method and device, and the method comprises the steps: obtaining more than two radar signals, and carrying out the independent processing of the radar signals, and obtaining corresponding first data; acquiring all first data, and performing association processing in a centralized manner to obtain second data; estimating the angle of each radar based on the second data to obtain a corresponding initial angle estimation value; and constructing a distributed radar observation model based on the second data and all the initial angle estimation values, and performing iterative processing to obtain a final angle estimation value. Based on a target-driven self-calibration mechanism, high-precision angle estimation of a distributed radar system is realized without precise time and phase synchronization, high-precision time and phase synchronization of a plurality of radar nodes is not needed, and the method does not depend on additional synchronization hardware or a complex calibration process. And phase alignment among the radar nodes can be realized only through an algorithm, so that the design complexity and cost of the system are remarkably reduced, and the engineering realizability is improved.