85 results about "Speed grade" patented technology

The invention relates to a method of transmitting client information in an optical transmission network and a transmission device. The method comprises the steps of dividing the payload of a high-order agile optical channel data unit HOODUflex into n time slots, wherein the n is a natural number, the speed grade of an agile optical channel transmission unit corresponding to the HOODUflex is n times of GS, and the GS is a preset speed value; mapping a client signal to LOODU, multiplexing the LOODU to the HOODUflex, adding FEC data in the HOODUflex to generate OTUflex. In the embodiment of the invention, the client signal is mapped to the LOODU, the LOODU is multiplexed to the HOODUflex, forward error correction FEC data is added in the HOODUflex to generate the OTUflex, and the OTUflex is divided into n data channels of which the speed is GS for transmission. In the embodiment of the invention, by constructing the HOODUflex, various LOODU can be multiplexed in the HOODUflex, and by employing the corresponding OTUflex to carry out agile speed transmission on data, the utilization ratio of an optical fiber bandwidth in the optical transmission network is improved.

The embodiment of the invention discloses a link speed regulation method and a device thereof, wherein the link speed regulation method comprises the following steps: the current link flow is compared with a speed regulation threshold corresponding to a current speed grade; if determination is made that the current link speed needs regulation according to a comparison result, a link speed grade to be regulated is selected from alternate speed grades and a speed regulation starting message which comprises the link speed grade to be regulated is transmitted; and a device receiving the starting message regulates the link speed to the link speed grade to be regulated. The technical proposal compares the current link data flow with the speed regulation threshold corresponding to the current speed grade, selects the link speed grade to be regulated, and regulates the link speed to the link speed grade to be regulated so as to cause the link speed to carry out self-adapted regulation on the base of data flow, thus realizing the purpose of saving energy.

Processor pipeline controlling techniques are described which take advantage of the variation in critical path lengths of different instructions to achieve increased performance. By examining a processor's instruction set and execution unit implementation's critical timing paths, instructions are classified into speed classes. Based on these speed classes, one pipeline is presented where hold signals are used to dynamically control the pipeline based on the instruction class in execution. An alternative pipeline supporting multiple classes of instructions is presented where the pipeline clocking is dynamically changed as a result of decoded instruction class signals. A single pass synthesis methodology for multi-class execution stage logic is also described. For dynamic class variable pipeline processors, the mix of instructions can have a great effect on processor performance and power utilization since both can vary by the program mix of instruction classes. Application code can be given new degrees of optimization freedom where instruction class and the mix of instructions can be chosen based on performance and power requirements.

The invention discloses a network-adaptive mobile application data loading method. The method comprises the steps of S1, dividing a plurality of internet speed grades in the sequence from high to low according to the network bandwidth in the sequence of from large to small, wherein different network speed grades correspond to network data resources of different quality, and the quality of the network data source corresponding to the top network speed grade is the best; S2, opening mobile application through the mobile terminal, sending a speed test request to a service terminal, and recording the speed test request data; S3, receiving the feedback data of the service terminal, and calculating the network bandwidth according to the speed test request data and the feedback data; S4, acquiring the current network speed grade of the mobile terminal according to the calculated network bandwidth, and loading the network data resource with the corresponding quality according to the acquired network speed grade request. With the adoption of the method, the speed of the network in which the mobile application is accessed can be detected and graded dynamically, thus the resources can be conveniently and selectively loaded, and the data can be adaptively loaded while switching the network access mode.

A method and system pre-emptively perform garbage collection operations of a forced amount on update blocks in a memory device. The amount of garbage collection needed by a certain data write is monitored and adjusted to match the forced amount if necessary. Update blocks may be selected on the basis of their recent usage or the amount of garbage collection required. Another method and system may store control information about update blocks in a temporary storage area so that a greater number of update blocks are utilized. The sequential write performance measured by the Speed Class test may be optimized by using this method and system.

The invention relates to an electronic control unit for a dry-type 5-speed-grade double clutch transmission. The electronic control unit comprises a main control chip, a signal conditioning circuit and a power supply circuit, wherein the main control chip is respectively connected with the signal conditioning circuit and the power supply circuit; the main control chip comprises a CPU (central processing unit), a minimal system circuit, a clutch and a gear shift motor driven circuit, a double CAN (controller area network) communication circuit, an SPI (serial peripheral interface) circuit, an SCI (serial communications interface) circuit connected with a restrictor controller, an A / D (analog-to-digital) conversion module, an I / O input / output port, and an ECT (enhanced capture timer) module; and the CPU is respectively connected with the minimal system circuit, the clutch as well as the gear shift motor driven circuit, the double CAN communication circuit, the SPI circuit, the SCI circuit, the A / D conversion module, the I / O port, and the ECT module. Compared with the prior art, the electronic control unit provided by the invention has the advantages of low cost, high reliability and the like.

The invention is applicable to the technical field of web televisions and provides a method for intelligently playing a web television. The method comprises the following steps of: 10, starting the web television; 20, judging whether an intelligent play function is opened, if so, turning to a step 30; 30, detecting the network speed; 40, dividing a network speed grade according to the network speed; and 50, taking an audio file as a preferentially played file according to the network speed grade, and selecting a playing mode matched with the network speed. Due to the method for intelligently playing the web television, the playing of the audio file is preferentially guaranteed, so that a user can hear smooth sound at any network speed, and the playing quality is guaranteed.

The present invention provides a system and method for monitoring vibration of a power transformer. The system comprises at least one vibration sensor operably mounted to the outer case of a transformer for sensing vibration of the power transformer; a spectrum analyzer for processing the vibration signal from the vibration sensor, the spectrum analyzer generating a frequency spectrum of the vibration signal and calculating a velocity rating from the frequency spectrum; a diagnosing means for evaluating the velocity rating of the vibration signal, the diagnosing means assigning a vibration grade for each velocity rating, the diagnosing means finding the maximum velocity rating; and a means for dispatching a control message to an operator when the maximum velocity rating reaches a threshold value. It can be appreciated that the mechanical health of a large-sized transformer can be managed in a systematic and efficient manner during its operation. This system can prevent accidents due to the mechanical failure of the transformer or diagnosing failure of the transformer itself during its operation. This system also can provide useful information to determine when the transformer has to be replaced and further to predict what the expected lifespan of the transformer will be.

An integrated circuit tester is described that utilizes methods of programming parallel coupled Algorithmic Pattern Generators (APGs) to generate test vector sequences and part commands with sub-instruction repeats. This enables simpler test programming and ease of test conversion to new part speed grades, steppings, or part designs. In one embodiment, a sub-instruction repeat is utilized to enable adjustment of the timing of test vector sequences and part commands sent to an integrated circuit device under test (DUT) so that the test can be adjusted for new part speed grades and / or steppings. In another embodiment, a sub-instruction repeats are utilized to enable adjustment of the timing of a memory device inputs, memory commands and test vector sequences so that the test can be adjusted for new memory device speed grades.

The invention provides a motor controlling device of electrical fishing line reel capable of not reducing the performance of the fishing line reel and preventing the motor being burnout, comprising a brake unit (90), a winding reel sensor (102) detecting the rotating speed of the winding reel; a current detecting portion (108a) for detecting the load of the winding reel by current value; an adjusting rod (101); the rotating speed of the winding reel is divided into high and low grades; the adjusting rod sets the speed upper limit value of each grade; a fishing line reel controlling potion (100) for controlling the speed of the motor such that the rotating speed of the winding reel is accordant with the set speed upper limit value; when the state of the motor current is over the first current value, maintaining the first set time; and when the speed of the winding reel reduces less than the first speed, the first motor controlling portion executes first intermittent control to the motor current to interrupt the motor current; the first motor current value is less than the maximum current value of the motor; the first speed is less than the speed upper limit value of the maximum speed grade.

The invention aims to provide a brake control unit applicable to a motor train unit with the speed grade of 250 kilometers and below. The brake control unit comprises a PBCU (pneumatic brake control unit) and an EBCU (electronic brake control unit) which are integrated in the same brake control cabinet. The PBCU mainly comprises a filling solenoid valve, an exhaust solenoid valve, an emergency valve, an empty and load valve, a relay valve and a pressure reducing valve, the relay valve is a double-precontrol relay valve, namely, a common brake precontrol pressure port and an emergency brake precontrol pressure port include two independent passages, redundancy of a system is increased, a brake cylinder pressure output passage is provided with a forced release device and a remote release valve, a switch for controlling the remote release valve is arranged on a train, and the pressure of a brake cylinder can be remotely released by operating the switch. System operating complexity is reduced, and maintainability of the system is improved.

The invention provides a self-adapting pilot frequency dispensing device and a self-adapting pilot frequency dispensing method in an OFDMA system. A transmitting end comprises a pilot frequency configuration determination module, a pilot frequency power determination module and a pilot frequency dispenser, wherein the pilot frequency configuration determination module is used for selecting corresponding pilot frequency configurations from preset pilot frequency configurations and sending the corresponding pilot frequency configurations to the pilot frequency dispenser according to the speed grade of a terminal and channel condition; the pilot frequency power determination module is used for determining a corresponding pilot frequency power according to the distance between the terminal and the transmitting end and sending the corresponding pilot frequency power to the pilot frequency dispenser; and the pilot frequency dispenser is used for carrying out pilot frequency distribution adaptively for different terminals according to the related information sent by the pilot frequency configuration determination module and the pilot frequency power determination module. The device and the method give comprehensive consideration to the self-adaptation of the pilot frequency configuration and the pilot frequency power, reduce the consumption of the pilot frequency power, and improve the estimated performance of a whole channel.

The invention discloses a high-speed gearbox sealing device and a high-speed gearbox with the high-speed gearbox sealing device. The high-speed gearbox sealing device comprises a gearbox body and a shaft, wherein the gearbox body and the shaft are arranged on the high-speed gearbox, and are connected with each other, a bearing block is fixed to the gearbox body, a sealing end cover is installed on the bearing block, the shaft is sleeved with a sealing ring, at least one labyrinth seal cavity, a labyrinth throttling cavity, an oil throwing pressure reduction cavity, a gap seal cavity and the like can be formed in the high-speed gearbox sealing device, at least one oil return hole is further formed in the high-speed gearbox sealing device, and the oil throwing pressure reduction cavity is communicated with the gearbox body through the oil return hole. According to the high-speed gearbox sealing device, contact type sealing and non-contact type sealing are combined, the axial size is small, sealing is safe and reliable, and the design requirement for gearboxes with the higher speed grade is well met.

The invention discloses an industrial optical fiber Ethernet switch which belongs to the technical field of network switches. The industrial optical fiber Ethernet switch comprises a control integrating module, an exchange integrating module and an optical fiber integrating module, wherein the exchange integrating module is in two-way connection respectively with the control integrating module and the optical fiber integrating module; the optical fiber integrating module comprises at least two independent optical fiber integrating submodules; and each optical fiber integrating submodule is connected with corresponding peripheral optical fiber terminal equipment, and the control integrating module is connected with a network management computer by a serial port RS232. The functions of network protocol and looped network protocol algorithm, and the like are realized by adopting a large-scale FPGA (Field Programmable Gate Array) hardware technology, the system response time reaches a hardware linear speed grade, and the invention has strong interference resistance, less transmission time delay and favorable transmission performance.

This invention is an SOC with an integrated single rail power supply that interfaces with the host controller and dynamically changes the host interface supply to 3.3 volts or 1.8 volts based on the sensed card speed grade. The SOC initially selects 3.3 volts to supply to the memory card. The SOC communicates with memory card vis input / output circuits to determine a memory type. The controller selects a 3.3 volt or 1.8 volt supply for the memory card based upon the determination. The SOC powers the input / output circuits at the same supply voltage as the memory card. This invention employes 1.8 volt transistors in the input / output circuits using a bias voltage to protect these transistor from the full 3.3 volt power when the memory card is powered to 3.3 volts.

The present invention provides an improved system and method for processing performance data for an entity team, or individual. The system may further include a database for storing the performance data for an entity, team, or individual. The processing unit may be further configured to provide an output responsive to the performance data in the form of at least one progress parameter indicative of the amount and rate of progress toward completion of a work project or goal. The progress parameter may include a current rating; a cumulative rating; or a velocity rating, or a combination thereof.

The present invention discloses a manual brake using a double-geared driving mode, which comprises a box-shell assembly, a back-plate assembly, a main driving assembly, a sprocket assembly, a control mechanism and a speed reducing mechanism, wherein a middle shaft assembly is arranged between the main driving assembly and the sprocket assembly; a middle shaft of the middle shaft assembly is a hollow gear shaft; both ends of the middle shaft are fixed on a box shell and a back plate through bearings; a high-speed graded bull gear and a low-speed graded pinion are arranged on the middle shaft; the high-speed graded bull gear is engaged with a high-speed gear of the main driving assembly, and the low-speed graded pinion is engaged with a sprocket gear of the sprocket assembly; the sprocket assembly is fixed on the box shell and the back plate through the bearings; the sprocket gear of the sprocket assembly and a sprocket are arranged on the sprocket shaft at the same time; the sprocket is engaged with a braking chain; the control mechanism of the manual brake is arranged on the main driving assembly; the speed reducing mechanism is arranged on the back plate, and the speed reducing mechanism is connected with the middle shaft assembly.

The embodiment of the invention discloses a resource scheduling method ad a base station, wherein the method comprises a step that: the base station measures the movement speed of at least one user, divides the user to a speed grade corresponding to the movement speed of the user and determines users who are qualified to participate in scheduling in the corresponding speed grades within a scheduling updating period T(i and j) corresponding to the each speed grade, wherein the T(i and j) is less than or equal to a channel coherence time T(coh, i and j) of the corresponding speed grade; the T(coh, i and j) is determined by the corresponding speed grade and a carrier frequency point of a resource block to be distributed, wherein i is the speed grade, and j is the carrier frequency point of the resource block to be distributed; and resource block is distributed to the user having a highest priority level from all the determined users who are qualified to participate in scheduling; therefore, the proportional fair scheduling complexity is lowered effectively, and the scheduling time is shortened.

The invention provides a method for testing the speed-adjusting function of a system fan, wherein the IPMI (Intelligent Platform Management Interface) instructions of an OEM (original equipment manufacturer) are sent to a BMC (Baseboard Management Controller); according to the IPMI instructions, the BMC controls the system fan in four grades, such as a low speed, an intermediate speed, a high speed and a full speed, then checks the rotation speed of the fan, and determines whether the rotation speed of the fan is in a specific rotation speed grade; therefore, the purpose of testing and verifying the correctness of the speed-adjusting function of the fan is achieved; and the method comprises the following specific steps: (1) formatting a U flash disk into a Dos startup disk under a windows system; (2) copying IPMIToo1 software under Dos into the U flash disk; (3) starting a system to enter the Dos, sending specific IPMI instructions to the BMC by using the IPMIToo1 software, and controlling the rotation speed of the fan to be in a specific rotation speed grade according to the IPMI instructions by the BMC; and (4) sending the IPMI instructions to read all rotation speeds of the fan by using the IPMIToo1 software, and judging whether all the rotation speeds of the fan are below the specific rotation speed grade.

The invention relates to a relay valve arranged in an air brake system and playing a role through the change of air pressure inside a control pipeline, in particular to a relay valve for a brake system of a high-speed train. The relay valve comprises a valve body, a movable cavity and a diaphragm plate type piston, wherein the valve body is internally provided with at least two air inlet channels; the movable cavity is arranged in the valve body and communicated with the air inlet channels; and the diaphragm plate type piston is arranged in the movable cavity and controls the air pressure inside the movable cavity through the air inlet channels so that the movable cavity is positioned on a preset position, therefore the integral relay valve can be in a remission state, a brake state and a brake hold state. The invention provides the relay valve for adapting to control strategies of the brake system of the high-speed train, precontrol pressure is input into the relay valve, therefore the relay valve outputs high-flow brake pressure changed with the precontrol pressure to a brake cylinder to achieve the effects of brake, pressure maintaining, remission, and the like of the high-speed train; and in addition, the relay valve can also regulate the output brake cylinder pressure according to the speed grade of the high-speed train.

The invention relates to a control strategy configuration method and device based on the movement speed of a terminal. The method comprises the following steps: firstly evaluating the movement speed of a mobile terminal, and then determining the speed grade to which the movement speed of the mobile terminal belongs according to a plurality of preset speed grades, wherein the grade of each speed corresponds to at least one group of control strategies related to data receiving and processing of the mobile terminal, and each group of control strategies comprises one or more control strategies; and configuring one group of control strategies for the mobile terminal according to the speed grade of the mobile terminal. The method based on the movement speed of the terminal can be used for respectively finding out an optimal control strategy aiming at different speed environments of the terminal, and ensuring the terminal to achieve the data rate and high conversation performance of the standard requirement at low-speed or high-speed environment.

The invention relates to a large-rotation high-speed punching progressive die of a multi-column electric motor stator. The large-rotation high-speed grading die comprises an upper die, a lower die, a blanking concave die, a locking ring and a torsion sleeve, wherein the lower die comprises a concave die plate and a lower die seat, the upper end of the torsion sleeve is arranged in the concave die plate, the lower end of the torsion sleeve extends downwards into the lower die seat, the torsion sleeve and the lower die seat are axially position-specified and are in circumferential running fit, both of the blanking concave die and the locking ring are tightly matched in an upper port of the torsion sleeve, the locking ring is arranged below the blanking concave die, and the blanking concave die, the locking ring, the torsion sleeve and the lower die plate form a vertical blanking channel. During working, the blanking concave die rotates for a certain after each stamping, a previous punching sheet and a next punching sheet are alternately overlapped in a thick-thin manner, thus, the problem of very poor parallelism degree of a stator core due to non-uniform thickness difference of raw materials is effectively solved, high requirement of stator core coaxiality can be completely satisfied when multiple shaft holes are punched by the same set of die, and product quality and efficiency are improved. The large-rotation high-speed grading die belongs to the technical field of die equipment.

The invention relates to a speed grading optimization structure and method capable of improving the yield of high-performance integrated circuits. The structure is embedded in an integrated circuit and is characterized in that an integrated circuit chip comprises N critical paths, i.e., critical path A, critical path B...critical path N, which jointly form a critical path set [A, B...N], the time delay of the N paths decides the speed grading of the integrated circuit. The adopted method comprises the following steps of: 1. selecting critical paths; 2. inserting an integrated circuit speed grading optimization structure; 3. testing an integrated circuit chip at a frequency boundary Fi; 4) obtaining an original speed grading result; 5. performing speed grading optimization; 6. testing again at the frequency boundary Fi; 7. re-dividing the speed grade of the integrated circuit chip; 8. deciding the speed grade and calculating a speed grading optimization rate; 9. marking the speed grade and working frequency of the integrated chip.

The invention discloses a method for controlling speed of mapping of a gesture movement to an interface. The method includes the following steps that the speed of the movement of a gesture in the air is changed, so that the ratio between movement distance of the gesture mapped to the interface and movement distance of the gesture in the air is changed; the movement speed of the gesture in the air is set as a first speed grade, a second speed grade and a third speed grade; when the movement speed of the gesture in the air is the first speed grade, the ratio between movement distance of the gesture mapped to the interface and movement distance of the gesture in the air is set as P1; when the movement speed of the gesture in the air is the third speed grade, the ratio between movement distance of the gesture mapped to the interface and movement distance of the gesture in the air is set as P2; and when the movement speed of the gesture in the air is the second speed grade, the ratio between movement distance of the gesture mapped to the interface and movement distance of the gesture in the air is set as P, the P increases with the increasing of the movement speed of the gesture in the air, and the P is larger than the P1 and smaller than the P2.

The invention discloses a device for generating a baseband signal of continuous pulse radar. The device for generating the baseband signal of the continuous pulse radar is composed of an interface unit, a cache unit, an acceleration unit, a digital-to-analogue conversion unit and the like, wherein the interface unit is used for reading out a compressed digital baseband signal from a read-only memory, decompressing the compressed digital baseband signal to generate a timing control signal which is needed by a system and updating the compressed digital baseband signal in the read-only memory in real time through communication with the outside, the cache unit is used for caching a large amount of compressed digital baseband data and achieving first-time acceleration of the baseband data, the acceleration unit is used for rapidly reading out multiple paths of digital baseband signals from the cache unit and then improving the speed by times until the speed reaches the speed grade of the digital-to-analogue conversion unit, and the digital-to-analogue conversion unit is used for converting the digital baseband signal into analogue baseband signals. The device for generating the baseband signal of the continuous pulse radar has the advantages that large-pulse-width baseband signals can be output, and predistortion of a waveform is available. The device for generating the baseband signal of the continuous pulse radar is mainly applied to continuous pulse radar exciters.

The invention provides a network resource control method and a network resource control device. The network resource control device firstly inquires a first mapping relation table of application identifiers and network resources to determine a first network resource corresponding to the application identifier after receiving a network acceleration request, then judges whether a second network resource corresponding to a network speed grade is larger than the first network resource or not, and provides the second network resource corresponding to the network speed grade for the application corresponding to the application identifier if the second network resource is not larger than the first network resource. The network resource control method is used to determine the network resource allocated to the application according to the application type and the network speed grade in the network acceleration request transmitted by a user, so that the applications of the user can be allocated with needed network resources as far as possible according to the needs of the user, and the flexible control of the user network quality is achieved, thereby improving user experience.

The invention provides a control method of an air-conditioner with the purifying function. A driving device, a purifying assembly and an indoor unit fan are arranged inside an indoor unit of the air-conditioner. The purifying assembly is driven by the driving device to move between an initial position away from an air inlet of the indoor unit and a purifying position used for sheltering the air inlet. The indoor unit fan leads air from the air inlet into the indoor unit to be adjusted and then sends the air outwards. The control method includes the steps that trigger signals of the air-conditioner entering into the purifying mode are acquired; the driving device is started to drive the purifying assembly to move towards the purifying position; and the set air speed grade of the indoor unit fan is obtained, and the air speed grade of the indoor unit fan is lowered gradually in the moving process of the purifying assembly until the air speed of the indoor unit fan is lowered to the lowest grade or the purifying assembly arrives at the purifying position. According to the scheme, noise caused by air turbulence in the process that airflow enters the air inlet can be avoided, and using experience of users is improved.

Efficient and scalable circuitry for performing Cholesky decomposition is based on a dataflow style architecture which uses self-timed circuitry and eliminates the need for complicated state machines. Calculations are ordered such that partial sums of products are created in parallel subject to data dependency requirements, allowing a single accumulator to perform the summation. A Vector FIFO receives a partial sum of products from a vector processing engine. A Feedback FIFO stores partial results and feeds the partial results back to the data path based on signals from a dataflow controller. The circuitry is flexible to allow different matrix sizes, speed grades, and target frequencies without recompilation.

The invention provides a content caching method. The content caching method is characterized in that a priority of to-be-cached content can be acquired; the caching medium corresponding to the to-be-cached content can be determined based on the acquired priority and according to the mapping model of the priority of the to-be-cached content and the grade of the caching medium; according to the mapping model, the priority of the to-be-cached content is in a positive correlation with the grade of the caching medium, and the therefore the to-be-cached content having the highest priority is corresponding to the caching medium having the highest speed grade, and the to-be-cached content having the lowest priority is corresponding to the caching medium having the lowest speed grade. The invention also discloses a corresponding system. According to the invention, after the priority of the to-be-cached content is determined, the caching of the to-be-cached content can be carried out by adopting the mapping model representing the positive correlation between the priority of the to-be-cached content and the grade of the caching medium and by using the characteristics of different caching mediums to the greatest extent, and therefore the caching costs can be reduced, and the access speed can be accelerated.

The invention discloses an indoor fan control method. The indoor fan control method comprises the following steps that the air return temperature of an air return inlet of an indoor fan is obtained; whether the air return temperature is within the preset error range corresponding to the preset temperature or not is judged; when the air return temperature is larger than the maximum value of the preset error range, the rotation speed of the indoor fan is increased according to the preset rotation speed grade; when the refrigerant temperature variation is smaller than the minimum value of the preset error range, the rotation speed of the indoor fan is decreased according to the preset rotation speed grade. The invention further discloses an indoor fan control device. Loss of electric energy is reduced, and waste of electric energy is prevented.