43results about How to "Simple logic control" patented technology

The invention discloses a password mask method for enhancing attack resistance ability. The password mask method for enhancing the attack resistance ability includes an encryption process. The encryption process includes steps: (1) introducing an original random number X, and performing exclusive-or operation on a clear text; (2) performing IP (internet protocol) initial displacement, and then dividing the clear text into an L portion and an R portion, and furthermore introducing random numbers Xy and Xz, generated in the middle process; (3) introducing F functions amended by mask codes, and performing n turns of F function operation; (4) combining the L portion with the R portion, and then performing an FP inverse initial permutation; (5) introducing the original random number X, and performing the exclusive-or operation so as to obtain a cipher text C. The password mask method for enhancing the attack resistance ability can achieve different effects of the mask codes by only using two types of the F functions amended by the mask codes during the whole encryption and decryption process, and only needs to achieve two types of SM-Box, and compared with other schemes with CPA attack resistance, the password mask method for enhancing the attack resistance ability can save a great number of hardware resources and reduce cost on the premise of substantially enhancing differential power attack and related power consumption attack resistance.

The invention relates to an adjusting device for refrigerating gaps of a refrigerator and a working method thereof. The adjusting device for the refrigerating gap of the refrigerator comprises partition plates, a group of connecting rod telescopic grids and a driving unit. A track block is arranged on one face of each partition plate, and one ends of the connecting rod telescopic grids are arranged on the track block while the other ends of the connecting rod telescopic grids are connected to the driving unit. The adjusting device for the refrigerating gap of the refrigerator provided by the invention is reasonable and compact in structure and small in occupied space. The positions of the connecting rod telescopic grids are changed by driving of the driving unit to lift and lower the partition plates, and the separation distances of the partition plates of the refrigerator are adjusted by a way of low cost and high reliability, so that the refrigerating partition plates of the refrigerator can be adjusted in a stepless according to user demands, and the usage experience of the user is improved.

The invention discloses a digital three-dimensional oscilloscope rapid acquisition system based on an FPGA. A to-be-measured signal is collected by the ADC module and then is stored in the data collection module through the point extraction module. A DTO _ FIFO is arranged in the data acquisition module, and reading and writing of the DTO _ FIFO are both controlled by the control module through acounter, so that the DTO _ FIFO can read the waveform data of the previous frame for mapping while storing the waveform data of the current frame. When the frame number of waveform mapping in the digital three-dimensional mapping module reaches a set value of the upper computer, the upper computer reads away a mapping result stored in the RAM, converts the mapping result into an RGB value and displays the RGB value in the display module. According to the invention, while the DTO waveform capture rate is improved, FIFO storage resources can be saved.

A monolithic audio bus switch with simple logic control. The switch is a monolithic solution that may be controlled and operate from multiple common input voltage levels.

The present invention relates to a kind of air conditioner and its control method. Specially, it is a kind of air conditioner composed of compressor for compressing refrigerant, liquor storage device connected with inlet side of compressor and pressure balance unit connected with outlet side of compressor and connected with one side of liquor storage device. Besides, said invention also provides the concrete steps of its control method.

A tractor power gear shifting and power reversing transmission device comprises a power gear shifting module and a power reversing module, wherein the power gear shifting module comprises an input shaft and an output shaft; a plurality of clutches are mounted on the input shaft and the output shaft according to the number of gears; a plurality of meshed gears I are also arranged on the input shaft and the output shaft; the front end of the input shaft is in transmission connection with an engine; the rear end of the input shaft is connected with a tractor PTO device; the power reversing module comprises a reversing shaft and an idler shaft; the reversing shaft is provided with a forward clutch, a backward clutch and a gear II; the gear II is connected with both the forward clutch and the backward clutch; the rear end of the reversing shaft is connected with an auxiliary variable-speed driving shaft of a rear box body of a gearbox; two gears III are fixedly arranged on the idler shaft to form two-stage transmission; the power gear shifting module and the power reversing module are in gear-meshing transmission with each other; and the input shaft, the output shaft, the reversing shaft and the idler shaft are arranged by the adoption of parallel space. The tractor power gear shifting and power reversing transmission device has the advantages that the gear shifting time is short; the number of the gears is large; and the repairing and the maintenance are convenient.

A convenient manually-operable automatic opening and closing device for an electric vehicle charging port door comprises a motor, a worm, a bevel gear, a spring, a nut, a charging port door spindle and a charging port door. The charging port door spindle is arranged in the charging port door, a group of external splines are arranged on the upper portion of the charging port door spindle, an external thread is arranged at the top of the charging port door spindle, the bevel gear is arranged on the charging port door spindle, and a group of internal splines are arranged in the bevel gear and engaged with the external splines. A spring is arranged on the bevel gear and fixed onto the charging port door spindle by the nut, and the worm is arranged on a rotating spindle of the motor and engagedwith the bevel gear. The device is simple, reasonable and compact in structure, the direct-current motor drives an actuating mechanism to push the charging port door to open and close, the electric opening and closing mode of the vehicle charging port door replaces an existing manual opening and closing mode, the device has a manual mode, and a user can select an automatic mode or the manual modeaccording to using habits in a normal usage state.

The invention relates to the technical field of communication, provides a method and a device for Turbo coding rate matching, and aims to solve the problem of logic control complexity in interleaving processing in a Turbo coding rate matching process in the prior art. The method comprises the following steps of: collecting a third path of output stream output by a Turbo coder, and performing the interleaving processing directly on the third path of output stream to obtain a second matrix. The interleaving processing is directly performed on the third path of output stream, so that the reading of a random access memory (RAM) is not required in an interleaving processing process, and logic control is easy to implement.

The invention discloses a fingerprint detector. The fingerprint detector comprises a power supply assembly, a capacitance type fingerprint sensor, a microcontroller and a signal processor, wherein the power supply assembly is electrically connected with the capacitance type fingerprint sensor, the microcontroller and the signal processor respectively; the microcontroller is connected with one end of the capacitance type fingerprint sensor, and the signal processor is connected with the other end of the capacitance type fingerprint sensor; the capacitance type fingerprint sensor comprises a plurality of sensing units arranged in an array manner and used for acquiring fingerprint information and transmitting the fingerprint information to the signal processor; the signal processor is used for processing the fingerprint information; the microcontroller is used for controlling the capacitance type fingerprint sensor and the signal processor according to the processing result of the signal processor. According to the fingerprint detector disclosed by the invention, when the capacitance type fingerprint sensor acquires the fingerprint information, a high-precision fingerprint image is acquired by enabling the fingerprint to form a capacitance array and then enabling the capacitance array to be combined with the sensing units to form a plurality of micro-capacitors.

The invention discloses a control system and a control method of a robot, and is applied to semiconductor manufacture equipment which is controlled by a block controller and provided with at least two processing cavities. The control system of the robot comprises a control logic generation device, a controller, and a mechanical device for loading and unloading processing base materials in the processing cavities; the control logic generation device is connected with the controller, and provides an instruction of controlling the mechanical device to the controller; and the controller is connected with the mechanical device, and is used for controlling the operation of the mechanical device. The control system of the robot has the following beneficial effects: the blockage problem of the robot in the prior art can be solved under the precondition of not influencing the processing efficiency of the semiconductor manufacture equipment; the hardware setting of the semiconductor manufacture equipment is not added; and the logic control is simpler.

The invention relates to a special-purposed logic current type separation and link unipolar PWM method of an AND-OR gate construction. According to the method, a circuit topology of a single-phase high-frequency link matrix rectifier uses an LC type filter in the input side and an L type filter in the output side, so that the topology is a current type topology; modulation aimed at the single-phase high-frequency link matrix rectifier all uses current type modulation methods; and in a current type unipolar PWM signal generation link, two low-frequency driving signals and two high-frequency driving signals are generated, and four driving signals generated by current type PWM modulation and high-frequency square waves in 1 / 2 switching frequency are combined logically via special-purposed logic current type separation and link modulation of the AND-OR gate construction, and a driving signal for driving a pre-stage single-phase matrix converter of a high-frequency transformer of the single-phase high-frequency link matrix rectifier is obtained. Thus, a conversion problem of a bidirectional switch tube of the pre-stage matrix converter of the high-frequency transformer of the single-phase high-frequency link matrix rectifier is solved.

The invention relates to a light-emitting diode (LED) sensing and controlling system which comprises an LED module, a microcontroller and controlled equipment, wherein both the LED module and the controlled equipment are controlled by the microcontroller to work; the LED module is used as a light indicator for indicating the state of the controlled equipment; the LED module is also used as a touchsensor; and after the microcontroller detects that the LED module is touched, the relative control logic judgment is executed, thereby the controlled equipment is controlled. The LED sensing and controlling system carries out logic processing by utilizing the characteristics of an LED through a series of processing so as to realize simple logic control, enables the LED to have both a control function and an indicating function and has the advantages of low price, cost saving, high user satisfaction degree, fashion and attractive appearance.

The invention discloses an asynchronous control stepping motor array, comprising a single stepping motor controller, a matrix array consisting of stepping motors, and a switch control device consisting of triodes or power switch devices. A computer carries out the switch logic selection and is synchronous to the output of the stepping motor. The control type of the stepping motor greatly reduces the quantity of the switch devices, only uses one controller, reduces the great asynchronous running costs of stepping motors, reduces the power dissipation and has simple logic control.

The embodiment of the invention discloses an ultra-wideband communication device and system, and the device comprises a radio frequency module which comprises a transmitter, a receiver, a connection change-over switch, and a receiving and transmitting port, and the receiver, the transmitter, and the receiving and transmitting port are connected with the connection change-over switch; the connection change-over switch is used for switching the receiving and transmitting port to be connected with the transmitter or the receiver according to the connection change-over instruction; and the receiving and transmitting port is used for outputting the transmitting signal transmitted by the transmitter under the condition that the receiving and transmitting port is connected with the transmitter, and transmitting the received receiving signal to the receiver under the condition that the receiving and transmitting port is connected with the receiver.

The invention relates to the field of image sensors and discloses a metal oxide semi-conductor image sensor. According to the invention, the function of bimodule reading is realized through the structure of the metal oxide semi-conductor image sensor, the dynamic range of the image sensor can be expanded effectively, and both the circuit structure and the logic control are simpler. Through related double sampling, noise can be reduced effectively, and S / N ratio of readout signals can be improved greatly. Under the condition of stronger ambient light, reading is performed in a PPS (Passive Pixel Sensor) mode, and electric charge is read directly without magnification, so that the circumstance of saturation of C-APS (Active Pixel Sensor) due to excessively strong light can be avoided, however, under the condition of poor ambient light, reading is performed in a C-APS (Active Pixel Sensor) mode, and variable gain reading is realized through different offsets, therefore, the dynamic range of the metal oxide semi-conductor image sensor can be expanded greatly.

A 40F and 40R power gear shifting tractor gearbox comprises a power gear shifting transmission device, a creeper gear transmission device, a power reversing transmission device and a section gear shifting transmission device, wherein a first shaft and a second shaft are arranged in the power gear shifting transmission device; one end of the first shaft is connected with a tractor engine; the other end of the first shaft is connected with a tractor PTO; clutches and matched gears are mounted on the first shaft and the second shaft; the clutches are used for the achievement of different gears; a third shaft and a sixth shaft are arranged in the power reversing transmission device; a forward clutch and a backward clutch are arranged on the third shaft; a two-stage external meshing mechanism is arranged in the creeper gear transmission device; the input end of the creeper gear transmission device is connected with the third shaft; the output end of the creeper gear transmission device is connected with the input end of the section gear shifting transmission device; the output end of the section gear shifting transmission device is connected with a rear axle; the first shaft and a fourth shaft are distributed in the longitudinal center plane of a tractor; the second shaft and the third shaft are correspondingly positioned on two sides of the longitudinal center plane of the tractor; and a fifth shaft and the third shaft are arranged on one and the same straight line. The 40F and 40R power gear shifting tractor gearbox has the characteristics of being simple in structure, complete in function and high in transmission efficiency.

The invention provides an automatic driving control system and method for a vehicle, and relates to the technical field of vehicle control. The automatic driving control system comprises a vehicle controller used for collecting a vehicle allowable driving moment and an actual driving moment of the vehicle; and an automatic driving system which is connected with the vehicle controller and is used for obtaining a vehicle demand moment and a driving direction according to the vehicle driving moment and the actual driving moment. The vehicle controller is further configured to control automatic driving of the vehicle according to the vehicle demand moment and the driving direction. The automatic driving control system provided by the invention has universality.

The invention provides a downlink transmitter system and an operating method thereof. The downlink transmitter system is used for supporting transmission of two-channel code words in a double-antenna channel and comprises a processing module, a layer mapping module, a precoding module and a resource mapping module, wherein the processing module is used for subjecting the inputted two-channel code words to time-sharing serial processing in a one-channel code word direction so as to obtain a code word serial data flow; the layer mapping module is used for subjecting the code word serial data flow to layering processing and outputting two layers of data flows; the precoding module is used for preprocessing the two layers of data flows and distributing the two layers of preprocessed data flows to different antenna ports; the resource mapping module is used for storing, reading and adding the two layers of data flows. The downlink transmitter system has the advantages of low hardware cost, simplicity in control, high universality and extensibility, capability of supporting downlink channel transmission and multiple double-antenna transmission modes stipulated by protocols and compatibility with single-antenna transmission modes.

The invention discloses a battery cell proportioning and recombining device, a battery module assembly line and a battery cell proportioning and recombining method. The battery cell proportioning and recombining device comprises: a first battery cell feeding station, which is provided with a first feeding tray for supplying a first battery cell; a second battery cell feeding station, which is provided with a second feeding tray for supplying a second battery cell; a first battery cell recombining station, which corresponds to the first battery cell feeding station; a second battery cell recombining station, which corresponds to the second battery cell feeding station; an assembly tray, which can move from the first battery cell recombining station to the second battery cell recombining station; a first carrying device, which is used for carrying the first battery cell of the first feeding tray located at the first battery cell feeding station to the assembly tray located at the first battery cell recombining station; and a second carrying device, which is used for carrying the second battery cell of the second feeding tray located at the second battery cell feeding station to the assembly tray located at the second battery cell recombining station. The device is compatible with any ratios of the first battery cell and the second battery cell, and is simpler in logic control and more convenient in model changing.

The present invention adopts a pin multiplexing circuit for asynchronous interactive interface monitoring, the monitoring signal is an interactive signal between the asynchronous clock domain 1 and the clock domain 2, and the register configuration module performs register configuration for multiplexing the monitoring pins and function pins The monitoring pin control module selects the N monitoring signals of the asynchronous clock domain 1 and the clock domain 2 according to the N monitoring signals output by the register configuration module, and finally outputs 1 monitoring signal as the monitoring output signal; the functional pin control module According to the functional pin configuration output by the register configuration module, the multiplexing of M functional pins is controlled and managed, and finally one functional signal is obtained; the pin selection multiplexing module selects the monitoring function according to the monitoring function selection signal output by the register configuration module. The monitoring output signal output by the pin control module, as well as the function input signal, function output signal and function direction selection signal of the function pin control module are used for pin multiplexing determination to complete the final pin multiplexing function.

The invention discloses a method for determining a linkage range on the basis of fire hazard alarm linkage logic control. The method comprises the following steps: endowing all components related to afire hazard alarm controller with region attributes in a traditional practical fireproof partition; then, customizing to define the linkage range of an execution component into one or multiple of same whole region, relevant high region, relevant front region, relevant half region, same whole region, same high region, same front region and same half region. According to a traditional practical fireproof partition concept way, the components related to the fire hazard alarm controller is subjected to linkage range implementation so as to be more similar to a practical situation, in addition, the method can be more flexibly and simply applied, the practical operation requirements of operation personnel can be favorably met, and efficiency is further improved.

The invention relates to the technical field of communication, provides a method and a device for Turbo coding rate matching, and aims to solve the problem of logic control complexity in interleaving processing in a Turbo coding rate matching process in the prior art. The method comprises the following steps of: collecting a third path of output stream output by a Turbo coder, and performing the interleaving processing directly on the third path of output stream to obtain a second matrix. The interleaving processing is directly performed on the third path of output stream, so that the reading of a random access memory (RAM) is not required in an interleaving processing process, and logic control is easy to implement.

The invention discloses a strip postprocessing wire centring device, which belongs to a four-point folding centring device, and is characterized in that an electromagnet unit is arranged on a centring rack and is connected with a control circuit, and an insulating padding plate with veins vertical to the running direction of a unit is arranged on the electromagnet unit. According to the invention, an electromagnet is arranged on the centring rack of the four-point folding centring device, and the insulating padding plate is arranged between the electromagnet and a strip steel; the strip steel can be effectively prevented from sliding forwards and backwards, but the horizontal movement of the strip steel is not influenced; the butt joint of the strip steel can be automatically completed in a free state, and the straightness of the strip steel subjected to butt joint is guaranteed; unsafe operation behavior in production can be avoided; and not only is production quality improved, but also production efficiency is improved.

A vehicle speed limit control device and a control method thereof, comprising: an instrument control module connected to a vehicle body control module through a CAN bus, in which a vehicle speed limit value is stored; a vehicle speed sensor connected to the instrument control module, which processes the vehicle speed sensor signal and calculate the current vehicle speed; the engine speed sensor is connected to the instrument control module, which processes the signal of the engine speed sensor and calculates the current engine speed and sends it to the body control module; and the solenoid valve, whose control terminal is connected to the body control The oil device is connected to the air source device through a solenoid valve. The hardware of the maximum speed limit system is realized through the engine oil stop device, and the vehicle does not need to add any devices, and the advantage is that the vehicle has no cost pressure. If you continue to step on the accelerator pedal when the vehicle speed is limited, the engine will not continue to inject fuel, and the fuel economy is good.

The invention relates to a method for preventing heavy tank accidents of a dry quenching electric locomotive, which is characterized in that: a set of coke tank state detection equipment is added to acoke tank, and then logic control is performed on various detection signals by a logic control method, so that the safety work of the coke tank of the electric locomotive is realized. According to the scheme, the problem that safety accidents happen to a coke oven and dry quenching production is effectively solved, wherein a set of coke tank state detection equipment is added to the focusing tank, and logic control is carried out on various detection signals by virtue of a logic control method, so that safe work of the electric locomotive coke tank is realized.