107 results about "State logic" patented technology

A magnetostrictive-piezoelectric multiferroic single- or multi-domain nanomagnet whose magnetization can be rotated through application of an electric field across the piezoelectric layer has a structure that can include either a shape-anisotropic mangnetostrictive nanomagnet with no magnetocrystalline anisotropy or a circular nanomagnet with biaxial magnetocrystalline anisotropy with dimensions of nominal diameter and thickness. This structure can be used to write and store binary bits encoded in the magnetization orientation, thereby functioning as a memory element, or perform both Boolean and non-Boolean computation, or be integrated with existing magnetic tunneling junction (MTJ) technology to perform a read operation by adding a barrier layer for the MTJ having a high coercivity to serve as the hard magnetic layer of the MTJ, and electrical contact layers of a soft material with small Young's modulus. Equivalently, mangnetostrictive nanomagnetic elements whose magnetization is rotated by strain transferred from the substrate that has acoustic waves propagating on the substrate can be used.

A driver circuit and method for generating two complementary output currents from a two-state logic input signal at two outputs for connecting a two-wire conductor provide the following actions: generating from the input signal, an output signal at each output, the amperage of one of the output currents being adjustable by a control signal; analyzing each voltage materializing at the outputs; generating an error signal as a function of the output voltages within each of at least two time slots subsequent to a change in state of the input signal; caching the error signals or signals derived therefrom and adjusting, as a function of cached error signals or of the cached signals as a function thereof, the output current in corresponding time slots subsequent to a resulting change in state of the input signal.

The present invention relates to a method for carrying out safety monitoring and early warning on a kitchen working environment and a system. The method comprises the following steps that gas stove integrated operating state data is collected and converted into a gas stove integrated operating state logic signal and is transmitted to a central CPU processing module, the central CPU processing module carries out abnormal condition judgment on the gas stove integrated operating state logic signal according to a predetermined gas stove integrated work state logic representation, if an abnormal condition is judged, the duration of the abnormal condition is counted, the central CPU processing module judges whether the duration of the abnormal condition reaches a predetermined timed interval, if so, the alarming is carried out according to an alarm level and the alarm duration is counted, the central CPU processing module judges whether the abnormal condition exists or not when the alarm duration reaches a predetermined alarm time duration, and if the abnormal condition still exists, emergency measures are implemented. According to the method and the system, the intelligent monitoring, classification process and multi-level warning of the kitchen working environment can be realized, and the safety performance is high.

Techniques for user authentication are described herein. In one example, an electronic device may include logic, at least partially implemented in hardware, that can determine that the electronic device has received sensor data, the sensor data indicating the electronic device is to enter an activation state and detect authentication credentials in response to determining that the electronic device is to enter the activation state. The logic can also determine whether the authentication credentials are valid and grant access to the electronic device if the authentication credentials are valid. Additionally, the logic can deactivate the electronic device in response to a change in the sensor data.

The invention discloses a control device for AGV accurate navigation, which comprises a communication control module, a laser sensing instrument, a speed feedback module, a data acquisition module, a data analysis module, a state logic control module and a data interaction module. The invention also discloses a control system for the AGV accurate navigation, which comprises the control device for the AGV accurate navigation, an upper computer and an AGV walking driver. The invention also discloses a control method for the AGV accurate navigation. The method comprises steps S1 to S7: S1, a system program enters a navigation mode; S2, position signals are acquired; S3, motion signals are acquired; S4, the position signals and the motion signals are processed; and S5, the accurate navigation information is deduced. Through the combination of a laser sensor, an encoder and a processing module and using control of an intelligent algorithm, the accuracy and the intelligence of AGV laser navigation can be improved.

The invention discloses a method for controlling the flow of a transmission control system of a paper machine. In the method, a control system comprising a programmable control device PLC, a speed governing device and a field bus is used; the control operating flow of preparation, operation, creeping, shut-down, cleaning and fault treating functions, which is included in the transmission control system of the paper machine is modularized; according to the functions required to control by the transmission system of the paper machine, 10 to 50 subsection states are set, and the address indexed addressing mode is used for subsection state logic control of all subsections such as logic conversion, data treatment and speed/torque control switch; the PLC repeatedly controls the transmission system according to the steps of input sampling, program operation, output refreshing and under the support of a flow control module; and the speed governing device executes all functions according to the PLC output information transferred by the field bus. The method has the advantages of reliably and harmoniously controlling the operating speed, speed difference control, speed ratio adjustment and the like of the paper machine and facilitating the yield and the quality of the paper machine.

An integrated circuit (IC) including a blocking pin. An IC may include state logic, a test control unit configured to coordinate access by external circuitry to operating state of the state logic during a test mode, and interface pins configured to couple the integrated circuit to the external circuitry. Shared interface pins may provide input signals to the test control unit during the test mode of operation and may perform distinct I/O functions during normal mode operation. A blocking interface pin, when asserted by external circuitry during normal mode operation, may force test signals derived from at least a portion of the shared interface pins by the test control unit into respective quiescent states, such that subsequent to assertion of the blocking pin, the integrated circuit is operable to enter the test mode of operation from the normal mode of operation without resetting operating state of the state logic.

A regulating system can include a first controller configured to receive analog input and discrete input, a second controller communicatively coupled to the first controller, and configured to receive analog input and discrete input, a selector communicatively coupled to the first controller and second controller and configured to select either one of the first controller and the second controller as a master for the regulating system and state logic residing on each of the first controller and second controller to determine which of the first and second controller is the master.

The present invention discloses a vehicle network management method. The method comprises the steps of acquiring a current network management state of a self-control node; acquiring a line state signal of the self-control node and line state signals of other predetermined control nodes; comparing the obtained line state signals and the current network management state with a predetermined state condition, and determining a desired network management state of the self-control node according to a comparison result; and controlling the self-control node to execute corresponding desired network management state logic. According to the method, each control node automatically determines, according to obtained state information, the desired network management state of the control node and adjusting corresponding desired network management state, so that the control node can be in a low power consumption state when in a sleep mode, and the control node can be awaken timely when the control node is to work. The development limitation of the control node due to use of a logic ring is broken up. The present invention further discloses a vehicle network management system and a vehicle. The system and the vehicle have the above beneficial effects.

Maximum length properties of n-state sequences of n-state symbols with n=2 or n>2 are tested. Checkwords are generated from p consecutive n-state symbols in a sequence of n-state symbols which may overlap by (p−1) n-state symbols. If a sequence has n^p−1 n-state symbols in which 2 consecutive checkwords overlap in (p−1) n-state symbols and each checkword formed in the extended sequence is unique, then the sequence is a maximum length n-state sequence. An n-state feedback shift register based sequence generator with p n-state register elements is tested on the content of the shift register for n^p−1 cycles. If the shift register content is not repeated the sequence is maximum length. Generation of a sequence is stopped when the content repeats. Non-reversible n-state inverters and non-reversible n-state logic functions are applied to generate n-state sequences

A dual-voltage three-state buffer circuit controls a post driver circuit to operate in a three-state mode and includes a tri-state logic control module operated under a low supply voltage, a level shifter for receiving one or more inputs from the tri-state logic control module and operating with an output control circuit for controlling two differential outputs of the level shifter, and a post driver circuit driven by the two differential outputs of the level shifter, wherein the level shifter, the output control circuit, an the post driver circuit are operated under a high supply voltage, and wherein when the tri-state logic control module generates the inputs for putting the post driver circuit in a high impedance state, the output control circuit operates with the level shifter to turn off the PMOS and NMOS transistors of the post driver circuit while isolating the level shifter from a high supply voltage.

The invention discloses a relay protection action logic simulation realization method. The method comprises the steps of preparing a logic graph model description configuration file and an intermediate node file; drawing an initial state logic graph and configuring related graphic element attributes; loading and analyzing the logic graph model description configuration file and the intermediate node file; loading and displaying the logic graph; and performing simulated demonstration on the logic graph. The method inherits object-oriented and modular design concepts, and has the advantages of high cohesion, low coupling, high maintainability and portability, and the like. Relay protection action logic simulation system software is developed based on the method described by the invention; and the simulation system software can simulate a protection action operation state of any fault type and fault point, and has the advantages of accuracy, intuitiveness, flexibility in use, high efficiency and the like.

The invention relates to an intelligent charger with a universal serial bus (USB) interface. AC 220V current sequentially passes through a sorting circuit, a filtering voltage-stabilization circuit and a voltage transformation circuit and then is output to a USB device to be charged, the output end of the voltage transformation circuit is connected with a charging state detection circuit, a USB interface of the USB device to be charged is connected with a pull and plug detection circuit, the output ends of the charging state detection circuit and the pull and plug detection circuit are connected with a device comprehensive state logic operation circuit, the output end of the device comprehensive state logic operation circuit is connected with an on/off control circuit, the output end of the on/off control circuit is connected with the output end of a rectification circuit and can be used for switching on/off the input of a power supply, and the output end of the voltage transformation circuit is used for controlling duty cycle of a switching tube in the voltage transformation circuit according to a control signal output from a voltage-stabilization control circuit. By the intelligent charger, the access and the pull-out of a charging device are intelligently detected, power is automatically cut off from a source head after the device is pulled out, charging is automatically carried out after the device is inserted, and power is automatically cut off after the charging is full; and meanwhile, the intelligent charger has an overcurrent protection function, and the power supply is automatically cut off when overcurrent occurs so as to prevent an accident.

A system for transmitting an optical signal between a host and a device according to a SATA protocol. The system comprises a transmitting-side converter for generating a logic one voltage value responsive to a data one value from an information source, for generating a logic zero voltage value responsive to a data zero value from the information source, for generating an idle state logic voltage value, wherein the idle state logic voltage value is (logic one voltage value+logic zero voltage value)/2, the transmitting-side converter comprising only linear functions to preserve the idle state logic voltage value, and an electrical-to-optical converter for converting the logic one, logic zero and the idle state logic voltage values to an optical signal further comprising respective logic one, logic zero and idle state optical values and for supplying the optical signal to an optical communications medium.

The present invention discloses a tri-state I/O port. The tri-state I/O port comprises a tri-state logic block, a weak buffer and a delay block. The input terminals of the tri-state logic block are connected to data and OE (output enable) signals. When OE signal is enabled, the output terminal of the tri-state I/O block is pulled high when the data is high while the output terminal is pulled low when the data is low. The input terminal and the output terminal of the weak buffer are connected to the output terminal of the tri-state logic block. And the input terminal of the delay block is connected to the output terminal of the tri-state logic block while the output terminal of the delay block is fed back to the tri-state logic block. When the output terminal of the tri-state logic block is low to high/high to low, the weak buffer is active and maintains the output terminal of the tri-state logic block weak high/low while the delay block turns off the pull high/low function of the tri-state logic block.

The invention discloses a gesture identification method and apparatus. The method comprises the steps of determining first state accumulation time of a current moment when a first gesture state in a preset time segment before the current moment is a gesture identification state and a state logic vector of the current moment conforms to a preset vector, and obtaining a logic mark associated with the current moment; determining that the acquisition of a gesture action signal captured by an acceleration sensor in a mobile terminal is finished at the current moment when the logic mark associated with the current moment reaches a first preset mark value and the first state accumulation time of the current moment is longer than an identification termination threshold; judging whether the acquired gesture action signal is matched with a preset cross gesture action signal or not; if yes, triggering an action response associated with the cross gesture action signal, and storing a second gesture state of the current moment as a general gesture state; and if not, storing the second gesture state of the current moment as the gesture identification state. According to the gesture identification method and apparatus, the gesture identification accuracy is improved.