28 results about "Protected mode" patented technology

The invention discloses a multi-port hybrid charging pile power pool reinforcement learning scheduling method and system, and relates to the technical field of computer data processing. The reinforcement learning scheduling method and system for the multi-port hybrid charging pile power pool comprises the following steps: S1, periodically collecting port scheduling data, and preprocessing the port scheduling data; s2, constructing and training a vehicle target SOC prediction model, outputting a vehicle target SOC, evaluating charging urgency of each accessed vehicle, and dividing scheduling priority levels; s3, constructing a port power distribution model, outputting a power distribution value of each charging port, and issuing the power distribution value to a power control interface for execution; and S4, evaluating power scheduling execution deviation, and entering a protection mode when evaluation is abnormal. The problems that the total power of the charging pile cannot be flexibly scheduled due to fixed-proportion power distribution and topological isolation of alternating-current and direct-current ports, high-power resources are occupied by high-electric-quantity vehicles, and charging of low-electric-quantity vehicles is limited are solved.

The invention discloses a data protection method, a memory, electronic equipment and a storage medium, and relates to the field of storage, the method is applied to the memory, and a logical address-to-physical address mapping table is configured and comprises a first mapping area and a second mapping area; wherein the first mapping area is used for recording an original mapping relation between a logic address and a physical address corresponding to read-write operation performed on the snapshot area before the snapshot protection mode is started; the second mapping area is used for recording a mapping relation between a logic address and a physical address corresponding to incremental read-write operation executed on the snapshot area after the snapshot protection mode is started; after a snapshot starting instruction is received, entering a snapshot protection mode, and determining a snapshot area needing to be protected according to preset configuration information; and locking an original mapping relation of the snapshot area in the first mapping area, and redirecting a data operation request initiated for the snapshot area to the second mapping area to execute incremental read-write operation.

Examples of the present disclosure describe systems and methods for sharing memory using a multi-ring shared, traversable and dynamic database. In aspects, the database may be synchronized and shared between multiple processes and / or operation mode protection rings of a system. The database may also be persisted to enable the management of information between hardware reboots and application sessions. The information stored in the database may be view independent, traversable, and resizable from various component views of the database. In some aspects, an event processor is additionally described. The event processor may use the database to allocate memory chunks of a shared heap to components / processes in one or more protection modes of the operating system.

The application provides a clipboard state-aware input control method, device, equipment and storage medium, through responding to a copy event, clipboard state information containing content identification and a timestamp is obtained, and when an input box obtains a focus, multi-dimensional context features such as a time difference, an operation sequence and a focus migration path are comprehensively collected, and whether a user holds external data to be pasted is accurately determined. When the determination result meets a protection trigger condition, the system sets the input box to a protection mode, and when a text selection operation is detected, the execution of an automatic copy instruction is inhibited, so that the external data is prevented from being mistakenly covered. While the continuity of cross-application operations and the integrity of data are ensured, the convenient copy experience in a conventional scene is retained, and through finite state machine management of complex interaction states, the accuracy of intention recognition and the robustness of the system are significantly improved.

The disclosure relates to a memory device and an operating method thereof. The memory device controls an operation based on a measured temperature. The memory device includes a plurality of memory cells, a peripheral circuit configured to perform an operation on the plurality of memory cells, a temperature circuit configured to measure a temperature of the memory device, a monitoring component configured to generate monitoring information based on whether the measured temperature is within a reference range, the monitoring information indicating whether an operation mode is a normal mode to perform the operation or a protection mode to suspend the operation, and an operation controller configured to output a signal for controlling the operation according to the monitoring information. The monitoring component is further configured to store the monitoring information and output the monitoring information to the operation controller in response to receiving the measured temperature from the temperature circuit.

An apparatus, system, and method are disclosed for automatically controlling a power setting of a power supply unit (PSU). The apparatus includes a processor and non-volatile memory having a switch configured to instruct the PSU to operate in a first overcurrent protection (OCP) mode.

The application discloses a multi-port hybrid charging pile power pool reinforcement learning scheduling method and system, and relates to the technical field of computer data processing. The multi-port hybrid charging pile power pool reinforcement learning scheduling method and system comprises the following steps: S1, periodically collecting port scheduling data and performing preprocessing on the port scheduling data; S2, constructing and training a vehicle target SOC prediction model, outputting a vehicle target SOC, evaluating the charging urgency of each connected vehicle, and dividing a scheduling priority level; S3, constructing a port power distribution model, outputting a power distribution value of each charging port, and delivering the power distribution value to a power control interface for execution; and S4, evaluating a power scheduling execution deviation, and entering a protection mode when an evaluation anomaly occurs. The application solves the problem that fixed proportional power distribution and alternating current and direct current port topology isolation result in the inability to flexibly schedule the total power of charging piles, and cause high-power resources to be occupied by high-battery vehicles and charging of low-battery vehicles to be limited.

A method for providing multi-layer protection from faults for a power generation plant is provided. The method includes monitoring, via a system-level controller, one or more parameters at a first plurality of distributed generation resources. The method also includes implementing, via the system-level controller, a fault protection mode upon the one or more parameters of the first plurality of distributed generation resources exceeding a first threshold. Specifically, the fault protection mode includes implementing a time delay, and after the time delay, commanding, via the system-level controller, a trip of the first feeder breaker on a first feeder line. The method also includes exiting the fault protection mode when the one or more parameters of the first plurality of distributed generation resources are equal to or fall below the first threshold.

An apparatus, system, and method are disclosed for automatically controlling a power setting of a power supply unit (PSU). The apparatus includes a processor and non-volatile memory having a switch configured to instruct the PSU to operate in a first overcurrent protection (OCP) mode.

This invention discloses a controller, power conversion system, and method for controlling a switching converter. The controller includes a drive terminal, a multi-function terminal, and a control circuit system coupled to the drive terminal and the multi-function terminal. The drive terminal provides a drive signal to alternately turn on and off power switches in the switching converter at the frequency of the drive signal. In normal mode, the multi-function terminal provides a control current to control the frequency of the drive signal. In protection mode, the multi-function terminal provides a control voltage indicating the presence of an abnormal condition in the system including the controller. If an abnormal condition is detected in normal mode, the control circuit system activates an alarm signal. When the alarm signal is valid, the control circuit system also switches operation to protection mode and generates a control voltage at the multi-function terminal.

A method of protecting a chargeable device (100) being charged by a charging device (200) against unauthorized use is provided. The chargeable device (100) is operative to switch between an unprotected mode and a protected mode. The charging device (200) sends a certificate (453) of the charging device (200) to the chargeable device (100), the certificate comprising a public key of the charging device (200). The chargeable device (100) sends a first challenge (405) to the charging device (200). The charging device signs (456) the first challenge with a private key of the charging device (100). The charging device (200) sends the signed first challenge (457) to the chargeable device (100). In response to successfully verifying (408), by the chargeable device (100), the signed first challenge: charging (417) of the chargeable device by the charging device is initiated, the chargeable device (100) sends a second challenge (410) to the charging device (200), and the chargeable device (100) switches (416) to the protected mode. The charging device (200) acquires (469) biometric input data from the user, using a biometric sensor. The chargeable device (100), in response to a successful authentication of the user, switches (431) to the unprotected mode. The authentication of the user is based on the acquired biometric input data, biometric verification data for the user, and the second challenge.

This application relates to a method, system, device, and medium for monitoring a power management chip. The method includes: receiving server power-on information; configuring the power management chip to a non-write-protected mode; polling the non-volatile register via a basic input / output system to obtain first power management information, wherein the first power management information includes error information used to confirm a fault in the power management chip; determining whether the power management chip has malfunctioned based on the first power management information; and, in response to a fault in the power management chip, shutting down a channel of the power management chip via the basic input / output system. This method can accurately detect faulty power management chips and avoid situations where the server cannot boot normally due to a power management chip malfunction during normal operation.

The invention provides a control method of monitoring equipment, which is applied to a control end, and the control end manages at least one monitoring equipment. The method comprises: in response to a temporary privacy protection trigger instruction sent by a target monitoring device in at least one monitoring device, controlling the target monitoring device to enter a temporary privacy protection mode, the temporary privacy protection mode representing that the target monitoring device temporarily stops monitoring a target monitoring area, and the temporary privacy protection mode representing that the target monitoring device temporarily stops monitoring the target monitoring area; meanwhile, the target monitoring equipment is in a state capable of receiving the connection request; and in response to meeting the temporary privacy ending condition, cancelling the temporary privacy protection mode, and controlling the target monitoring equipment to enter a monitoring mode which represents that the target monitoring equipment continues to monitor the target monitoring area. The invention further provides a control device of the monitoring equipment, electronic equipment and a storage medium.

The invention provides a data security write protection judgment method, a controller, a medium and a product, which are applied to the technical field of data storage and applied to eMMC equipment, and the method comprises the following steps: acquiring write protection information of a persistent storage unit and current security write protection modes of a plurality of write protection areas; mapping the write protection information according to the current security write protection mode to obtain a mapping value, and obtaining an equipment cache value according to the mapping value; in response to the setting instruction, updating the device cache value to obtain an updated device cache value; and in response to a user operation instruction, performing operation judgment according to the updated equipment cache value to obtain a judgment result, and performing data writing or data erasing according to the judgment result. According to the method and the device, the write protection information can be mapped through the current security write protection mode to obtain the equipment cache value, so that whether data writing or data erasing can be performed or not is determined by judging the equipment cache value, and therefore, the write protection judgment efficiency can be improved.

A controller includes a drive terminal, a multi-function terminal, and control circuitry coupled to the drive terminal and the multi-function terminal. The drive terminal provides a drive signal to alternately turn on and turn off a power switch in a switching converter at a frequency of the drive signal. In a normal mode, the multi-function terminal provides a control current to control the frequency of the drive signal. In a protection mode, the multi-function terminal provides a control voltage indicating that an abnormal condition is present in a system including the controller. The control circuitry activates an alert signal if the abnormal condition is detected in the normal mode. The control circuitry also switches operation to the protection mode and generates the control voltage at the multi-function terminal when the alert signal is active.

The invention discloses a PUF (Physical Unclonable Function)-based distributed software security protection method and system. The method comprises the following steps: adding running environment hardware characteristics of a to-be-protected program and a PUF excitation response value, selecting an operating system according to the to-be-protected program, and uploading the to-be-protected program; selecting a protection mode and an algorithm; verifying the matching between the to-be-protected program and an operating system, and starting a protection process for the matched to-be-protected program; performing primary encryption on the to-be-protected program; and compressing the primarily encrypted program and generating a shell program, and obtaining a new key through the PUF to complete secondary encryption after the running of the shell program is finished. According to the embodiment, the operation environment is configured, multiple protection modes and algorithms are provided, multi-platform and multi-program formats are adapted, protection requirements in different scenes are met, and distributed deployment is adapted; by checking the matching performance, encryption failure or abnormal operation is avoided, and the invalid encryption cost is reduced; and through primary and secondary encryption, static analysis and dynamic debugging are resisted, and the long-term anti-cracking capability is greatly improved.

The embodiment of the invention discloses a cooperative control method and device for an intelligent distributed FA and a conventional protection mode, and the method comprises the steps: determining a cooperative control logic between the conventional protection mode and the intelligent distributed FA; under the condition that a fault of a line where the ring main unit is located is monitored, the cooperative control logic is adopted for power distribution control; wherein the conventional protection mode comprises an over-current three-section protection mode and a reclosing function. According to the technical scheme provided by the embodiment of the invention, the possibility of fault expansion can be effectively avoided, and the reliability of fault isolation is improved.

The invention provides a universal BLDC driver energy-saving aging test system, which belongs to the technical field of motor drive testing and comprises an energy layer, a hardware layer, a communication layer and a control layer which are in communication connection in sequence. The energy layer is used for realizing supply, recovery and distribution of energy, comprises an energy supply unit, an energy recovery unit, an energy buffer unit and a temperature cooperation unit, and can be switched among a conventional test mode, an energy recovery mode and an abnormal protection mode; and the hardware layer is used for executing power supply adjustment, load loading, communication adaptation and data acquisition, and adopts an adjustable power supply module and a multi-specification electronic load to realize test coverage of a 10W-10kW power section. The system is modularized in structure, self-adaptive in protocol and recoverable in energy, parallel aging testing can be carried out on BLDC drivers of different specifications under the multi-station condition, generalization, intelligentization and energy conservation of a testing platform are achieved, testing efficiency is remarkably improved, and operation energy consumption is reduced.

The invention discloses an integral safety chain system of a programmable wind generating set. Relates to the field of wind driven generators, and solves the problems of low flexibility and low fault tracing efficiency of a traditional series loop safety chain system. The peripheral sensing equipment comprises multiple types of key monitoring equipment, point-to-point independent feedback states are achieved, the safety programmable logic controller can accurately recognize abnormity of a single monitoring point, fault information is transmitted to the main control system in combination with an industrial Ethernet protocol, the problem that a traditional safety chain system only knows a loop open circuit and knows a specific fault point is solved, and the safety chain system is high in safety. And the troubleshooting workload of operation and maintenance personnel is reduced. Through hierarchical design of multi-layer safety chain logic, fault types are in one-to-one correspondence with protection actions, differential protection actions can be executed according to fault severity, a single shutdown protection mode of a traditional system is avoided, the safety risk of on-site troubleshooting is reduced, and the fault shutdown time of a unit is shortened. And flexible definition of the safety chain level and the control logic is realized through the safety programmable logic controller.

The invention provides an N-wire system contact network isolation switch monitoring device with dual current protection, and relates to the technical field of contact network isolation switch control. The device innovatively constructs a plurality of cable direct control modes, can be seamlessly connected to different types of isolating switch operating mechanisms, and meets the requirements of users for different specifications; direct current 24V generated by the power supply module of the device is inverted into signal power supply alternating current 24V which is used for real-time on-line monitoring of an opening / closing loop of the disconnecting switch, and impact on a motor can be reduced while the risk of misoperation of the switch is prevented. The device can also adapt to a complex control scene through intelligent configuration of the GOOSE function of the IEC61850 protocol, and the field deployment efficiency is improved. The problems that a traditional device is single in protection mode or free of protection and poor in compatibility are solved, and the intelligence, safety and flexibility of a contact network monitoring system are remarkably improved.

The application provides a kind of optical storage system cluster SOH equalization control method, device and electronic equipment, belong to energy storage technical field.The method includes determining the SOH average value and SOH standard deviation of the optical storage system cluster according to the SOH data of all energy storage subsystems, in the case where the SOH standard deviation is greater than or equal to a preset value, the SOH data of each energy storage subsystem is compared with the sum of the SOH average value and the SOH standard deviation, the corresponding power allocation strategy is determined according to the comparison result and the power allocation is carried out according to the power data.The application takes SOH standard deviation as a key decision indicator, dynamically switches the optical storage system cluster from "non-discriminatory working mode" to "differentiated protection mode", delays the decay rate of all energy storage subsystems, and prolongs the average life and discharge capacity of the entire cluster throughout the life cycle.

Methods, systems, and devices for techniques for a sequential write protection mode in a memory system are described. A memory system may receive one or more commands to write data to associated sequential memory addresses using a write automation block (WAB) while monitoring the addresses of the data. In the case that a write command may be associated with a non-sequential memory address, the memory system may store an associated pointer to a cache. The memory system may continue to write data indicated via incoming commands using the WAB until the memory system detects and writes the sequential command or a threshold quantity of commands have been received. If the threshold is reached prior to receiving the missing command, the memory system may disable the WAB and transmit an error message. The memory system may block and return error messages to any subsequent commands until the missing command is received.

The application relates to the technical field of electric compressor simulation test, and discloses a computer simulation test method and system for an automobile compressor, wherein the method comprises the following steps: constructing an integrated model; setting a multi-mode state machine of automatic, economic, rapid cooling and emergency protection modes; performing double-loop collaborative control, calculating an electronic expansion valve feedforward compensation amount based on matrix decoupling; generating a synchronous scheduling instruction chain; and performing software and hardware closed-loop consistency test. Compared with the single-loop PID control or independent open-loop instruction test method in the prior art, which can only verify basic functions in an ideal environment, especially under extreme conditions such as complex multi-mode switching, rapid cooling or high-delay bus, the technical problem that physical coupling verification of a motor and a refrigerant loop and synchronous scheduling verification of an instruction chain cannot be realized is solved, and high-precision and real-time simulation verification under multi-mode is realized by introducing matrix decoupling feedforward compensation and predictive synchronous scheduling control.

Provided in the present disclosure is a monitoring device control method, which is applied to a control end, the control end managing at least one monitoring device. The method comprises: in response to a temporary privacy protection trigger instruction sent by a target monitoring device among at least one monitoring device, controlling the target monitoring device to enter a temporary privacy protection mode, the temporary privacy protection mode representing that the target monitoring device temporarily stops monitoring a target monitoring area, and the target monitoring device is in a state capable of receiving a connection request; and, in response to meeting a temporary privacy ending condition, cancelling the temporary privacy protection mode, and controlling the target monitoring device to enter a monitoring mode, the monitoring mode representing that the target monitoring device continues to monitor the target monitoring area. Further provided in the present disclosure are a monitoring device control apparatus, an electronic device, and a storage medium.

This application discloses a data protection method, a memory, an electronic device, and a storage medium. This application relates to the field of storage, and the method is applied to a memory. It configures a logical address to physical address mapping table, which includes a first mapping area and a second mapping area. The first mapping area records the original mapping relationship between logical addresses and physical addresses corresponding to read / write operations performed on the snapshot area before snapshot protection mode is enabled. The second mapping area records the mapping relationship between logical addresses and physical addresses corresponding to incremental read / write operations performed on the snapshot area after snapshot protection mode is enabled. Upon receiving a snapshot enable command, the system enters snapshot protection mode and determines the snapshot area to be protected based on preset configuration information. The original mapping relationship of the snapshot area in the first mapping area is locked, and data operation requests initiated for the snapshot area are redirected to the second mapping area for incremental read / write operations.

A method for safeguarding a self-driving, damaged vehicle includes independently detecting damage of the damaged vehicle by the damaged vehicle and sending information concerning the damage to a central computing unit, connected with the damaged vehicle, of an operator of the damaged vehicle by the damaged vehicle. Information concerning the damage of the vehicle is sent to a superior authority by the central computing unit. A further central computing unit of an operator of a self-driving further vehicle located near the damaged vehicle is informed about the damaged vehicle by the superior authority. When the further vehicle is moving towards the damaged vehicle, the further vehicle is put into a safeguarding mode by the further central computing unit.

The invention discloses an anti-collision protection system and method for a slewing mechanism of a bucket wheel machine. The anti-collision protection system comprises a signal detection unit, a control processing unit, a man-machine interaction unit and a slewing execution unit. The signal detection unit collects position signals through a rotary absolute value encoder and a pitching absolute value encoder; and the control processing unit converts the Gray code signal into a binary code through bit-by-bit XOR, sequentially completes data conversion from a bit type to a word type, an integer type and a floating-point number type, and calculates a real-time pitching height value and a real-time rotation angle value in combination with a linear formula. And when the two values do not exceed the preset height threshold value and the preset angle threshold value respectively, the system triggers a protection mode, only allows the slewing mechanism to run in the direction in which the absolute value of the slewing angle is increased, forbids reverse slewing, and prevents the cantilever from colliding with the foundation building. The man-machine interaction unit can switch on and switch off the protection function, and the requirement for low-material-level small-angle material taking is met while safety is guaranteed.