468 results about "Reserve battery" patented technology

The invention provides a communication master control system based on intelligent power supply, and relates to the technical field of communication, and the system comprises a power supply monitoring module which is used for monitoring the commercial power supply state of a communication base station, and automatically controlling a power switching circuit to switch a power supply mode to a standby battery power supply mode when the commercial power interruption is detected; the state acquisition module is used for acquiring the charge state, the discharge efficiency and the health state data of the standby battery in real time in a standby battery power supply mode, and acquiring the residual capacity, the actual discharge capacity and the life index of the battery; and the load receiving module is used for uploading the residual capacity, the actual discharge capacity and the life index of the battery to the communication main control unit, and receiving load data in the current communication network at the same time. According to the invention, intelligent scheduling of power utilization is realized, and the power supply reliability and stability of the communication system are improved.

The invention discloses a data center uninterruptible power supply intelligent control method and device based on reinforcement learning, and relates to the technical field of energy management. The method comprises the steps that a health perception state space is constructed, and the state space comprises operation state features and standby battery multi-dimensional health vectors generated through training on a plurality of distributed uninterruptible power supply stations through a federated learning method; defining a multi-target reward function for comprehensively quantifying the economic cost based on the time-of-use electricity price, the standby duration satisfaction degree of the service level agreement and the battery life loss cost; through a reinforcement learning algorithm with a security constraint layer, based on the state space and the reward function, training an intelligent agent to learn an optimal power supply control strategy, the security constraint layer forcibly executing a preset operation security boundary in training and execution; and according to the learned optimal strategy, a real-time control instruction for the uninterruptible power supply is generated and executed.

A hot-swappable battery system for computer peripherals includes a wireless mouse having a battery compartment, a battery connector assembly mounted within the battery compartment, a removable battery configured to be inserted into and ejected from the battery connector assembly, a keep-alive battery mounted within the wireless mouse, and a docking station. The battery connector assembly includes electrical contacts and a push-push ejector mechanism. The keep-alive battery is electrically connected to provide backup power when the removable battery is removed. The docking station has a battery slot configured to receive and charge the removable battery when not in use in the wireless mouse. The system enables continuous operation of the wireless mouse while battery swapping between the mouse and docking station.

A portable electronic device includes a battery reserve feature for emergency use, reserving a portion of battery power when a predefined threshold is reached. A battery detector monitors the real-time battery level, sending data to a host controller that compares it to the threshold stored in non-transitory memory. Upon reaching the threshold, a masking module signals a depleted battery state to the operating system, disabling regular functions while a display shows a “no power” message, concealing the reserve. User interaction, such as pressing a designated button, activates an emergency subsystem to perform operations like initiating emergency calls, sending GPS coordinates, capturing screenshots, or activating alarms, using the reserved power. The threshold may be dynamically adjusted based on environmental or location-based factors.

The invention provides a charging activation device, an energy storage system and an activation method thereof, and belongs to the technical field of energy storage systems. The charging activation device comprises a standby battery pack, a boost inverter circuit, a voltage acquisition circuit and a microcontroller unit. Wherein the standby battery pack is used for providing a power supply for the boost inverter circuit and the microcontroller unit; the boost inverter circuit is used for boosting the input voltage to an activation voltage threshold of a battery management system of the energy storage system; the voltage acquisition circuit is used for acquiring the output voltage of an energy storage battery of the energy storage system; when the microcontroller unit detects that the energy storage system is in a locked state, the microcontroller unit can control to open the boost inverter circuit so as to boost an input voltage of the boost inverter circuit to an activation voltage threshold of a battery management system of the energy storage system and output the input voltage, so that the battery management system recovers a charging and discharging loop, and the energy storage system is activated. Automatic wakeup of the energy storage battery in the dormant state can be achieved, manual intervention is not needed, and dependence on manpower or external equipment is eliminated.

A flying elevator is characterized by comprising (100) a ducted propeller arrangement. And (200) a flying elevator telescopic car body. And (300) supplying power to the transfer platform truck. And (400) an intelligent control system. And (500) final assembly of the structure. The mechanisms and the systems are combined through final assembly. Therefore, a set of economical and practical elevator type intelligent low-altitude aircraft is formed. The technical problem that a conventional low-altitude aircraft cannot be connected for a long time to continuously work and cannot be increased in capacity due to limitation of self-loading power or electric power is solved. The elevator is widely applied to high-rise buildings, high-altitude construction sites, disaster areas and scenic areas and serves as a temporary elevator or a short-distance aircraft. And the emergency operation and rescue work of personnel transfer and material transportation can be continuously carried out by a single machine for a long time. The flying elevator has the beneficial effects that 1, the flying elevator flies with lines, and electric power is continuously provided by using the mains supply or a vehicle-mounted power generation device, so that the flying elevator can continuously run for a long time; 2, off-line flight: driving the flight elevator to run by utilizing a reserve battery in an area which is not suitable for line-carried flight; and emergency operation and rescue work in different environments are facilitated. And 3, a multi-set mechanical structure design, a power supply device and a control system. And flight safety and operation convenience are guaranteed.

A method, system and apparatus are disclosed. A management node configured to communicate with a power grid operator and with a plurality of RBSs is provided. Each of the plurality of RBSs is configured to be switchable between power from a power grid and power from a respective plurality of backup battery units associated with the RBS. The management node is configured to: determine a primary subset of the plurality of RBSs to participate in at least one FCR event occurring over a predefined time interval, and determine a standby subset of the plurality of RBSs that are each configured to participate in the at least one FCR event in place of a failure of a respective one of the primary subset of the plurality of RBSs.

A power supply control circuit that allows the power to be supplied from a power supply such as a sub-battery to a load for a longer period of time, in the event of a failure of a main power supply. The power supply control circuit (1) includes: a first circuit (2) connecting a main battery (52) and a sub-battery (53) via a DC / DC converter (20); a second circuit (3) connecting a main battery (52) and a load (54); and a third circuit (4) connecting the sub-battery (53) and a load (54) via a semiconductor switch (32). When the main battery (52) fails, the semiconductor switch (32) is turned ON to supply the power from the sub-battery (53) to the load (54), and the forward direction of a parasitic diode (32a) of the semiconductor switch (32) is a direction from the load (54) to the sub-battery (53). Furthermore, the DC / DC converter (20) boosts the voltage from the main battery (52) and supplies the boosted voltage to the sub-battery (53).

Techniques and apparatus for swapping a primary power source (e.g., a main battery) while using a secondary power source (e.g., a backup battery or a supercapacitor) to power a portable device. One example integrated circuit (IC) for power management generally includes a first power supply node; a second power supply node; a first port for coupling to a primary power source; a first switch coupled between the first power supply node and the first port; a second port for coupling to a secondary power source; a second switch coupled between the first power supply node and the second port; and a third switch coupled between the first and second power supply nodes. For certain aspects, the IC also includes a third power supply node, a voltage regulator coupled between the first and third power supply nodes, and a fourth switch coupled between the second and third power supply nodes.

The invention discloses an energy storage type extension socket, and relates to electrical appliances, a charging area is arranged on the front surface of an extension socket main body, a plurality of groups of charging jacks are arranged in the charging area, a main control device is arranged in the extension socket main body, a main body of the main control device comprises a PCB (printed circuit board) carrying a CPU (central processing unit) main control chip, an auxiliary control circuit and a charging circuit, one end of the charging circuit is electrically connected with each charging jack, and the other end of the charging circuit is electrically connected with the charging jacks. The main control device is further electrically connected with a standby battery through a wire, the standby battery is a rechargeable storage battery, and the standby battery is arranged in the power strip body and communicated with a power supply unit of the main control device. Compared with the prior art, the system has the advantages that the standby power supply is automatically switched, and the power utilization continuity is guaranteed; information display and voice reminding are achieved, and use is more convenient; due to the design of multiple functions, the user experience is improved; and the installation mode is more flexible.

The utility model discloses a sodium ion starting battery which is characterized in that the sodium ion starting battery comprises a module shell which is hollow, the module shell is fixedly connected with symmetrical hollow square frames, and the symmetrical hollow square frames are fixedly connected with U-shaped clamping plates respectively; the main battery module and the standby battery module are respectively arranged in the module shell; the BMS control panel is fixedly connected with the symmetrical U-shaped clamping plates, and the standby battery module is electrically connected with the BMS control panel; and the wire mainboard is fixedly connected with the main battery module, and the main battery module is electrically connected with the wire mainboard. The utility model relates to the technical field of start-stop batteries, in particular to a sodium ion start battery. The technical problem to be solved by the utility model is to provide the sodium ion starting battery which is favorable for realizing power supply by the main battery module under the normal condition, and when the main battery module is used up, a switch is pressed down, and the standby battery module is started to supply power.

The present invention discloses an integrated power inspection exoskeleton lightweight modular structure, which relates to the technical field of intelligent power equipment, including a shell mechanism, and an assembly mechanism is fixedly connected to the front end surface of the shell mechanism. The main body of the assembly mechanism is a ring structure, which solves the problem that the existing exoskeleton has a large dead weight and thus increases the extra burden on the user. When in use, the driving machinery needs to rely on an external power module for driving. Under this driving mode, it is impossible to replace the backup power supply and the drive unit, and it is impossible to adapt to the problem of rapid switching under different torque requirements. Through the arc-shaped cooperation between the limiting mechanism and the limiting component, and the hexagonal locking structure of the limiting plug and the limiting slot, the servo motor and the energy storage component can be quickly replaced, and different torque motors or backup batteries can be switched without tools, thereby solving the problem that the existing exoskeleton relies on a single power supply and cannot adapt to complex working conditions, thereby improving operation continuity.

The invention relates to the technical field of territorial planning, and provides an unmanned aerial vehicle aerial photographing device for territorial planning surveying and mapping, comprising: a chassis in which a standby battery, a vibration sensor and an integrated control box are arranged; the driving mechanism drives the blades to rotate through an output shaft of a driving motor so as to realize flying movement of the case; the electromagnetic buffering assembly comprises an electromagnetic iron ring, a moving rod and a spring which are arranged in the supporting pipe, the moving rod is attracted when the electromagnetic iron ring is powered on, and the moving rod is pushed by the spring to stretch out to buffer landing impact when the electromagnetic iron ring is powered off; and the head-mounted control equipment comprises remote control equipment for sensing head actions and film watching glasses. Through multi-dimensional innovation of electromagnetic buffering, head-mounted control, data encryption and an intelligent algorithm, the defects of a traditional unmanned aerial vehicle in the aspects of impact resistance, control precision and data safety are overcome. The embodiment verifies and shows that the comprehensive performance is obviously superior to that of the prior art, and the engineering application value is high.

The invention belongs to the technical field of circuit control, and particularly relates to an auxiliary power supply connection circuit, and a working method, device and equipment of the auxiliary power supply connection circuit, and the auxiliary power supply connection circuit comprises a first power supply path which is used for supplying power to a target element; and the second power supply path is used for performing standby power supply on the target element. By constructing double independent power supply paths and automatically switching an algorithm system, an auxiliary power supply connection scheme which does not need an additional standby battery and can adapt to multiple scenes is formed, an external power grid is connected to a second power supply path, and power is continuously supplied to a target element when a main bus fails; and in combination with automatic voltage detection and path switching logic of the control unit, the deadlock dilemma is thoroughly eliminated, meanwhile, the hardware investment and the operation and maintenance cost are reduced, and the reliability and adaptability of the system are improved.

The invention relates to the technical field of energy storage batteries, and discloses a sodium ion battery modular energy storage system, which comprises a plurality of battery unit frames, the battery unit frames are vertically arranged to form a stack, trapezoidal frames are fixedly mounted on the two sides of each battery unit frame, one end of each rotating shaft is rotationally connected with the inner wall of the corresponding trapezoidal frame or the inner wall of the corresponding battery unit frame, and the other end of each rotating shaft is rotationally connected with the corresponding trapezoidal frame. An output battery is placed above each set of rotating shafts, the multiple output batteries are all located in a battery unit frame, a standby battery is placed at the top of the battery unit frame, a replacement assembly is arranged on one side of the standby battery, a conveying assembly is arranged on one side of each output battery, and when the standby battery is located on one side of an overheat battery, the overheat battery is conveyed to the output battery. And in the process that the standby battery enters the battery unit frame, the overheated battery can be automatically separated from the module team, so that the overall safety and reliability of the system are improved, and the overheated battery can be conveniently collected and managed through the replacement assembly subsequently.

The invention provides a redundant power supply switching circuit structure and method of a vehicle-mounted TBOX, and the structure comprises a main power supply input interface circuit, a main power supply step-down conversion circuit, a dynamic voltage monitoring and switching circuit, a standby battery input circuit, a battery boost circuit, and a vehicle-mounted TBOX system. The output end of the main power supply input interface circuit is electrically connected with the input end of the main power supply step-down conversion circuit and the input end of the dynamic voltage monitoring and switching circuit, and the output end of the main power supply step-down conversion circuit is electrically connected with the vehicle-mounted TBOX system. The output end of the dynamic voltage monitoring and switching circuit is electrically connected with the input end of the battery input circuit, the output end of the battery input circuit is electrically connected with the input end of the battery booster circuit, and the input end of the battery booster circuit is electrically connected with the vehicle-mounted TBOX system. According to the vehicle-mounted TBOX power supply, contactless switching, a semiconductor switch, multi-stage protection and a redundant framework are triggered through dynamic voltage monitoring, and the problems of low efficiency, high delay, electric leakage, reverse charging and the like in traditional vehicle-mounted TBOX power supply switching are solved.

The utility model provides a control circuit of a multifunctional V-port battery, which comprises a power supply, a power supply management circuit, a multifunctional V-port battery main control circuit in power supply connection, and the power supply management circuit is in power supply connection with a Type-C and Type-A power supply circuit, a double-path DC output power supply circuit, a BP / D-TAP power supply circuit and an NP-F battery charging circuit. The multifunctional V-port battery main control circuit is in control connection with the power management circuit, the Type-C and Type-A power supply circuit, the double-path DC output power supply circuit and the NP-F battery charging circuit, and the output end of the multifunctional V-port battery main control circuit is further connected with the input end of the OLED display screen. The beneficial effects of the utility model are that the multifunctional V-port battery can charge the standby NP-F battery while supplying power to peripheral electronic equipment of the camera.

The present invention provides a fuel cell single-chip consistency evaluation device and method. The device includes a fuel cell system, a bidirectional DC / DC converter, a vehicle power battery, a shutdown backup battery and a controller. The controller is used to supply power to the fuel cell system through the shutdown backup battery when the fuel cell system is in a shutdown state, and to control the bidirectional DC / DC converter to apply a preset AC disturbance signal to the fuel cell system to determine the AC impedance value of each single chip in the fuel cell system, and to determine the result of the fuel cell single-chip consistency evaluation based on each AC impedance value, thereby realizing accurate fuel cell single-chip consistency evaluation after the fuel cell system is shut down, and thereby more reliably monitoring the fuel cell system.

The utility model discloses an automatic connecting device for an electrical engineering line, which relates to the technical field of electrical engineering line connection and comprises a small electrical engineering device and an inverter, a bottom plate is mounted at the bottoms of the small electrical engineering device and the inverter, a connector is mounted at the input end of a first lead, and a second lead is mounted at the output end of the first lead. A standby battery is installed on the small electrical equipment of the electrical engineering, a second wire is installed at the output end of the standby battery, an interface is installed at the output end of a third wire, a connector is matched with the interface, a supporting rod is installed on the inverter and the interface, and an electromagnetic driving mechanism is arranged on the bottom plate and the connector. According to the utility model, the electromagnet is electrified to generate magnetic force, the iron rod moves backwards in the sleeve and jacks up the electromagnetic driving mechanism, the electromagnet is not electrified to lose magnetic force, and the connector moves forwards and is inserted into the interface, so that the connection of the electricity-taking wiring harness can be automatically completed during power failure, and the normal use of small-sized electrical equipment in electrical engineering can be ensured during power failure.

A power supply device includes a main battery, a backup battery, a first charge circuit, a second charge circuit, a first transistor, a second transistor, a switch element, and a control circuit. The first transistor has a control terminal for receiving a first control voltage, a first terminal coupled to the main battery, and a second terminal coupled to a first supply node. The second transistor has a control terminal for receiving a second control voltage, a first terminal coupled to the backup battery, and a second terminal coupled to a midway node. The switch element selectively couples the midway node to a second supply node according to a third control voltage. The control circuit monitors a first supply voltage at the first supply node, and generates the third control voltage according to the first supply voltage.

The invention relates to the technical field of standby batteries, in particular to a standby power supply device of a high-voltage control box and a method thereof.The standby power supply device comprises a high-voltage box, an electromagnetic telescopic mechanism and a second charging wire, a battery frame is installed at the top of the high-voltage box, and a standby battery is fixedly installed on the inner wall of the battery frame; the outer wall of the battery frame is in line connection with a first charging line, a third outgoing line and a power supply line. Through cooperation of a connecting plate, a first magnet, a crescent telescopic rod, a spring, a second coil piece and a second magnet, the first magnet and the second magnet are driven by voltage to move away from each other or move towards each other, and a first T-shaped rod and a second T-shaped rod can be driven to move or be separated from the positions between a first charging line and a first power outlet line and between a second charging line and a power supply line through movement; the standby battery can be charged at any time according to the electric quantity of the standby battery, the standby battery enters a discharging state under the condition that the high-voltage box is not powered off, and the practicability of the device is improved.

The invention provides an intelligent central control device, which is suitable for being used as a vehicle-mounted terminal of an electric two-wheeled vehicle, and comprises a shell with a sealed mounting cavity and a PCBA (Printed Circuit Board Assembly) accommodated in the mounting cavity, and adopts a static sealing design that a tongue-and-groove is matched with a sealing rubber ring / sealant in an inserting manner. A main control MCU, a cellular wireless communication module, a short-distance wireless communication module, a satellite positioning module, an inertial measurement unit and a standby battery are integrated on the PCBA, the main control MCU is used as a core scheduling unit to cooperatively process multi-source data from the satellite positioning module, the inertial measurement unit and the like, and a necessary local computing power basis is provided for operating a lightweight AI algorithm. By integrating the cellular wireless communication module and the Bluetooth module, a stable and high-speed dual-channel data link is constructed, real-time interaction between vehicle data and a cloud platform is guaranteed, reliable communication guarantee is provided for OTA firmware upgrading, and the function expandability and big data operation capacity of the terminal are greatly improved.

The application relates to an emergency brake release power supply circuit and equipment. The circuit comprises a control module, a switching component, a first power supply circuit and a second power supply circuit; the control module turns on the connection between the first power supply circuit, the second power supply circuit and the corresponding interface equipment through the switching component, so that, in the case of normal power supply, the control module controls the first power supply circuit to supply power to the equipment standby battery, and in the case of monitoring the corresponding signal, the control module controls the first power supply circuit to provide power supply for the equipment control system, and controls the second power supply circuit to supply power to the brake holding coil; in the case of abnormal power supply, if the corresponding signal is monitored, the equipment standby battery provides power supply for the equipment control system through a DC-DC converter, and the control module controls the first power supply circuit to supply power to the brake holding coil through the switching component. Thus, the application simplifies the circuit, realizes the cost reduction through the reuse and normalization of the circuit.

The invention relates to the technical field of Internet of Vehicles and battery management, in particular to a charging management and health detection method for a TBOX built-in standby battery, which comprises a charging management module, an MCU (Microprogrammed Control Unit), a charging switch, a discharging switch, an ADC (Analog to Digital Converter) voltage acquisition module, a standby battery, a main and standby power automatic switching module and a rear-end load system, all the modules are electrically connected to form a cooperative work system, the charging management module performs sectional charging on a standby battery based on a battery voltage state, and the MCU control unit controls on-off of the charging switch and the discharging switch and combines sampling data of the ADC voltage acquisition module. A sectional charging mode is adopted, the charging current is dynamically adjusted according to the battery voltage, the charging efficiency is improved, the occurrence of battery swelling, aging and other faults is reduced, and the service life of the battery is prolonged; a battery health detection scheme is optimized, only one ADC voltage sampling port of the MCU is needed, an extra large-current discharge auxiliary circuit is not needed, and MCU resources and hardware cost are saved.

The present disclosure relates to low power detection and power loss management for devices with limited available power, such as a thermostat, an equipment interface module, a control board, other device having a battery backup for operating in non-constant power conditions, etc. In an exemplary method of power management in a device including a display, the method comprises automatically turning off power to the display in response to detection of a power loss and / or inadequate power condition for the device. The device may comprise a thermostat, an equipment interface module (EIM), a control board, other device having a battery backup for operating in non-constant power conditions, etc.

The invention relates to the technical field of aircraft control, and discloses a control method of a rotary actuator integrated with a gear vernier encoder and related equipment, and the method comprises the steps: firstly obtaining a control instruction of a flight control system to a rudder arm, and synchronously collecting the single-circle angle values of a driving gear and a driven gear fed back by the gear vernier encoder and the real-time current of a motor; then, the actual absolute position of the rudder arm, the number of rotation turns of the motor and the actual rotation speed are calculated based on the angle value; then, a position tracking error is generated by comparing the control instruction with the actual position of the rudder arm, and the expected current is calculated according to the position tracking error and the actual rotating speed of the motor; and finally, combining the position of the motor rotor, the expected current and the real-time current to generate a motor driving signal. According to the invention, absolute position memory and full-closed-loop high-precision servo control of the aircraft control surface actuator under the condition of no standby battery are realized, and the system has the advantages of compact structure, high reliability, good dynamic response and low cost.

The invention discloses a shunting monitoring system for a railway, and belongs to the technical field of railway safety monitoring, the shunting monitoring system comprises a vehicle-mounted device and a ground device, the vehicle-mounted device comprises a dispatching and monitoring host and a locomotive sensor, the ground device comprises a ground sensor, the locomotive sensor is in communication connection with the ground sensor, and the locomotive sensor is in communication connection with the ground sensor. The dispatching and monitoring host comprises a monitoring host; and the case is provided with a plurality of function reservation positions. Compared with the prior art, the shunting monitoring system for the railway has the advantages that full-link redundancy from data processing, communication to power supply is constructed through hot standby redundancy of the information processing unit, double-set parallel work of the machine sensing communication unit, a double-path power supply and a standby battery, the fault-tolerant capability of the system is greatly improved, and the uninterrupted operation time of the system is greatly prolonged. Key vehicle-ground communication data are encrypted by adopting an industrial-grade AES encryption algorithm, so that the data are effectively prevented from being maliciously stolen or tampered in a transmission process, and the safety of a shunting instruction is guaranteed.

The utility model provides a competitive power supply circuit for a POS machine test server, which comprises a 24V direct power supply, a standby power supply, a competitive power supply switching circuit and a direct power supply state monitoring circuit, and is characterized in that the output end of the 24V direct power supply is connected with the input end of the competitive power supply switching circuit and the input end of the direct power supply state monitoring circuit; the output end of the direct power supply state monitoring circuit is connected with the input end of the competitive power supply switching circuit, the output end of the competitive power supply switching circuit is in power supply connection with the POS machine test server, and the input end of the competitive power supply switching circuit is further connected with the output end of the standby power supply. The beneficial effects of the utility model are that a 24V direct power supply and a standby battery can compete to supply power to the POS machine test server, the circuit is simple, the cost is low, and the circuit is suitable for being directly integrated on the circuit board of the POS machine test server.

The invention relates to a concurrent power-on logic sequencing networking method for an emergency lighting wireless system, and the method comprises the steps: enabling all emergency lighting nodes to be started concurrently and reading preset floor numbers and network roles under the triggering conditions that a main power supply fault is monitored and a standby battery is switched to supply power; calculating logic delay time according to the floor number and the network role, wherein the time is silent waiting time before the node executes a networking action; and the node keeps a silent receiving state in the logic delay time period, and executes a network networking action corresponding to the role after the delay is ended. According to the method, physical concurrent power-on is converted into ordered access on the time axis, so that channel congestion and signal collision are effectively avoided, and rapidity and reliability of network construction in an emergency scene are guaranteed.