394 results about "Response capacity" patented technology

Systems and methods for authenticating electronic transactions are provided. The authentication methods employ a combination of security features and communication channels. These security features can be based, for example, on unique knowledge of the person being authenticated, a unique thing that the person has, unique personal features and attributes of the person, the ability of the person to respond, and to do so in a fashion that a machine cannot, and so forth. Methods for enrolling the person prior to authentication are also provided, as well as systems for enrollment and authentication.

A community emergency request communication system (CERCS) that provides a person in crisis with ability to send an emergency alert. A primary responder(s) and/or secondary responder(s) receive the alert and can provide aid to the person in crisis. The alerts are sent from a communication device such as a smart phone or cell phone through a server. The responder(s) receive the alert on a communication device and replies through the server. Additionally, personal contacts of the person in crisis can also be notified of the emergency. The system collects and stores relevant event feedback, performance and skill ratings of the responders and the persons in crisis in the system, as well as incident information. The system provides an individual and a community with an additional and/or alternative emergency response capability, which may provide faster or more reliable emergency response than other conventional emergency response methods under some circumstances.

The invention discloses a hybrid electric vehicle working mode switching process dynamic coordination control method. Accelerator pedal depth is acquired by an EMS (engine management system) to obtain required vehicle torque, and an HCU (vehicle control unit) can select a work mode under a current working condition to work according to the required vehicle torque or the actual working condition; by controlling change rate from engine throttle percentage to target throttle percentage, the engaging speed of a clutch is reasonably controlled according to speed differences of an engine and a motor, insufficient dynamic output torque of the engine is offset by the quick response ability and the characteristic of accuracy torque control of the motor, and output torques of the motor and the engine are coordinated and allocated in the mode switching process. According to the technical scheme, the torque output of a hybrid power system is controlled, so as to reduce the dynamic process of the engine; oil consumption is reduced, so as to improve the economical efficiency; great fluctuation of the required vehicle torque is not generated in the mode switching process, so as to improve vehicle riding comfort; wear of the clutch is reduced, so as to ensure power transmission smoothness.

The invention discloses a method for coordinating and controlling quality change of coal in a supercritical once-through boiler unit. The method is used for building a boiler master control provided with balanced indirect energy, and comprises the following steps: quantifying coal quantity by load; quantifying primary air quantity by the coal quantity; confirming a dominant role of instructions of the boiler master control; jointly debugging the ratios of wind, water and coal to ensure that the superheat degree of the boiler meets the requirement; meanwhile, ensuring the control precision of the front pressure of the boiler unit to meet the requirements of a power grid for changing range and speed rate. The method mainly solves the problem that the unit runs fast while the boiler efficiency is low, and builds a novel static feedforward, a load dynamic feedfoward, a pressure dynamic feedforward, and dynamic corrections of the feedforwards based on quality change of coal; the linkage of wind, water and coal quickens the responsiveness of the boiler; the joint debugging of water and coal solves the problem of quality change of coal, realizes the decoupling of water and coal and the decoupling of main steam pressure and superheat degree; the linear real-time coefficient modifies various experience curves; and a main steam pressure regulator of the boiler master control is subjected to the variable parameter control.

The invention discloses a multidirectional evacuating device for die-casting, which comprises a vacuumizing unit and a vacuum control system. The vacuumizing unit comprises a vacuum pump, a vacuum tank, a cavity bleed-off passage, a pressure chamber bleed-off passage, die set bleed-off passages, a vacuum valve and electromagnetic valves; the cavity bleed-off passage is formed by a pipeline connected between the vacuum tank and the vacuum valve; the pressure chamber bleed-off passage is formed by a pipeline between the vacuum tank and a pressure chamber; each die set bleed-off passage is formed by a pipeline between the vacuum tank and a die set of a die-casting die; each die set bleed-off passage is provided with one electromagnetic valve; and the vacuum control system is used for acquiring information of each pressure sensor and each humidity sensor and switching on or switching off the corresponding electromagnetic valves according to external die-casting signals so as to switch on or switch off the corresponding bleed-off passages and control the vacuum degree of the die-casting die. According to the invention, the vacuumization is simultaneously carried out from three directions of a cavity, the pressure chamber and the die set; the evacuating rate and the evacuating efficiency are greatly improved; and an IPC (Industrial Personal Computer) is adopted to control, so that the high-speed dynamic response capacity and the data storage capacity of the detection are improved.

The invention discloses a system for supplying materials for a mixed assembling production line based on an RFID. A method for supplying the materials for the mixed assembling production line based on the RFID includes the steps of enabling products which are being processed and to be assembled beside the production line to be equipped with RFID labels, reading assembly information of the production line in real time through an RFID read-write device, transmitting the information to a data storage and application module through a middle part, monitoring the RFID read-write device through the data storage and application module, and obtaining a distribution scheme through the real-time assembly information. According to the system for supplying the materials, the invention further provides the method for supporting the materials. By determining the distribution lead time of the materials, the acquisition cycle of the RFID read-write device and the data taking and using middle cycle of the middle part, the required amount of the materials which are to be assembled beside the production line is obtained through the data storage and application module, and the distribution scheme is obtained according to transportation vehicles. According to the system and method, workshop assembly schedule information and assembly line state information are automatically collected, and the response capacity, the flexibility degree and the distribution efficiency of the distribution requirements of the materials beside the production line are improved.

The invention provides a digital switch converter with fast transient response capability. The digital switch converter comprises a Buck type switch converter power level main topology structure, an A/D (analog-to-digital) sampling conversion unit, a prediction control unit, a fuzzy PID (proportion integration differentiation) control unit, a DPWM (digital pulse width modulation) unit and a driving unit, wherein the A/D sampling conversion unit respectively samples the analog output voltage value and the analog inductor current value of the sampling switch converter and converts analog signals into digital signals, the prediction control unit predicts the next switch period output voltage value according to the A/D sampling digital signal value combined with the Buck type switch converter main topology structure, the fuzzy PID control unit determines the switch period duty ratio according to the output voltage error value and the output voltage error deviation value, and the DPWM unit and the driving unit output the corresponding on-off state of a power tube of the PWM driving switch converter according to the duty ratio for regulating the output voltage value.

The invention belongs to the field of marine technical equipment, and particularly relates to an automatic floating device of an underwater robot and a method for controlling the automatic floating device. The method includes that faults such as water leakage can possibly occur due to complexity of work environments of the underwater robot, the underwater robot urgently needs to float out of water surfaces, water leakage signals can be detected by a water leakage sensor inside the underwater robot at the moment, and can be transmitted to a central controller, signals can be transmitted to an igniter after the signals are processed and judged by the central controller, the igniter can be activated and carries out ignition to initiate chemical reaction, a large quantity of gas can be generated instantly, is filtered by a filter and then flows into a gas bag, a gas bag cover can be flicked after the gas bag is quickly expanded, the gas bag is immediately unfolded right above the underwater robot, the volume and buoyancy of the underwater robot are increased after the gas bag is unfolded, and the underwater robot can ultimately float out of the water surfaces under the effect of net buoyancy, can be timely found by staffs under the assisting effect of a GPS (global positioning system) positioner and can be recovered. The automatic floating device and the method have the advantages that the automatic floating device is simple in structure and can work reliably, and the response capacity of the underwater robot under special conditions can be greatly improved.

The invention discloses an emergency plan generating system and method, belonging to the field of emergency plan generating technology and realized on the basis of a database and application software. The system comprises a plan information extraction module, a plan database, an accident information visualization acquisition module, an accident information processing module, a disposal flow reediting module, a disposal flow verification module and a plan generating module, wherein all the modules are both independent from each other and are interrelated with each other; the emergency plan generating system is realized based on the system and has a full-flow visualization characteristic and can add temporary information. According to the invention, through full flow visualization, the requirement on professional knowledge of an organizer is reduced and the disposal flow of the plan is clearly described; temporary information can be added during plan generating process, thus improving emergency response capability and close relation between the plan and reality; a template meeting national plan standardization requirement is used for generating a file, thus ensuring the standardization of the generated plan. The invention can be used for rescue and disposal of accidents such as fire disasters, explosion, chemical leakage and the like in safety production.

The invention provides a wind power plant energy storage volume configuration method capable of improving the dispatching economy of an electric power system. The method is characterized by comprising the contents of the definition of prediction errors and the error rate, the relationship among the system wind power standby volume, the energy storage system volume and the wind-power power prediction errors, wind power standby volume determination, energy storage volume determination, confidence degree definition and the like. An energy storage system is used for compensating the time period power shortage with greater wind-power power prediction errors for power and energy time transfer features and fast response capability, a target function with the minimum sum of the system standby volume cost and the configured energy storage volume cost is built, matlab programming is utilized for solving the energy storage system volume in the target function, the goal of greatly reducing the wind-power standby volume of the system at less energy storage volume configuration can be realized, and the operation economy of the system can be improved.

The present invention discloses a method for aggregation potential assessment with load participating in demand response. The method comprises the following steps: the step 1) providing a user comfortdegree characteristic index to calculate a comfort degree index value of each load based on an input/output physical model of three types of family loads which are an air conditioner, a water heaterand an electric car; the step 2) taking into consideration influences of factors such as load running characteristics, a user comfort degrees, a user trip plan, a demand response rule and the like toestablish a load aggregation response model; and the step 3) employing an equivalent response power of a load colony in this period to represent the aggregation response potential in this period. Themethod provided by the invention can effectively assess the aggregation response capacity of an intelligent load colony so as to fully excavate the response potential of a load when a power grid generates emergency power vacancy and relieve pressure of first and secondary frequency modulation standby of a generator.

The invention discloses a power system equipment importance assessing and sorting method based on risk analysis. Based on risk assessment of a power system, the importance of power grid equipment for the overall operational risk of the power system under different operating conditions can be shown truly and comprehensively; during assessment of the equipment importance, the commonly-used certainty security standard of power enterprises is also taken into account while comprehensively considering uncertainties of power grid operation, so that the defects that by the conventional importance assessing method, uncertainties of the grid operation cannot be comprehensively considered, the evaluation angle is single, the practicality is not high and the like are effectively overcome, and more comprehensive risk assessment information than that provided by the conventional assessing method can be provided. In the power system equipment importance assessing and sorting method, the equipment importance assessment is carried out by dividing system risk levels, so that both direct influence and indirect influence of the equipment on the safe operation of the power system can be reflected and references can be provided for a local control and optimization scheme of risk management and control of the power system so as to improve responsiveness to the risk management and control of the power system.

The invention relates to an oxygen sensor aging diagnosing method. The method is characterized by comprising the following steps of: judging conditions; systematically recording the response time and the converting frequency of thin-to-thick oxygen and thick-to-thin oxygen respectively according to the voltage update state of an oxygen sensor after the conditions are accorded; computing the total response time and the total overturn frequency of the thin-to-thick oxygen and the thick-to-thin oxygen respectively after acquisition; and if the average response time is overlong, determining that the response capability of an oxygen sensor signal is reduced. The response capability of the oxygen sensor is determined by a specific algorithm; if the average response time exceeds a set threshold value, the condition that the response capability of the oxygen sensor signal is reduced is determined; and the method is quick in detection speed and accurate in conclusions.

The invention provides a power demand side scheduling resource potential modeling method and system. The method includes the following steps of determining the duration of demand response load reduction; calculating the user load baseline of a demand response day; obtaining the load curve after the user carries out the demand response; and according to the duration of demand response load reduction, the user load baseline of the demand response day and the load curve after the user carries out the demand response, establishing a user scheduling resource potential trapezoid model. The power demand side scheduling resource potential modeling method and system can effectively evaluate the user side demand response resource potential, and can better represent the response capacity, response speed, and response time of user demand response resources; in addition, the method is simple and practical, can conveniently and effectively calculate the potential of demand side sources in different scales, and greatly supports the making of demand response plans and the development of demand response projects.

The invention discloses a mirror reflection type electrochromic device and a preparation method thereof. The electrochromic device comprises transparent conducting glass, an insulating spacer, gel electrolyte, zinc oxide (ZnO) nanocrystallines and aluminum zinc oxide (AZO) transparent conducting glass. The preparation method comprises the following specific steps: directly growing the ZnO nanocrystallines on an AZO transparent glass electrode to form a coarse surface; uniformly mixing silver ion inorganic salt, bromide or iodide salt, auxiliary conducting ion inorganic salt and high-molecular polymer in organic solvent to from the transparent, stable and uniform gel electrolyte; using an encapsulating material to encapsulate the gel electrolyte between the transparent conducting glass with smooth surface and the AZO transparent conducting glass with coarse surface. The mirror reflection type electrochromic device has the advantages of simple technology and low cost, and large-area dimming devices with high reflectance, high transmittance and quick response capacity can be assembled.

The invention provides a direct power control method of a voltage source PWM (pulse width modulation) rectifier system. Based on an inner-loop power and outer-loop voltage control method adopted in a DPC (data processing control) method, set values of active power and reactive power are compared with actual values, and a voltage vector is selected by querying a switch list to control the on-off state of the PWM rectifier. According to the control method provided by the invention, a state variable marking the active power and the reactive power is added, the location of a space vector is redefined and a segmented switch list is constructed, thus enhancing the decoupling control on the active power and the reactive power and the response capability, and improving the power factor of the rectifier. The calculation and experiment results show that the grid side input current is sine and the instantaneous power dynamic and static control characteristics of the system are better.

The invention discloses a distributed energy system energy optimization regulation and control method fusing demand side response. The method includes the steps that a distributed energy system optimization regulation and control model is established, and the response capacity of user refrigeration equipment is introduced to participate in distributed energy system optimization operation; through considering the heat balance equation of an intra-system building, a mathematical relation between obtained user indoor temperature and output of the refrigeration equipment is described in a quantified mode. On the basis of meeting the requirement for comfort of a user in energy using, dependency on a battery energy storage system is reduced, and economy of distributed energy system operation is effectively improved; the distributed energy system optimization regulation and control model is established, the response capacity of the user side refrigeration equipment is introduced to participate in distributed energy system optimization operation, meanwhile, through considering the heat balance equation of the intra-system building, the mathematical relation between the obtained user indoor temperature and output of the refrigeration equipment is described in the quantified mode, and the comfort of the user is guaranteed. The result shows that through introduction of the user demand response, the energy-using cost can be effectively lowered.

The invention provides GPU-based (graphics processing unit-based) real-time drawing method and device for power WebGIS (web geographic information system) vector. Through power line data acquisition, window clipping, texture creating and GPU drawing and rendering, GPU hardware acceleration technology and power WebGIS vector real-time drawing are combined effectively. By an efficient graphic rendering function of the GPU hardware acceleration technology and the function of batch data vector drawing, efficiency and timeliness of clients are greatly enhanced. In addition, the asynchronous response capacity of the GPU allows the system to be fast in interface response, so that user experience is improved and an efficient and visual solution is provided for vector drawing of power grid batch data.

The invention discloses a method and a system for realizing real-time scheduling of a task. The method comprises the following steps of A, executing a new task when the establishment of the new task by a system thread is detected, and judging whether the priority of a task with highest execution priority in a waiting-for-scheduling queue is greater than the priority of the new task or not; B, switching the new task into the waiting-for-scheduling queue when the priority of the task with the highest execution priority is greater than the priority of the new task, and scheduling the task with the highest execution priority in the waiting-for-scheduling queue into a CPU (Central Processing Unit) to run. Through the method disclosed by the invention, the method can be used as a real-time strategy for task scheduling in an RTOS (Real Time Operating System), and the multi-task responsiveness can be increased under the condition that the method is independent of special hardware; the method can also be used as a real-time patch in a general OS (Operating System), and timely response on a set of task groups with a high real-time requirement can be realized.

The invention discloses a method for acquiring an access time window for shooting and imaging a ground target area by a satellite. The method comprises the steps that pretreatment is conducted on the ground target area, the interval of tracks of time-adjacent subsatellite points is calculated, and a calculating period is divided; the access time window for shooting and imaging the ground target area by the satellite in a first time period is calculated; the access time windows for shooting and imaging the ground target area by the satellite in all time periods are primarily calculated; the primarily calculated access time windows for shooting and imaging the ground target area by the satellite in all the time periods are optimized to precisely obtain the access time window for shooting and imaging the ground target area by the satellite in all the time periods. The method is used, the access time window for shooting and imaging the ground target area by a remote sensing satellite can be quickly acquired, the efficiency for acquiring the access time window for imaging the ground target area by the remote sensing satellite can be improved, and the quick response capacity to emergencies of a remote sensing satellite imaging technology is improved.