51 results about "Coping methods" patented technology

A card reader includes a shutter provided at a card insertion port, a shutter opening and closing detection device for detecting the shutter being opened and a control device for taking the card shaped medium into the inside of the card reader. In a waiting state where the shutter is closed and a card shaped medium is not present in the inside of the card reader and further, when the shutter opening and closing detection device detects opening of the shutter without detecting insertion of a card shaped medium from the card insertion port, the control device decides occurrence of abnormality to perform abnormality coping processing.

The invention provides a standby computer of an unmanned vehicle. The standby computer is an emergency device used when a central control unit fails and has the functions of giving an alarm to a user, completing emergency pulling over and storing related information into the vehicular black box, and a main operation process of the standby computer includes selecting an alarming mode or a coping method according to whether the user is in the vehicle or not; if the user is in the vehicle and takes over the vehicle, terminating planning directly; if the user is not in the vehicle or does not take over the vehicle, planning a pulling over scheme and executing; reporting to the user about the vehicle position after the vehicle is parked and turning on hazard warning lights. The invention further provides materials, functions and an installing position of the vehicular black box as well as unlocking methods, shell types and an installing mode of a door lock.

The invention discloses a signaling storm management method and apparatus based on a PCC (Policy and Charging Control) framework, for solving the problem that effective warning and a coping method cannot be provided for generation of a signaling storm. The signaling storm management method includes the steps: receiving the warning information, the performance index measured value and the real time traffic for each network element device; aiming at the received various information and performance indexes, according to a preset signaling storm judgment rule, calculating the signaling storm area and the risk grade of the network element devices; by means of the mapping relation between the prestored network element devices and a cell, mapping the signaling storm area and the risk grade, obtained through calculation, of each network element device, into the signaling storm area and the risk grade of the cell managed by the corresponding device; notifying the PCRF (Policy and Charging Rule Function) to generate a corresponding control strategy, so that identification of the signaling storm can be realized and the area where the signaling storm occurs and the risk degree can be accurately determined; and besides, the identification is provided with certain predictability so that the basis about how to cope with the signaling storm can be provided within the shortest time.

The invention relates to a harassment call coping method and system based on a smart question-answer_human-computer interaction mechanism. The method comprises the steps of (1), increasing a grey liston the basis that an owner phone has a white / black list; (2), for stranger call, starting a robot to carry out question-answer on callers, and deciding to ring or enter the grey list according to question-answer content; (3), for the calls in the grey list, starting the robot to carry out question-answer on the callers, and directly hanging up the calls and putting the calls into the black list according to re-judgment of call suspicious degree through combination of settings of an owner, or putting the calls into the grey list again, or carrying out ringing to notify the owner to answer thecalls, thereby eliminating suspicion or preventing emergency calls from being omitted; and (4), for harassment / fraud calls which are judged to belong to the black list, directly hanging up the calls,or switching to a training / punishment mode. Time consumption and communication cost of harassment parties are increased, and the method and the system become a training tool for a question-answer-robot.

The invention belongs to a coping method for pressurized water reactor nuclear power station accidents and especially relates to a method for automatically stopping a coolant pump under the reactor coolant loss accident condition. The method comprises the following steps: the step 1) triggering a safe injection signal and a reactor coolant pump inlet and outlet pressure difference low logic; and the step 2) when the safe injection signal coexists with the condition of reactor coolant pump inlet and outlet low pressure difference, triggering the reactor coolant pump to stop operation. The method has the advantages that the method can realize automatic shutdown of the reactor coolant pump before reactor core deterioration under the LOCA condition, and the time when operators do not need to intervene the accident is prolonged greatly.

The invention provides a tapered pipeline detection robot. The tapered pipeline detection robot comprises a fixed base, a first reducing drive assembly, a second reducing drive assembly, a controllerand a detection device. The first reducing drive assembly and the second reducing drive assembly are arranged on the first side and the second side of the fixed base, wherein the first side and the second side are opposite. Each of the first reducing drive assembly and the second reducing drive assembly comprises a tensioning drive mechanism, a connecting rod and multiple walking mechanisms. Eachtensioning drive mechanism comprises a tensioning drive part, a first tensioning guide rod and a tensioning movable part, each walking mechanism comprises a walking driver, a mounting frame and walking wheels, the tensioning drive parts drive the tensioning movable parts to reciprocate on the first tensioning guide rods, the walking drivers drive the walking wheels to rotate, the controller is electrically connected with the walking drivers, and the detection device is used for detecting pipelines. By the adoption of the technical scheme, the problems that traditional coping methods such as manual detection, random sampling and periodic replacement have the defects of being large in work amount, high in cost, high in danger coefficient and the like can be solved.

The invention discloses a coping method for accidental invalidation of the connection of a spatial delay tolerant network. The method cooperatively works with an LTP protocol providing reliable transmission, and comprises establishing and using a connection invalidation finding mechanism, a connection recovery detection mechanism, a connection invalidation and recovery notification mechanism, a connection diagram updating mechanism and a routing computation mechanism covering the connection invalidation; the continuous retransmission of a beam is used as a mark for connection invalidation; when connection invalidation is found, other nodes are informed of the invalidation information and update the connection information according to the notification, and eliminate the invalid connections from paths when computing routes, so as to deal with the problem of connection invalidation caused by space electromagnetic interference or ultralow node energy.

The image forming apparatus sends its own operation history information and trouble information occurred to a management server. In a trouble cause analysis system of the management server, related information is extracted from the trouble information, and a trouble cause is analyzed with use of the operation history information of the image forming apparatus. Then, information on a coping method for coping with a trouble is sent to the image forming apparatus. On the image forming apparatus, the sent information on the coping method is displayed, and test printing is performed according to user's selection. In the case of having a good result of the test printing, a user performs operation for determining the coping method so as to change to a device setting corresponding to the determined coping method.

The embodiment of the invention provides a method for displaying discharging information and a terminal. The method comprises the following steps: if starting to charge the terminal, obtaining a present charging current value; identifying charging factors which influence the charging efficiency of the terminal; obtaining current characteristic information of the charging factors; generating a charging characteristic prompt according to the current characteristic information and the present charging current value, wherein the charging characteristic prompt is used for obtaining current charging efficiency and the charging factors which influence the charging efficiency by a user. By obtaining the present charging current value, identifying the charging factors which influence the charging efficiency of the terminal and converting the obtained charging current value and the current characteristic information of the charging factors into the corresponding charging characteristic prompt, a current charging state is directly obtained by the user, and the current charging efficiency and changes of certain factors which cause fast and slow speeds of the charging efficiency are obtained; if the charging efficiency is low, reasons for the low charging efficiency are directly obtained from the characteristic prompt, and the user can conveniently carry out coping methods, so that the charging efficiency is improved.

Providing an information providing system and an information providing method capable of providing detail information required for a user to execute his / her scheduled activity smoothly. An information providing system 1 comprises an inhibition storing section 101 for preliminary storing inhibition information relating to inhibition factors corresponding to scheduled information relating to the scheduled activity; a candidate storing section 102 for preliminary storing candidate information relating to candidates of a coping method corresponding to the inhibition information; a schedule receiving section 103 for receiving the scheduled information from a communication terminal; an inhibition selecting section 104 for selecting from the inhibition storing section the inhibition information corresponding to the scheduled information; a candidate selecting section 105 for selecting from the candidate storing section the candidate information corresponding to the inhibition information; a candidate transmitting section 106 for transmitting the candidate information to the communication terminal 2; a selection receiving section 107 for receiving from the communication terminal 2, a selection information selected by the communication terminal 2; and a detail transmitting section 108 for transmitting detail information on the basis of the selection information to the communication terminal 2.

Provided is a remote monitoring system having improved processing capability for a plurality of devices to be monitored. A remote monitoring system includes the following fault monitoring device, fault analysis device, and a fault management device. The fault monitoring device transmits a fault detection command to a plurality of devices to be monitored via a network, receives the execution result of the executed fault detection command, determines the presence or absence of a fault, and outputs fault detection information on the device to be monitored that is determined to be faulty. The fault analysis device receives the fault detection information, analyzes the execution result of the fault detection command included in the fault detection information to determine a fault coping method for recovering the fault, and outputs fault analysis information. The fault management device receives the fault analysis information and manages the execution of the fault coping method included in the fault analysis information. Two or more among the fault monitoring device, the fault analysis device, and the fault management device are configured to be able to execute processing in parallel.

The invention discloses a coping method and device for voltage swell of a power grid of an air-conditioning system. The method comprises the following steps: detecting input current Iin of a power factor correction (PFC) circuit and detecting input voltage Vbd of the PFC circuit; acquiring the phase of the input voltage Vbd, calculating an input voltage peak according to the input voltage Vbd, and calculating an input voltage estimation value Vest according to the phase of the input voltage Vbd and the input voltage peak; judging the input current Iin and a voltage difference value between the input voltage Vbd and the input voltage estimation value Vest; and if the input current Iin is greater than the preset maximum current Imax and the voltage difference value is greater than the preset voltage difference threshold deltaVmax, shutting off a switch tube drive signal of the PFC circuit, and shutting off a power module drive signal of a compressor. According to the method, the peak of the input current during voltage swell of the power grid can be effectively reduced, so that the current shock is reduced; and the robustness of the system is improved.

The present invention relates to an air quality notifying device connecting an air quality measurement device and a wireless terminal, and an air quality notifying method therefor, which can transmit, to a wireless terminal, and check a measurement value measured in a gas measuring instrument measuring the types and concentrations of various gases maintained in the atmosphere, such that ordinary people can easily recognize the measurement value by handling a measurement place and a situation suitable thereto and performing a notification function. That is, the air quality notifying device connecting an air quality measurement device and a wireless terminal comprises: an air quality measurement device (10) comprising a gas detection sensor (11) for measuring the types and the content of various harmful gases dispersed in the atmosphere, an environment measurement sensor (12) for respectively measuring the temperature, humidity, and fine dust or the like of a gas measurement place, an air quality determination module (13) for deriving a measurement value by collecting and determining an air quality state in the atmosphere according to the detected detection gases and the content thereof, and the surrounding environment such as temperature, humidity, and fine dust, an air quality communication module (14) for transmitting, to the outside, through communication facilities, the measurement value of air quality derived from the air quality determination module (13), and a notification module (15) for notifying the outside of a risk if the measurement value of the air quality derived from the air quality determination module (13) is measured as a set value or more; and a wireless terminal (20) comprising a communication control module (21) for receiving the air quality measurement value by connecting, through communication, to the air quality communication module (14) of the air quality measurement device (10), air quality data (22) for storing, as database, characteristics of various harmful gases, the degree of harmfulness according to the content of harmful gases in the air, and a coping method with respect to a detected place, an air quality measurement application (23) programmed to substitute the air quality measurement value received through the air quality measurement device (10) with a data value stored in the air quality data (22) so as to collect situation explanations and coping plans according to the substituted air quality measurement value, a display checking module (24) for displaying, so as to check, the air quality measurement value and the respective situation explanations and coping plans according to the air quality measurement value collected through the air quality measurement application (23), and an application operating unit (25) for selectively controlling and driving the air quality measurement application. Therefore, the air quality notifying method connecting an air quality measurement device and a wireless terminal sequentially progresses by: an air quality determination step (100) comprising an air quality value deriving step (130) of determining an air quality state in the atmosphere according to harmful gases and environments measured by respectively carrying out a harmful gas measurement step (110) of dividing, by type, harmful gases maintained in a measurement place through a gas detection sensor (11) while the air quality measurement device (10) is maintained in the measurement place and measuring the content of the harmful gases, and an environment measurement step (120) of measuring the temperature, humidity, and fine dust through the environment measurement sensor (12) provided in the air quality measurement device (10); a communication connecting step (200) of selectively executing the air quality measurement application (23) downloaded in the wireless terminal (20) so as to connect the communication of the air quality measurement device (10) and the wireless terminal (20); an air quality value receiving step (300) of receiving, in the air quality measurement application (23), through the communication control module (21), an air quality determination value measured from the air quality measurement device (10) through the communication connecting step (200); an air quality value displaying step (400) of deriving, in the display checking module (24) of the wireless terminal, an air quality measurement value inputted into the air quality measurement application through the air quality value receiving step (300); an air quality value substitution step (500) of dividing the air quality value displayed through the air quality value displaying step (400) into respective harmful gases or combining the same into a plurality of harmful gases through the application operating unit (25), and substituting the gases to the database stored in the air quality data (22); a coping plan displaying step (600) of deriving, in the display checking module (24), coping plans according to an air quality state in which all gases divided or measured according to the types and the concentration of the respective gases substituted through the air quality value substitution step (500) are combined; a coping plan checking step (700) of determining whether the coping plans derived in the display checking module (24) through the coping plan displaying step (600) are checked; and an emergency calling step (800) of making an emergency call by specified another communication if the air quality state of the coping plans derived through the coping plan displaying step (600) has a set value or more, or if the air quality state derived through the coping plan checking step (700) indicates a danger level, such that the air quality of a measurement place is precisely measured and the coping plans can be quickly searched for according to the air quality, thereby using the coping plans.

The invention provides a monitoring device, method and system for the physical condition of a driver. The monitoring device comprises a display device and further comprises a physical condition collecting device, a physical condition analyzing device, a coping device, a network device and an alarming device. The physical condition collecting device is connected with the physical condition analyzing device through the network device. The coping device is connected with the physical condition analyzing device through the network device. The alarming device is connected with the physical condition analyzing device through the network device. The display device is connected with the physical condition analyzing device through the network device. According to the monitoring device, method and system for the physical condition of the driver, physical information of the driver is collected through multiple sensors, when the driver has health problems, different levels of coping methods are executed according to the severity of the problems, thus the safety of in-car personnel and a car can be ensured, and the emergency of the driver can also be solved in time.

The back-up device for an IP-PBX of the present invention is connected to each network. The private branch exchange is connected to an individual network to manage and hold the entire terminal device. The back-up device holds each terminal data of a group of terminal devices in a connected network. As a result, when connection management by the private branch exchange develops a failure, the back-up device secures connection management in the network to which the back-up device is connected. When the network or the private branch exchange itself develops a failure to disable control of an accommodated IP terminal, this arrangement enables the IP terminal to resume operation by temporarily shifting control of the IP terminal to the back-up device side, thereby minimizing stop time.

The invention discloses a three-layer risk assessment drought disaster risk coping method. The method includes the following steps that: regulatable feature and regulation approach analysis is performed on drought disaster risk factors from the four aspects of dangerousness, exposure degree, vulnerability and disaster prevention and mitigation capability involved in a drought formation process; a drought disaster one-layer risk assessment system is established; a drought disaster two-layer risk assessment system is established; a drought disaster three-layer risk assessment system is established; and drought risk coping strategies are put forward. Based on historical evolution rules and future evolution trends of drought disasters, the drought disaster risk coping method is established according to drought disaster risk region division and risk prediction results from aspects such as urban population size, regional water resource carrying capacity, industrial structure adjustment, water conservancy project group optimized layout, disaster prevention and mitigation capacity construction, soil and water resource regulation and risk prevention and control management. With the method adopted, regional drought risks can be lowered level by level.

The invention relates to the technical field of automobile safe driving, in particular to a coping system and a coping method of fatigue driving of a driver. The coping system comprises a driving duration acquisition module used for acquiring the driving duration of a driver; a fatigue driving judgment module used for sending the driving duration conforming to the preset fatigue driving duration to a fatigue driving coping strategy calling module as the fatigue driving duration; the fatigue driving coping strategy calling module used for calling a pre-stored coping strategy and sending the pre-stored coping strategy to a multimedia control module and an air conditioner control module; the multimedia control module used for starting a voice player according to the coping strategy; and the air conditioner control module used for starting an air conditioner according to the coping strategy. According to the invention, whether the driving duration of the driver belongs to the fatigue driving duration or not is judged firstly, and then a corresponding coping strategy is adopted to attract attention of the driver, so driving safety is improved, and the system and the method have the advantages of being simple in structure and high in safety.

The invention relates to the technical field of unmanned ships and provides an unmanned ship with an electromagnetic interference detection function and an electromagnetic interference coping method. The electromagnetic interference coping method comprises the steps as follows: the unmanned ship detects the electromagnetic interference intensity of the surroundings through an electromagnetic interference detection antenna; the direction of the current electromagnetic interference signal source is determined according to the difference of electromagnetic interference intensities detected by the electromagnetic interference detection antenna at different angles; the position of a shore signal source is determined, and the position of the unmanned ship is adjusted, so that the unmanned ship is located between the shore signal source and the electromagnetic interference signal source; the direction of a directional receiving antenna is adjusted to face the direction of the shore signal source. The directional receiving antenna meets the requirement for shielding the electromagnetic interference signal source in position and angle and can direct a valid wireless signal source (shore) to complete reconstruction of a communication link.

The embodiment of the present invention provides a method, device and equipment for recommending similar medical case of minimally invasive surgery and a media. The similarity between the two medicalcases is analyzed from the perspective of a medical case, since the data contained in the medical case is multi-source, more than case data is included, and therefore, a reference value of a recommendation result obtained by the method for recommending a similar medical case provided by the embodiment of the present invention is high. The workload of doctors is reduced, medical pressure is effectively alleviated, and thus medical malpractice is reduced. For a medical case which the doctors can not be diagnosed by experience, an accurate auxiliary diagnosis is provided, and the work of medicalstaff is powerfully supported. For ordinary people who do not have a corresponding background of medical professional knowledge, through the symptoms of the people, relying on the method for recommending a medical case provided by the embodiment of the present invention, the people can understand disease information and corresponding treatment opinions and understand basic and feasible disease coping methods.

The invention discloses a detecting and coping method for unexpected actions of a clutch actuator. The detecting and coping method for the unexpected actions of the clutch actuator comprises the following steps that the command and the state of a clutch are monitored in real time when the clutch is in a completely separated (combined) state; on the condition that the whole vehicle conditions are met, when the command of the clutch is in a separated (combined) state, but the actual state of the clutch changes, it is judged that the clutch actuator generates unexpected combination (separation),the clutch is in a preliminary fault state, the clutch is immediately separated (combined), the fault number is counted, and if faults are continuously generated multiple times, the faults are determined; and after the faults are determined, the current gear is kept, the clutch is forcedly combined (separated), the gear is automatically switched to the neutral gear after parking, and the faults are displayed on a vehicle instrument to remind a driver to go to a service station for maintenance in time. According to the detecting and coping method for the unexpected actions of the clutch actuator, the fault detection method is simple, the accuracy is high, the fault coping method is high in reliability, and the safety performance of a vehicle is improved.

An embodiment of the invention relates to the technical field of self-service stores and discloses an emergency situation coping method and system as well as a self-service store. The emergency situation coping method comprises steps as follows: acquiring environment information of the self-service store, generating an alarm signal according to the environment information, matching the alarm signal with preset alarm levels, and determining an alarm manner according to the alarm levels matched with the alarm signal. By means of the scheme, the problem that different emergency situations cannotbe flexibly handled because of poor copping methods of existing self-service stores under different emergency situations can be solved.

The invention discloses an information physically collaborative coping method of an island microgrid considering communication interruption. At a network layer, a path planning method combining the graph theory with the improved genetic algorithm (GA) is proposed to solve the communication interruption problem between communicators. At a physical layer, a prediction compensation method combining the extreme learning machine (ELM) with the model prediction control (MPC) is proposed for the problem of the communication interruption between sensors. Finally, the effectiveness of the collaborativeresponse strategy proposed in the invention is verified by using the MATLAB. By adoption of the method disclosed by the invention, the communication interruption problem occurring in a secondary control process of the island microgrid can be effectively solved.

Providing an information providing system and an information providing method capable of providing detail information required for a user to execute his / her scheduled activity smoothly. An information providing system 1 comprises an inhibition storing section 101 for preliminary storing inhibition information relating to inhibition factors corresponding to scheduled information relating to the scheduled activity; a candidate storing section 102 for preliminary storing candidate information relating to candidates of a coping method corresponding to the inhibition information; a schedule receiving section 103 for receiving the scheduled information from a communication terminal; an inhibition selecting section 104 for selecting from the inhibition storing section the inhibition information corresponding to the scheduled information; a candidate selecting section 105 for selecting from the candidate storing section the candidate information corresponding to the inhibition information; a candidate transmitting section 106 for transmitting the candidate information to the communication terminal 2; a selection receiving section 107 for receiving from the communication terminal 2, a selection information selected by the communication terminal 2; and a detail transmitting section 108 for transmitting detail information on the basis of the selection information to the communication terminal 2.

The invention discloses a charging pile with an expense settlement pre-judgment function. The charging pile comprises a circuit protection module, a power supply module, an electric quantity calculation module, a communication module, a card swiping module and an expense settlement pre-judgment module. The expense settlement pre-judgment module is used for judging the charging state or the physical connection state of an electric bicycle, the expense settlement pre-judgment module runs automatically, and the expense settlement pre-judgment module automatically judges the event occurrence type and executes different coping methods according to the event occurrence type. The expense settlement pre-judgment module judges the charging completion state or the disconnection state of the electric bicycle, so that a user can connect the electric bicycle and the charging pile again when disconnection of the electric bicycle and the charging pile continues 10 s or less, and the user can conveniently use the charging pile conveniently.

The invention is a method of content copy among intra-website personal webs, belonging to the network technical field, which solves the main technical problem of providing a method of content copy among intra-website personal webs. The technical proposal is a method of content copy among intra-website personal web. The method provides a method of content copy among intra-website personal webs, wherein the content remains the same with different web style and is real-time updated. The method includes the following steps: the target user accesses the personal web page of the source user to acquire one content module number in the personal web pages, inputs an account number and passwords which are combined together with the module number into a data which is sent to the server and the server verifies the account number and the passwords, and goes on to the next step if the verification is passed, otherwise re-inputs the account number and passwords; the server stores the content module number and the account information of target users into the database; the target user acquires the module content and display in the personal web pages of the target user. The invention also enables web users to copy contents freely between each other for an unlimited communication, thus realizing the internet significance.

The invention relates to a humidity sensitivity discoloring character-displaying plastic bag comprising a bag main body and humidity warning areas. The bag main body is made of a plastic film. Each humidity warning area is provided with a warning marker and a printing ink discoloring belt. The warning markers are covered with the printing ink discoloring belts. When the humidity sensitivity discoloring character-displaying plastic bag is used for storing products such as fabrics, under a high-humidity environment, the printing ink discoloring belts become colorless from a first color, and the warning markers can be shown clearly and directly without any disturbance. When a humidity ring is lower than discoloring humidity of the printing ink discoloring belts, the warning markers are hidden, and personnel can be prompted of the environment humidity of the plastic bag main body and the coping method directly, intuitively and effectively.