50 results about "Coping methods" patented technology

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.

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 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.

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.

Apparatus for both forming and coping the end of a tube. The tube is gripped such that it is aligned with a movable first tool assembly that is positioned, in a first operation, adjacent said tube end. The tool assembly is then controlled in a manner such that the tube end is formed. Thereafter, the first tool assembly is removed and replaced with a second tool assembly which is controlled in a manner such that the formed tube end is then coped. The movable tool assembly is rotatable about its axis to a predetermined plane.

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 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 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.

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.