94results about How to "Quick report" patented technology

A rotating machine valve health monitor. Aspects of the valve monitor include instrumenting each valve of a reciprocating compressor, or other rotating machine, with a sensor capable of detecting at least vibration and instrumenting the crank shaft with a sensor capable of detecting at least rotation. A controller directly monitors the operation and condition of each valve to precisely identify any individual valve exhibiting leakage issues rather than only identifying the region of the leakage. The valve monitor uses a relatively high frequency stress wave analysis technique to provide a good signal-to-noise ratio to identify impact events indicative of leakage. The valve monitor uses circular waveforms of vibration data for individual valves to identify leakage by pattern recognition or visual identification. The valve monitor provides ongoing data collection to give warning of predicted valve failure and scheduling of preventative maintenance for failing valves.

An anti-theft device monitors an object or person approaching a vehicle from the surrounding area of the vehicle by using a surrounding area sensing sensor when an authorized vehicle user moves away from the vehicle which causes the anti-theft device to be activated. If the anti-theft device detects the object or person, the anti-theft device activates an alarm. The anti-theft device transmits images and surrounding area details of the vehicle to the information center. If the vehicle is illegally accessed, the occurrence of any illegal activity is detected by a break-in sensor that issues a break-in alarm, simultaneously with the transmission of vehicle information to the information center, indicating the current disposition of the vehicle. Then, the information center determines that the vehicle is being illegally operated and transmits the vehicle information accumulated at that moment to a manager terminal.

The invention provides a city's comprehensive emergency platform, which comprises a comprehensive management system, an information receiving and reporting system, an early warning and forecasting system, a preplan management system, an event management system, a support resource management system, an auxiliary decision system, a command and dispatch system, a simulation exercise system, and a portable mobile terminal system. According to the invention, it is possible to effectively ensure the quick report of the scene organization and on-site information through a developments display system and a cell phone terminal; and through the command and dispatch system, it is possible to vividly present the on-site situations and to make fast response to the onsite situations for analysis and decisions so as to make corresponding instructions afterwards. The system solves the problems that information is not well communicated in the management and that data are large yet ineffective.

The invention discloses a short circuit detecting method and a short circuit detecting device, which relate to the field of circuit detecting technology. A short-circuit state between detected signal lines is judged by scanning and outputting the detected signal lines and reading the input state of the detected signal lines. The device comprises a microprocessor control unit, an output latch unit, an input buffer unit and the like, wherein the output latch unit and the input buffer unit are connected with the detected lines at the same time; and each input of the input buffer unit pulls up a resistor to a power supply or pulls down a resistor to the ground respectively. By using the method and the device of the invention, a short-circuit condition between the signal lines on a circuit board can be detected and reported quickly; the maintenance is convenient; the work efficiency of the links, such as research and development, production, maintenance and the like of electronic equipment can be greatly improved; and the method and the device are particularly suitable for detecting a backboard of a high-density and complex computer, and communication and data exchange equipment.

The embodiment of the invention discloses a system for processing wireless access network faults, which comprises a terminal unit and a network management maintenance facility, wherein, the terminal unit is used for confirming the faults occurring in a wireless access network and sending fault information to the network management maintenance facility; and the network management maintenance facility is used for determining the fault type according to the fault information sent from the terminal unit, determining the fault processing manner corresponding to the fault type according to the preset corresponding relation between the fault type and the fault processing manner, and processing the faults according to the determined fault processing manner. The embodiment of the invention further discloses a method and a device for processing the wireless access network faults. By adopting the system, the method and the device, the real-time performance for processing the wireless access network faults can be increased effectively.

Provided is a method by which a cable modem reports a downstream packet resequencing status to a cable modem termination system, and more particularly, a method of effectively reporting detailed information on a packet resequencing status by further defining a packet resequencing-related event and event-related information in a message reporting the packet resequencing status. The method by which a cable modem reports a resequencing status of the resequenced packets includes the steps of: when a packet resequencing-related event occurs, generating a resequencing status message (CM-STATUS) including packet sequence numbers of packets causing the event; transmitting a band allocation request message for requesting a cable modem termination system to allocate an upstream band for transmission of the resequencing status message; and transmitting the resequencing status message to the cable modem termination system over the upstream band allocated by the band allocation request message. More detailed resequencing status information, such as the remaining capacity of the receive buffer and the resequenced packet map, for more packet resequencing-related events compared to the conventional downstream packet resequencing status reporting method, is transmitted to the CMTS, such that the CMTS copes more flexibly with situations that may occur upon packet resequencing.

Devices and methods for monitoring physiologic parameters are described where an airway device, in one embodiment, may comprise a mouthpiece section and an opening section defining one or more airway lumens therethrough with a first sensor in fluid communication with the one or more airway lumens and a second sensor positioned upon a hand-piece for contact against a portion of the user. The first sensor may be configured to detect an airway pressure when a user inhales or exhales through the one or more airway lumens, and the second sensor may be configured to detect a physiological signal from the user. Additionally, a controller may be in communication with the first and second sensors where the controller is programmed to correlate pressure oscillations in the airway pressure with heartbeats.

The invention discloses a message monitoring method and system. The method comprise the following steps: a server performs text monitoring on a message received by a user; whether the message meets alarm conditions is judged; the server sends alarm information to the user or a guardian preset by the user according to a judge result that the message meets the alarm conditions, wherein the alarm information includes a report access enabling the user or the guardian to be capable of giving an alarm. By adopting the method and the system, the message of the user can be monitored, the user is timely informed to notice the message, and a rapid report access is provided for the user, so that the purposes of swindle prevention, user property loss avoiding and rapid report are realized.

The invention provides a method of managing hidden danger information. The method comprises the following steps that a first terminal, which is logged in by a first account with permission level as an inspector, obtains the hidden danger information of a building and reports the hidden danger information to a server; the hidden danger information includes building information and hidden danger description information; the server generates a hidden danger review task including the building information and the hidden danger description information, and transmits the hidden danger review task to the first terminal or to a second terminal, which is logged in by a second account with permission level as the inspector; the first terminal or the second terminal responds the hidden danger review task, a hidden danger review result of the corresponding building is obtained according to the building information and the hidden danger description information, and is transmitted to the server; and the server correspondingly stores the hidden danger review result and the hidden danger information, and when the hidden danger review result passes, the hidden danger information is subjected to documentation processing. According to the method of managing the hidden danger information, which is provided by the invention, the efficiency of reporting the hidden danger information, authenticity and accuracy are guaranteed. The invention also provides a system of managing the hidden danger information.

A wireless sensor network comprises at least one sensor unit which comprises a sensor for sensing a parameter and at least one interrogating node. The interrogating node is arranged to transmit an interrogation message periodically to said sensor unit and to receive a reply message from said sensor unit. The sensor unit is arranged to transmit said reply message after a predetermined deliberate delay unless the sensor unit determines that an alarm condition has been met, in which case the sensor unit is arranged to transmit said reply message before the end of the deliberate delay.

The invention relates to a service information pushing method and system. The service information pushing method includes the steps that a two-way data transmission mode between an intelligent terminal and a cloud server and between a manager client side and the cloud server is established through a communication network; service requests are acquired and managed by the intelligent terminal, and the acquired service requests are transmitted to the cloud server; the cloud server transmits the service requests to the manager client side, the manager client side conducts individuation processing on the service requests, and information and service feedback matched with the service requests are pushed to the intelligent terminal through the cloud server according to the individuation processing result. By the adoption of the service information pushing method and system, the defect of interaction of traditional cell service information processing and pushing is overcome, real time performance is high, the application range is wide, performance is stable, price is low, features of smart cells are enriched, and good social benefits and economic benefits are possessed.

There is provided a data processing system-implemented method, system and an article of manufacture for providing a serviceability framework for autonomic resource management in a computer data centre. The data centre is monitored based on a logical representation (model) in the serviceability framework representative of the actual physical devices. The data centre logical model is constantly synchronized with the physical devices of the actual data centre where inconsistencies occur, and fast reporting is required before more problems occur. Monitoring agents associated with all the data centre devices are implemented to quickly identify and deal with problems before human intervention is required. A data centre health monitor is capable of detecting the malfunctions of typical devices and sub-systems in the data centre. For problems or failures that require drastic steps, the subsystem may be isolated and then interrogated separately from the rest of the data centre. Interruptions may be avoided by cloning a designated portion of the data centre systems for off-line trouble-shooting, thereby saving the systems from shutting down totally. A robust set of messages and trace logs including current operational status and health of the data centre may be provided for further diagnostic problem determination.

The invention provides an intelligent integrated food selling terminal machine which consists of a cabinet body, a base, a refrigerating module, a heating module, an output module, a packing module, a cleaning module, a man-machine interaction interface and control module and a food safety monitoring module. The refrigerating module is used for low temperature storage of food; the heating module is used for rapidly heating food; the output module outputs heated food to a meal fetching opening and processes food that is not taken away for a long time; the packing module is used for rapidly packing food; the cleaning module is used for rapid sterilization and disinfection in the machine; the man-machine interaction interface and control module is used for intelligent communication with customers and coordination control between the modules; the base bears the weight of the machine and contains functional components, such as a compressor, inside; the cabinet body consists of a plurality of panels and is used for isolating the inside of the machine from an external environment; the food safety monitoring module is used for monitoring food quality in real time. The machine can realize integrated operations of refrigeration, heating, output, packing and intelligent selling of food, has complete functions, is convenient and efficient, and can be widely applied to such places as stations for safe selling of food.

The present invention provides a method to rapidly provide genotype screening of a plurality of biological samples in a designated well of a microwell container for remote user by a screening laboratory. The screening method can be used to determine if a biological sample is heterozygous, homozygous or wild for a designated genetic sequence.

The invention relates to a wet land ecological event acquisition and early warning method and system, wherein the system consists of two parts, namely an event collecting system and an event early warning system. The event collecting system comprises an image collector, a GPS (Global Positioning System) module, an event editing module, a communication module, an event memory, a map module and an event processing module; and the event early warning system comprises a receiving module, an interpretation module, a reviewing and issuing module, a decision analysis module, a map display module, an event business database and a geo-spatial database. The event collecting system and the event early warning system are communicated with each other through a short message center platform and wireless transmission. In the invention, the wet land ecological event acquisition and early warning method and system are convenient, efficient, real-time and dynamic, and can be used for monitoring and managing wetlands and ecological environment, thereby changing the condition that an ecological event is delayed to find, hard to collect, and slow in processing and not available to the public in the wetland protection.

A transportation management system comprises a management terminal device provided in a transportation medium and a management body device for remotely managing the transportation state of a transportation object. The management terminal device comprises a position detecting device, a get-on / off detecting device and a transportation information transmitter, which respectively, detects the current position of the transportation medium, detects the delivery-in / out of the transportation object to / from the transportation medium, and transmits transportation information to the management body device. The management body device comprises a transportation information receiver, a distance storage, a collator and a deciding device, which respectively, receives transportation information transmitted from the management terminal device, stores the transportation distance information of the transportation object, collates the transportation information with the transportation distance information, and decides the transportation state of the transportation object based on the collation result.

A system and method for efficiently estimating and reporting the rendition of digital advertising messages in a network of electronic displays in which advertising message blocks, supporting loop undersaturation and loop oversaturation, are formed, wherein the resulting advertising message block is constrained to a preexisting length specified by a loop policy associated with each display frame in the system.

The invention relates to a method for treating the sick and wounded based on a mobile internet. The method comprises the steps that users can rapidly send an SOS and report the position by conducting communication through a mobile internet terminal; nearby medical workers arrive at the scene, simple treatment is carried out under the video guidance of hospital emergency medical workers, after the emergency medical workers arrive at the scene, an application is sent to a treatment hospital according to the conditions of the sick and wounded, RFID identifications of the sick and wounded are distributed, and pathogenic conditions are reported; the hospital completes various kinds of treatment preparatory work with binding with the patients and treatment analysis with the tracking work according to the RFID identifications of the sick and wounded. The method has the advantages that due to the fact that the wireless data transmission is carried out among the hospital, emergency medical worker server terminals, server terminals of the medical workers surrounding an accident, a central server and user client terminals, medical resources are effectively integrated so as to achieve the aim that the users can conveniently and rapidly send the SOS and rapidly prepare for reporting the geographic position, and due to the fact that the phenomenon that lines are engaged does not exist, the number of the patients and efficiency by manual services are not limited.

An alarm for detecting faults of overhead lines of a distribution network comprises a sensor, a signal acquisition unit and a magnetoelectric conversion circuit which are connected with the sensor, a microprocessor which is connected with an output end of the signal acquisition unit, a wireless RF module which is connected with the microprocessor, a power supply control module which is connected with the output end of the magnetoelectric conversion circuit and a power supply which is connected with the power supply control module, wherein, the power supply is respectively connected to the signal acquisition unit, the microprocessor and the wireless RF module. Fault information on the overhead lines and occurrence addresses thereof can be accurately detected and rapidly sent out through the microprocessor and the wireless RF module. The magnetoelectric conversion circuit, the power supply control module and the power supply constitute a magnetic energy conversion mechanism. The alarm can be ensured to work safely and stably for a long time in field through the magnetic energy conversion mechanism.

A method and system for initiating an incident-specific request for assistance from a citizen call station by touching a sequence of positions on a display screen. The citizen call station comprises a display having a touch-responsive mechanism for entering a call sequence of statements including initiating an alert, reporting a concern, and selecting help needed. A transmission mechanism for transmitting the call sequence to a control location is provided. A confirmation of the request, sent from the control location, may be received at the call station. The call station may also deliver information from a central location. The call station may include cameras, various sensors, two-way communications, and may be used to provide information on demand, outside of the normal security concerns.

A mobile station, a base station, a communication system and an abnormal power down reporting method thereof are provided. The communication system includes the mobile station and the base station. The mobile station is located within a wireless communication range of the base station. The mobile station transmits a notification message to the base station after detecting abnormal power down of the mobile station. The base station determines that abnormal power down occurred in the mobile station according to the notification message, and notifies a backhaul network to deregister the mobile station.

The present invention relates to a high-frequency oscillation automatic detection system based on calculation of a baseline of maximum peak point distribution. The system consists of the following modules: a high-frequency oscillation automatic detection module (1), an individualized brain model preparation module (2), and a result integration and report output module (3). The high-frequency oscillation automatic detection module (1) obtains data from an original electroencephalogram of a patient, and after carrying out calculation to obtain a baseline by using an algorithm of calculating a dynamic baseline based on a maximum distribution peal point, obtains a data result; the individualized brain model preparation module (2) obtains data from a nuclear magnetic resonance and CT scanning result, combines the data with the data result obtained by the high-frequency oscillation automatic detection module (1) to draw an individualized brain model jointly; and the result integration and report output module (3) outputs a clinical test report.

The present disclosure relates to a communication method and system for converging a 5th-Generation (5G) communication system for supporting higher data rates beyond a 4th-Generation (4G) system with a technology for Internet of Things (IoT). The present disclosure may be applied to intelligent services based on the 5G communication technology and the IoT-related technology, such as smart home, smart building, smart city, smart car, connected car, health care, digital education, smart retail, security and safety services.

The invention provides data detecting equipment and a method for the MVB (multifunctional vehicle bus) network. The data detecting equipment comprises an FPGA (field programmable gate array) controller, a USB (universal serial bus) controller, a USB interface and an MVB physical interface, wherein the FPGA controller is connected with the MVB network through the MVB physical interface, captures data packets transmitted by the MVB network and decodes. If the decoded data of the data packets are complete, the data are transmitted to an upper computer through the USB controller, and on the contrary, the decoded data of the data packets are incomplete, the data are processed by an error analyzing module of the FPGA controller and error information is then sent to the upper computer by the USB controller. The data detecting equipment is capable of realizing real-time process and analysis of the data of the MVB network by the aid of the FPGA controller, is high in data processing efficiency and time-saving. Besides, the data can be transmitted to the upper computer at a high speed through USB serial ports without the data transmission mode controlled by a CPU (central process unit), error information and correct data can be reported quickly.

The invention discloses a control-module-based serial communication framework of a serial power supply device. The serial communication framework comprises the serial power supply device and a main controller, the serial power supply device is formed by connecting foundation units in a series, each foundation unit is composed of one or more power supply devices, a control module is arranged between every two adjacent foundation units, each control module at a low-voltage side is in communication connection with an adjacent control module at the high-voltage side are in a unvarnished transmission and cascading switching serial mode, and the main controller is respectively connected with the control module at the highest-voltage side and the control module at the lowest-voltage side through a separation device. The control-module-based serial communication framework of the serial power supply device has the advantages of being low in cost, free of complicated control units, capable of greatly reducing the complexity of internal leads of the power supply device, and very simple in structure.

The invention discloses a notification method, a terminal and a base station of the terminal-supporting spectrum capacity and related to the communication technology field. The method comprises the following steps: the terminal carries the terminal-supporting frequency range and / or the frequency sub-band information in location register information, initial calling information or paging information. The location register information, the initial calling information and the paging information is sent to the base station in order to enable the base station to receive the terminal-supporting frequency range and / or the frequency sub-band information. The method has the advantages of being suitable for informing the base station of the terminal-supporting frequency range and / or the frequency sub-band information by the terminal.

The invention provides a quick Beidou transmission method of earthquake disaster information. The method is characterized by comprising steps of inputting corresponding content on a Beidou terminal device according to column content in a disaster report form so as to record earthquake disaster information; extracting input content and recombining input content according to an earthquake protocol so as to form a Beidou short message; transmitting the Beidou short message; then receiving a receive return receipt sent by an earthquake command system; receiving, extracting and analyzing the Beidoushort message by the earthquake command system, and sending the receive return receipt; and extracting the Beidou short message by levels according to the earthquake protocol, recording in corresponding positions in a disaster record form, recombining to obtain earthquake disaster information, and recording a card number of a reporting Beidou terminal device. Through adoption of the method, a user can input necessary earthquake disaster information to be reported rapidly, the Beidou short message is shortened, the earthquake disaster can be reported rapidly and effectively, and the earthquakeinformation is transmitted safely and reliably.