56 results about "Rapid response system" patented technology

Disclosed is a system for detecting an acute myocardial infarction (i.e., a heart attack) at the earliest possible time and promptly warning the patient that he should immediately seek medical care. The present invention includes an implantable electronic system that can sense a change in the patient's electrogram that is indicative of a heart attack. If a heart attack is sensed, the device would then cause an implantable and / or externally located alarm to be actuated to warn the patient of his condition and a medical practitioner at a remote diagnostic center would receive the patient's electrogram for analysis. The patient or a caretaker would then be informed to self-inject medication through a subcutaneous, pass-through drug port that can be a separate device or integrated into the implanted device that is designed for the early detection of a heart attack. Since an implantable heart pacemaker or defibrillator already has within its structure many of the elements required for the device to recognize a heart attack, it would be expeditious to add a capability to these existing devices to detect a heart attack, have a pass-through drug port and provide an implantable and / or external alarm means to inform the patient to take appropriate action.

The invention provides a self-adapting quick response system for urban traffic congestion, comprising a center system, a roadside detector, a roadside detection controller, a dynamic display board on the road and an information subsystem, wherein the center system is used for processing information which is transferred by the roadside detector and the roadside detection controller which are connected with the center system and returning results after analyzing the information; the roadside detector is used for detecting the road traffic state by utilizing a comprehensive inductor and sending detection results back to the center system as well as the adjacent roadside detector and roadside detection controller; the roadside detection controller is used for detecting and analyzing the relevant traffic flow and the congestion state of the road section or the road junction and controlling the traffic light length, a wireless shirt-distance information publishing device and the dynamic information board; the dynamic display board on the road is used for intercommunicating information with the center system and the adjacent roadside detection controller and dynamically displaying the information after being analyzed; and the information subsystem is connected with the center system and used for pertinently broadcasting traffic information to drivers through various ways. By means of the system provided by the invention, the possible congestion can be rapidly detected and controlled to ensure that the congestion is eradicated at the beginning of forming.

A distributed processing network system (10), an integrated response system (50) comprising multiple distributed processing network systems and related methods providing situational awareness information for emergency responses. In one embodiment there is disclosed a response system (50) comprising first and second server based systems (10, 11) each providing real time awareness of personnel (18, 19) for different organizations, the first system receiving information for a first organization and the second system receiving information for a second organization, the first system coupled to the second system to communicate information generated in the first system to personnel in the second organization via the second system to facilitate timely and appropriate response by personnel in the second organization to an emergency situation in the first organization.

The invention provides an auto steering control method and a device based on a magnetorheological technique; the method is realized by installing a magnetorheological damping device on an auto steering system, and the magnetorheological damping device comprises a rotor, a stator, magnetorheological fluid and a coil; the rotor of the magnetorheological damping device rotates with a steering shaft of a pinion and rack steering system, the magnetorheological damping device is controlled by a magnetorheological controller, and the magnetorheological controller receives signals from a torque sensor and a vehicle speed sensor, computes target current according to an assistance characteristic law, inputs the signals to a drive circuit to change the current and outputs the signals to the magnetorheological damping device to change a magnetic field of the magnetorheological damping device; and the device provides a suitable damping force and ensures stability of steering. The method and the device are favorable to solving a problem of a steering wheel 'out of control' while the auto runs at high speed. Compared with a hydraulic EPS and an electric control EPS, the device has advantages of simple structure, low energy consumption, high reliability, rapid response system and the like.

A smart phone app system for use by emergency responders, includes a server for processing and sending an alert signal indicating details of an emergency event to be displayed on an emergency responder's smart phone or other device and displaying input buttons for allowing the emergency responder to provide a response signal indicating that they are responding or they are not responding by touching one of the input buttons. A map to the station or emergency site can be automatically displayed on the emergency responder's smart phone or other device and a list of other responders can be displayed with direct text or other communication being available to the other responders with a simple press of a button. The app system greatly improves the response time and efficiency for responding to an emergency event.

Method of using a computerized smartphone to navigate remote auto attendant telephony systems with a menu structure. The auto attendant's menu structure is put into an online computer database. The caller uses the smartphone to call and establish a voice channel with remote auto attendant telephony system (using the telephone number of that system), software applications running on the caller's smartphone communication device intercept the telephone number and along with the voice channel, also establish a data channel with the online computer accessible database. The caller's smartphone retrieves at least some of the menu structure of the auto attendant telephony system through this data channel, and displays at least some of the menu structure of the remote auto attendant telephony system on the graphical user interface of the user's smartphone synchronized, with the audio delivery of the menu structure, thus facilitating interactions with the auto attendant system.

Diagnostic and response systems and methods for a fluid power system acquire data from pressure and temperature sensors disposed in the fluid power system, analyze the data in a failure algorithm to build a history of cumulative damage to hoses in the fluid power system, communicates an indication of potential imminent hose failure to a central location when a level of the cumulative damage indicates imminent failure of a hose, analyze the information at the central location to determine an appropriate response, and transmit information about the fluid power system, including location, and identification of the hose about to fail to a response unit. The response unit responds to the location and replaces the component prior to failure, or the communication might include information that the hose has failed, such that the response unit replaces the failed hose to return the fluid power system to normal operation.

The invention relates to an internet-of-things (IOT)-based comprehensive monitoring and quick response system for a closed coal yard, and belongs to the field of communication. The system comprises an intelligent sensing component, a sensor network integrated controller, a closed coal yard IOT server and a cloud terminal application platform. The intelligent sensing component is used for acquiring field monitoring signals, the signals are transmitted to the closed coal yard IOT server through the sensor network integrated controller, and the closed coal yard IOT server is used for processing and storing massive data in a cloud computing mode and transmitting the data to the cloud terminal application platform in the internet. The system realizes the functions of remotely displaying, monitoring and controlling the IOT in real time, remotely diagnosing fault equipment and remotely and timely guiding a user or a worker to remove equipment faults.

Embodiments of the invention described a method for processing an ACH transfer in compliance with NACHA regulations. The method comprises receiving a request, through a phone call from a customer, to initiate an ACH transfer, the request including at least an account identifier and a payment amount. The method confirms the ACH transfer using speech recognition software and an interactive voice response unit, wherein the customer's identity, the date of transfer, the account identifier, the payment amount, a contact phone number, and the date of the confirmation, are confirmed by the customer using a verbal response recognized by the speech recognition software. This method also includes, recording, using a recording server, the verbal response of the customer in a sound file, tagging the sound file with at least the field of an account identifier, and storing the sound file for at least two years in a data repository.

The invention discloses a staphylococcus aureus vaccine and a preparation method thereof. Staphylococcus aureus is inactivated through radiation and adjuvants are added, so that the proliferative activity of the staphylococcus aureus loses and the metabolic activity of the staphylococcus aureus is reserved; compared with thermal inactivation and inactivation with such chemicals as formaldehyde and the like, protein and polysaccharide antigens on the surface of the bacterium body (the staphylococcus aureus) can be well reserved, and immune response and immune protection can be comprehensively and obviously induced. The preparation method is simple and convenient and is suitable for the large-scale preparation of the staphylococcus aureus vaccine; the preparation method is not only suitable for preparing the staphylococcus aureus vaccine, but also capable of serving as a rapid response strategy of bio-threat or newly emerging pathogens; especially, for pathogens which are not clear in immune response mechanism, a candidate vaccine can be rapidly prepared by virtue of the method; and the method can shorten research and development time and can reduce research and development cost.

The present invention discloses a physiologic sampling pump (PSP) which uses at least one valve placed near the sampling medium to modulate air sampling to follow a person's inhalation rate and to obviate the sluggishness inherent in prior art PSPs caused by varying pump speed and by the propagation time through an air tube that connects the collection medium to prior art pumps thereby also obviating limitations inherent in system response, functionality, and accuracy. Moreover, by maintaining an essentially constant air flow through a cyclone at all times and through the collection medium while sampling, the present invention operates at known collection efficiencies, and is therefore capable of size-selective sampling of particulates as opposed to prior art PSPs that by varying the magnitude of air flow, make the separation efficiencies of pre-collection devices indeterminate and the samples worthless. When used instead with an impact sampling head, the present invention may collect total particulate as well, and may collect gases and vapors with a charcoal tube sampling head. Structural features associated with the physiological sampling pump for providing rapid response to breathing include an outer housing including a thereto-resistant case, multiple and interchangeable PSP sampling heads further including collection media and a valve(s) mounted on a valve manifold with associated tubing.

A wireless system of independent CPU pods for initiating, collecting, and optionally processing, absolute and / or relative response data of biological systems to stimulus and then using wireless means to transmit the data to a plurality of external communications (e.g. human interface device) via a bridge pod. The system is set up to perform a plurality of sequences of stimulus and then response measurement according to programming through the wireless network which can be changed on each CPU pod via re-programming at any time to create new configurations and metrics. The sequences may execute on each CPU pod(s) and CPU bridge pod (s) autonomously or the programing can create a plurality of different interrelated sequences depending on system objectives. A plurality of sensors and stimulate devices are connected or integrated to the CPU pods according to the purposes of the programmed stimulate response sequences. This system is beneficial for getting stimulus-response data for any biological activity in a relative of independant response manner making it quite general. Thus, interrelated reactions of any number of biological systems relative to each other can be measured, processed and communicated to any desired device for further processing or display. Thus, either individual performance or entire teams relative performance can be tracked to improve performance in a plurality of ways in a plurality of sports, military, etc. exercises.

The invention discloses a power grid fault rapid response and reliable decision support system. The system comprise a Data acquisition unit, Data sorting unit, an application analysis unit and a faultrelease unit, the output end of the data acquisition unit is connected with the input end of the data arrangement unit; wherein the output end of the data arrangement unit is connected with the inputend of the application analysis unit, the output end of the application analysis unit is connected with the input end of the fault release unit, and the data acquisition unit comprises a wave recording data acquisition module and a power data network. The invention discloses a power grid fault rapid response and reliable decision support system. Rapid and reliable support is provided for fault analysis and positioning of relay protection personnel, wave recording data monitoring platformization, data standardization, analysis intensification and release intellectualization are achieved, the fault information obtaining time is shortened, the power grid accident handling efficiency is improved, a user can use the system conveniently, and practicability is high.

The invention, which relates to the field of the information technology, especially to the field of cabinet environment monitoring by using a wireless sensor network, provides a method of centralized management and rapid response of a wireless sensor network for cabinet environment monitoring. According to the invention, a wireless sensor network (WSN) and a machine room environment are integrated; and thus a problem of fusion of centralized management and rapid response for cabinet environment monitoring can be solved. The rapid response is realized by point-to-point link establishment; and the point-to-point link establishment is completed by using an optimized breadth-first algorithm. A centralized management device, a gateway, and sensor nodes are arranged; the sensor nodes include monitoring nodes, SINK nodes, and an actuator. Therefore, centralized management of the machine room environment can be completed and the rapid response capability of outburst disasters is also realized.

The invention relates to a rapid response and decision support platform, especially a rapid response and decision support platform for an important emergent event based on distributed cooperation, and belongs to the technical field of road safety processing of highway. The platform comprises a rapid emergent event positioning and alarming subsystem, an emergent event influence evaluating subsystem, an emergency disposal linked management and automatic preparedness generation subsystem, an emergency resource optimization, configuration management subsystem, an emergency disposal process evaluation subsystem and an important event rapid response and decision support background. The platform provides technical support for cross-region cross-department rapid response and decision support for important emergent events.

The invention discloses a hydrogen peroxide producing efficient oxidation method. The hydrogen peroxide producing efficient oxidation method comprises the following steps: firstly, introducing hydrogenating liquid and oxygen-containing gas together into a high-pressure gas dissolving system, and dissolving most of the oxygen-containing gas into the hydrogenating liquid; secondly, introducing a material into an atomizer, and fully atomizing working liquid / hydrogen into micron-sized droplets; performing efficient oxidation on the atomized droplets in an oxidation reactor; and performing gas-liquid separation on the completely oxidized material, wherein oxidized liquid enters the next process. In the hydrogen peroxide oxidation process, the high-pressure gas dissolving system, a micron-grade atomizing system and a quick reaction system are used; the process technology is advanced; the stay time for achieving complete oxidation of the material in the reactor is short, only 1 / 5 of the stay time in the prior art, so that oxidation side reactions are few, decomposition of hydrogen peroxide is less, the oxidation efficiency is higher than or equal to 98%, and the oxidation yield is higher than or equal to 98%.

The present invention discloses a physiologic sampling pump (PSP) which uses at least one valve placed near the sampling medium to modulate air sampling to follow a person's inhalation rate and to obviate the sluggishness inherent in prior art PSPs caused by varying pump speed and by the propagation time through an air tube that connects the collection medium to prior art pumps thereby also obviating limitations inherent in system response, functionality, and accuracy. Moreover, by maintaining an essentially constant air flow through a cyclone at all times and through the collection medium while sampling, the present invention operates at known collection efficiencies, and is therefore capable of size-selective sampling of particulates as opposed to prior art PSPs that by varying the magnitude of air flow, make the separation efficiencies of pre-collection devices indeterminate and the samples worthless. When used instead with an impact sampling head, the present invention may collect total particulate as well, and may collect gases and vapors with a charcoal tube sampling head. Structural features associated with the physiological sampling pump for providing rapid response to breathing include an outer housing including a thereto-resistant case, multiple and interchangeable PSP sampling heads further including collection media and a valve(s) mounted on a valve manifold with associated tubing.

The invention discloses an explosion-proof rapid reaction system for a communication device. The explosion-proof rapid reaction system comprises a computer supervisory control system, optical fibre sensors, an explosion-proof valve, a first monitoring container and a second monitoring container, wherein the first monitoring container and the second monitoring container are provided with two ports respectively, one port is used for connecting a conveying pipeline, and the other port is used for communicating the first monitoring container with the second monitoring container; the explosion-proof valve is arranged on a pipeline communicating the first monitoring container with the second monitoring container; the optical fibre sensors are arranged in the first monitoring container and the second monitoring container respectively; and the optical fibre sensors and the explosion-proof valve realize electric connection with the computer supervisory control system through wire cables. The explosion-proof rapid reaction system disclosed by the invention is capable of rapidly and timely preventing explosion, thus greatly reducing risks due to pipeline explosion in industrial production.

This invention relates to one special device management information process technique field system, which comprises one integral information display module, one handle GPS system data exchange module, one data exchange module connected through communication cable or wireless network, wherein, it adopts GPS technique to combine GPS guide device and special GPS positioning information to guide specialist rapidly on spot with relative actions to avoid back accidents.

Methods and systems for testing and analyzing integrated voice response systems are provided. Computer devices are used to simulate caller responses or inputs to components of the integrated voice response systems. The computer devices receive responses from the components. The responses may be in the form of VXML and grammar files that are used to implement call flow logic. The responses may to analyzed to evaluate the performance of the components and / or call flow logic.

The invention discloses a method for preparing alpha-terpineol by MnO3 / ZrO2 solid super acid prepared by the impregnation method to catalyze turpentine through hydration reaction in a WF-4000C microwave quick-reaction system. The technological conditions for preparing MnO3 / ZrO2 are as follows: the concentration of an ammonium molybdate solution is between 0.2 and 2 mol / L; the impregnation temperature is between 50 and 80 DEG C, the impregnation time is between 2 and 5 hours, the calcination temperature is between 400 and 650 DEG C, and the calcination time is between 2 and 5 hours. The technological conditions for preparing the alpha-terpineol through the hydration reaction of the turpentine in a microwave field are as follows: the ratio of the turpentine to the absolute ethyl alcohol to water is 1 to 1 to 1-3 (mols); the amount of catalyst is between 2 and 10 percent (weight percent); the microwave power is between 300 and 500 watts; and the reaction temperature is between 50 and 90 DEG C, and the reaction time is between 1 and 3 hours. The conversion rate of the turpentine is between 90 and 97 percent, and the yield of the alpha-terpineol is between 51 and 53 percent; the reaction time is greatly shortened; and the advantages of promotion of the organic chemical reaction speed by microwaves, reduction of the production cost and energy conservation are fully revealed. Because the method has the advantages of low-price and easily obtained raw materials, low production cost, simple synthetic technology, superior performance, suitability for industrialized production, etc., the method has strong market competitive strength and promotion and application value.

The screw air compressor precisely controls the quick-response intake valve. The drive controller 3 is installed on the side of the valve body 5, and the butterfly valve 6 is installed on the upper part of the intake port 1. The butterfly valve 6 is connected to the drive controller with 3 axes. A hammer type check valve 7 is installed under the inner butterfly valve 6, a vent valve 4 is installed on the valve body 5, and the drive controller 3 and the vent valve 4 are connected with the control system. The air intake volume is adjusted by using the drive controller in cooperation with the vent valve and the heavy hammer check valve. All functional structural channels are integrated in the air inlet and air outlet passages, reducing leakage points, flexible opening and closing actions, and rapid system response. , use the drive controller to accurately and timely control the opening of the butterfly valve, use the vent valve to balance the pressure drop in the system, reduce power consumption and noise during unloading, increase the flow rate of the passing air, increase the flow rate, and reduce the loading time of the screw compressor , which saves the amount of controlled air consumption and realizes the reduction of motor power consumption and energy saving.

A method for realizing an intelligent property management system, a property management rapid response system based on RFID technology and TD-SCDMA network, and the software and hardware realization of the system, the system consists of a handheld terminal, an RFID radio frequency tag, a management terminal, a handheld terminal Software and management terminal software are composed of five parts; the RFID radio frequency tag of each facility contains information such as the type, number and location of the facility; various status information of the property is transmitted to the management terminal through the TD module. Image information, the administrator assigns corresponding technicians to repair according to the damage status; the terminal software of the computer terminal equipment writes the data into the database server in the local area network for future query; the WEB server set up in the local area network provides the superior management department with the database server The operation and the viewing of the data by the main business finally realize a property management system based on RFID and TD‑SCDMA in the Internet of Things environment.