1025 results about "Emergency encounter" patented technology

The invention discloses an AI nursing whiteboard system and method based on a large model agent, the system comprises a nursing whiteboard terminal, an AI intelligent chain platform and a database, the nursing whiteboard terminal comprises an AI nursing assistant, and a whiteboard control system is arranged in the nursing whiteboard terminal. Through the functions of integration of multi-source data, intelligent early warning, accurate question and answer and the like, various diagnosis and treatment data, such as vital signs, medical advices, nursing records and the like, of a patient can be rapidly integrated and presented in a clear and visual mode, a large amount of time and energy are saved, the patient can rapidly know the condition of the patient, and the diagnosis and treatment efficiency is improved. Vital signs and illness state changes of a patient can be monitored in real time, early warning can be immediately given out once abnormal conditions such as heart rate and blood pressure exceeding normal ranges occur, a nurse can know the abnormal conditions in the first time and take corresponding measures, the response speed to emergency situations of the patient is greatly increased, and when the nurse encounters a question in the aspect of medical knowledge, the nurse can timely take corresponding measures. Inquiry may be made by an AI care assistant.

The invention belongs to the technical field of air traffic management, and discloses a control tower and flight guarantee command room decision instruction transmission method based on edge nodes, priorities are distributed for instructions through an intelligent grading model, the high-priority instructions can reserve resources in advance and are transmitted preferentially, the resources can be preempted in emergency, and the control tower and flight guarantee command room decision instruction transmission efficiency is improved. A multi-path transmission strategy is automatically switched when a certain path fails, data integrity is ensured in combination with fragment verification and block chain recording, instruction loss caused by a single point of failure is avoided through edge-cloud redundant backup, and the problems that instruction transmission is prone to interference and insufficient in safety in a traditional method are solved; through intelligent priority grading, resources are inclined to high-priority instructions, resource waste is avoided, a collaborative scheduling mechanism of an edge node cluster can dynamically adjust resource allocation according to a real-time load, and a transmission quality feedback and adaptive optimization strategy is continuously optimized, so that the system can still efficiently process a large number of instructions in a flight take-off and landing intensive period.

Disclosed are system and techniques for classifying events such as emergencies. A system can include a computer system to perform operations including: receiving sensor signals from a group of devices at a location, determining whether one or more of the sensor signals exceed expected threshold levels, in response to determining that the one or more of the sensor signals exceed the expected threshold levels, correlating the sensor signals, classifying the correlated sensor signals into an emergency event based on applying an artificial intelligence (AI) model to the correlated sensor signals, the AI model having been trained to classify the correlated sensor signals into a type of emergency, determine a spread of the emergency event, and determine a severity level of the emergency event, generating, based on information associated with the classified emergency event as output from the AI model, emergency response information, and returning the emergency response information.

The invention relates to the technical field of detection towed body release, in particular to an emergency release device of an underwater towing system. The underwater towing system comprises a depth-keeping towed body and a detection towed body, the detection towed body and the depth-keeping towed body are connected through a photoelectric composite cable, the photoelectric composite cable is composed of a towing cable and a communication cable, and the communication cable is connected with a detection instrument in the detection towed body through a plug connector male head and a plug connector female head which are mutually plugged; the emergency release device is arranged at one end in the detection towed body and comprises a towing cable release mechanism and a communication cable release mechanism; the driving piece drives the trailing cable releasing mechanism to be separated from the trailing cable and drives the communication cable releasing mechanism to be separated from the communication cable; the emergency release device is suitable for releasing the detection towed body in an underwater towing system, depends on a mechanical transmission structure, is stable and reliable, and can realize autonomous separation of the detection towed body when an emergency situation or communication loss occurs, so that the safety and the recovery rate of the detection towed body are improved, and the potential heavy loss is reduced.

The invention discloses a medical care data intelligent evaluation system based on multi-modal data fusion, and belongs to the technical field of medical care. The problems that subjective deviation exists in the prior art, evaluation results of different medical workers on the same patient may be different, the medical data source is single, and patient information cannot be comprehensively reflected are solved. Through real-time feedback of nursing personnel, the frequency of abnormal data in a feedback result within a period of time is analyzed, so that the updating frequency of the model is dynamically adjusted, and misjudgment caused by model deviation is reduced; according to the method, the abnormal data in the multi-modal data are identified by calculating Z-score, the time sequence data are set to be high priority, and the abnormal data at the high priority are preferentially fed back to the nursing personnel, so that the response speed of the nursing personnel to abnormal conditions is increased, the distribution of nursing resources is optimized, and the nursing efficiency is improved. Therefore, nursing personnel can deal with emergencies in time, and nursing quality and patient safety are improved.

The invention relates to the technical field of intelligent travel, in particular to a blind person positioning and yaw early warning device, system and method based on optical fiber vibration signals. Firstly, an optical fiber sensor network is laid in a hospital, vibration signals generated when the blind walk are obtained in real time, and step frequency, direction and vibration amplitude behavior data are obtained. Secondly, constructing a hospital space structure network, and determining an optimal path of the blind person from the current position to a target department through a path planning unit; and then positioning the position of the blind person in real time through a multi-sensor data fusion technology in combination with a blind person behavior data set and hospital space structure information. And finally, obtaining yaw information by calculating the yaw angle between the actual advancing path of the blind person and the standard path. And when the yaw angle exceeds a preset threshold value, the safety early warning unit sends out a correction prompt. Meanwhile, the device can dynamically adjust the path of the blind and give an early warning in advance according to temporary crowded areas or emergency situations occurring in hospitals, and walking safety is ensured.

A hypothermia insulative cap is provided enhanced with a GPS-enabled LED strip for emergencies, constructed from dual-layer nylon and neoprene with advanced seam technologies for durability and comfort. It features a unique technology chassis for waterproofing essential electronics, a battery-activated GPS and LED for increased visibility, and a protective brow visor for comfort and protection. This cap is designed to maintain body temperature during waterborne rescues, offering increased visibility to rescuers and compatibility with conventional life vests, without impeding the function of either device.

The utility model relates to an electric alloy cake rotary table which aims at solving the problems that an existing electric cake rotary table is complex in structure, unstable in base, not fine in rotating speed adjustment, insufficient in safety and the like. According to the turntable, the base and the turntable are made of high-quality alloy materials, so that the bearing capacity and the stability are enhanced; the motor is provided with an advanced electronic speed regulation system, stepless regulation of the rotating speed is achieved, and fine requirements under various use scenes are met; and meanwhile, various built-in sensors monitor the running state of the rotary table in real time, and a braking function can be quickly triggered in an emergency, so that the safety of a user and equipment is ensured. In addition, the rotary table is simple in structural design, easy to disassemble and assemble, and convenient for daily maintenance and operation. According to the utility model, an efficient, safe and convenient cake decoration tool is provided for a user, and the technical progress in the field of food decoration and display is promoted.

A portable electronic device includes a battery reserve feature for emergency use, reserving a portion of battery power when a predefined threshold is reached. A battery detector monitors the real-time battery level, sending data to a host controller that compares it to the threshold stored in non-transitory memory. Upon reaching the threshold, a masking module signals a depleted battery state to the operating system, disabling regular functions while a display shows a “no power” message, concealing the reserve. User interaction, such as pressing a designated button, activates an emergency subsystem to perform operations like initiating emergency calls, sending GPS coordinates, capturing screenshots, or activating alarms, using the reserved power. The threshold may be dynamically adjusted based on environmental or location-based factors.

A portable medical treatment apparatus and interactive application that leads a user through a medically acceptable query flow for treating medical emergencies, including cardiac or pulmonary medical emergencies that can be treated with electrotherapy and other medical emergencies.

An incident command radio (102) is configured to provide remote activation of an emergency alarm at a first responder radio (104) in response to being notified of a radio user under duress. Parameters are measured and analytics applied by the first responder radio (104) to detect a radio user under duress. In response to detecting duress, the first responder radio (104) automatically broadcasts that the first responder radio is a candidate for remote activation of emergency. The broadcast is received by the incident command radio (102) and added to a list. The incident command radio (102) remotely activates the emergency alarm of the first responder radio (104). The emergency alarm may thus be triggered without activation of an emergency button at the first responder radio (104).

An object of a system according to an embodiment is to enable a user to respond quickly and appropriately when an emergency occurs.SOLUTION: A system includes a current location acquisition unit, a destination input unit, an information providing unit, and an emergency response information providing unit. The current location acquisition unit acquires a current location. The destination input unit inputs a destination. The information providing unit provides related information based on the information obtained by the current position acquisition unit and the destination input unit. The emergency response information providing unit provides specific response information when an emergency occurs.SELECTED DRAWING: Figure 1

An expandable modular distribution box disclosed by the present invention comprises a plurality of basic units, each basic unit comprises a first side frame and a second side frame, the vertex angle of each first side frame is hinged with a connecting side rod, the end part of each connecting side rod is fixedly provided with a connecting piece, the second side frame is connected with a connecting piece, and the two sides of each first side frame are hinged with a cabinet door. Fixed side plates are fixedly installed on the first side frame and the second side frame, the detachable side plates are installed on the first side frame and the second side frame, the detachable side plates are fixed to the first side frame, the second side frame and the two connecting side rods through the fixing pieces, and connecting inserting rods are fixedly installed on the first side frame and the second side frame. Inserting holes are formed in the middle of the connecting side rod, the connecting inserting rod, the positions corresponding to the first side frame and the second side frame, and the upper side and the lower side of the cabinet door. According to the invention, by fixedly connecting a plurality of basic units, different basic units can be assembled according to needs in emergency to adapt to circuit needs and rapidly deploy a circuit control system.

The utility model discloses a marine methanol fuel storage device, which relates to the technical field of methanol storage, and specifically comprises a methanol storage device, the methanol storage device is provided with a nitrogen sealing and ventilating structure, and the nitrogen sealing and ventilating structure comprises a conventional working condition pressure control structure and an emergency working condition pressure control structure; the conventional working condition pressure control structure comprises a nitrogen sealing structure and a nitrogen unloading structure, and the emergency working condition pressure control structure comprises a rupture disk ventilation structure and a manual emergency unloading structure; the nitrogen sealing structure takes external nitrogen as a nitrogen source, and the opening and closing of the nitrogen sealing valve are correspondingly adjusted according to the pressure of the methanol storage device through the nitrogen sealing valve, so that the nitrogen is automatically supplied to the methanol storage device. According to the marine methanol fuel storage device, on the basis of a conventional methanol storage system, a nitrogen sealing and ventilation structure is additionally arranged, in the emergency situation, automatic pressure relief of the methanol storage device can be achieved, and the stability and safety of the methanol storage device are improved.

The invention provides a portable and adjustable head-mounted epilepsy monitoring instrument, and relates to the technical field of epilepsy monitoring. External connection plates are fixedly mounted at the two ends of the flexible headband, a controller is arranged in the flexible headband, and a wireless communication module is connected in the controller and is in data connection with a remote terminal; an air pump is fixed on the elastic airbag ring, and a charging power supply is arranged in the flexible headband; an electroencephalogram sensor and a myoelectricity sensor are integrated on the inner side of the flexible head band; the alarm sensitivity and the false alarm rate are balanced through hierarchical logic of the alarm module, the safety of a patient is improved through an emergency automatic help seeking function, and an air pump is started to enable an elastic airbag ring to expand to form a head protection layer during epileptic seizure; the elastic airbag ring is convenient to maintain and replace quickly; the problems that a signal acquisition mode of a traditional head-mounted epilepsy monitoring instrument is prone to causing discomfort of a patient and inaccurate data, an alarm mechanism is difficult to balance sensitivity and false alarm rate, automatic help seeking and rapid head protection are difficult in emergency, safety is insufficient, the structure is complex, and parts are inconvenient to replace are solved.

The utility model relates to the technical field of hydraulic engineering, in particular to multipurpose hydraulic engineering emergency rescue equipment. Comprising supporting columns, the two supporting columns are symmetrically arranged, a plurality of arc-shaped clamping jaws are evenly arranged on the supporting columns, the supporting columns are sleeved with the arc-shaped clamping jaws through positioning sleeves, a pre-tightening plate is arranged at the top ends of the supporting columns, and a rapid locking mechanism is arranged on the outer wall of the pre-tightening plate. A linkage rod is jointly connected between the arc-shaped clamping jaws on the same side, and the quick locking mechanism drives the arc-shaped clamping jaws to move synchronously through the linkage rod to clamp a component. The multipurpose hydraulic engineering emergency rescue equipment achieves the rapid, efficient and flexible multipurpose functions, is particularly suitable for reinforcing key structures such as damaged piers and dam supporting columns under the emergency situation, and remarkably improves the efficiency and safety of emergency rescue work.

The invention discloses a safe operation method for an aerial operation robot to quickly release an overhead line and a pressing walking device and an emergency quick release mechanism thereof, and has the advantages that the pressing walking device is integrated with the emergency quick release mechanism, a rotating seat of the emergency quick release mechanism is hinged with a fixed seat, and a torsion spring is sleeved on a hinge shaft; the two torsion springs are arranged on the two sides of the rotating base respectively, the two ends of each torsion spring abut against the fixed base and the rotating base respectively, the electromagnet is installed on the rotating base, and the pressing mechanism is installed below the rotating base. An iron core of the electromagnet extends out to be locked with the lock plate in a normal state, the pressing walking device can work normally, when an emergency occurs, the electromagnet can quickly act to enable the iron core of the electromagnet to retract to be unlocked from the lock plate, and at the moment, under the acting force of the torsion spring, the rotating seat immediately bounces and rotates to drive the pressing mechanism to quickly eject outwards to be opened so as to release the overhead line. The aerial operation robot can lift off and break away in time, so that damage is avoided.

A system for monitoring and responding to medical emergencies in high-humidity environments includes a processor, a memory storing computer-executable instructions, and a sensor array comprising motion detection, fall detection, and vital signs monitoring. The sensor array includes a steam-adaptive calibration configured to adjust detection thresholds based on vapor density and humidity levels. A privacy-preserving architecture processes non-identifiable inputs such as motion signatures, radar signals, or acoustic triggers without storing visual or audio recordings. When inactivity, collapse, or absence of respiration is detected for a predefined threshold period, the privacy-preserving architecture initiates a first notification to staff interface and response tools. If the first notification is not acknowledged within a predetermined escalation period, a secondary notification is transmitted. The system operates in real time to provide emergency alerts while preserving occupant privacy.

A cloud-based intelligence to emergency evacuation systems using Wi-Fi access points over data communication systems. A layout of emergency exits for a building being monitored and AP locations within the building layout is configured. A density map is generated from a number of stations within radio range of each AP including stations that are connected and stations that are not connected. An emergency that requires evacuation of people from the building from an emergency system associated with the building is detected. In response, an optimal evacuation route from each AP based on the density map and the building layout is generated. Evacuation instructions for each AP can be displayed on the stations within range of each AP.

A biometric handcuff device is disclosed, which identifies medical emergencies for those who are detained by police or security. The biometric handcuff device comprises a pair of law enforcement handcuffs that include a biometric sleeve inside the cuffs. The sleeve is constructed as a rubber insert that permanently stays in place within the cuffs. The biometric sleeve allows officers to track the breathing, blood pressure, and pulse of a handcuffed individual. The measurements taken may be observed remotely by police or medical personnel.

The invention provides an emergency cooling system based on a finned tube heat exchanger and a working method of the emergency cooling system, belongs to the technical field of refrigeration, and solves the problem that an emergency cooling system in the prior art mainly adopts temperature control on the interior of equipment in an emergency state, and neglects that the space environment where the equipment is located also needs to be cooled in an emergency condition. The emergency cooling system based on the finned tube heat exchanger comprises a liquid nitrogen storage tank, the finned tube heat exchanger, a turbine generator and a dehumidification fan, the finned tube heat exchanger is placed above IT equipment, an inlet of the finned tube heat exchanger is communicated with the liquid nitrogen storage tank, the turbine generator is installed on the finned tube heat exchanger, and the dehumidification fan is installed on the finned tube heat exchanger. High-pressure gas generated by gasification of liquid nitrogen in the finned tube heat exchanger can flow through the turbine generator to drive an impeller of the turbine generator to work so as to enable the turbine generator to generate electricity, and the turbine generator is connected with the dehumidification fan. The cooling effect is good, and IT equipment cannot be damaged.

The invention relates to the field of medical management systems, in particular to an intelligent rescue carriage management system and method based on an NIS (Network Information System), comprising a unique two-dimensional code or an RFID (Radio Frequency Identification) tag arranged on each rescue carriage, the tag is bound with a department exclusive drug list and management authority, and tag information is dynamically updated through the NIS to adapt to different department requirements; the low-power-consumption PDA terminal is internally provided with a near field communication module and an offline caching function, supports one-key scanning of a rescue carriage label to load a medicine list and uploads checking data to the cloud end in real time, and the PDA terminal can still execute local checking when the network is interrupted and automatically synchronize the data after the network is recovered; the low-power-consumption PDA terminal is integrated with the high-precision code scanning module, a nurse can quickly complete scanning of medicines in a whole vehicle, the system compares list data in real time and triggers sound-light alarm, the counting time is effectively shortened, the error rate is reduced, offline operation is supported, and it is ensured that data are not lost under the emergency condition.

An emergency management cloud server operative to be communicatively coupled to a user device and to a plurality of emergency service provider (ESP) terminals at a plurality of ESPs, the emergency management cloud server configured to: identify a user in an emergency, the user associated with the user device; obtain a location of the emergency, the location generated by the user device; determine an ESP, from the plurality of ESPs, that can provide an emergency response to the location based on the location being within a service area of the ESP; provide a prompt at an ESP terminal of the ESP to initiate communication with the user device via the emergency management cloud server; receive an input from the ESP terminal in response to the prompt; and initiate a real time messaging session between the user device and the ESP terminal in response to the input.

The present invention relates to systems and methods for providing service responses for facility emergencies. The method performed by an application server includes rendering at least a plurality of service categories and one or more service features associated with an application to a plurality of users of the application. The plurality of service categories and the one or more service features associated with the application are rendered to the plurality of users upon successful registration of the plurality of users to the application. Further, the method includes receiving a selection input provided by the plurality of users in the application to access one of a service category of the plurality of service categories and a service feature of the one or more service features. The method further includes rendering a service response corresponding to the selected service category and the selected service feature to the plurality of users.

The invention relates to the technical field of automobile seats, in particular to a backrest and cushion quick return mechanism for passive safety of a zero-gravity seat, which is characterized in that an unlocking arm is driven to rotate by a backrest ignition component during collision, so that a pawl is separated from a ratchet wheel, and the locking state of an angle adjuster is instantly released; the backrest framework can drag the safety belt forwards due to inertia of a passenger during collision, so that the backrest is pulled to realize quick return; and meanwhile, due to the dual locking mechanism of the pawl and the ratchet wheel, the stability of daily use is guaranteed, and reliable unlocking under the emergency condition is also guaranteed. The cushion ignition assembly enables the cushion inner frame to rapidly reset under the action of human body pressure by releasing constraint of the cushion limiting structure on the motor fixing support, the two mechanisms work cooperatively, and the potential safety hazard that a traditional electric adjusting seat cannot rapidly reset due to the fact that a motor is locked during collision is effectively solved; the quick resetting of the backrest and the seat cushion is realized, the safety protection on passengers is improved, and the injury of collision to a human body is reduced.

The invention relates to the technical field of high-altitude operation, and discloses a high-altitude operation intelligent safety belt early warning method based on the 5G Internet of Things, which comprises a multi-dimensional acquisition module, an emergency positioning module and an early warning management module. According to the system, data sets are collected through the multi-dimensional collection module, risk indexes are calculated and generated through the emergency positioning module, the environment quality and the communication quality of the position where an operator is located are comprehensively evaluated, communication is smooth, the rescue action safety is higher, and the emergency positioning module calculates and generates a tracking trajectory; the dynamic track of each operator is monitored and played back in real time, safety management is enhanced in emergency, the emergency response unit calculates and generates a three-dimensional model, the field sensing capability is high, the fire point and the fire reason can be quickly analyzed, the early warning management module judges the safety state of the operator, and the safety of the operator is improved. And corresponding alarm signals are generated and then transmitted to the intercom device and the central control board, so that the operation is standard and the rescue efficiency is high.

A system and method for selective disclosure of protected information are provided. Embodiments provide a way to provide limited access to protected information during an emergency. A user may have a medical emergency, and may store protected information on a smartphone that may be useful for an emergency responder, such as certain medical information. The smartphone may provide selective access to only relevant medical information, or may allow a responder to call emergency contact numbers without exposing the actual number. Emergency responders have designated near-field communication chips or other electronic keys to unlock the protected information. Alternatively, near-field communication chips embedded in a wearable allow emergency responders to access protected information at a user's smartphone. Once the emergency responder has established his or her role, the user's smartphone unlocks and provides appropriate access until the responder indicates that access is done and the smartphone relocks.

Described are systems and methods for determining at least one action in an emergency. Methods can include receiving a set of user data associated with one or more users; receiving a set of responder data associated with one or more responders; processing, via a trained machine learning model, the set of user data or the set of responder data to generate the at least one action; and transmitting the at least one action to one or more commanders, wherein the one or more commanders direct the one or more users or the one or more responders to perform the at least one action during the emergency.

An emergency response data system (ERDS) provides AI-based real-time intelligence during a response to an incident. The system includes a monitoring module configured to receive and process incident metadata from an emergency system, such as a Computer-Aided Dispatch (CAD) system, wherein the incident metadata includes location, type of emergency, units dispatched, and comments. An analysis module analyzes the incident metadata and identifies changes in incident circumstances, including comparing current comments with historical comments corresponding to the location. A data retrieval module accesses and retrieves public record information corresponding to the location, including property data, tax records, real estate records, historical records, and permits. An insight generation module generates real-time insights and updates regarding the incident, including reclassifying the type of emergency based on the analyzed metadata and retrieved public records. An alert module transmits the real-time insights to emergency personnel, including field responders and Emergency Communication Centers (ECC).

A medical imaging system, such as an x-ray machine or a C-arm, is configured to enhance the safety of patients during an imaging procedure. The system can include a C-arm X-ray machine for generating X-ray radiation, a table or patient support surface configured to position the patient during the imaging procedure, a distance sensor configured to measure the distance between the C-arm X-ray device and / or generator and / or C-arm housing and / or the patient and / or the table, a dose control unit configured to control the radiation dose of the X-ray beam based on the measured distances between the C-arm X-ray device and the patient, and a skin protection system configured to interrupt and / or minimize the radiation dose in critical situations while maintaining sufficient image quality by adjusting the radiation intensity in real time to limit radiation exposure of the patient's skin.