11 results about "Emergency procedure" patented technology

The invention belongs to the field of intelligent construction site construction safety management, and provides a construction abnormity allocation method and system based on the Internet of Things and artificial intelligence, and the method comprises the steps: collecting construction environment data, equipment states and historical data in real time, and carrying out the fusion to generate a dynamic risk score; executing dual-threshold early warning according to the dynamic risk score, and performing personnel matching according to an early warning result; and after personnel matching, generating an optimal scheduling path according to the physical distance between the matched personnel and the abnormal point. According to the scheme, multi-source sensor fusion and intelligent dynamic risk assessment are utilized, the system automatically identifies high-risk events and triggers the emergency process in real time, and compared with a traditional manual scheduling mode, the response time is greatly shortened, and it is ensured that key abnormal events are rapidly handled.

The invention discloses an intelligent inspection and safety interlocking control system for a radioactive source library, and particularly relates to the field of radioactive source library safety management and control, a central control unit comprises five core modules: an intelligent inspection path planning module is responsible for loading an environment map and planning an inspection path, and the central control unit supports real-time line adjustment; the dynamic radiation monitoring module is used for dynamically monitoring a personnel movement track and a radioactive source carrying state through a high-sensitivity radiation detector and a mobile sensor carried by the robot; the factory area state diagnosis module reads data of a fixed sensor in real time, diagnoses environment abnormity and issues an instruction; the abnormal response and mobile inspection module enables the robot to interrupt inspection after receiving the early warning, autonomously plan a path and go to the site for inspection and primary treatment; and the intelligent decision-making and emergency response module automatically records abnormity or starts an emergency process according to a checking result, so that the safety management and control capability and the emergency response efficiency of the radioactive source library are remarkably improved.

This application relates to the field of artificial intelligence knowledge graph technology, and discloses a customs emergency decision-making method and system based on a multi-agent large language model. The method includes: constructing a knowledge graph from unstructured customs emergency procedure documents through a multi-agent collaborative framework; the multi-agent collaborative framework includes at least a procedure parsing agent, a key point filtering agent, an emergency element extraction agent, and a logic construction agent; based on the constructed knowledge graph, a graph navigation agent driven by a large language model provides support for users' customs emergency decision-making problems and provides customs emergency decision-making answers. This application can achieve high-fidelity automated construction of customs emergency knowledge graphs, ensuring the accuracy and completeness of knowledge; it can transform static knowledge graphs into interactive dynamic decision support tools, truly connecting the entire chain from unstructured procedure documents to intelligent decision support.

1. Name of the product in this design: Automatic pneumatic hemostasis device. 2. Purpose of this design: For hemostasis during medical surgery or emergency procedures. 3. The key design features of this product are the combination of shape and pattern. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The present invention relates to a bumper system (2) for an agricultural machine (1), comprising: a plate (4) pivotally connected to a chassis of the machine (1), movable between an initial position and a contact position; a bar (6) movable between an initial position and an activation position; the bumper system (2) being configured such that, if the bar (6) comes into contact with an obstacle, the bar (6) moves from its initial position to its activation position, the bar (6) actuating a control element configured to command an emergency sequence of the agricultural machine (1), the bumper system (2) being further configured such that, if the plate (4) comes into contact with the obstacle, the plate (4) pivots from its initial position to its contact position. Abstract figure: Figure 1

The invention discloses an aircraft autonomous navigation system and method based on feature targeting, belongs to the technical field of aviation navigation, and solves the problems that existing aircraft navigation depends on a GPS (Global Positioning System), the anti-interference capability is weak, and continuous navigation cannot be performed in a GPS denial environment. The system comprises a completely airborne landform and landmark feature perception module, a feature target matching module, a navigation control module and a closed loop verification module, satellite navigation signals and ground navigation station real-time data access are completely eliminated, and landform / landmark inherent features are used as unique target references; the sensing module is integrated with a multi-sensor cooperation and environment self-adaptive compensation unit, a spectral range and a signal-to-noise ratio index are defined, and the sensing module is adaptive to all-weather multi-terrain scenes; the matching module dynamically updates a feature library based on a WGS-84 coordinate system and a terrain parallax correction model, and solves the problem of feature single scene matching drift through an improved algorithm; the control module integrates a multi-algorithm fusion and fuel optimization strategy and generates a constraint control instruction; the closed-loop verification module determines a safety threshold and a priority emergency program, and guarantees the flight safety. The method is free of external dependence in the whole process, airborne full-autonomous navigation regulation is completed, and the whole flight stage of the aircraft is covered. According to the invention, continuous and reliable autonomous navigation in a GPS denial environment is realized, the anti-interference and anti-severe environment capability is strong, the positioning precision is high, the method is adaptive to multiple models and multiple scenes, and the engineering practicability is strong.

The invention relates to an emergency procedure (100) for a vehicle (200) with a camera system (220), comprising: - Determining (110) an emergency, - Capture (120) camera images by the camera system (220) of the vehicle (200), - Transmitting (130) the camera images to an emergency service (400). The invention further relates to a vehicle (200), a computer program product and a computer-readable storage medium.

This application discloses a pre-hospital emergency care system based on a drone and an intelligent emergency rescue platform, and its application method. The system includes a drone transport module, an intelligent emergency rescue platform module, and an embedded landing bay module. The drone transport module, in response to pre-hospital emergency care commands, grabs the intelligent emergency rescue platform module, transports it to the emergency scene, and returns to the embedded landing bay module after completing the mission. The intelligent emergency rescue platform module has a folded state and an unfolded state, which is used to switch to the unfolded state upon arrival at the emergency scene, providing various types of emergency equipment and guiding bystanders to perform emergency procedures on the patient. The embedded landing bay module is integrated into the top of the ambulance and is used for parking, charging, maintenance, and redeployment of the drone transport module. This system can quickly respond to pre-hospital emergency care tasks, complete the rapid delivery of emergency supplies and multifunctional on-site emergency care, improving the timeliness, intelligence, and reliability of pre-hospital emergency care.

Disclosed are systems and associated methods for calculating and displaying formation flight information, to include aircraft spacing, predicted trajectory data, and lost visual contact alerts, on an augmented reality display designed to interface with aviation helmets. The augmented reality display device collects imagery of a leading aircraft from the vantage point of a pilot in a trailing aircraft. The collected imagery is processed through object detection, tracking, and orientation estimation techniques that return the leading aircraft's distance, direction, and orientation. The estimated leading aircraft data informs a generated virtual overlay. The generated virtual overlay is transmitted to the augmented reality display for viewing by the pilot in the trailing aircraft. The display of relevant formation flight information using augmented reality tools may result in improved formation flight spacing, emergency procedure response, and collision avoidance.

1. Name of the product in this design: Mouse Pad. 2. Purpose of this design: To popularize cardiopulmonary resuscitation and guide emergency procedures. 3. The key design features of this product are the combination of shape and pattern. 4. The image or photograph that best illustrates the design's key features: the front view. 5. This design is for a thin product, therefore the bottom view, top view, left view, right view, and perspective view are omitted.

The present invention provides a method and device for warning of abnormal positioning of liquefied gas cylinders, which can solve the problem that traditional static thresholds cannot adapt to complex scenarios (such as traffic congestion and changes in population density), and improve the warning accuracy by dynamically adjusting the safety distance and time thresholds; perform multi-dimensional anomaly identification, for example, by integrating positioning data, environmental perception data and distribution path verification, it can achieve all-round monitoring from location offset to environmental risks; perform graded warning and intelligent response, for example, it can adaptively adjust the alarm intensity according to the day and night time and pedestrian density, and automatically push standardized emergency procedures to relevant departments to improve emergency efficiency; at the same time, it has an anti-disturbance design, reduces the intensity of sound and light alarms in high-density areas, avoids accidentally triggering public safety incidents, and plans evacuation routes through MAC address distribution to enhance safety.