12 results about "Life support" patented technology

This invention relates to the field of mine emergency rescue equipment technology, specifically a multimodal integrated platform for mine emergency detection and response. It addresses the problems of equipment being unable to enter low-lying tunnels after a mine disaster, poor environmental adaptability leading to easy overturning, slow emergency response, and short survival time in refuge areas during power outages. The platform includes a low-profile, flat, fully enclosed chassis, a ground-pneumatic composite drive system, an integrated mission payload, an energy and communication system, and an emergency power supply module. Key technical features include: a low-profile configuration adapting to extremely narrow spaces; four-wheel independent drive and four-corner ducted fans enabling omnidirectional movement, water surface floating, obstacle crossing, and autonomous righting after overturning; integrated panoramic detection and a horizontal submersible pump supporting rapid and relay drainage; and an added emergency power supply interface for temporary power supply to UPS, emergency lighting, and communication equipment in underground refuge areas, extending rescue waiting time. This invention integrates detection, drainage, and emergency power supply, and is suitable for rapid rescue and life support operations in mine collapses and water inrush accidents.

This invention relates to the field of medical technology, specifically to an integrated multi-indicator monitoring system for medical gases, comprising: an oxygen supply monitoring module, an suction monitoring module, an air monitoring module, a data analysis and processing module, and a comprehensive early warning and control module. This invention constructs an integrated monitoring architecture for oxygen supply, suction, and air, achieving time-slice alignment and cross-system coupling analysis of heterogeneous monitoring data based on a unified clock reference. This effectively identifies and filters false alarms caused by common-cause failures due to equipment resonance or power grid interference. Simultaneously, by integrating closed-loop control logic for flow and pressure, the system can automatically perform dynamic pressure loss calculations under rated operating conditions according to national calibration standards. Furthermore, it utilizes a time-series fitting algorithm to extract the pressure loss deterioration rate, achieving quantitative assessment and predictive maintenance of pipeline performance degradation. This significantly improves the operational stability and safety compliance of medical gas systems in life support scenarios.

Provide a system. 【Solution means】 Means for acquiring emotional information input by the user, Means for analyzing the emotional information and generating a response based on the analysis result, Means for providing the analysis result to the user, Means for acquiring biological information, Means for analyzing the biological information and generating a proposal according to the user's state, Means for providing the proposal to the user, Means for providing means for anonymous and safe communication between users, Means for proposing daily life support and relaxation methods based on the user's health status, A system including the above.

This invention provides a connection device for multiple organ extracorporeal life support devices, including connecting pipelines and a monitoring module. The connecting pipelines include a first pipeline, a second pipeline, and a third pipeline, each connected to a regulating valve. The inner ends of the three pipelines converge and are connected, with spiral connectors at their outer ends. The monitoring module includes a main module and two sub-modules, with the main module and sub-modules communicatively connected. One of the three pipelines passes through a first pressure sensor and a first pipeline clamp in the main module for fixed engagement, and its outer end passes through a first blood leakage detector in the main module to connect to the extracorporeal life support device. The remaining two pipelines pass through a second pressure sensor and a second pipeline clamp in one of the sub-modules for fixed engagement, and the outer end of each pipeline passes through a second blood leakage detector in the sub-module to connect to the extracorporeal life support device. This device can connect multiple extracorporeal life support devices and provide pressure and blood leakage alarms.

The application discloses a kind of organ life support measurement and control device for scientific research, including life support station and mobile core seat;Life support station includes core seat placement bin, mobile core seat can be pushed into the inside of core seat placement bin or push out from core seat placement bin, isolated organ is placed on mobile core seat;Multiple organ life support system is equipped in life support station and mobile core seat, and multiple organ life support system maintains the life of isolated organ in mobile core seat, and monitoring system is equipped in life support station, and monitoring system monitors the state of isolated organ in the process of maintaining the life of isolated organ.Occupation, the advantages of integration, control system and monitoring system in life support station and movable core seat, realize the integration and miniaturization of core function module;Through the separation design of mobile core seat and life support station, organ loading, pretreatment and temporary transfer operation are independent of the whole device, and the flexibility and convenience of use of the device are improved.

This invention discloses a vehicle-mounted integrated AI minimally invasive emergency rescue system and a method for collaborative emergency plasma replenishment in mountainous areas, belonging to the fields of emergency medical care and intelligent transportation technology. The system includes a vehicle factory-embedded medical module, an AI autonomous surgical unit, a satellite communication collaborative unit, a plasma cold chain replenishment docking unit, and a life support unit. It adopts an integrated vehicle-mounted folding design, which does not affect vehicle safety or appearance. The AI ​​autonomous surgical unit enables autonomous minimally invasive treatment when no professional personnel are present, the satellite communication unit enables global network connectivity without dead zones and autonomous operation even when the network is down, and the plasma replenishment unit achieves rapid cold chain docking and replenishment via a low-altitude aircraft. This invention solves the problems of delayed emergency rescue in remote scenarios, limited functionality of vehicle-mounted equipment, and difficulties in plasma storage and transportation, achieving zero-distance on-site emergency rescue, seizing the golden treatment time, and is suitable for large-scale standard configuration in private cars. It can significantly improve the survival rate of patients with sudden critical illnesses and has extremely high social value and feasibility for implementation.

The application provides a portable full-automatic life support integrated machine and a control method thereof, wherein according to physiological monitoring parameters, characteristic value calculation and extraction and analysis are carried out, life support characteristic values are calculated, and the working parameters of a chest compression module, a breathing ventilation module and / or a defibrillation module are corrected according to the life support characteristic values. The application completes the innovative design of the integration of the automatic cardiopulmonary resuscitation equipment, innovatively designs the physiological parameter correction chest compression and breathing ventilation and the related parameters of defibrillation in the function, and provides a new technical scheme for the disaster scene emergency rescue and the development of the targeted life support strategy.

We provide the system. [Solution] A data analysis means that receives multiple body shape images taken by a user and converts them into three-dimensional shape information, A data evaluation means for generating and analyzing user body shape data from the aforementioned three-dimensional shape information, A plan generation means that generates individual action plans and nutrition plans based on the information generated by the data evaluation means, A visualization means for providing the user with the aforementioned individual action plan or nutrition plan, A system including a life support device that provides guidance in the user's daily life.

1. Name of the product in this design: Portable life support device back panel heat dissipation grille (gradient honeycomb pattern). 2. Purpose of this design: To provide efficient and reliable heat dissipation for portable life support devices, and to enhance structural safety and product recognizability through a gradient honeycomb design. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

This invention relates to a multi-scenario adaptive intelligent wearable human-machine collaborative emergency intervention method, belonging to the field of intelligent wearable emergency medical technology. It addresses the problems of fragmented monitoring and treatment chains for hypoxia, pain, and stress in emergency scenarios, as well as the lack of closed-loop correction mechanisms after intervention. The invention collects blood oxygen, circulation, electromyography, skin conductance, and posture parameters through wearable devices; determines hypoxia risk values, pain indices, and stress indices; uses a joint decision-making model to prioritize oxygen administration, physical therapy, and transdermal drug delivery interventions based on the principle of life support priority; executes interventions and performs closed-loop corrections based on parameter changes before and after intervention, enabling unified assessment and tiered collaborative treatment of emergency states. This method is applicable to emergency medical care, disaster relief, and field operations.

The application discloses a surgical risk prediction method and device and a storage medium, and relates to the technical field of medical treatment. The method comprises the following steps: acquiring preoperative multidimensional evaluation information of a target object; wherein the multidimensional evaluation information comprises a left ventricular ejection fraction, a first surgical risk score, a second surgical risk score, an NT-proBNP value, a systolic pulmonary artery pressure and an extracorporeal life support application state; inputting the preoperative multidimensional evaluation information into a surgical risk assessment model to obtain a surgical risk prediction result of the target object; wherein the surgical risk prediction result comprises at least one of a surgical risk grade, a total mortality risk value, a composite adverse event risk value and a predicted left ventricular ejection fraction change amount.

This invention discloses a mobile emergency chamber for underground mining and an emergency refuge method for underground mining. The mobile emergency chamber includes: a main chamber body with one side open and a door opening / closing module installed on the open side; a mobile following module located at the bottom of the main chamber body; a disaster intelligent response module electrically connected to the door opening / closing module; an independent life support module located inside the main chamber body and electrically connected to the door opening / closing module; and an intelligent monitoring and remote communication module located inside the main chamber body. Thus, by installing a mobile main chamber body underground, allowing it to follow underground workers in real time, and equipping it with the disaster intelligent response module, independent life support module, and intelligent monitoring and remote communication module, the safety of workers entering the main chamber body is ensured.