22 results about "Emergency transport" patented technology

1. The name of the design product: emergency transport respirator. 2. The use of the design product: a portable medical device for emergency. 3. The design points of the design product: the combination of shape and color. 4. The picture or photo that best shows the design points: perspective view. 5. The appearance and color are required to be protected.

The invention discloses a first-aid transfer mattress device with active temperature control and pressure self-adaptive adjustment, and belongs to the technical field of medical instruments. The device comprises a top plate, a bottom plate, a pressure self-adaptive adjusting mechanism arranged between the top plate and the bottom plate, and a physiological parameter monitoring mechanism integrated on the top plate. The pressure self-adaptive adjusting mechanism comprises a pressure-bearing cavity composed of a rectangular sleeve and a sliding rectangular block, the pressure-bearing cavity is connected with the supporting air bag through a pipeline with a one-way valve, the cavity is compressed through the body weight of the patient to inflate the air bag, and passive self-adaptive adjustment of the supporting force is achieved. Meanwhile, the transmission energy consumption assembly linked with the cavity converts vertical pressure into horizontal movement of the sliding piece through a connecting rod, energy is dissipated through a tension spring, and harmful springback of the supporting face is fundamentally eliminated. The cross-shaped supporting frame is adopted to ensure that the whole top plate can be kept horizontal and stable when any position of the top plate is pressed. According to the invention, integration of self-adaptive flexible support, jolting energy dissipation, partitioned active temperature control and multi-parameter monitoring is realized.

The present application relates to the field of on-site monitoring technology, in particular to a monitoring method and system for on-site execution information of child first aid transfer based on edge network, comprising: controlling a first monitoring terminal to collect first vital sign data of a target child in a first aid site and on-site video of the first aid site; the first vital sign data includes heart rate, blood oxygen and respiratory rate; uploading the first vital sign data and the on-site video to an edge computing node, so that the edge computing node generates a first aid priority label according to the first vital sign data, and determines a video transmission strategy according to the first aid priority label; the present application collects the vital sign data and the on-site video of the target child in real time through the control of the first monitoring terminal, and uploads them to the edge computing node, so as to ensure that the first aid personnel can obtain the key physiological information and the on-site situation in time, and improve the timeliness of the first aid decision.

1. The name of the design product: emergency stretcher. 2. The use of the design product: for medical emergency transport. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view 1.

The invention relates to the technical field of first-aid medical informatization, in particular to a first-aid transfer path intelligent recommendation method and system based on the AI technology, and the method comprises the following steps: S1, collecting vital sign data of a patient, vehicle running state data and traffic road condition data, carrying out cleaning and space-time alignment, and constructing a first-aid transfer state data set; and S2, performing illness criticality assessment and hospital resource matching based on the first-aid transfer state data set, locking a target hospital through a two-way resource interaction protocol, and generating a main navigation path. According to the method, the vital signs of the patient, the running state of the vehicle and the real-time road condition data are subjected to unified space-time alignment, and illness criticality evaluation, hospital resource locking and track re-planning based on medical operation stability are introduced, so that the first-aid transfer path can be dynamically adjusted according to the state of the patient and the road condition; therefore, the medical continuity and the path decision accuracy of the critical patient in the transfer process are remarkably improved, and the overall treatment efficiency is improved.

This invention provides a method and system for determining emergency transport routes. The method includes: acquiring multi-source heterogeneous data of patients to be transported during emergency transport, including vital sign time-series data, transport node location data, and structured medical record data; inputting the multi-source heterogeneous data into a shared latent space projection network to obtain multi-source aligned data with data distribution alignment; inputting the vital sign aligned data from the multi-source aligned data into a reinforcement learning controller to obtain the dynamic weights of each vital sign component in the vital sign aligned data, and determining the disease risk level of the patient to be transported based on the dynamic weights; acquiring a global path planning model trained based on a federated learning framework, and inputting the disease risk level and the multi-source aligned data into the global path planning model to obtain the target transport route. This invention improves the safety and personalization of emergency transport.

1. The name of the design product: emergency transfer trolley. 2. The use of the design product: the design product is used for the transfer trolley of medical emergency, mainly used for transferring personnel and loading articles. 3. The design points of the design product: in shape. 4. The picture or photo that can best show the design points: perspective view 1.

The application relates to the technical field of medical transportation, in particular to a post-hospital non-emergency transportation platform recommendation method based on artificial intelligence, which comprises the following steps: determining combination recommendation or direct recommendation according to the number of patients and a recommendation time length comparison value; in the combination recommendation, determining the illness change degree according to the examination parameter completeness, performing combination analysis based on the illness change degree and the medical record text correlation degree to determine the associated combination, and determining the recommendation priority coefficient corresponding to each associated combination based on the evaluation mean value; in the direct recommendation, determining the recommendation priority coefficient corresponding to each patient according to the comprehensive evaluation value; determining to perform generation analysis according to the number of patients in a single recommendation, or generating feature keywords according to the feature keyword emergence proportion; and determining the recommended hospital corresponding to each patient or each associated combination according to the keyword matching degree and the diagnosis waiting time length. The application can improve the accuracy of the recommended hospital.

The utility model relates to the technical field of first-aid transfer trolleys, and discloses a first-aid transfer trolley for traumatic hemorrhage patients, which comprises a transfer trolley frame and a support plate, the transfer trolley frame comprises two support rods, two placing rods and a support, inner grooves are formed in the front and rear sides of the interiors of the two support rods, and the support plate is arranged in the inner grooves. Springs are fixedly arranged at the opposite ends of the four inner grooves in pairs, circular plates are fixedly arranged at the opposite ends of the four springs in pairs, sliding blocks are fixedly arranged at the lower ends of the four circular plates, sliding grooves are formed in the inner bottom surfaces of the four inner grooves, and the four sliding blocks and the four sliding grooves are arranged in a sliding mode; and connecting sleeves are rotationally arranged on the front side and the rear side of the whole body of the supporting rod. According to the transfer trolley, the supporting plate can be directly lifted to lift a patient to an operating table, secondary injury caused by carrying is avoided, the transfer trolley can be folded, the occupied space of the transfer trolley is reduced, and the transfer trolley is convenient to carry and store.

1. The name of the design product: emergency transport respirator. 2. The use of the design product: a portable medical device for emergency. 3. The design points of the design product: the combination of shape and color. 4. The picture or photo that best shows the design points: perspective view. 5. The appearance and color are required to be protected.

The utility model discloses a first -aid transport case relates to medical first -aid technical field, the lower end rectangular array of lower box body is installed with a plurality of locking universal wheel, the upper end edge position of lower box body is rotatably connected with upper box body, and the inside one side of lower box body is installed with two fixed vertical boards, and the opposite end of two fixed vertical boards all is provided with recess groove, and the inside sliding connection of two recess grooves has two pull -out cabinet, and the upper end of two pull -out cabinet all is provided with a plurality of test tube placing groove, and the upper end sliding connection of pull -out cabinet has two sliding plates, and the inside of lower box body is located fixed vertical board outside position and is placed with a plurality of turnover platform in longitudinal equidistance array. The utility model discloses be provided with a series of structure, through the stratified setting of lower box body inside, can be neatly received to various first -aid equipment, to satisfy the demand of first -aid equipment when most of the emergency.

The utility model discloses a device for establishing a high-rise building fire emergency conveying channel based on an unmanned aerial vehicle, and relates to the technical field of high-rise building fire rescue. Comprising an unmanned aerial vehicle and a winding device arranged on the ground, the unmanned aerial vehicle is provided with a first anchoring device used for being connected with the side wall of a building, the first anchoring device is provided with a first pulley mechanism, and the unmanned aerial vehicle further comprises a first rope which is used for penetrating and winding the first pulley mechanism and is connected with the winding device to form a first hoisting rope path; the second rope is used for winding the first pulley mechanism and is connected with the winding device to form a second hoisting rope path, the second rope is wound on the first pulley mechanism under hoisting of the first hoisting rope path to form the second hoisting rope path, and the weight of the first rope is smaller than that of the second rope. Anchoring points can be arranged on a high-rise building, and a conveying channel is established accordingly to convey the rescue device to a fire floor.

The invention discloses a connecting valve and medical equipment. The connecting valve comprises a valve seat, an expiration pipe, an inspiration pipe and a locking assembly. The inspiration pipe and the expiration pipe are both fixedly arranged on the valve seat. The expiration pipe is used for providing an expiration channel between the external environment and the patient; the locking assembly is arranged on the air suction pipe, and the locking assembly is suitable for temporarily locking the air suction pipe to the first-aid transfer breathing machine so that the air suction pipe can provide an air suction channel between the first-aid transfer breathing machine and the patient. Through the integrated design of the air suction pipe, the air exhalation pipe and the locking assembly, the adaptation problem of a single pipeline of a transfer respirator and hospital double-pipeline equipment is effectively solved, medical staff do not need to detach original pipeline connection of a patient, and the medical staff can conveniently and quickly transfer the respirator through quick locking and unlocking operation of the locking assembly. Seamless switching between the transfer breathing machine and the hospital breathing machine can be completed, the rescue connection time is greatly shortened, and more treatment windows are won for critical patients.

This invention provides a multi-site emergency transport stretcher, belonging to the field of medical device technology. The stretcher includes: a stretcher body with a conveyor belt on the upper side and an articulated electric rocker on one side; adjustable-height support legs on the lower side of the stretcher body; an omnidirectional movable chassis at the lower end of the support legs, including Mecanum wheels and a drive motor; and a controller electrically connected to the conveyor belt, the electric rocker, the support leg height adjustment mechanism, and the Mecanum wheel drive motor. During the transfer operation, the controller synchronously controls the linear speed of the conveyor belt and the moving speed of the chassis, so that the two form a vector superposition of relative motion, realizing micro-motion non-destructive transport of the injured and sick. The advantages of this invention are that it solves the problems of poor mobility, non-adjustable height, and easy secondary injury of existing stretchers, and can be widely used in emergency scenes, intra-hospital transport, and operating room-ward connection operations.

This invention discloses an intelligent scheduling method for pet transport resources under a closed-loop model based on knowledge graphs, belonging to the field of intelligent scheduling technology. This invention improves the accuracy of stress risk prediction and the coverage dimension of multi-species co-transport compatibility analysis during the pet transport resource scheduling process, thereby achieving efficient and accurate path resource adaptation and scheduling scheme generation under welfare constraints. It significantly improves the transportation safety and scheduling resource utilization efficiency during the pet transport process, effectively preventing insufficient response of fixed co-transport rules to actual species compatibility changes, avoiding missed detection of co-transport conflicts and pet stress injuries caused by experience-based judgments, realizing intelligent configuration and differentiated investment of emergency transport resources, continuously optimizing the semantic reasoning accuracy of the pet transport knowledge graph, and ensuring a high degree of consistency between the scheduling decision model after closed-loop iterative updates and the actual pet transport stress risks.

The embodiment of the invention provides a circulating breathing system and a breathing machine. The circulating breathing system comprises a fresh gas supply system, a breathing gas collecting and processing system, an inspiration system and an expiration system, wherein one end of the fresh gas supply system is communicated with an oxygen source; a gas storage module of the breathing gas collecting and processing system comprises a first port and a second port which are oppositely arranged, the first port is provided with a carbon dioxide absorption device, and the other end of the fresh gas supply system communicates with the carbon dioxide absorption device; one end of the inspiration system is communicated with the first port, and the other end is used for supplying oxygen to a patient during inspiration; one end of the expiration system is communicated with the second opening, and the other end of the expiration system is used for receiving gas exhaled by the patient during expiration. According to the circulating breathing system, circulating reuse of oxygen in exhaled gas is effectively achieved, the oxygen utilization rate is remarkably increased, the driving duration of the oxygen bottle can be prolonged in the emergency transfer scene, the transfer distance and time window can be enlarged, and the problem of mechanical ventilation limitation in the oxygen scarcity scene is solved.

This invention discloses a method and application for monitoring and early warning of ventilators during emergency transport, comprising: S1: collecting ambulance bump data and airway pressure time-series data and preprocessing them; S2: extracting bump interference features and airway pressure features respectively; calculating airway pressure features after interference suppression; calculating pure airway pressure features; S3: calculating bump time-series features, and then completing the classification through a bump intensity differentiation mechanism to obtain bump patterns; calculating cross-modal fusion features to generate initial calibration parameters and final calibration parameters; S4: calculating calibrated airway pressure time-series data; and then combining the pure airway pressure features to calculate ventilation trend abnormality markers and the proportion of numerical abnormality, and generating graded early warning levels; S5: graded early warning and visualization display. This invention can solve the problem of poor monitoring and early warning accuracy in traditional ventilator monitoring and early warning methods due to insufficient consideration of vehicle bumps during transport.

The application provides a noise elimination method and device, electronic equipment and a computer readable storage medium. The method comprises: acquiring power parameter information, and receiving a diagnosis signal sent by a medical sensor; determining a filtering model according to the power parameter information; and performing filtering processing on the diagnosis signal through the filtering model, and outputting a filtered signal. When the method in the application is used to reduce the noise of the diagnosis signal, the emergency transport device does not need to be modified, and the cost is low. Meanwhile, in the above method, the established filtering model is used to reduce the noise of the diagnosis signal, the method does not introduce new noise signals, can achieve good noise reduction effect, fully ensures that an accurate diagnosis signal can be obtained after noise reduction processing, eliminates the interference of noise signals generated by the emergency transport device on medical diagnosis, and ensures the smooth progress of medical diagnosis.

The utility model relates to gastrointestinal decompression instrument technical field, and disclose a kind of portable gastrointestinal decompression instrument, including portable electric negative pressure pump, and the suction pipe is connected on portable electric negative pressure pump, and the front end of suction pipe is detachably connected with interface one, and interface one is fixedly connected with sealing cover, and sealing cover is fixedly connected with interface two, and interface two is detachably connected with cannula, and sealing cover is fixedly connected with four connection seats of circumferential array, and the lower surface of sealing cover is fixedly connected with sealing pad, and the lower end of sealing cover is detachably connected with storage mechanism, and storage mechanism is fixed between sealing cover by fixed mechanism, and height fixing assembly is detachably connected on storage mechanism.The utility model discloses portable electric negative pressure pump light weight and its internal characteristics of being able to store power supply, so that it can be used in emergency transport, home nursing or primary medical scene, at the same time, folding bucket can be folded, can reduce the space occupied, convenient to carry.

The application discloses an emergency transport respirator fault prediction method and system, and the method comprises the following steps: a fault prediction system acquires a group of operation and maintenance records of emergency transport respirators, obtains a fault prediction data set and a fault local data set; the fault prediction data set is used to calculate the damage value and the fault value of the emergency transport respirator; the fault local data set is used to calculate the prediction parameter of the emergency transport respirator; the consistency of the secondary fault prediction data of the suspected fault module is judged; and the fault prediction result is output. When the fault prediction of the emergency transport respirator is performed, not only the operation and maintenance records of the current emergency transport respirator are used, but also the operation and maintenance records of other emergency transport respirators of the same type are used; through the first-level prediction of the prediction parameter and the second-level prediction of the consistency, multi-dimensional prediction of multi-dimensional information is realized, and the accuracy of the fault prediction is effectively improved.

This utility model belongs to the field of field medical equipment technology, specifically relating to a modular anesthesia monitoring box. This utility model integrates key equipment such as an emergency transport ventilator, patient monitor, and blood gas analyzer to achieve comprehensive monitoring and management of patient physiological parameters, improving the efficiency and accuracy of field emergency care and meeting the needs of complex anesthesia monitoring. Furthermore, by addressing the space limitations of the field environment, a compact modular design is adopted, rationally planning the position of each instrument to ensure maximum functionality within the limited box space, while facilitating quick access and operation, shortening emergency response time. The operating interfaces of the instruments within the modular anesthesia monitoring box face uniformly, facilitating operation by rescue personnel; the instruments in the two rear areas use a three-section floor-mounted rail system. This rail, located below the equipment, is thin and effectively utilizes space, ensuring that the equipment in the front and rear areas of the positioning plate does not obstruct each other, facilitating real-time observation by rescue personnel.

This utility model relates to an emergency transport ventilator kit, comprising a main body with a detachable back panel connected to it. The back panel has a concave structure, and its bottom is connected to a first clamp and a second clamp for securing an oxygen cylinder. A fixing hole with a bent structure is provided at the bottom bend of the back panel, and a fixing crossbar is connected to the back panel at the fixing hole. A left adjustment hole and a right adjustment hole are respectively connected to the left and right sides of the top surface of the back panel. A left hanging plate and a right hanging plate with the same spacing as the back panel are respectively connected to the left and right adjustment holes. Both the left and right hanging plates are connected to their respective adjustment holes via adjusting connectors. This utility model allows for quick replacement and is easy to install.