23 results about "Emergency department" patented technology

The invention discloses a real-scene three-dimensional system geographic entity space-time coding method. According to the method, the dynamic sensing capability of the geographic entity state is remarkably improved through an evolution prediction mechanism. Traditional coding mostly focuses on current state records, but the method depends on a state transition probability model of time decay weighting, can accurately capture recent change trends of entities, generate evolution prediction codes and dynamically bind the evolution prediction codes with space codes and time codes, so that the coding can not only reflect current positions, time and attributes of the entities, but also can reflect current state records of the entities. And the state trend of 1-3 months in the future can be pre-expressed. According to the method, the subsequent stage of a construction road can be pre-judged in advance, an emergency department can quickly recognize potential risk entities, the problem that geographic information lags behind actual change is effectively solved, more prospective data support is provided for collaborative decision making of multiple departments, the suitability and long-term reliability of coding in multiple scenes are enhanced through full-process closed-loop design, and the method is suitable for popularization and application. And a stable basic support is provided for efficient application of live-action three-dimensional geographic information.

The invention provides a lining profiling reinforcing device suitable for tunnel collapse accidents, and relates to the field of emergency rescue of tunnel collapse accidents. After a tunnel collapses, a safe working environment is provided for rescue workers, and therefore a damaged vault in a metastable state needs to be reinforced. At present, emergency departments mostly adopt a method of temporarily building a supporting body to reinforce a damaged vault, however, the manual operation action is rough, secondary collapse of a tunnel is easily caused, the operation time is long, and the built supporting body occupies a large space, so that the smooth development of rescue work is influenced. According to the profiling reinforcing device, the multi-degree-of-freedom chain is adopted for conducting profiling attaching on the inner wall of the tunnel, power is provided for the profiling attaching procedure of all the chain links through gear transmission, and when all the chain links are fixed to the rack, reinforcing work on the inner wall of the tunnel is completed. An automatic operation mode is adopted, irregular damaged vaults can be supported and reinforced, and safety guarantee can be provided for rescue workers.

The application relates to a multi-scene emergency disposal decision system in traffic safety management. The system comprises a dynamic decision library module, an accident perception positioning module, an intelligent decision matching module and a multi-department linkage scheduling module. The system can analyze historical accident cases through structuring, build a knowledge graph and a simulation model, generate a dynamic fusion decision knowledge base, obtain multi-source heterogeneous perception data in real time, perform abnormal analysis and directional analysis, generate structured accident confirmation information, retrieve matching cases and strategy packages in the knowledge base, generate and optimize disposal schemes, distribute the deconstructed disposal tasks to emergency departments, monitor the execution process in real time, generate a disposal complete data package and update the knowledge base. The method can significantly improve the efficiency and accuracy of emergency disposal in traffic safety management by building a dynamic fusion decision knowledge base and combining real-time data-driven simulation optimization, and can enhance multi-scene adaptability and multi-department collaboration ability.

1. The name of the design product: full-automatic nucleic acid detection analyzer. 2. The use of the design product: the design product is used for automatic sample adding, extraction and detection analysis of nucleic acid in clinical biological samples, and is suitable for large hospital outpatient and emergency departments, medical center laboratory sites. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1.

The utility model relates to the technical field of gastroenterology department, in particular to a pressurized gastric lavage device for emergency gastroenterology department, which is provided with an independent detachable dirt storage barrel structure and is combined with a gastric lavage mechanism to form a single pipeline, so that the pressurized gastric lavage device is more portable and efficient to clean, and the practicability is improved; comprising a base, a connecting frame, a water bath mechanism, a gastric lavage liquid storage barrel, a first external thread opening, a first internal thread cover, a pressure pump, a pressure pipe, a pressure reduction pump, an air suction pipe, a second internal thread cover, a dirt storage barrel, a second external thread opening and a grip, the middle of the top end of the base is connected with the bottom end of the connecting frame, and the top end of the connecting frame is connected with the pressure pump and the pressure reduction pump; the bottom end in the connecting frame is connected with the top end of a second internal thread cover, the inner side of the second internal thread cover is detachably screwed with the outer side of a second external thread opening, the bottom end of the second external thread opening is connected with the top end of a dirt storage barrel, the middle of one side of the outer end of the dirt storage barrel is connected with the inner side of a grip, and a gastric lavage tube structure is arranged on the outer sides of the gastric lavage liquid storage barrel and the second internal thread cover.

The invention discloses an AI water level early warning linkage gate control method and system and a medium. The method comprises the steps that S10, a waterlogging area water level gauge image is obtained; step S20, extracting scale features from the water level scale image by using a water level scale identification algorithm, and calculating a water level height; and S30, executing a corresponding gate control strategy according to the calculated water level height. The system can help urban safety and flood control, quickly discover and prevent problems, timely notify a responsibility unit when an alarm occurs, and automatically link a control scheme for automatic control, so that the early warning problem can be handled in the first time; an emergency department is helped to quickly deal with sudden safety accidents, prevent the safety accidents and timely and automatically deal with emergencies, life and property safety of people is guaranteed, and a large amount of manpower and material resource cost is saved.

The utility model discloses an emergency treatment rapid hemostasis device which comprises a box body, one end and the other end of the box body are both rotationally connected with shells, the two shells are both rotationally connected with grooved wheels, one end and the other end of the same rope body are wound around the two grooved wheels respectively, and one end and the other end of each grooved wheel are both connected with torsion springs. And one ends of the plurality of groups of torsion springs are respectively connected with the corresponding shells. The hemostasis block is placed on a wound of a patient, the rope body is pulled, the shell and the box body are moved to the position above the wound of the patient, the box body is made to be close to the wound or skin of the patient, the rope body is loosened, under the action of the torsion spring, the grooved wheel rotates, the rope body is wound, and the rope body is wound to drive the box body and the shell to be attached to and abut against the limb of the injured part of the patient. Through the arrangement of the box body, the shell and the multiple groups of block bodies, hemostasis can be conducted on multiple wounds of a certain part of the limbs of a patient to a certain degree, and the hemostasis effect is good to a certain degree.

As an easily expandable module in a smart bedside wall system in a senior welfare facility according to one embodiment, the easily expandable module in a smart bedside wall system in a senior welfare facility includes a main frame of a plurality of modules selectively attached and detached between a bed and a wall, the easily expandable module in a smart bedside wall system in a senior welfare facility is a medical oxygen supply port module, as an auxiliary facility necessary for medical treatment and treatment (or nursing activities) in a ward anywhere (including an intensive care unit, an emergency room), since an outlet module, a switch module, a vacuum tank module, a LAN port module, a shelf or cabinet module, a storage box module, a monitoring module can be provided, it can be conveniently and selectively installed in a nursing facility, a private residence or a sanatorium, it can expand the selection range of consumers, provide convenience, and the bed fixed to the end wall can be conveniently detached and removed from the end wall at any time when it is necessary to use, so that the bed can be conveniently detached or assembled from the bed at any time, so that the bed user does not need to be moved from the bed to the bed, saving time and manpower, and can save costs. It is effective.

The present application relates to a passenger sudden heart disease recognition system based on infrared thermal imaging, comprising: a central processing unit for providing computing transmission capability; a video acquisition module for acquiring behavior video information and infrared thermal imaging information; a video analysis module for analyzing abnormal behavior actions; a sudden heart disease recognition module for recognizing passengers with sudden heart disease and generating heart disease recognition information; an emergency warning module for real-time warning according to the heart disease recognition information. The present application greatly improves the timeliness and accuracy of the emergency department in public transportation places in identifying the sudden diseases of passengers in public transportation waiting areas; fundamentally solves the emergency management problems of passenger sudden heart disease recognition difficulty and notification not in time which cannot be solved by relying on artificial traditional inspection mode.

The invention relates to a cerebral hemorrhage patient diagnosis and treatment method and system, and relates to the technical field of medical information. In the scheme, an outpatient and emergency doctor gives a first diagnosis result including a disease type with cerebral hemorrhage and clinical manifestation, then a second diagnosis result recognition model gives a second diagnosis result based on corresponding medical information, and then the first diagnosis result and the second diagnosis result are sent to a service terminal where a professional neurosurgeon is located. And professional neurosurgeons give professional primary processing results. Therefore, even if a professional neurosurgeon is not seated, a professional primary processing result can be comprehensively given in combination with diagnosis results given by outpatient and emergency doctors and the second diagnosis result recognition model remotely, so that heavy loss caused by illness state delay to the patient is avoided, the professional doctor seeing speed of the cerebral hemorrhage patient is increased, and the patient experience is improved. And negative effects caused by incapability of professional diagnosis and treatment for a long time are reduced.

The invention provides an intelligent triage system for emergency treatment grading and a method thereof. The intelligent triage system comprises a patient end, a nurse end, a physician end and a cloud end, the patient end is configured to obtain multi-dimensional vital sign information of an emergency patient and generate symptom expression description according to the vital sign information; the cloud end is configured to construct a symptom dependency network based on a preset symptom association relationship according to symptom expression description, past medical history abstracts of emergency patients and treatment time information, perform hierarchical emergency degree adjustment on the symptom dependency network, update the emergency degree of each symptom item through influence conduction among nodes, generate a dynamic emergency degree feature set, and send the dynamic emergency degree feature set to the cloud end; inputting the dynamic urgency degree feature set into a pre-trained triage decision model, generating a grading evaluation result including grading grades and intervention timeliness requirements, and determining recommended disposal departments and triage schemes including treatment priorities and necessary examination items according to the grading evaluation result; the nurse end and the doctor end are configured to receive and display the triage scheme.

This invention belongs to the field of emergency medicine technology and provides a pill crushing device suitable for emergency use, comprising: a shell, a base, and a scraping mechanism. A medicine storage box is slidably connected to the inner wall of one side of the shell. A dispensing device is provided on the top of the shell, and a crushing component is provided at the bottom of the dispensing device. A transmission mechanism is provided between the base and the crushing component. In this invention, the pills are squeezed together as they pass through the guide plate and slide to the top of the pills at the bottom. When the pills are at the top, they fall to the middle of the inclined turntable because there is no obstruction on one side. When the pills fall from the dispensing port onto the telescopic rotating plate, they push the telescopic rotating plate to rotate, transporting the pills to the pressure plate. Then, the telescopic rotating plate pushes the guide plate to rotate clockwise, so that the pills on the telescopic rotating plate fall onto the guide plate and fall into the medicine storage box along the inclined direction of the guide plate. This achieves the storage of excess pills and controls the amount of pills dispensed according to the different dosages of different patients, preventing accidental over-dispensing by human hands.

The invention relates to the technical field of disaster medical rescue resource allocation, in particular to an emergency ward manpower equipment overall configuration method based on intelligent simulation, and aims to solve the problem that existing emergency ward resource allocation depends on static hypothesis and is poor in dynamic adaptability. An intelligent agent interaction model covering wounded personnel, medical care manpower and medical equipment is constructed, and precise overall configuration of manpower and equipment resources under different disaster loads is achieved through multi-scene simulation and data iterative optimization; the method comprises four core steps of wounded person agent attribute modeling, modular ward structure design, multi-scene simulation verification and optimal configuration scheme output, the optimal medical care and patient ratio and layered equipment configuration standards of light, medium and heavy injury wards are determined, the emergency rescue resource utilization efficiency and the treatment response speed can be remarkably improved, and the emergency rescue efficiency is improved. And a scientific and quantitative resource allocation basis is provided for disaster medical rescue.

The utility model relates to the field of emergency treatment, and discloses a portable oxygen bottle fixing device for emergency treatment, which comprises a bottom plate, two groups of oxygen bottle bodies are arranged at the top of the bottom plate, the bottoms of the oxygen bottle bodies are in contact with the top of the bottom plate, and four groups of clamping rings are arranged at the tops of the oxygen bottle bodies. Through mutual cooperation of the gear, the rotating rod, the toothed plates and the connecting plates, when one group of connecting plates can be pushed, the connecting plates drive two groups of clamping rings to move towards one side close to the oxygen bottle body, the connecting plates move to drive one group of toothed plates to move, and one group of toothed plates move to drive the gear to rotate; the gear rotates to drive the other set of toothed plate and connecting plate to move towards the side close to the oxygen bottle body, the other set of connecting plate moves to drive the other two sets of clamping rings to move towards the side close to the oxygen bottle body, and when all the clamping rings move towards the side close to the oxygen bottle body, the oxygen bottle body can be limited at the moment.

The utility model discloses an emergency orthopedic ice compress device which comprises a fixing frame, the fixing frame comprises a fixing ring and a rotating ring, the fixing ring is provided with an inserting block, the rotating ring is provided with a connecting block matched with the inserting block, the connecting block is provided with an inserting rod in a sliding mode, and the inserting block is provided with an inserting hole matched with the inserting rod. Mounting grooves are formed in the fixed ring and the rotating ring, ice bags are arranged in the mounting grooves, each ice bag comprises a wear-resistant layer, an elastic layer, a high-strength layer and a low-temperature-resistant layer, and the fixed ring and the rotating ring are conveniently connected and fixed through matching of an insertion rod of a connecting block on the rotating ring and an insertion hole of an insertion block on the fixed ring; and the positions of the fixing frame and the ice bag are convenient to fix, so that the pain of the patient is relieved.

The invention discloses an expressway sudden danger warning transmission system, which relates to the technical field of expressway warning, and comprises a danger information acquisition module, a data processing center, an information transmission network, a vehicle-mounted receiving terminal and an emergency linkage unit, and the modules and the units realize data interaction and cooperative work through a preset communication protocol. According to the highway sudden danger warning transmission system, all-directional monitoring of road conditions, vehicle dynamic states and the like is realized; the data processing center adopts cloud computing and artificial intelligence technologies to accurately identify dangerous events through a multi-modal fusion model; the information transmission network is combined with edge computing and a 5G private network, so that high-efficiency and low-delay transmission of data is guaranteed; the vehicle-mounted receiving terminal provides multi-stage early warning; and the emergency linkage unit realizes co-processing with an emergency department. According to the system, the timeliness and accuracy of danger warning can be remarkably improved, the traffic accident rate is reduced, and a powerful guarantee is provided for safe operation of an expressway.

1. Name of the product in this design: Emergency Drainage Device. 2. Purpose of this design: For use in emergency departments, it uses negative pressure within the cavity to guide and collect the fluid inside. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The invention discloses an emergency department stretcher and a using method thereof.The emergency department stretcher comprises two arc rods, two head shoveling pieces and two trunk shoveling pieces, the two arc rods are oppositely arranged, the two head shoveling pieces are fixedly connected to the surfaces of the two arc rods respectively, the two trunk shoveling pieces are fixedly connected to the surfaces of the two arc rods respectively, and the two trunk shoveling pieces are fixedly connected to the surfaces of the two arc rods respectively. And the two shovel blades are positioned on the front sides of the two head shovel blades. According to the invention, the arc rod, the head shovel piece, the trunk shovel piece, the first mounting block, the first insertion tongue block, the clamping mechanism, the clamping assembly, the magnetic attraction block, the constraint assembly, the head limiting structure, the extension elbow, the shank shovel piece, the second mounting block, the second insertion tongue block, the limiting hole and the positioning assembly are arranged and used in cooperation; the problems that the risk that a single-lock-catch shovel type stretcher is likely to be loosened at the connecting position due to vibration, and consequently the stretcher is separated, and the head of the patient can move when the patient is transferred, and consequently secondary injury is caused to the patient are solved.

Embodiments diagnose an emergency room (“ER”) patient. Embodiments receive an identifier of the patient and search and retrieve relevant information factors for the patient from publicly available sources using the identifier using a trained machine learning (“ML”) model. The trained ML model is configured to identify and fetch medically relevant information of the patient in response to the identifier of the patient. Embodiments weight each of the retrieved factors relative to contributing to a diagnoses of the patient and assign a score to each of the retrieved factors and provide the scores and corresponding diagnoses to ER personnel.

The application discloses a kind of based on lung ultrasound image auxiliary diagnosis method, system, electronic equipment and storage medium of children pneumonia, belong to medical artificial intelligence and medical image processing technical field.It includes: obtaining the static image and / or dynamic video of child lung ultrasound collected according to preset scanning specification;Desensitization, quality control, standardization pretreatment are carried out to the image;The pretreated image is input into multi-task artificial intelligence model, the model at least includes feature extraction module, pneumonia sign identification module, lesion segmentation module, dynamic time sequence fusion module and severity evaluation module;Output pneumonia positive / negative judgment result, lesion region segmentation result, sign identification result and severity classification result, and generate visual heat map or lesion annotation chart to assist clinical interpretation.The application can reduce the dependence of lung ultrasound examination on operator experience, improve the consistency, objectivity and efficiency of bedside screening and auxiliary diagnosis of children pneumonia, and is suitable for pediatric outpatient and emergency department, ward, PICU and primary medical institutions.

A monitoring method and monitoring system for emergency observation, a central station acquires a current EWS score of a patient; when the EWS score is lower than a first score, a first information prompting a user to adopt a mobile monitoring device to perform interval monitoring on the patient is output; when the EWS score is higher than the first score, information prompting the user to adopt a bedside monitor and / or a mobile monitoring device to perform continuous monitoring on the patient is output. It can be seen that the central station can give corresponding prompts according to the EWS scores of various patients, and medical staff can give the patients corresponding levels of monitoring according to the prompts, that is, the monitoring devices are reasonably allocated, and the light patients are not restricted, and the medical staff can improve the monitoring efficiency of emergency observation.

The invention provides a hospital disinfection product supply management method and system. When an inventory warning signal of the disinfection product is received, first real-time diagnosis and treatment data and first historical diagnosis and treatment big data, related to the disinfection product, of an emergency department and second real-time diagnosis and treatment data and second historical diagnosis and treatment big data, related to the disinfection product, of a common department are obtained; respectively processing the first real-time diagnosis and treatment data and the first historical diagnosis and treatment big data as well as the second real-time diagnosis and treatment data and the second historical diagnosis and treatment big data by using a prediction analysis model to obtain first expected demand data of an emergency department for the disinfection product and second expected demand data of a common department for the disinfection product; and according to the first expected demand data, the second expected demand data and the inventory data of the disinfection products, determining a distribution scheme of the disinfection products for the emergency department and the common department. The inventory pressure of hospitals on disinfection products can be reduced, and the influence of consumption fluctuation of the disinfection products and untimely distribution of a distribution system is weakened.

The invention relates to a movable infusion support for the emergency department and a using method thereof, and relates to the technical field of medical supplies, the movable infusion support comprises a supporting shell, a fixing hole, a plurality of universal wheels, an adjusting pipe, an adjusting rod and a controller, the fixing hole is formed in the top of the supporting shell, and the universal wheels are fixedly connected to the surface of the supporting shell; the adjusting pipe is movably connected to an inner cavity of the fixing hole, and the bottom of the adjusting pipe is fixedly connected with the inner wall of the supporting shell. By arranging an electric suction cup, a hook, a mounting groove, a moving hole, a positioning assembly and a control assembly, the problems that the space of a toilet is narrow, a support and universal wheels of a movable infusion support are likely to collide with a door frame, a closestool, a wash basin and the like, consequently, the support shakes or a patient is stumbled, and if the height of the support is adjusted improperly in the moving process, the patient is inconvenient to move are solved. The infusion tube can be clamped by the door or pressed by the body of a patient, and the needle head can move and fall off, so that the effects of being convenient to disassemble and lift are achieved.