12 results about "Severe trauma" patented technology

The invention discloses a pre-hospital emergency unified scheduling decision-making method and system. The method comprises the steps that S1, a unified scheduling center obtains an accident occurrence place, a trauma type and the number of trauma people; s2, the number of wounded persons is judged, if one person enters S3, and if multiple persons enter S6; s3, if the wounds are serious wounds, entering S4, and if the wounds are non-serious wounds, entering S5; s4, selecting the hospital with the shortest time for arriving at the hospital at present from the hospitals with the wound type treatment scores reaching the preset value as a target hospital; s5, selecting the hospital which is predicted to reach the hospital for the shortest time as a target hospital; s6, judging the number of severely-wounded people, if one person enters the step S4, if multiple persons exist, selecting hospitals with the wound type treatment scores reaching a preset value, sorting the selected hospitals from short to long according to the current predicted shortest time for reaching the hospitals, selecting target hospitals according to the sequence, judging the number of non-severely-wounded people, if one person enters the step S5, judging the number of non-severely-wounded people, and if the number of non-severely-wounded people enters the step S5; and if multiple persons sort the hospitals from short to long according to the current predicted shortest time of reaching the hospitals, selecting target hospitals in sequence.

The invention relates to the technical field of first-aid patient information processing, in particular to a severe trauma early evaluation and processing system based on virtual-real combination interaction, which comprises a scene risk sensing module, a dynamic physiological extraction module, an image feature analysis module, an abnormal grade judgment module and a priority scheduling grading module. According to the invention, through abnormal time period positioning, multi-terminal data synchronization and fusion of multi-source data, feature analysis is carried out under a unified time sequence, continuous triggering of risk early warning and hierarchical response is realized, a wound index is automatically generated, geographical location information is linked, seamless information circulation and task pushing among multi-terminal platforms are realized, and the efficiency of risk early warning and hierarchical response is improved. Automatic synchronization, intelligent grading and scheduling response of data from a site to a hospital are promoted, system advantages are established in the aspects of multi-link cooperation, information closed loop and early trauma judgment, physiological process visual feedback, grading task closed loop and real-time resource matching are further supported, and the early recognition and processing efficiency of critical patients is improved.

The invention provides a severely traumatic patient emergency treatment process management method, device and system, which are used for creating a severely traumatic patient emergency treatment process management system and configuring specific standardized emergency treatment process nodes and quality control indexes for the severely traumatic patient emergency treatment process management system. In this way, the accuracy and integrity of the whole process can be combined with important time nodes of trauma quality control, the current quality control management requirement can be well met, simple and perfect records can provide a good data basis for emergency treatment work of patients with serious trauma, the emergency treatment work can be promoted to be stably and efficiently promoted, and the emergency treatment efficiency is improved. And the personal safety of severely traumatic patients is ensured.

The invention relates to the technical field of hemostatic preparations, in particular to blood coagulation-fibrinolysis high-balance type freeze-dried plasma as well as a preparation method and application of the blood coagulation-fibrinolysis high-balance type freeze-dried plasma. According to the blood coagulation-fibrinolysis high-balance type freeze-dried plasma provided by the invention, blood coagulation factors, anticoagulation factors, fibrinolysis factors, fibrinolysis inhibition factors and von willebrand factors with proper concentrations are compounded in the freeze-dried plasma according to different blood coagulation-fibrinolysis system change rules after different types of tissues and organs are damaged; the hemostatic resuscitation agent can be used for hemostatic resuscitation of general severe trauma, severe trauma mainly including liver, severe trauma mainly including severe craniocerebral trauma, severe trauma combined with seawater soaking and other injuries, the hemostatic resuscitation effect is good, thrombus of uninjured parts cannot be caused, and the lactic acid rising amplitude after trauma can be reduced.

The utility model discloses a first-aid technology comprehensive training and severe trauma nursing skill assessment device, which belongs to the technical field of first-aid training and trauma nursing assessment and comprises a training frame supported on the ground, the training frame is connected with a cloth cover for a wounded simulation person to lie flat, and the training frame is fixedly connected with a cylindrical rod. The cylindrical rod is slidably sleeved with a sliding ring, an objective table used for placing first-aid training and wound nursing tools is fixedly installed below the sliding ring, and a driving mechanism used for driving the objective table to move and stretch out is arranged on the training frame. During training and examination, the objective table and the camera are controlled to move and unfold beside the training frame through the driving mechanism, an operator can place medical instruments on the objective table, training and examination are facilitated, the operation process is shot and recorded through the camera in the training and examination process, follow-up auditing personnel can conveniently see the whole operation process of the operator, and the training and examination efficiency is improved. And whether the operation is qualified is analyzed specifically.

1. The name of the design product: bone defect prosthesis. 2. The use of the design product: for repairing large bone defects caused by tumor resection, severe trauma, etc. Through surgical implantation in the affected area, it replaces the missing part of the human bone and restores the normal shape and function of the bone. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: Design 1 Solid Drawing 1. 5. Design 1 is designated as the basic design.

The present invention discloses a smart management system for the graded treatment of severe trauma and restrictive fluid resuscitation, which relates to the field of intelligent medicine and includes: a collection module for collecting the personal basic information of trauma patients, the initial judgment data of on-site injury conditions, and the real-time vital sign data during the transportation process; a grading module for receiving the initial judgment data of on-site injury conditions and the real-time vital sign data of patients, quantitatively evaluating the emergency degree of patients' injury conditions, and grading the patients based on a preset grading range. The present invention makes the grading more in line with the actual situation of individuals by accurately quantifying the emergency degree of patients' injury conditions and dynamically correcting them in combination with age, weight, past medical history, etc., preferentially ensuring the resource supply for critical patients, and the resource allocation process is traceable, improving the fairness and standardization of treatment.

The invention discloses a restraining and pressurizing hemostasis integrated limb fixing device which comprises a base assembly, a placing belt, a restraining mechanism, two telescopic mechanisms, an air bag mechanism, an extension belt, a clamping belt, a clamping mechanism, a rectangular frame and a mounting plate. The two extension plates are arranged on the two sides of one end of the bottom plate, and the hook face hook-and-loop fastener is arranged on the side edge of the bottom plate. The placing belt is located on the bottom plate, and the air bag mechanism is arranged on one side of the placing belt. Therefore, collaborative operation of pressurization hemostasis and limb restraint can be achieved, and mutual interference when a traditional device is independently used is avoided. For a dysphoria patient with severe traumatic bleeding, pressurization hemostasis can be accurately carried out on a wound, meanwhile, limbs are stably restrained, the treatment time is greatly saved, the hemostasis success rate is increased, the working difficulty and intensity of medical staff are reduced, and errors caused by complex operation are reduced.

The present application relates to the technical field of emergency patient information processing, in particular to a severe trauma early assessment and processing system based on virtual-real combined interaction, which comprises a scene risk perception module, a dynamic physiological extraction module, an image feature analysis module, an abnormality level determination module and a priority scheduling classification module. The present application realizes continuous triggering of risk warning and hierarchical response by positioning abnormal period and synchronizing multi-end data, and realizes seamless information flow and task pushing between multi-terminal platforms by fusing multi-source data for feature analysis under unified time sequence, automatically generating trauma index and linking geographic location information, promoting automatic synchronization, intelligent classification and scheduling response of data from the scene to the hospital, establishing system advantages in multi-link cooperation, information closed loop and early trauma identification, further supporting physiological process visual feedback, hierarchical task closed loop and real-time resource matching, and improving the efficiency of early identification and processing of critically ill patients.

The present application relates to a kind of separated pelvic fixation band and tactile reference early warning system and operating method, belong to the technical field of medical instruments for war trauma first aid, including the quick inflatable pelvic fixation band and tactile reference early warning waistband of quick combination.Tactile reference early warning waistband is equipped with the tactile reference module based on high flow resistance parallel gas path principle, this module includes adjustable tactile membrane and internal damping gas path system, can the initial tension state of the abdomen of wounded person is converted into stable tactile memory reference.Two components are fixed by lateral quick connection buckle.The present application realizes the integration of pelvic fracture pre-hospital care and abdominal tension objective early warning, its all-mechanical, power-free design has very high environmental robustness and easy operation, can effectively solve the problems of uncontrollable fixed pressure and unreliable abdominal monitoring in traditional method, significantly improve the on-site treatment and transport monitoring quality of severe trauma wounded person.

The utility model relates to a humidifier for a breathing machine, which solves the problem that the area of the water surface cannot be adjusted in the prior art, and comprises an equipment base, a water storage container and a container cover, the water storage container is placed on the equipment base, and the container cover covers the top of the water storage container; according to the scheme, the water storage container is the cone-shaped body with the diameter gradually decreasing from top to bottom, compared with a traditional cylindrical humidifier, the temperature can be adjusted, the evaporation effect can be changed by adjusting the area of the evaporation liquid level, the larger the evaporation area of humidification liquid is, the more the evaporated moisture and the higher the humidity are at the same temperature, and the humidification liquid moves along with airflow of the breathing machine; the effect of humidifying the airway is improved, and the evaporation area can be changed by adding water and discharging water. The novel humidifier is expected to be better than a traditional humidifier in the aspect of humidifying the airway, and particularly has a better effect on patients with serious wounds, large-area burns, excessive body fluid loss, long-term respiratory diseases, older coughs, weakness, thick sputum and the like.

The invention relates to a pre-hospital and in-hospital emergency dispatching method and system for severe trauma. A pre-hospital wiring center receives accident description information and analyzes the number of people with severe trauma; the pre-hospital dispatching center dispatches an emergency ambulance; the emergency ambulance-mounted terminal obtains a camera record of a patient at an accident site for field emergency guidance of medical staff in a hospital, collects basic information, vital signs and injury information of the patient, corrects and perfects the information, and analyzes the corrected and perfected information to obtain serious trauma information; the in-hospital trauma emergency center automatically registers for the patient; the emergency ambulance-mounted terminal obtains the emergency treatment time in the hospital and informs the trauma emergency center in the hospital; the in-hospital trauma emergency center corrects and perfects the serious trauma information of the patient, inputs the to-be-examined inspection item and the predicted arrival time of the patient, notifies the inspection center, and transmits the corrected and perfected serious trauma information and the inspection and inspection result of the patient to the model for illness state pre-judgment and decision-making, so as to determine a final to-be-operated item; and informing an operating room center and an anesthesiology center.