37results about How to "Avoid doctor-patient disputes" patented technology

The invention discloses a multifunctional rehabilitation exercise device for serious illness of neurosurgery. The multifunctional rehabilitation exercise device comprises a bottom plate, a first supporting plate, a second supporting plate, a third supporting plate, a motor, a first lead screw, a first nut, a first ejector rob, a connection sleeve, a second lead screw, a second nut, a second ejector rob, a rope wheel, a rope belt, a first spring, vibrators, massage balls, moxibustion boxes, heating wires, a temperature controller, a guide groove, pulleys, a first motor, a first rotating plate, a glove, a fixing plate, a second motor, a second rotating plate and a foot strap. The multifunctional rehabilitation exercise device for serious illness of neurosurgery is ingenious in structure, powerful in function and simple in operation, a patient just needs to lie on a hospital bed to achieve exercise treatment of the hands, , the feet, the upper body and the lower body of the patient, medical disputes generated by tumble and other accidents occurring when the patient is transferred to a specified exercise place are avoided, the rehabilitation progress of the patient is greatly accelerated, work efficiency of medical staff is greatly improved, labor intensity of medical staff is lowered, and the multifunctional rehabilitation exercise device can be used for various types of hospital beds in a universal mode.

The invention provides an information identification method based on multiple neural networks. The method comprises the following steps: inputting a medical image as an input image into a first neuralnetwork model to obtain first identification information; inputting the medical image as an input image into a second neural network model to obtain second identification information; when the firstidentification information is different from the second identification information, outputting an exception report and recording the number of times of the exception report; and adjusting a first parameter of the first neural network model and a second parameter of the second neural network model according to the frequency of the exception report. According to the method, device and system, at least two neural networks are superposed to reduce the false identification rate, the parameters of the neural network model are adjusted according to the difference of multiple identification results, and then the multiple neural network models are used for image identification, so that the false identification rate is evaluated and the model is optimized while the identification error rate is reduced, the occurrence of mismatching of medical reports is reduced, and medical disputes are avoided.

The invention discloses a radiation protection automatic tracking protection curtain device. The radiation protection automatic tracking protection curtain device consists of a grating ruler sensor, a master control module, a wireless remote control module, a motor drive module, a support and a position limitation module, wherein the master control module, the wireless remote control module, the motor drive module, the support and the position limiting module are connected to the grating ruler sensor; the radiation protection automatic tracking protection curtain device can automatically position and regulate a sensing position of the grating ruler sensor according to a standing position and an X ray shooting portion of a patient or a medical examiner, can automatically feed back to the master control module, can obtain an accurate protection position signal through the master control module, can control a grating ruler elevation regulation device through an output interface to automatically regulate elevation distances of an upper protection curtain and a lower protection curtain, and can accurately position a human body protection area and avoid X ray radiation. The elevation regulation can also be manually perform through a button panel of the master control module or the hand-held remote controller, which guarantees that a non-shooting area is not irradiated by an X ray. The radiation protection automatic tracking protection curtain device is simple in operation, stable and reliable in performance, can be widely applied to the radiation prevention in X-ray shooting in a radiology department of a hospital, can improve shooting efficiency of X-ray shooting, prevents medical disputes, and realizes hospital harmony.

The invention discloses a hospital care management system and a hospital care management method based on hand-held terminals. The hospital care management system comprises a monitoring center, the hand-held terminals, and ward terminals arranged in wards, wherein the monitoring center comprises a central server, the hand-held terminals and the ward terminals establish communication with the central server through a wireless communication method, and the monitoring center is used for receiving and recording the information of the hand-held terminals or the ward terminals, and sending an instruction to the hand-held terminals or the ward terminals. According to the system and the method, the hand-held terminals and the ward terminals establish communication through the monitoring center, during the nursing process, nursing staff record the nursing condition through the hand-held terminals and upload the information to the monitoring center, so that patient-hospital disputes can be avoided, meanwhile, the ward terminals can send a request instruction to the monitoring center, after processing, the monitoring center assigns the hand-held terminals to carry out the nursing work, therefore, the work quality of the nursing staff can be improved, and the working strength of the nursing staff can be alleviated.

The invention provides a cephalometric trace diagram generation method and system. The method comprises the following steps of obtaining a head shadow picture to be measured; identifying the head shadow picture through an identification model to obtain sampling mark points; according to the sampling mark points, obtaining auxiliary mark points through a preset mode, wherein the preset mode comprises a template method; and performing curve fitting on the sampling mark points and the auxiliary mark points to obtain a cephalometric trace diagram. According to the method, the sampling mark pointsare automatically obtained through the identification model, the auxiliary mark points are obtained through the template method, the cephalometric trace diagram can be rapidly generated, and the workload of doctors is greatly reduced; and the accuracy of the cephalometric trace diagram obtained through the sampling mark points and the auxiliary mark points is high, medical risks caused by subjective reasons of the doctors are reduced, and doctor-patient disputes caused by the medical risks are avoided.

The invention discloses an Internet-based three-party co-management health management system for chronic diseases, belonging to the field of disease management and prevention. The system comprises a patient end, a relative and friend end, a medical care end and a cloud network end, wherein the medical care end comprises a patient filing module, a risk assessment module, a prescription management module, a drug effect assessment module, a grading treatment module, an appointment module, an information pushing module and an authority management module; and the cloud network end comprises a family doctor module, an event early-warning module and a data storage module. According to the Internet-based three-party co-management health management system for chronic diseases in the invention, a chronic disease screening channel is broadened, and a management rate is improved; the construction of electronic health records are standardized; and the working quality of medical staff is improved, and the management quality of chronic diseases is improved.

The invention provides an abdominal cavity puncture operation training system based on a VR technology. The system comprises a modeling unit for establishing a three-dimensional virtual model, a head-mounted display device for providing a virtual display environment, an operation handle for providing virtual reality surgery operation and a VR execution unit. The VR execution unit comprises a VR environment unit for providing a virtual operation environment and a VR operation unit for providing an operation. According to the abdominal cavity puncture operation training system based on the VR technology, the problem of resource shortage in experiment teaching is solved, the sense of reality of doctor training is enhanced, the training cost is reduced, doctors can conveniently summarize experience, and doctor-patient disputes are avoided.

The invention belongs to the technical field of medical blood sampling, and particularly relates to a blood sampling tube preparation device for a paper bracket of blood sampling tubes. The blood sampling tube preparation device is designed according to the paper bracket of blood sampling tubes. The device comprises a shell, a support frame, a translation mechanism, a bearing mechanism, a shifting-out mechanism and a cutting mechanism. The blood sampling tube preparation device can automatically complete the shifting-out of blood sampling tubes b with different numbers according to the blood sampling requirements of different patients; and the blood sampling tubes b used by a same patient are kept on the paper bracket of blood sampling tubes a, so that the damage and pollution of the vacuum blood sampling tubes b caused by the phenomena of falling, collision and the like are avoided, and doctor-patient disputes caused by human errors are avoided, so that the working efficiency is improved, and the use cost is reduced.

The invention provides a deep learning-based intelligent film reading and medical display integrated system. The system comprises an I/O interface module, a video processing module, an audio processing module, a central processing unit, a power source management module, a medical display module and an intelligent film reading module; and the intelligent film reading module includes an Android operating system and deep learning algorithm-based intelligent film reading function software. According to the deep learning-based intelligent film reading and medical display integrated system of the invention, a central processor chip is adopted to carry the Android operating system and the deep learning algorithm-based intelligent film reading function software, and therefore, intelligent film reading can be realized, a diagnosis conclusion can be outputted, and reference can be provided for a doctor. The integrated system of the invention is provided with abundant interfaces and can connect medical imaging systems of mainstream manufacturers on the market, and has high universality.

The invention discloses a composite drainage tube fixing frame which comprises a movable base, a supporting rod is fixed to the movable base, and a plurality of annular structures, a laser measuring device and a tray fixing device are arranged on the supporting rod. Nursing workers use the laser measuring device to measure the accurate height of the outlet of the drainage tube according to medicaladvice, adjust the height of the annular structure and then fix the annular structure, then the drainage bag is hung on the hook, and meanwhile the illness state change of a patient is observed through a cranial pressure monitor on the tray. By means of the composite drainage tube fixing frame, a plurality of drainage tubes and other pipelines can be managed at the same time, accurate fixing of the height of the drainage tubes can be achieved in clinical application of the drainage tubes, management efficiency of nursing staff is improved, rehabilitation of patients is promoted, and disputesbetween doctors and patients are prevented.

The invention belongs to the technical field of cosmetology, and discloses an internet-based low-invasive liposuction weight-losing system for intelligent surgical medical cosmetology, which comprises a box body, a recording assembly and an intelligent controller, a negative pressure mechanism is arranged on the box body, the negative pressure mechanism is communicated with a liposuction mechanism through a negative pressure hose, the liposuction mechanism is used for quickly performing liposuction operation, and the recording assembly is connected with the intelligent controller. And the extracted fat can be rapidly cut and conveyed. According to the internet-based low-invasive liposuction weight-losing system for the intelligent surgical medical cosmetology, the arranged negative pressure mechanism is matched with the liposuction mechanism, so that liposuction can be safely performed on a patient, and the phenomenon that a fat layer is punctured to puncture blood vessels, muscles or skin is avoided; meanwhile, by arranging the cutting assembly, fat sucked into the liposuction tube can be timely and rapidly cut and smashed, the blocking phenomenon is avoided, by arranging the recording assembly in cooperation with the intelligent controller, the whole operation process can be shot and uploaded, and the phenomenon of doctor-patient disputes is avoided.