181results about How to "Improve medical quality" patented technology

This invention relates to a shapable prepreg comprising fibers and a polymeric matrix. The polymeric matrix is a multiphase matrix comprisinga first matrix component consisting of a monomer or a dendrimer, anda second matrix component consisting of high molecular weight organic molecules, said second matrix component forming a sticky membrane of the prepreg with an interpenetrating polymer network (IPN) bonding to the first matrix component. Preferably, the prepreg further comprises a third matrix component consisting of high molecular weight organic molecules, said third component being distributed between the fibers.

A portable dialysis access monitor device, comprising: an electronic monitor device and a server. The electronic monitor device includes a first microprocessor, an acoustic detector, a touch screen, a first storage device, a diagnostic programming module, an alarm device and a power supply device. The first microprocessor collects acoustic frequency signals, sound signals and thrill signals detected from a dialytic fistula. If signal difference is greater than a predetermined threshold value, the electronic monitor device provides a warning by the alarm device. The server includes a second microprocessor, a second storage device and a mobile internet. The server receives and analyzes the acoustic frequency signals, the sound signals and the thrill signals detected from the dialytic fistula by utilizing the second microprocessor to get an analyzed result. The server transmits the analyzed result to the electronic monitor device by utilizing the mobile internet.

A flexible biomonitor comprises: a flexible substrate having a circuit apparatus, a hybrid sensor, a plurality of IC devices, a central processing module, a RF transmitter circuit, an antenna, and a power supply. Thereupon the flexible biomonitor can be plastered on the skin where the human body needs to be monitored to achieve the purposes of reducing occupied area, providing comfortable wear and achieve compactness, module expansion and EMI shielding. Besides, it is capable of remote real-time monitoring this signal to achieve the purpose of home care.

The invention relates to an auxiliary decision supporting system of a hospital. The system comprises a production system layer, an interface layer, a data layer and an application layer. The system is characterized in that: the production system layer integrates data of each service system of the hospital, the data are integrated by the interface layer and organized to a data warehouse, the data required corresponding to each system of the application layer are extracted from the data warehouse through the data layer to form a data mart, and finally the data mart provides data support for the corresponding system so as to ensure development and operation of the corresponding system of the application layer. The system can integrate the complex data of the hospital and generate an intuitive data table to assist an administrator in integrating the all-round information of the hospital to make a decision so as to improve the efficiency and the validity of decision management.

The invention provides a method for processing clinical auxiliary examination data, which comprises the following steps: firstly, the own related data are scanned and collected through a patient terminal in case of patient waiting, the scanned and collected pictures are automatically transmitted to a data processing centre which processes related data information in the pictures and transmits the information to a doctor terminal, and the doctor can see the related information of the patient in visiting. The method can effectively convert the paper auxiliary examination data into the simple and easy-to-use reference data in the diagnosis and treatment of the medical staff, can be butt jointed with a local area network information system of a local hospital, is convenient to know and control the complete illness state of the patient, and has huge auxiliary functions for patient treatment and follow-up management. The method can reduce the waiting time of the patient, improves the visiting efficiency and medical treatment quality, is applicable to hospitals at all levels and has low using cost, convenient operation, high participation, convenience and practicability, wide earning range, economy and high efficiency and applicability.

The invention relates to a medical consumables monitoring system. In the medical consumables monitoring system, calculation portion is capable of calculating difference value between the period of validity of each medical consumable and the current date, and comparing portion is capable of comparing the difference value of each medical consumable and deadline threshold value of the medical consumable. When the difference value of the medical consumable is less than the corresponding deadline threshold value after the comparison of the comparing portion, input displaying portion displays expire warning pictures to warn users that the medical consumable is going to expire, so that the users can deal with the medical consumable to be expired according to the warning information, waste can be avoided and probability that expired medical consumables are given to patients to use falsely by hospitals, and medical care quality is beneficial to increase.

An integrated mobile medical system comprises a platform unit, a base unit, a lifting unit and a monitoring information transmission unit, wherein the platform unit comprises a first draw-off part and a supporting module; the base unit comprises a second draw-off part; the lifting unit is connected between the platform unit and the base unit; in addition, the monitoring information transmission unit comprises a display module arranged on the platform unit, a server module, and a drawable battery module arranged on the second draw-off part. Through the integrated, systematic and humanized planning and design, the integrated mobile medical system is easily monitored, managed and maintained timely and is applicable to various medical environments.

The invention belongs to the field of intelligent medical treatment, and discloses a doctor-patient cooperation informationized platform system with an informationized medical mode. The system has advantages of creating an integrated medical mode based on system evaluation, and developing a corresponding information module; creating a patient decision informationized supporting platform; discussing influence of a mobile integrated medical mode based on system evaluation to patient diagnosis experience in a treatment-and-diagnosis process; and discussing the influence of a patient medical decision informationized supporting system to hospital operation quality and efficiency. The doctor-patient cooperation informationized platform system has advantages of truly realizing serving the patient, reducing medical expense, improving medical efficiency and medical quality; an information facility is used for building a patient diagnosis-and-treatment information platform which is shared by a medical team in real time, thereby supplying a convenient and high-efficiency channel for team medical treatment execution, and supplying a researching information technology supporting platform for multiple-position working of a doctor. A doctor-patient cooperative decision platform is built, thereby sufficiently satisfying an informed heal-as-one right of the patient, reducing medical dispute rate and improving patient satisfaction degree.

The invention discloses a comprehensive management platform for hospital nursing, which relates to the technical field of medical information research. The comprehensive management platform for hospital nursing comprises a nursing document management subsystem, a nursing scheduling management subsystem, a nursing shift turnover management subsystem, a nursing mobile management subsystem, a nursingquality management subsystem, a nursing whiteboard management subsystem, an adverse event whole process management subsystem, a nursing pressure sore management subsystem, a nursing management cockpit subsystem and a nursing performance management subsystem. According to the comprehensive management platform for hospital nursing, electronic informationization of all routine nursing work can be realized, and management is more convenient, accurate and effective. The existing process of the hospital is improved and sorted, a patient-centered modern hospital management mechanism is built, the nursing efficiency and the work quality are improved, the medical quality is improved, and the credibility and the authenticity of hospital information are enhanced.

The invention relates to a mandibular three-dimensional movement path tracking device used for a virtual articulator. The mandibular three-dimensional movement path tracking device comprises a maxillary retention clamp plate, a first connecting rod, a first shooting target connecting rod, a first shooting target, a mandibular retention clamp plate, a second connecting rod, a second shooting target connecting rod, a second shooting target, a left camera, a right camera and a fixing plate; the maxillary retention clamp plate is connected with the first connecting rod, and the first shooting target connecting rod is connected with the first connecting rod and the first shooting target; the mandibular retetion clamp plate is connected with the second connecting rod, and the second shooting target connecting rod is connected with the second connecting rod and the second shooting target; the left camera and the right camera are installed on the fixing plate, and the fixing plate is erected right ahead of the first shooting target and the second shooting target. The tracking device can fast obtain the mandibular three-dimensional movement path of an individual, output path data can be directly input into open type oral cavity restoration CAD software, and therefore the design and manufacturing quality and clinic adaptability of the crown and bridge occlusal surface are improved.

The invention relates to a method for predicting critically ill death based on an attention mechanism temporal convolution network algorithm, and belongs to the field of artificial intelligence and medical treatment. The method comprises the following steps: 1, acquiring and analyzing intensive care and surgery multi-source monitoring data; 2, inputting the data into temporal convolution network (TCN) and extracting characteristics; 3, calculating attention weight of each characteristic through an attention mechanism based on the characteristics extracted from the temporal convolution network;and 4, calculating death risk coefficients through a linear layer to predict the critically ill death risk. The method disclosed by the invention has the advantages that the method is used as a critically ill death prediction tool, death of critically ill patients can be predicted so that the survival probability of the critically ill patients is increased and an effective method of a medical care plan is objectively worked out.

The invention provides a clinical pathway management-evaluation index system and method. A clinical pathway management-evaluation method capable of being implemented by the system is developed and comprises one or more servers, a data dictionary, one or more operation clients and one or more clinical pathway management data acquisition terminals. The management evaluation index system comprises a pathway implement base module, a development and design module, an implement and control module and an effect evaluation and feedback module. The clinical pathway management evaluation index system is used for managing the information of the obtained reliable clinical pathway process, controlling the use quality of clinical pathways and improving the scientificity and effectiveness of the use in the clinical pathways.

In a method, a device, a computer program product and a system for provision of a medical report in the framework of a medical finding under consideration of all relevant finding data, the medical report is generated with access to all relevant finding data at different computer-supported workspaces and is distributed online to further computer-supported workspaces. The medical report is thus provided for display on a monitor of arbitrary connected network nodes.

This invention discloses a digitalized patient medical treatment record which is stored, managed, transmitted and reproduced by an electronic device and replaces hand-writing paper medical records. The clinical application of the invention greatly improves working efficiency and medical treatment quality of the hospital. The hospitalization electronic medical record system provides staff with complete and real-time patient information accesses any time any where. By combining with the application of the medical knowledge database, the hospitalization electronic medical record system effectively reduces medical treatment errors through means of verification, warning and prompting, optimizes the workflow inside the hospital through the electronized information transmission and sharing, improves working efficiency, provides data resources for medical treatment management, researches, teaching and public health, and supports the consistent medical treatment of patients among the medical treatment institutions through sharing the medical records.

The invention relates to a data processing method based on a fracture image, and the method comprises the following steps: a), importing the fracture image into a data processing center; b), carryingout the recognition of the imported image; c), carrying out the measurement of predetermined parameters of a recognized image to obtain a group of data values; d), carrying out the processing of the data values obtained at step c), and outputting the processed data values. The method can help an orthopedist read a bone image and judge the disease condition, and greatly improves the work efficiencyand quality of a doctor.

The invention discloses an intelligent medical monitoring system which is characterized in that patient sign monitoring and related data sending are achieved by means of related knowledge of the Internet of things, the patient state is automatically detected to meet the patient requirement or complete alarming, and the patient medical history and in-hospital diagnosis and treatment conditions arerecorded through big data; and the system comprises a medical bed body, a monitoring module, a data detection module, a data transmission module, a control module and an auxiliary diagnosis module, and the monitoring module is a core module of the intelligent medical monitoring system; and the state of the patient is monitored in real time through a camera, some simple gestures are set to represent different appeals of the patient and are identified through an image processing technology, and the control module converts the gestures into corresponding instructions to control a motor to complete corresponding actions or alarm. The system has the greatest advantage that non-professional medical staff can be automatically helped to take preliminary diagnosis and emergency alarm measures by detecting the environment and related parameters of the body feeling of a patient.

The invention provides a powder quantitative dosing device. The device comprises a casing, a threaded cover, a rotation cover, a spray nozzle, a quantitative dosing disc, a scraping plate, a dosing cabinet, a counter, a blocking barrel, a spring blocking plate, a spring, a dust-proof cap and an air bag. The device is simple in usage step, accurate in powder usage, good in medicine storage safety, wide in applicable people, low in requirements for the usage environment and capable of facilitating patient medicine taking, improving the medical quality and saving medical fee expenditures.

The invention discloses a digital TCM (Traditional Chinese Medicine) computer-aided diagnosis and treatment method. The method comprises seven steps of quoting human body diagnosis elements (the diagnosis elements are quoted from the theory of professor Yang Dianxing rather than self-defined), setting a disease efficacy code Fw, setting a medicine efficacy code Fy, extracting symptom vocabularies, acquiring the syndrome efficacy of patients, calculating the prescription efficacy and acquiring the matched prescription, 'diagnosis' and 'treatment' are subject to quantitative evaluation through information technology so as to the TCM clinical diagnosis and treatment effect with help of the modern information technology.

The invention discloses an automatic blood collecting robot. The automatic blood collecting robot based on an infrared blood vessel positioning technology, and comprises a box, an infrared blood vessel positioning modeling system, a mechanical movement system, a puncture system, a fixing system, a control system and a disinfection and hemostasis component. Compared with the prior art, the automatic blood collecting robot of the invention adopts strong and portable materials such as engineering plastics, titanium alloy and the like as main parts. The automatic blood collecting robot can realizeaccurate and efficient automatic blood collecting, can save a lot of manpower cost and alleviate the pain of patients, and represents the development direction of intelligent medicine in the future.

The invention relates to a medical image system, which comprises an image acquisition device, a central processing unit and a human-computer interaction device, wherein the central processing unit comprises a conventional image processing module and a scoliosis image processing module; the conventional image processing module is used for processing conventional image data, and the processed imagecan be displayed through the human-computer interaction device or subjected to a human-computer interaction operation through the human-computer interaction device; and the scoliosis image processingmodule is used for processing an idiopathic scoliosis image, and the processed image can be displayed through the human-computer interaction device or subjected to the human-computer interaction operation through the human-computer interaction device. Through the system, after a shot image is obtained, the data processing of the idiopathic scoliosis image can be directly carried out, scoliosis typing and a corresponding treatment scheme are obtained according to data, the problem that an existing medical image system only can shoot an image but can not carry out special processing by aiming atthe idiopathic scoliosis image can be solved, the use range of the medical image is improved, and meanwhile, the medical treatment quality and efficiency of orthopedists to diagnose and treat idiopathic scoliosis diseases can be greatly improved.

The invention belongs to the technical field of the internet of things intensive care and discloses an internet of things intensive care system. The system comprises a monitoring device, a data acquisition module, a central monitoring system, a communication module and an alarm module. The data acquisition module is connected with the monitoring device. The data acquisition module is used for collecting the operation state data of the monitoring device and the vital sign data of a patient. The data acquisition module is connected with the central monitoring system, and the central monitoring system is connected with the communication module. The communication module is connected with the alarm module. The data acquisition module transmits collected data to the central monitoring system. The central monitoring system analyzes and processes the data, and then transmits the alarm information to the alarm module through the communication module. After that, the alarm module carries out thegrading alarm treatment. According to the invention, the nursing safety can be improved, and the occurrence of alarm hazards can be effectively reduced. The delay treatment problem of the medical staff due to alarm fatigue is avoided. The improvement of the medical quality is facilitated.

The invention relates to a flexible physiological monitoring device, comprising one stiffness in flexure basic board, one circuit unit, a plurality of measuring means, one radio frequency identifying sensing chip, one mini-antenna and one power supply unit; said basic board is equipped with a plurality of through-holes, said circuit unit is electric connected with said through-hole and measuring mean for sensing physiological signal and treatment, said mini-antenna is electric connected with circuit unit for sending physiological signal. So the flexible physiological monitoring device can be adhered to skin of pre-monitored object for sensing physiological signal. The system installs device on two sides of said basic board by using through-hole, so the area of device is reduced. The device can also realize remote monitoring in real time.

The invention discloses an electronic medical record system. A hospitalization record, a progress note, quality monitoring, inspection application, diagnosis and treatment application, and an informed file are completed according to disease course information; a disease course file is completed through the hospitalization record and the progress note; inspection of an application form is completed through the inspection application; an application form of diagnosis and treatment is completed through the diagnosis and treatment application; an informed written consent is completed through the informed file. By adopting the electronic medical record system disclosed by the invention, the work efficiency and the medical quality of a hospital are greatly improved; complete and real-time patient information access is provided for medical workers at any time and any place; improvement of the medical quality is facilitated; the frequency of medical errors can be effectively reduced by combining with application of a medical knowledge base through methods such as inspection, warning, prompting; the work procedure inside the hospital is optimized and the work efficiency is improved by electronic information transmission and sharing.