72results about How to "Improve the quality of medical services" patented technology

The invention discloses a mobile phone all-in-one card intelligent medical service system. The system comprises a mobile phone application terminal, a self-help medical foreground server, a personal identity authentication system, a payment system and a bank front-end processor. The system is formed by the linkage of a mobile phone and a hospital information system (HIS) of a hospital. A patient can finish self-help registration, payment, medical service appointment, health service consultation and various self-help inquiry services through the mobile phone, and the mobile phone is endowed with the functions of a hospital service window, which effectively reduces the pressure of a hospital outpatient window, effectively improves work efficiency, enhances the medical service quality of the hospital, solves the problems of registration difficulty and medical treatment difficulty of the hospital, and simultaneously better protects the privacy of the patient.

The invention relates to a cloud computation based mammary molybdenum target computer aided detection and remote diagnosis system. The system comprises a user terminal module, a cloud computation intelligent diagnosis module and a background service management module. The user terminal module comprises a mammary molybdenum target X-ray shooting unit, a primary diagnosis unit and a diagnosis request sending unit. The cloud computation intelligent diagnosis module comprises a distributed storage unit, a computer aided detection unit, a single expert diagnosis unit and an expert consultation unit. The background service management module comprises a user management unit, a case and image data management unit and a log management unit. According to the system, the medical cost is effectively reduced and the burden of patients is reduced; and basic-level medical resources can be fully utilized for balancing medical resources.

The invention relates to a traditional Chinese medicine clinical digital evaluation system.The system includes five first-grade indexes including a clinical treatment effect index, a preponderant disease index, a traditional Chinese medicine diagnosis and treatment method index, a work attitude index and a workload index.The ability of a doctor can be graded and analyzed through the big data analysis technology on the basis of the traditional Chinese medicine clinical digital evaluation system.Evaluation is conducted layer upon layer from sub-index evaluation to comprehensive evaluation, internal evaluation and external evaluation are organically combined, and clinical treatment effects, preponderant disease categories, traditional Chinese medicine diagnosis and treatment methods and work efficiency and work attitude of doctors are comprehensively analyzed.By means of the big data processing technology, the indexes are subjected to detailed weight calculation to obtain a data conclusion with bases, and accordingly work ability and level of traditional Chinese medicine doctors are scientifically evaluated.

The invention discloses a chemiluminescence immunoassay system, as well as a method and an application thereof. The chemiluminescence immunoassay system comprises a fluid control unit as well as a three-dimensional motion sample feeding platform, a temperature control unit, a magnetic field control module and an optical detecting module, wherein the three-dimensional motion sample feeding platform, the temperature control unit, the magnetic field control module and the optical detecting module are connected with each other in sequence; and the fluid control unit is connected with the temperature control unit. The chemiluminescence immunoassay system disclosed by the invention has the advantages as follows: with a capillary tube as a reactor, reagent transportation and reaction are both carried out in a water-in-oil type liquid drop by using a capillary tube liquid drop technology, so that a stable reaction condition is kept, and crossed pollution between samples and reaction suppression caused by surface adsorption are effectively avoided. The chemiluminescence immunoassay system disclosed by the invention has the advantages of small size, high assay speed, high testing flux, automatic operation and flexibility in application and is suitable for analyzing single sample, batch samples and field rapid assay; medical demands of the masses can be preferably satisfied; meanwhile, the purchasing and operation cost of equipment is obviously reduced, and excellent social and economic benefits are obtained.

The invention discloses a capillary bioanalysis system, and an analytical method and applications thereof, and belongs to the field of medical equipment and biological detection technologies. The capillary bioanalysis system comprises a three-dimensional movement sample injecting platform, a temperature control-optical detection module, a magnetic field control module, a fluid control unit and a capillary array. The three-dimensional movement sample injecting platform and the fluid control unit are arranged on the two sides of the capillary array, and the capillary array is provided with the temperature control-optical detection module and the magnetic field control module. According to the capillary bioanalysis system, the droplet technology and the magnetic bead technology are combined, and bioanalysis processes such as loop-mediated isothermal amplification, fluorescence quantitative PCR analysis and immunochemiluminometry are integrated in capillaries. Advantages of the capillary bioanalysis system are that: volume is small, analysis speed is fast, detecting flux is large, and automation degree of operation is high. The capillary bioanalysis system is flexible in application, is suitable for analysis of single sample, batches of samples and on-site rapid detection, is capable of reducing acquisition cost and operation cost of equipment significantly, and possesses excellent economic benefits.

The invention provides a method and device for constructing a precise medical knowledge atlas. The method comprises the steps of determining at least one basic element needed for constructing the precise medical knowledge atlas from a medical knowledge structure according to a preset sifting standard; regarding each determined basic element, determining a data framework of the basic element based on a mapping relation of a preset basic element and a subsidiary element, and a mapping relation of the subsidiary element and medical attribute information; extracting relation information among all data frameworks from a preset precise medical knowledge library according to the data frameworks of all the basic elements; determining an evidence-based clinic annotation model according to all the data frameworks and the relation information among all the data frameworks and based on the preset evidence-based precise medical knowledge library; constructing the precise medical knowledge atlas according to the data frameworks of all the basic elements and the evidence-based clinic annotation model. The invention further discloses the corresponding device for constructing the precise medical knowledge atlas.

The invention relates to a full-automatic nucleic acid extraction and amplification micro-fluidic chip dynamic quantitative detection integrated device which comprises a nucleic acid automatic extraction module for automatically cracking and purifying nucleic acids in one or more samples, a nucleic acid amplification and hybridization module, and a dynamic quantitative detection module; the nucleic acid amplification and hybridization module comprises a micro-fluidic chip, and the micro-fluidic chip can receive the purified nucleic acids from the nucleic acid automatic extraction module and carry out PCR amplification and hybridization; the dynamic quantitative detection module is used for scanning and imaging the micro-fluidic chip through a CCD camera so as to detect the micro-fluidic chip. A mechanical arm can be used for completing the continuous sample loading function of a plurality of sample containers, automatic detection of large samples is realized, scanning imaging can be carried out by the CCD camera when each time of PCR amplification is completed, dynamic quantitative detection is realized, and quantitative analysis is carried out on the samples by synthesizing the whole amplification and hybridization process, so that the accuracy of a digital PCR technology is improved.

The BIO annotation model trained by the method can automatically extract entities and relationships in the nephropathy specialized electronic medical record in batches, and can automatically identifymedical named entities such as nephropathy, symptoms, examination and medical treatment in case data in batches. Kidney disease medical big data information is displayed in a kidney disease specialized medical knowledge graph mode, support can be provided for kidney disease specialized clinical intelligent support, evidence-based medical research, disease monitoring and the like, and then the medical service quality is improved.

The invention provides a method for predicting hospital service capacity. The method includes the following steps: 1. reading historical data of a hospital service capacity index; 2. examining whether the data sequence in a training set is stable, and if the data sequence is stable, turning to step 5, and if the data sequence is unstable, turning to 4; conducting stability converstion on the data sequence in the data set, and implementing 5; 5. selecting an appropriate ARIMA model to knitting the data sequence in the data set; 6. estimating parameters of the ARIMA model; 7. examining the ARIMA model, if the examination is successful, turning to 9, and if unsuccessful, turning to 8; 8. repeating 5-7 examining ; 9. the ARIMA model which is subject to inspection being output; and10. using the ARIMA model to predict future trends of the prediction of ARIMA model. According to the invention, the method can predict service capacity of each hospital in a scientific manner on the basis of changes and fluctuation of the trend of service capacity.

The invention discloses an intelligent medical system adopting a ZigBee network and an acquisition node networking method thereof. The system comprises a sensing layer, a network layer and an application layer. The sensing layer comprises an intelligent terminal, sensors for monitoring physiological parameters including electrocardio, breath, blood pressure, blood oxygen, pulse and body temperature, and medical equipment for maintaining the physiological state of a patient; each sensor and the medical equipment of the sensing layer are provided with acquisition nodes, and the acquisition nodesacquire physiological parameters of a human body and exchange data with the intelligent terminal and a medical monitoring platform through a router; and the acquisition nodes consist of ZigBee RF wireless transceiving devices.

The invention relates to the field of digital medical treatment, and provides a medical triage method and system based on a clustering model, computer equipment and a storage medium, and the method comprises the steps: determining the treatment demand of a patient according to a received category selection command; analyzing the received patient complaint, and obtaining a triage result of the patient; obtaining a recommended doctor group according to the triage result and the skilled indexes of the doctors for different types of diseases; monitoring and analyzing message events in doctor inquiry in real time, and obtaining the busy degree and fatigue degree of the recommended doctor group; and according to the doctor seeing demand, configuring a weight factor and a weight coefficient of a recommendation weight, calculating the recommendation weight of the recommended doctor group, and recommending the doctor with the highest weight to the patient. According to the invention, doctors can be accurately allocated for patients, the waiting time of the patients is reduced, the inquiry quality is improved, the workload of the doctors is also improved, the working efficiency of the doctors is improved, and the win-win effect of improving the Internet medical service quality and improving the satisfaction of the patients is realized.

In an existing hospital information management system, a program needs to be installed in a special client, compatibility is poor, and exploitation and maintenance cost is high. By using the system ofthe invention, the above problems are solved. The hospital information management system comprises an account registration basic management module, an operation authentication audit management module, a clinic basic setting module, a clinic outpatient doctor module and a clinic registration charging module. A B / S configuration is used to carry out exploitation. The hospital information managementsystem is not limited by a local area network and the support of a mobile end is increased. Compatibility is increased. Under the above structure, a user work interface is realized through a browserso that loads on a client computer are greatly simplified, the cost and the workload of system maintenance and upgrade are mitigated, and the overall cost of the user is reduced.

The invention discloses a self-help printing management system for reports and films. A PACS memorizer, a medical treatment report management module, a film / report printing management module, a bar code workstation and a self-help printer are connected through a network; after the PACS memorizer receives an original shooting image sent by a DICOM and recognizes patient information, the original shooting image is uploaded to the film / report printing management module according to requirements; after the medical treatment report management module receives a medical report and recognizes the patient information, the medical report is uploaded to the film / report printing management module according to requirements; after the film / report printing management module receives a printing request of a user, a printing instruction is sent to the self-help printer to complete printing of a corresponding film and the medical report, and meanwhile the printing state information of the film and the medical report is updated. According to the system, printing is carried out according to needs, the waiting time is shortened for a patient, the comprehensive cost is reduced for a hospital, and the medical service quality is improved.

An intelligent medical system with a knowledge base comprises a sensing layer, a network layer and an application layer. The sensing layer comprises an intelligent terminal, a sensor for monitoring physiological parameters including electrocardio, breath, blood pressure, blood oxygen, pulse and body temperature, and medical equipment for maintaining the physiological state of a patient; the application layer is a medical monitoring platform and comprises a respiration monitoring system, an electrocardiogram monitoring system and a diagnosis system; the diagnosis system is divided into an on-line part and an off-line part. The online part comprises a user input interface, a problem understanding module and a disease diagnosis module; the off-line part comprises an information acquisition module, a word vector training module, a knowledge base mining module and a knowledge base; the information acquisition module is used for providing externally acquired information about disease diagnosis as original data to the knowledge base mining module and the word vector training module, and the knowledge base mining module is used for reading analyzed data and calling different algorithms foranalysis according to the type of the data.

The invention discloses a cloud computing drip management system, which comprises a drip controller, a pulse monitoring and calling unit, a wireless communication module, a movable management unit, a local management platform and a cloud computing server. According to the historical medical data of the patient in the cloud computing server, the best infusion curve of medicines, the current physical indicators collected in real time, etc., the present invention automatically calculates and gives the most suitable infusion speed and curve for the patient; the present invention uses the infusion controller Real-time adjustment and feedback on the drip, combined with the speed and capacity data of the infusion bottle, the cloud calculator automatically records the infusion curve and gives the liquid level value of the remaining liquid, and automatically sends out an alarm prompt and The mobile management unit and the local management platform carried by the nurse are notified, and the nurse checks or replaces the infusion bottle according to the patient's location given on the mobile management unit, which greatly reduces the nurse's workload and improves the patient's care. Quality of medical services.

The invention discloses a hospital ward infusion automatic warning device, which comprises an on-site weight signal processing and transmitting unit, a nurse station main controller and a medicine bottle weighing device, wherein the medicine bottle weighing device is used for acquiring information of the weight of a medicine bottle and for transmitting the information to the on-site weight signal processing and transmitting unit; the medicine bottle weighing device comprises a main shaft, a main shaft supporting sleeve and the like; a hook for hanging the medicine bottle is arranged at one end of the main shaft, a blind hole for holding magnetic steel is arranged at the other end of the main shaft and a spring is sleeved in the middle of the main shaft; a Hall sensor is fixedly arranged above the magnetic steel and keeps a clearance from the magnetic steel; medicine liquid in the medicine bottle gradually reduces as infusion goes on, and the expansion amount of the spring changes, so that the main shaft is subjected to axial displacement relative to the main shaft supporting sleeve, a distance between the magnetic steel and the Hall sensor is changed and an output voltage signal of the Hall sensor changes as well. The warning device disclosed by the invention is simple in structure and is safe and reliable; and the warning device has the advantages that while the psychological anxiety and working strength of nurses are greatly reduced, patients are pacified, and the medical service quality of a hospital is improved.

The invention discloses a re-admission risk prediction method based on an adaptive ensemble learning model. The method comprises the steps of collecting basic information and clinical diagnosis and treatment information of a patient, and constructing a clinical high-dimensional feature matrix and a re-admission label; sequentially performing data preprocessing and KPCA dimension reduction on the clinical high-dimensional feature matrix to obtain a dimension reduction feature set; and constructing an adaptive ensemble learning model, training the adaptive ensemble learning model according to the dimension reduction feature set and the re-admission label, and inputting the dimension reduction feature set of the patient to be predicted into the trained adaptive ensemble learning model to obtain a re-admission risk prediction result of the patient. According to the re-admission risk prediction method based on the self-adaptive ensemble learning model, the re-admission risk of the patient is accurately predicted through the ensemble learning model, a doctor is assisted in taking intervention measures on a high-risk patient in advance, the disease burden of the patient can be reduced, the economic burden of the patient is reduced, the hospital re-admission rate can be reduced, and the medical service quality can be improved.

The invention relates to a medical treatment monitoring system based on a wireless network. The medical treatment monitoring system comprises a measuring device and a monitoring host, wherein the measuring device is used for collecting and sending physiological parameter information of a patient, and the monitoring host is in wireless connection with the measuring device and used for receiving the physiological parameter information, and processing, storing and displaying the physiological parameter information. According to the medical treatment monitoring system based on the wireless network, uninterrupted real-time monitoring can be achieved, medical service quality of a hospital can be improved, labor can be saved, working burdens of medical workers can be reduced, and an arranged permission authentication module can prevent a non-permitted person from peeping at privacy of the patient and keep the information of the patient secret. When an abnormal condition appears, phone numbers of the related medical workers and family members of the patient can be dialed through a phone dialing module, and abnormal information is timely told to the medical workers and the family members of the patient, an alarm sound is sent out through an alarm apparatus, and therefore the medical workers and the family members of the patient can timely take related measures.

The invention discloses an intelligent fee control system for a hospital, and the system comprises a client which comprises a passive fee control subsystem and an active fee control subsystem. According to the system, the hospitalization cost of each patient is automatically and transversely compared in an innovative and intelligent manner. The medical care personnel can analyze whether the charging of various items is reasonable in real time; the method for reducing the cost of the patient can be quickly and correctly found. By establishing the system, the fatigue of manual statistical analysis of clinical medical care is greatly relieved. The working efficiency is greatly improved. The patients can actively and actively participate in medical insurance fee control. Due to the establishment of the system, medical care personnel can consciously and actively control medical insurance expenses, expenses of some department patients with serious medical insurance exceeding standards are obviously reduced, the reduction amplitude has stability and sustainability, the medical expense of the medical insurance patients is better reduced, the medical service quality is improved, and due contributions are made for perfecting a modern hospital management system.

The invention relates to a droplet chip nucleic acid analysis system. The droplet chip nucleic acid analysis system comprises a mounting platform as a base mounting plane, a sample carrying bench forcarrying a nucleic acid analysis sample, a reagent carrying bench for carrying a nucleic acid analysis reagent, chip carrier carrying benches for carrying an open chip, a sampling needle that translates between the chip carrying benches, a temperature control module that controls the temperature of a chip, a magnetic control module that performs magnetic bead transferring on the contents of the chip, an optical detection module for performing nucleic acid analysis on the contents in the chip, and a signal acquisition module for performing signal acquisition on the optical detection module, Theoptical detection module is used to detect optical signals in the droplets of the nucleic acid analysis chip. The invention also relates to an analysis method of the droplet chip nucleic acid analysis system. The system has the advantages of small volume, low reagent consumption, flexible operation and fast analysis speed, and belongs to a medical device for biological detection.

The invention discloses an inpatient department medicine dispensing method and system and a storage medium. The method comprises the steps: acquiring a medicine distribution order list, and sending medicine distribution demand information to an intelligent distribution robot, and enabling the intelligent distribution robot to distribute medicine corresponding to first distribution order information to a patient according to a first distribution path; adopting an estimated time model to estimate the estimated arrival time of the intelligent distribution robot for distributing the medicine to each patient; sending the estimated arrival time and the goods taking code to a patient side, and sending a starting instruction to the intelligent distribution robot; and receiving the actual goods taking time sent by the intelligent distribution robot. According to the method, the intelligent distribution robot is used for distributing the medicine, the estimated arrival time of the intelligent distribution robot for distributing the medicine to each patient is estimated, and the estimated arrival time is sent to the patient, so the patient can take the medicine from the intelligent distribution robot, and the efficiency of the medicine product distribution process is improved.

The invention provides a doctor-patient management system and method based on Internet artificial intelligence. The system comprises a doctor terminal which is used for binding a doctor to a platformand achieving the operation of providing services for a patient, a patient terminal which is used for binding a patient to the platform and realizing binding with a specific doctor and medical treatment operation, and a server which is used for connecting the doctor terminal and the patient terminal and transmitting related information. According to the system and the method, the requirement of doctors for long-term management after a patient is hospitalized at present is met, the working efficiency of the doctors is greatly improved, the communication cost between the doctors and the patientis reduced, and most medical errors in medical behaviors are avoided to a greater extent through integration of medical logic. Through multi-element system construction and method function realization, the complexity and workload of patient file establishment and maintenance are greatly simplified, and a simpler and more convenient way is provided for patients to enjoy professional medical services.

The invention discloses a catheter path planning method based on a vascular model, comprising: constructing a vascular three-dimensional image model; splitting the three-dimensional image model into aplurality of linear vascular models and bent vascular models; splitting each linear vascular model into a plurality of linear vascular sections, calculating a center point of each linear vascular section, connecting all the center points of each linear vascular model to obtain catheter paths of the linear vascular models; splitting each bent vascular model into a plurality of bent vascular sections, selecting a path point on the inner wall of each bent vascular section, connecting all the path points of each bent vascular model to obtain catheter paths of the bent vascular models; connectingthe catheter paths of the linear vascular models and the bent vascular models according to the three-dimensional image model to obtain a catheter path of the vascular model. The method allows automatic generation of a catheter path and has lower requirements on surgeons' operating skills such that more surgeons can place a catheter.

The invention discloses an intelligent medical monitoring system based on a wireless network. The intelligent medical monitoring system comprises a physiological parameter detection unit, a body surface parameter detection unit, a pulse detection unit, a central processing unit, an early warning unit and a wireless communication module, wherein the physiological parameter detection unit is used for detecting electrocardiogram data, blood glucose and blood pressures of patients in real time; the body surface parameter detection unit is used for detecting the body temperature and respiratory rate of the patients in real time; and the pulse detection unit is used for detecting pulse signals of the patients in real time. According to the system, uninterrupted real-time monitoring is realized,the medical service quality of the hospital is improved, manual labor is saved, and workloads of medical care personnel are alleviated. When an abnormal condition occurs, telephone numbers of relatedmedical care personnel and family members can be dialed by a dialing module, the abnormal information is notified in time, and audible alarm is given by an alarm, so that related measures can be conveniently taken in time.

The invention discloses a chemiluminescence immunoassay system, as well as a method and an application thereof. The chemiluminescence immunoassay system comprises a fluid control unit as well as a three-dimensional motion sample feeding platform, a temperature control unit, a magnetic field control module and an optical detecting module, wherein the three-dimensional motion sample feeding platform, the temperature control unit, the magnetic field control module and the optical detecting module are connected with each other in sequence; and the fluid control unit is connected with the temperature control unit. The chemiluminescence immunoassay system disclosed by the invention has the advantages as follows: with a capillary tube as a reactor, reagent transportation and reaction are both carried out in a water-in-oil type liquid drop by using a capillary tube liquid drop technology, so that a stable reaction condition is kept, and crossed pollution between samples and reaction suppression caused by surface adsorption are effectively avoided. The chemiluminescence immunoassay system disclosed by the invention has the advantages of small size, high assay speed, high testing flux, automatic operation and flexibility in application and is suitable for analyzing single sample, batch samples and field rapid assay; medical demands of the masses can be preferably satisfied; meanwhile, the purchasing and operation cost of equipment is obviously reduced, and excellent social and economic benefits are obtained.

The invention relates to a medical organization information cloud computing service platform which comprises the components of a bidirectional transferring diagnosis system application layer which isused for hospital management, community management information recording, storing and filing, and performing real-time data transmission to a health bureau supervision department; an area medical health information platform layer which is used for receiving the information of an area data exchange platform and a data sharing platform, and transmits the received information to a public service platform for realizing monitoring and food quality management by a workflow platform and a QS platform; and a data center layer which introduces information in hospital management and community managementinto a database and forms an electronic medical record and an electronic health record according to the requirement, wherein the information in the database records transferring diagnosis service data and real-time tracking is realized. The medical organization information cloud computing service platform has beneficial effects of realizing effective treatment of the patient, realizing the complete, legal and multi-layer service platform, facilitating real-time monitoring of a supervision department, and improving medical service quality and patient experience.

An intelligent medical system with a problem understanding function comprises a sensing layer, a network layer and an application layer. The sensing layer comprises an intelligent terminal, a sensor for monitoring physiological parameters including electrocardio, breath, blood pressure, blood oxygen, pulse and body temperature, and medical equipment for maintaining the physiological state of a patient; the application layer is a medical monitoring platform and comprises a respiration monitoring system, an electrocardiogram monitoring system and a diagnosis system; the diagnosis system is divided into an on-line part and an off-line part. The online part comprises a user input interface, a problem understanding module and a disease diagnosis module; the offline part comprises an informationacquisition module, a word vector training module, a knowledge base mining module and a knowledge base, wherein the information acquisition module is used for providing externally acquired information about disease diagnosis as original data to the knowledge base mining module and the word vector training module, and the knowledge base mining module is used for reading analyzed data and calling different algorithms for analysis according to the type of the data.

The invention discloses a multi-angle tumble high-risk identification method and system based on skeleton key points, and relates to the technical field of medical image data processing, and the method comprises the steps of collecting a video stream of a normal walking speed of a crowd, and obtaining an original frame image sequence set, the video stream being obtained in one direction; based on a human body posture recognition algorithm, processing each original frame image, and obtaining a skeleton key point and a gait contour map corresponding to each original frame image; performing affine transformation on the skeleton key points to obtain skeleton key points at different angles; acquiring corresponding gait data, joint buckling data and a skeleton feature map based on the coordinates of the skeleton key points at different angles; and establishing a gait recognition network, inputting the obtained data into the gait recognition network for tumble high risk, and obtaining a tumble high risk result and a predicted value related to the tumble high risk result, thereby realizing low-cost, rapid and objective screening and recognition of tumble high risk individuals, and realizing prediction of tumble high risk potential individuals.

The invention discloses a multi-functional mobile infusion support. The multi-functional mobile infusion support comprises a caution light, heatable medicine bottle placers, a control system, an infusion support body, a bottom disk, universal wheels and a rubber sleeve. According to the multi-functional mobile infusion support disclosed by the invention, the heatable medicine bottle placers are arranged, so that during infusion in winter, medicine bottles are clamped in a bottom encloser and a side housing, and the fixation is very convenient; heating pieces adopt PI film constant-temperatureheating pieces, and constant-temperature heating can be performed on infusionbottles, the impact of ice-cold liquid medicines to blood vessels of a patient is reduced, and nerve stimulation to the patient is avoided; the control system is arranged, so that the multi-functional mobile infusion support can be voluntarily operated according to the requirements of the patient, the medical care requirements of the patient are met, and the multifunctionality of the infusion support is improved; and the caution light is arranged, when some patients inconvenient to speak need to replace medicine bottles or have other requirements, the patient can press a recourse switch, then the caution light is lighted, and medical personnel can directly go for inquiry after seeing the lighted caution light, sothat the medical service quality is greatly improved, and enormous convenience can be provided for the patient.