270 results about "Medical quality" patented technology

The invention discloses a critical care, transfusion control, and diagnosis and treatment integrated system and a control method thereof. The system comprises a transfusion device, a transfusion care base station, a central monitoring server and a medical PDA, wherein the transfusion care base station forms a transfusion scheme and performs open-loop control on the transfusion device by a wireless or wire mode, or adjusts transfusion parameters according to a corresponding closed-loop algorithm by monitoring and analyzing physiological parameters of patients during the transfusion execution, and performs closed-loop control on the transfusion device by the wireless or wire mode; the central monitoring server is connected with the transfusion care base station by the wireless or wire mode and monitors the operating state of the transfusion care base station; and the medical PDA is connected with the transfusion care base station and/or the central monitoring server by the wireless mode and is used for displaying transfusion condition and managing transfusion process. The system organically combines a treatment means (venous transfusion) and the effect of the treatment means (the monitoring of the physiological parameters) into one system, thereby realizing the closed-loop control of one or more transfusion devices, and improving medical quality and work efficiency of medical personnel.

The invention discloses an internet-of-things based intelligent alarm management system for intensive care. The system comprises a data acquisition and control module, a communication module and a central monitoring system, wherein the data acquisition and control module is used for acquiring running state data of an ICU (Intensive Care Unit) monitoring device and vital sign data of a patient in real time and sending the acquired running state data of the ICU monitoring device and vital sign data of the patient to the central monitoring system; the central monitoring system is used for performing analysis processing on the running state data of the ICU monitoring device, identifying a type and a working state of the ICU monitoring device and performing emergent grading alarm on device fault information; and the central monitoring system is further used for performing real-time analysis and comparison on the vital sign data of the patient and a set alarm range and performing emergent grading alarm on abnormal vital sign data of the patient. According to the system, the safety of nursing can be enhanced, the harm of alarm can be effectively reduced, the treatment delay due to 'alarm fatigue' of medical personnel is avoided, and the medical quality can be improved.

The invention discloses a medical clinical quality monitoring and evaluation system based on a single-disease model, and relates to the field of medical quality management. The system comprises a clinical data integration subsystem, a data cleaning and standardization subsystem, a statistic analysis and evaluation algorithm subsystem and a clinical quality management application subsystem. The clinical data integration subsystem is used for sending collected case data in the original diagnosis and treatment process of single diseases into a clinical record database; the data cleaning and standardization subsystem is used for selecting case data from the clinical record database and processing the data to form a single-disease evaluation database; the statistic analysis and evaluation algorithm subsystem is used for performing index calculation and comprehensive evaluation calculation on the received data; the clinical quality management application subsystem is used for displaying a comprehensive evaluation result obtained after the statistic analysis and evaluation algorithm subsystem performs calculation. Through the system, processing and statistic evaluation of the clinical data in clinical quality management are achieved, and a medical quality manager can truly and objectively master the quality of the diagnosis and treatment process of various diseases in various clinical departments in real time in a full-quantized mode.

Compositions, methods, devices and media are provided for platelet storage container that prevents bacterial growth in the stored platelets. The invention relates to blood bank needs in safely storing platelets collected from donors for more than 5 days at room temperature. The container is built with natural adsorbent media that have the characteristics in capturing and killing bacteria and viruses. The stored platelets are isolated from the natural adsorbent material during storage to preserve their medical quality and safety.

A software driven health care quality management system is disclosed. This system is user friendly, allowing easy navigation through various screens that enable the user to identify drivers of Star Rating System performance. The present invention offers easy drill-down functionality from a plan level, to a provider group, individual provider, and member level to provide actionable data that can improve the quality of care and ultimately a plan's star ratings. This system addresses each of the drivers that influence overall plan revenue, by providing an enterprise business intelligence system, designed to maximize process quality measures, promote value-based purchasing, and maximize risk-adjusted revenue for such health plans and health provider organizations.

A user friendly process and system are provided for healthcare payers and providers to automate access to information from disparate systems accurately and in real time, to reduce healthcare costs and improve healthcare quality and outcomes. In some circumstances, it may be desirable to use the efficient process and system for other purposes.

The invention discloses a method for evaluating medical image quality in combination with phase consistency, gradient magnitude and structural prominence. The method comprises the following steps: 1) calculating a phase consistency map of a reference image and a distorted image by using a log-Gabor wavelet; 2) calculating a gradient magnitude map of the reference image and the distorted image by using a Scharr operator; 3) obtaining a local image quality map in combination with the phase consistency map obtained in the step 1) and the gradient magnitude map obtained in the step 2); 4) calculating a structural prominence map, based on a human eye visual feature, of the reference image; 5) performing weighting summation on the image quality map in the step 3) by using the structural prominence map as an aggregation policy to obtain an image quality score; and 6) when the image quality score is higher than a preset score threshold, judging that the medical image quality is relatively high. The method is relatively high in reliability and high in practicality.

The present invention relates to an automated method for quality assurance (QA) which creates quality-centric data contained within a medical report, and uses these data elements to determine report accuracy and correlation with clinical outcomes. In addition to a QA report analysis, the present invention also provides an automated mechanism to customize report content base upon end-user preferences and QA feedback. In one embodiment, a computer-implemented method of automated medical QA includes storing QA data and supportive data in at least one database; identifying a QA discrepancy from QA data; assigning a level of clinical severity, to the QA discrepancy; creating an automated differential diagnosis based on the level of clinical severity, to determine clinical outcomes; and analyzing the QA data and correlating the analysis of the QA data with stored supportive data and clinical outcomes.

The invention discloses an inpatient medical management quality assessment method which screens historical data and builds models, including authenticating and clearing data, DRG(Diagnosis Related Group)and model classifying, classification and collection of ICD complication and other variables during hospital admission, the statistic tests and screening of hospital admission and complication variables, the building of statistic models and quality assessment. The method also screens current data and calculates a predicated value, including predicated value of risk when a patient is sent in hospital, to realize risk predictions on the mortality rate of each patient, the days spent in hospital and the medical cost in hospital as well. According to the invention, the method effectively converts medical data to find solutions so as to achieve the values of data based on the analysis of big data, the mathematic statistical method and machine learning method. The method also makes medical data comparable. The method not only performs assessment to medical quality among diseases but also realizes proper assessment to managements of treatment in a hospital between doctors, between different departments and between different patients.

The invention provides a temporomandibular joint movement reconstruction method and a system thereof. The method is characterized by collecting an image sequence of a mark point track of open and close mouth mandible movements of a photographed person; determining three-dimensional coordinates of all the mark points on an intraoral fixed mark device in each frame of image, acquiring a movement track of each mark point in a space, and collecting a CBCT image of the intraoral fixed mark device and collecting a CBCT image of the photographed person; registering the mark point of the CBCT image of the intraoral fixed mark device with the mark point acquired by a camera through photographing, and acquiring a transformation matrix of a mark point movement; and using the transformation matrix to carry out rigid body transformation on the CBCT image of the photographed person, acquiring a CBCT image sequence of the photographed person and acquiring a temporomandibular movement image. In the invention, real movement conditions of mandible condyle process and a temporal bone joint surface of a human-body temporomandibular joint can be acquired, the method and the system can be used for auxiliary diagnosis of a temporomandibular joint disease and dynamic analysis of joint motion, temporomandibular joint diagnosis means are increased, doctor diagnosis accuracy and efficiency can be increased, and medical quality and efficiency can be increased too.

The invention discloses a medical material intelligent storage system which is connected to a hospital ERP system and a supplier ERP system. The medical material intelligent storage system comprises amain control module and an intelligent cabinet. The main control module is connected to at least one intelligent cabinet through a first wireless communication module. The intelligent cabinet includes an RFID reading and writing module, an image sound collecting module, a temperature and humidity collecting module, a magnetic lock and an interactive touch screen. The main control module includesan RFID tag management module, a voiceprint recognition module, an image processing recognition module and an execution control module. The main control module sends an unlocking instruction, a closing instruction, a cooling instruction, a ventilation instruction, a lighting instruction and/or an alarming instruction to the intelligent cabinet through the execution control module. Based on medicalinstitution material information management/hospital ERP, the functions of automatic replenishment, first-in-first-out and inventory monitoring of medical devices are achieved, the timeliness of thedevices are ensured, the error rate of physical access is reduced, and the hidden risks of medical quality and medical safety are reduced.

A system and process evaluate the presence and absence of particular quality measure codes in a set of patient records and provide a medical service provider with options for taking corrective action when a quality measure code that should be in a patient's record is missing. Patient records are selected based on specific medical condition code combinations along with specifications with age and gender criteria. A quality measure identifier uniquely identifies a set of specification criteria, medical condition criteria, and quality measure criteria.

The invention discloses a medical quality evaluation oriented big data mining method, relates to the field of big data mining for medical quality evaluation and aims at solving the technical problems that in the prior art, data sampling values are selected excessively based on experience, there is too much redundant data in a data processing structure and the association degree between a medical quality evaluation model and case data is too low. The method provided by the invention mainly comprises a preprocessing step of enabling processed data to satisfy demands of follow-up steps; a model clustering and classifying step of applying a clustering thought in data mining to scoring of various factors in the medical quality evaluation; a model case quality calculation step of carrying out score calculation based on a case quality model on each case; and a model result output step of calculating the final medical quality score of a medical institution according to the quality score of each case, thereby obtaining a final result. The method is used for providing the medical quality evaluation.

The invention relates to a medical cloud platform data sharing system and method based on third-party service, belonging to the medical cloud platform field. The system comprises: a terminal device and a cloud platform; the cloud platform receives massive vital sign data sent by the terminal device, applies a deep learning framework of distributed parallel computing to analyze and process the massive vital signs data, screens abnormal data, sends abnormal event early warning to users and prompts medical personnel to quickly perform intervene; and the terminal device sends a command to the cloud platform, wherein the command comprises a user-defined term setting command, a real-time data service command, a data transfer command, a medical document service command, a consultation service command, a medical cooperation information publishing command, a data analysis statistics command, a patient state assessment command, a data analysis report management command and a medical tool libraryquery command, and the terminal device obtains the support of the third-party service. The medical cloud platform data sharing system and method based on third-party service improve the medical quality and the working efficiency of users and reduce the labor intensity and the work pressure of the medical workers.

The invention relates to an emergency treatment pre-checkup triage system comprising a database, a server, a work station and a user terminal. The triage system is used for task management of pre-checkup triage of medical care personnel to patients during emergency treatment and first aid of a hospital. Usernames and password are preassigned for all the medical care personnel logging in the emergency treatment pre-checkup triage system. Task creators carry out pre-checkup to the patients who go to the hospital for emergency treatment and create tasks by the held user terminal. Based on critical conditions of patients' illness states, task receivers receiving the patients are determined. The tasks are assigned to the task receivers. The task receivers begin the tasks by the held mobile user terminal, update task information, transmit the tasks and timely master patients' illness state information. The invention also relates to the mobile terminal and a method for the emergency treatment pre-checkup triage. According to the emergency treatment pre-checkup triage system provided by the invention, deficiency of conventional emergency treatment pre-checkup triage systems of the hospital is effectively covered, triage efficiency is raised, errors are reduced, medical quality is raised and preferable service to the broad masses of patients is achieved.

The invention relates to the technical field of remote monitoring of the Internet of Things, in particular to a telemedicine system. The telemedicine system comprises a cloud server, a remote end and a central end, wherein both the remote end and the central end are connected with the cloud server, the remote end and the central end are connected with remote equipment and central equipment respectively, and the remote end receives data sent by the remote equipment through a remote wireless communication mode; the cloud server is used for receiving and storing business data sent by the central end and the remote end and processing and interacting the data of the central end and the remote end; the cloud sever is connected with a doctor diagnosis terminal, and the cloud server sends the received physiological index data uploaded by the remote equipment to the doctor diagnosis terminal. Compared with the prior art, the telemedicine system has the advantages that reliability in system operation is improved, cost is lowered, information sharing ability is heightened, and the telemedicine system realizes service customization, further improves medical care quality, can be maintained by professional medial service staff and is extremely convenient to operate and use.

The invention discloses a medical cosmetology Internet hospital technical scheme and an implementation method. According to the scheme, shared resources of medical cosmetology service are integrated, and a user realizes cosmetology inquiry, expert consultation and expert group consultation on line through a client, makes an appointment and receives offline medical service; the user realizes payment according to medical quality by aid of a quality evaluation system; and according to doctor or medical institution service quality data, an insurance company provides an individualized premium rate, the user selects a service provider, a supervision institution publishes dynamic quality caution, and a medical institution lowers practice cost.

A system, method and computer program for electronic documentation of information, such as medical information, on problem-specific templates that can be validated, in real-time, for completeness. The invention allows the user to organize, display, validate, archive, and export documentation of medical information on such problem-specific templates. By use of a recording device such as a digital pen, the invention combines the speed, ease of use, and familiarity of pen on paper with the data capture, real-time documentation validation, and real-time best practice prompts of traditional EMR systems. Interactive chart validation can be performed at will, rather than the traditional method of medical quality assurance, which consisted of chart review after for the patient had been cared for and discharged. The invention automatically tabulates the number of pre-specified fields with documentation and provides validation to ensure that each documented template has met the pre-specified documentation requirements, documentation suggestions and best health practices guideline prompts.

The invention discloses a clinical diagnosis and treatment information and quality control method and system for managing critical patients. A human-computer interaction module, a processing control module, a data analysis module, a quality control analysis module, a data classification module, a data acquisition and communication module and a storage module are arranged so that the clinical diagnosis and treatment information and quality control system is established. All the diagnosis and test data of any one patient can be acquired, and the data can be analyzed and a trend chart is drawn so that a user is enabled to perceive change trend of the data intuitively and a situation of whether the data are in normal range. The data obviously exceeding the normal range are prompted and warned, and a latest and authoritative processing method is provided and case data can be derived according to actual requirements so that use of clinical scientific research is facilitated. Besides, an evaluation method for multiple critical patients can also be adopted to evaluate the patients automatically so that workload is reduced and evaluation accuracy is enhanced. Quality control management of the critical patients can also be realized according to the ICU medical quality control requirements.

The present invention discloses a doctor recommendation system based on collaborative filtering. The system is characterized in comprising a patient characteristic extraction module, for automatically establishing basic data of a patient by determination, and establishing a complete patient database based on the input requirements; a patient similarity calculation module, for carrying out similarity calculation on the patient with other existing patients in the database through the database established by the patient characteristic extraction module, and obtaining a similarity value; and a recommendation system module, for carrying out collaborative filtering on similar cases by using the result provided by the patient similarity calculation module, recommending a doctor group and departments, tracking the results selected by the patient, and recording and transmitting the content selected by the patient and the click behavior. The system disclosed by the present invention helps the patient to accurately find a similar and successful diagnosis and treatment record, an appropriate doctor is recommended for the patient, and active doctor recommendation is converted to, so that quality of medical care and quality of service are improved, the patient is involved in and informed of the medical decision-making of the diagnosis and treatment process, and the doctor-patient relationship is improved.

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.

A medical carbon monoxide generator provides for a solid carbon material that may be heated at substantially normal atmospheric pressure to provide a source of medical quality carbon monoxide. The heating source may be an electrical filament or laser controllable by a microcontroller to provide accurate delivery rates and amounts. In one embodiment, a replaceable cartridge holding the carbon material may be used.

The invention discloses an electronic medical record and a method and a system for controlling the medical process on the basis of the same. The method for controlling the medical process comprises the following steps of: establishing a medical path form frame according to medical dates or times; setting identity columns for multi-layer information items inside the medical path form frame; inputting medical template items into the medical path form frame according to disease kinds; executing or regulating the medical template items, and then carrying out digital signature confirmation; and combining executed medical template information into the electronic medical record according to a specified format. The invention provides the method for controlling the medical process of a disease by adopting a standard clinical path for doctors, thereby ensuring the medical quality; and in addition, the invention records and manages the information of the medical process, thereby generating the electronic medical record.

The invention discloses a bionic organic cultivation method of rhizoma gastrodiae under a forest, belonging to an agricultural technology. The bionic organic cultivation method can be used for overcoming the defect that the medical quality of the rhizoma gastrodiae is reduced due to the fact that the rhizoma gastrodiae drug loses original wild characters caused by excessive effects of personal factors in an existing box cultivation method, a pit cultivation method, a half-pit cultivation method and a pile cultivation method for production of the rhizoma gastrodiae. The bionic organic cultivation method comprises the following steps: selecting a proper geographical position and an environment condition, making a seedbed, seeding, transferring and managing in the field and harvesting fruits. The bionic organic cultivation method has the beneficial effects that the produced fresh rhizoma gastrodiae is large and thick, intact and plump, yellow and white; the section is bright after the rhizoma gastrodiae is processed; the quality is hard, and the characters of the wild rhizoma gastrodiae are reflected. By efficient liquid-phase monitoring, the gastrodin content is 0.301mg/ml and higher than the standard that the content of the gastrodin in 'Pharmacopoeia of the People's Republic of China' (2005 edition) prepared according to the existing box cultivation method, pit cultivation method, half-pit cultivation method and pile cultivation method is 0.20mg/ml; the yield is higher than or equal to that of the existing cultivation method; forest land and waste resources of wood are fully utilized, and the bionic organic cultivation method plays a certain protection role on the ecological environment.

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.

Techniques are disclosed for identifying opportunities for saving costs and increasing quality of health care. Claim information is organized according to an associated medical condition. A team focused on one major practice category uses historical claim data to identify particularly costly conditions within the major practice category. Additional research is performed with respect to that condition by constructing detailed data requests and reviewing recent literature, publications and news from real and virtual libraries. Using the research and additional data, opportunities are formulated and given to functional work teams to implement in one or more of a variety of ways.