136 results about "Hospital service" patented technology

A personal surgical center embodied as a general purpose computer (e.g. laptop) with wireless technology for monitoring the operation of an independent surgical center and/or handheld instruments. The computer tracks procedures in the operating room and instruments used during those procedures, and accounts for billing, supply management, and payment options. The monitoring of the instruments used during the surgery is conducted by the personal surgical center while actual control of the settings of those instruments is via the independent surgical center or via controls included in the instruments themselves. The monitored information is stored in a log file which is then transmitted to a hospital server for generating reports, inventory control, billing, and the like. Other information generated during the procedure (e.g. doctor notes) is also stored in the log file. The personal surgical center may also access the hospital server or local data storage device for retrieving a surgeon's specific surgery parameters, obtaining patient files, and the like.

This invention relates to a system for medical treatment with consultation (the consultation system) and its method, designed to support several physicians located at different place and time to access the system at a designated time, share medical records on a patient and conduct medical treatment with consultation. To this end, this invention comprises the following stages: receiving a consultation request from at least one of the hospital terminals, physician terminals, and patient terminals; selecting at least more than one consulting physicians to participate in the consultation according to the said consultation request; receiving the medical records of a patient subject to said consultation from at least one of the hospital servers, hospital terminals, physician terminals, or patient terminals, providing the medical records to the consulting physicians, and conducting consultation pursuant to the registered consultation schedule by controlling communications among the said hospital terminals, physician terminals, and patient terminals; and transmitting the consultation progress information including the consultation schedule, consulting opinions received from the consulting physicians, and consultation data registered according to the consulting opinions to at least one of the hospital terminals, physician terminals, and patient terminals.

The invention discloses a hospital service robot based on a cloud platform and a method. The robot is provided with a plurality of cabinets for containing different medicine materials, updates a planned walking route in real time according to a designated walking route and in combination with the data of a ultrasonic sensor, delivers the medicine materials to designated destinations, receives acquired information of a fingerprint recognition device, identifies the acquired information and then transmits the acquired information to the cloud platform via a wireless communication module, receives information transmitted from the cloud platform, and opens a corresponding cabinet after determining the information a corresponding medical care worker in order to automatically dispense the medicine materials. The hospital service robot and the method can greatly reduce the labor intensity of nurses.

The invention discloses a hospital intelligent attendance system based on a mobile platform, and the hospital intelligent attendance system mainly comprises a hospital server platform which is correlated to a corresponding hospital information management system and a mobile device platform which can be remotely communicated with a hospital server and at least can realize the remote registering, remote payment, remote queue, medicine instruction and hospital internal guide. The hospital intelligent attendance system based on the mobile platform can overcome the defects in the prior art that the workload of manual operation is large, convenience in use is poor and the medical efficiency is low and has the advantages of small workload, good convenience in use and high medical efficiency.

The invention discloses a hospital service robot, which comprises a robot body module, a control module and a plurality of sensors. The sensors and the control module are arranged on the robot body module, wherein the robot body module is provided with a patient bearing mechanism, a mobile mechanism and a driving device; the plurality of sensors are used for acquiring information of pavements of a hospital and the state of the bearing mechanism in the robot body module and sending the information to the control module; and the control module controls the driving device of the robot body module and the plurality of sensors, processes the information sent by the sensors, controls the motion of the driving device, and can be connected with computers of doctors and a registration office. The hospital service robot can provide convenience for the patient, simplify the flows of seeing a doctor, relive the paint of the patient, and save time to make the hospital more humanized.

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 discloses a remote medical system which comprises: at least one intelligent household medical system, a data management center and at least one hospital service station. The at least one intelligent household medical system carries out information interaction with the at least one hospital service station through network and via the data management center. The data management center is used to collect, process and store information from the intelligent household medical system and transmit to the assigned medical service station through the network, and is used to collect, process and store the information from the hospital service station and transmit to the assigned intelligent household medical system through the network. By using the intelligent household system based on the network, the hospital is equivalent to be directly moved back home so that health of specific personnel can be real-timely monitored. The medical service of an expert doctor can be acquired without going out.

The invention relates to a cross index identification method for health file sharing platforms, which is implemented by using a hospital-end cross index processing module, a platform data center end main index processing module and a patient information matching module; in the process of building a new main index of a platform, the hospital-end cross index processing module responds to the request information of a platform-accessed hospital service information system and sends the request information in a standard form to the platform data center end main index processing module, the platform data center end main index processing module performs the process of building the main index of the platform according to the query results obtained by the patient information matching module, and judges whether the patient information and the main index record are recorded repeatedly, adds the processes of updating main indexes and the like, and issuing and updating related cross index information of the hospital-end cross index processing module; in the process of carrying out collaborative cross index retrieval on cross hospital services, the hospital-end cross index processing module responds to the request of the platform-accessed hospital service information system, the platform data center end main index processing module accepts a search request and invokes the patient information matching module to calculate the matching degree of the patient information, and respectively returns the main platform index and the cross index information of a target hospital service information system according to the obtained calculation results, carries out repeated recording processing, and returns an empty record in case no suitable record is matched.

The invention relates to a storage access system for sharing a medical treatment and health archive. The system comprises an access authorization management module, a standard format medical treatment and health archive conversion module, a medical treatment and health archive access end module, a medical treatment and health archive management end module, a medical treatment and health archive data center module, a platform cross identifier index module and the like. By adopting the system, a shared medical treatment and health archive is established on the basis of heterogeneous data of various hospital service information systems, a standard data format is converted, medical treatment and health archive metadata are stored in a specified branch database, a user is allowed to access authentication data through an authority access range control mechanism, and data browsing of the medical treatment and health archive is provided by medical treatment and health archive browsers with different types of medical data formats.

The invention discloses a medical service guiding system based on patient physical symptoms. The medical service guiding system comprises a client side system and a server system, wherein the client side system and the server system are connected with each other through a network. The client side system comprises a doctor information module, a department information module, a disease inquiry module, a symptom fuzzy reasoning module, a human body system guiding module, a human body part guiding module, a laboratory result module and a hospital planar graph module. Users can log into the medical service guiding system through a hospital terminal device or a personal handheld mobile device and select the corresponding modules to conduct inquiry; meanwhile, by setting up a symptom-department-doctor fuzzy reasoning model, newly-diagnosed patients can be helped to rapidly know prevalence of themselves according to the symptoms of themselves and find appropriate doctors in the unfamiliar environment, and therefore flexibility, accuracy and diagnostic efficiency are improved compared with an existing system. By means of the medical service guiding system, the current requirement of people for medical treatment and health is met, and the hospital service level and the service capacity are improved.

The invention provides a hospitalization service performance evaluation method of medical institutions. The 20th chapter in codes of international classification of diseases ICD-10 is used as main disease classification MDC, for the diseases in each MDC, grouping is conducted continuously according to the top three of the ICD codes of disease categories, standardized processing is conducted on all indexes through the disease category grouping DCGs method, the medical technology difficulty and the service capacity, efficiency and quality of hospitals are evaluated, and therefore the total hospitalization service performance is obtained. The method involves a hospitalization service capacity evaluation method, a hospitalization service efficiency evaluation method, a hospitalization service quality evaluation method and a total hospitalization service performance evaluation method. Through the methods, a hospital performance evaluation model based on hospitalization medical record home page information is established according to core contents of medical service performance, and the purpose of analyzing and studying hospital service performance is achieved.

The invention discloses a micro integrated household hospital service platform. The micro integrated household hospital service platform is characterized by comprising a household hospital check platform, a mobile control platform, an information service platform and a logistics dispensing platform. Task requests are initiated by patients through the mobile control platform, body multi-index check is accomplished through the household hospital check platform, the check results are uploaded to the information service platform, through intelligent or online expert analysis, instructions are acquired, and the instructions are fed back to the mobile control platform in real time, through a mobile control platform payment module, renting expensive equipment matched with the platforms, purchasing reagents, purchasing medicines and online expert service charge payment can be realized, and the logistics dispensing platform is used for realizing corresponding dispensing service. The micro integrated household hospital service platform is advantaged in that basic medical check projects can be accomplished in a household mode, deep intervention of doctors and medical equipment of the Internet + Medical is realized, the medicines, the reagents and apparatuses are made to realize convenient circulation, high-quality medical resources are utilized household in a household hospital mode, and integrated household hospital service is provided.

The present invention provides a card hospital diagnosis management system, whose structure is composed of a system data storage server, information enquiry computer terminals, and diagnosis and treatment check computer terminals, wherein, the system data storage server is provided in the hospital system, the information enquiry computer terminals with card reader and printer are mounded in the allure, and computer terminals with card reader are mounted in every out-patient clinic and inspection departments; every computer terminals are connected with the system data storage server through wired or wireless mode to form a local area network; and the system data storage server is connected with to the server of the network operation company through internet. Compared with the prior technology, the card hospital diagnosis management system optimizes the flow of hospital services, reduces the workload of the out-patient departments and inspection departments, improved work efficiency, improves the patients' right to know, and will bring more social and economic benefits to hospitals.

The invention discloses an examining separating and guiding system of an outpatient service. The examining separating and guiding system comprises a doctor beeper, an electronic entrance guard, an RFID videography chest card for medical staff, a clinic gate display, a diagnosis and treat card for patients and a hospital server, wherein the doctor beeper is in communication with the electronic entrance guard; the RFID videography chest card and the diagnosis and treat card are in communication with the clinic gate display via an RFID wireless radio frequency signal; the clinic gate display is in communication with the hospital server via a network, is used for acquiring various bottom-up information data and uploading to the hospital server. The examining separating and guiding system has the advantages of high intelligent degree, simplicity and convenience in operation, high function integration level and the like.

The present invention relates to a remote mobile medical management method based on a cloud platform. The method comprises that a patient mobile client generates a physiological data disease curve corresponding to the patient and a reference value of disease difference corresponding to the various physiological data of the patient according to the patient physiological data acquired by the patient physiological data acquisition device; the cloud platform extracts patient information, gender, age, place of birth, occupation, etc. of all patients that are registered on the cloud platform within the preset period to generate a pre-diagnosis model for all patients and obtain the pre-diagnosis disease for the current patient; and the cloud platform installs a preset forwarding criteria to send patient information, a patient physiological data set, the reference value of disease difference, and the pre-diagnosis disease to the corresponding hospital service subsystem for remote diagnosis, and the expert physicians form electronic medical records with their signatures for the patients. According to the remote mobile medical management method disclosed by the present invention, valuable reference information for doctors to diagnose the disease can be preliminarily provided by effectively using the mobile client and the cloud platform on the patient side, and remote mobile medical efficiency is improved.

Disclosed herein are a disaster situation management system and a personal identification terminal associated with the system. For this, the disaster situation management system includes a personal identification terminal detachably worn on a body of a user and configured to input and store information including personal information and location information of the user, a center server configured to enable communication with the personal identification terminal through a communication network, and configured to collect personal information and location information of each user who wears the personal identification terminal from the personal identification terminal and to manage the collected information, and a hospital server configured to enable communication with the center server through the communication network, collect personal information and location information of the person who wears the personal identification terminal, and provide the collected information to the center server, the collected information being read through a reader.

The invention provides an intelligent hospital system based on digital twinning and a construction method thereof. The intelligent hospital system comprises a physical hospital, a virtual hospital, ahospital service system and hospital twinning data. The physical hospital meets intelligent hospital construction through a series of sensors and an information system; the virtual hospital is essentially a set of models after digitization of each element of the physical hospital; the hospital service system is a set of various service system functions driven by data, and is used for providing system support and service for hospital intelligent management and control under the driving of hospital twin data; the hospital twinning data comprises data related to the physical hospital, the virtualhospital and the hospital service system and data generated by fusing the three. Through the two-way real mapping and real-time interaction of the physical hospital and the virtual hospital, the dynamic changes of the physical hospital and the virtual hospital can be mastered in time, the response is made in real time, and the integration and fusion of all the parts provides comprehensive data support and high-quality information service for hospital operation.

The invention relates to a geriatric hospital monitoring system for improving a hospital service level. The geriatric hospital monitoring system comprises an interface module, a report form module, an information management module, a service information module, a nurse station module, a monitoring module and a cloud calculator, wherein the interface module is provided with an expanded interface connected to a third-party system; the report form module is provided with a report form control panel which is connected to a report form display screen; the information management module is provided with an information management control panel which is connected to an information management display screen; the service information module is provided with a service information control panel which is connected to a service information display screen; the nurse station module is provided with a nurse station control panel which is connected to a nurse station display screen; the monitoring module is provided with a television wall which is connected to a monitoring camera; the monitoring camera is arranged at a monitoring point; and the cloud calculator is connected to the modules to receive and process information sent from the modules.

The invention discloses an APP-based hospitalized patient management system. The system comprises: a terminal APP; an RFID tag card; a plurality of WIFI relay stations; a cloud server comprising a cloud receiving module, a cloud monitoring module and a cloud distributing module; and a hospital server in communication connection with the cloud server and comprising a hospital receiving module, a hospital monitoring module and a hospital distributing module, wherein the cloud receiving module is used for acquiring the coordinate information of a patient terminal and the WIFI relay stations in a preset range of the coordinate information after receiving a service request sent from the terminal APP. The system can enhance the health of hospital patients, and also can carry out real-time monitoring and information feedback on the activity path and the health condition of absent patients.

The invention provides a construction method of a hospital service culture measurement model, and belongs to the field of organizational culture quantitative research. The method comprises the steps of 1, qualitative research, wherein basic elements forming hospital service culture are obtained; 2, questionnaire design, wherein operability definition design is conducted on the basic elements, small sample test and expert evaluation are carried out, and an initial hospital service culture questionnaire is obtained; 3, data of a measurement model is collected and processed, the initial questionnaire is issued for questionnaire survey, entries of the initial questionnaire are deleted and optimized through a data analysis method, and a preliminary measurement model is obtained; 4, verificationof the measurement model, wherein data collection and processing are conducted on the preliminary measurement model, the rationality of the measurement model is verified through a structural equationanalysis technology, and construction of the hospital service culture measurement model is completed. The reliability and validity of a scale under the hospital service culture measurement model meetthe requirement of hospital service culture survey, so that the reliability of hospital service culture measurement is ensured.

The invention relates to a nursing robot path planning method based on a CNN and an improved A-Star algorithm. The medical staff firstly inputs a destination to be reached; then the nursing robot sends starting point and ending point information to a hospital server, a hospital collects image information of each area of the hospital, and then the CNN is used for identifying the crowd density of apath image; the pedestrian speed of each area is calculated, and the quantized speed is used to improve an evaluation function of A-Star; and finally, linear priority constraints are added to the A-Star, and an optimal path is searched by using the improved A-Star function. The influences of crowd density and robot steering on the speed of the robot are fused, a cost estimation function based on distance is optimized into a function based on time, and an open area is selected to quickly reach a terminal point. And the risk that the head and the feet of the patient collide with obstacles is reduced by increasing the distance between the patient and the head. Steering times are reduced, and stable operation and efficiency improvement of the robot are guaranteed to the maximum extent.