339 results about "Outpatient service" patented technology

The present invention provides a system and method, relating to the transfer of patient files over a secure, HIPAA compliant, patient file transfer and outpatient order system and a computer site therefore. The method includes obtaining and compiling a patient record pertaining to a patient; electronically inputting the patient record obtained into a secure computer database containing other patient records, allowing physician access to the patient record wherein the access includes allowing the physician to order outpatient services and send part of the patient information, including certain defined fields for a complete record and to send and receive referrals including certain defined fields for a complete record.

The invention discloses a system and method for detecting fraudulent transactions in medical insurance outpatient services. In the invention, a data processing unit, a score calculating unit and a detecting unit are sequentially connected in series; the detecting unit comprises two modules which conform to transaction rules and probability of the fraudulent transactions; the output of a data dictionary is connected with the data processing unit; the input of an algorithm library is connected with the score calculating unit; the output of an action rule library and the output of a transaction rule library are respectively connected with the detecting unit; a rule management unit is connected between the action rule library and the transaction rule library; and the system is connected inside or outside a business processing system of a medical insurance institution for detecting, when the system is connected on the outside, a transaction information extraction module is arranged in front of the data processing unit for carrying out analysis, inquiry and statistics on the history of actions which are detected to be abnormal. By detecting the medical transaction rules in the outpatient services and evaluating the transaction fraudulence unlawful actions, the quantitative basis can be provided for defining the medical fraudulence unlawful actions, and the supervision cost of medical insurance fraudulence and unlawful phenomena can be reduced.

The invention discloses an outpatient service mobile phone self-service fee payment system and method based on two-dimension codes, and belongs to the technical field of two-dimension code and mobile phone exchange medical data and data exchange and processing in the medical industry. The method comprises the following steps that a patient scans the two-dimension codes on a fee payment bill to obtain fee payment detail information; a trade request is initiated to a payment center through payment software on a mobile phone; the payment center judges that which part of fees should be paid by the patient individual, and which part of the fees should be paid by the social security account according to the fee items; the fee is debited from the corresponding account, and the payment software on the mobile phone is informed of the result; the patient performs the next treatment process. According to the method, the self-service fee payment function is achieved through a mobile phone terminal of the patient individual, the patient does not need to queue up to pay the fees at the window or a self-service terminal, the patient can operate the fee payment while walking, the whole process can be completed only by clicking the screen of the smart phone, no information needs to be input, and the fee paying efficiency is obviously improved.

The system comprises: NPIC (network patient information center), OST (outpatient service terminal) and MRSU (medical record storage unit). Wherein, said NPIC is used for managing the patient information database; when the patients input their ID information, the NPIC authenticates the patients according to the patient information database; if authentication fails, NPIC prompts the patient ID is not confirmed; if the authentication succeeds, the patients can call their overall historical cases from the storage unit, and the outpatient service terminal will display the information accordingly; after diagnosis, the new patient information will be sent to and saved in the storage unit.

The present invention relates to an automatic computer control and management method and a system for drugstores. An automatic drugstore server automatically creates a medicine replenishment list according to prescription information transmitted from a hospital information system or stock details and realizes automatic position and quantity distribution based on a principle of first entry and prior take-out. A controller controls a moving unit to move to a distributed position. A moving mechanism takes out or stores a distributed quantity. Medicine take-out is conducted according to hospital prescription information. As a medicine is lower than a specific quantity during medicine take-out, medicine replenishment starts. While prescription information emerges in the process of medicine replenishment as above, priority is given to the medicine take-out. In addition, the automatic drugstore server modifies stock details according to completion information fed back by the controller and treats unmatched medicine information. The technic proposal of the present invention realizes automatic medicine management, takes out medicines quickly and accurately according to patients' prescriptions and efficiently completes prescribed medicine dispatch and warehousing for outpatient service drugstores and medicine management.

The invention relates to a biochip information reading device and an information analyzing method, discloses a biochip information reading instrument and belongs to the technical field of clinical diagnosis instruments. The traditional 'gold standard' for diagnosing the flora-imbalanced bacterial vaginitis is difficult in actual operation, and is also rough and complicated to operate although certain new technologies are adopted. According to the biochip information reading instrument, a liquid crystal display is arranged on a casing; a mainboard is arranged in the casing below the display; a photoelectric signal processing and data storing chip, a circuit system, a light source and a photoelectric sensor are fixedly arranged on the mainboard; a biochip detecting channel passing from the instrument in the front-back direction is arranged below the mainboard; and a cutter-shaped telescopic clamping tongue is respectively arranged at two sides of a position below the photoelectric sensor in the biochip detecting channel. A mechanical transmission component and a motor are not arranged in the biochip information reading instrument, so that the biochip information reading instrument is small in volume. The biochip information reading instrument can be used for rapidly obtaining multi-index comprehensive judgment results, thereby being comprehensive, accurate and convenient. Thus, the biochip information reading instrument is suitable for the bedside operation by outpatient service doctors in hospitals or the household use by patients.

Health care administration methods are disclosed that substantially conserve the utilization of health care resources available to care for a specified patient population. Initially, a patient population is generated whereby each patient therein is assigned a risk based upon a retrospective and postspective assessment of the patient. Once the patient population is generated, utilization management practices are implemented that restrict utilization of health care resources without adversely impacting clinical outcome or quality of care until such utilization of resources is deemed medically warranted. A network of health care providers and health care providing institutions administers health care to the population according to methods of the present invention based upon primary care decision making practices utilizing the most cost-effective management practices and minimizing the use of specialists and in-patient / out-patient services whenever applicable.

The invention discloses an intelligent anaesthesia system. The intelligent anaesthesia system comprises an intelligent control end, a vital sign detecting end, an anesthetic injecting end, an indoor environment monitoring end, an electronic medical information end, a breathing machine and a monitoring display screen, wherein the vital sign detecting end, the anesthetic injecting end, the indoor environment monitoring end, the electronic medical information end, the breathing machine and the monitoring display screen are connected with the intelligent control end; the vital sign detecting end comprises a brain wave scanner, an artery systolic pressure measuring equipment, body temperature detection equipment, pulse detection equipment, muscle tension detection equipment and pain sense detection equipment; the electronic medical information end comprises a data acquiring module, an information input module, a data decoding module, a wireless data transmitting module, an outpatient service receiving end module, a leaving information module and a central server. In the intelligent anaesthesia system disclosed by the invention, the intelligent control end is used for receiving the information from the vital sign detecting end, the indoor environment monitoring end, the electronic medical information end and the breathing machine and controlling the anesthetic injecting end to perform quantitative dosing so as to feed back the physical condition of a patient in real time, reduce occurrence of medical accidents and alleviating the workload of an anesthetist.

The invention provides an outpatient service information management system. The outpatient service information management system comprises an outpatient service clinical information database for storing the personal health information of a patient, a pre-hospitalization health information questionnaire analysis module for providing a pre-treatment health information questionnaire for the patient, an in-hospital diagnosis and treatment management module for managing pre-treatment suggestions generated according to the pre-hospitalization health information questionnaire analysis module by the patient, all diagnosis and treatment information generated in a hospital treatment process, and a treatment scheme, a post-hospitalization health management module for providing subsequent health management suggestions for the patient according to patient diagnosis and treatment information managed in the in-hospital diagnosis and treatment management module and the treatment scheme, and performing monitoring, and a system external interface integrating module for realizing data interaction between an outpatient service management system and other external systems. Through adoption of the outpatient service information management system, the outpatient service queuing time of the patient in a hospital can be effectively shortened, the outpatient service working efficiency is increased, communication channels and communication time between the patient and a doctor are increased and prolonged, and the doctor-patient relationship is improved.

The invention relates to a novel mobile hospital system which is characterized in that: the system is composed of six mobile medical treatment units including an on-site first aid group (1), an outpatient service group (2), a surgical treatment group (3), an on-site ward group (4), a sorting inspection group (5) and medical technologies guarantee group (6); each mobile medical treatment unit is respectively composed of one to more than two cars provided with medical treatment function, each car is composed of a car chassis, a carriage and medical treatment facilities and medical drugs arranged in the carriage; at least three carriages of the mobile medical treatment units are expandable carriages which are provided with one-side expansion structure or two-side expansion structure; adjacent carriages are connected to form a multi-functional diagnosis and treatment platform which is easy to assemble and disassemble. The invention can finish out-patient reception, realize mobile inspection and diagnosis, perform basic surgical operation and carry out ward and rehabilitation on the patients in postoperative period, provide medicaments and medical facilities, and provide food, water and electricity for patients and hospital staff, etc.

The invention relates to a convenient medical examination device for emergency treatment, comprising a display screen, a touch screen or keys, a microprocessor control unit, an extended functional interface and a basic unit of a clamping and supporting mechanism, wherein the basic unit communicates and transmits data with an additional functional unit through the extended functional interface; the additional functional unit is provided with an electrocardiosignal acquisition unit or a B ultrasonic image acquisition unit and an optical sight glass unit combination; the electrocardiosignal acquisition unit comprises an electrocardiogram processing circuit, a lead cable and an electrode; the optical sight glass unit is a sight glass or a camera assembly for acquiring optical images; and the electrocardiosignal acquisition unit or an ultrasonic image acquisition unit shares man-machine interaction interfaces such as a control interface / a display interface, and the like of the basic unit with the optical sight glass unit. The device is suitable for occasions which require the emergency treatment and are inconvenient for carrying numerous complicated instruments, such as emergency treatment, emergency response, sickroom patrol, military first aids, grassroots outpatient service and out-calls, and the like.

The invention discloses an antifogging and disinfection-free portable endoscope for examining nose and throat. The handheld endoscope comprises an endoscope handle, an adjustable endoscope body and a disposal casing; the endoscope handle can be separated or combined with the endoscope body; the endoscope body with different radial angles can be replaced at any time according to the requirement; and the casing is disposable, so that the endoscope is free from being especially disinfected without the risk of cross infection and can be used at any time. Hot air current is led to the front end of the casing and sprayed to the outer surface of a glass sheet, and meanwhile, the surface temperature of the endoscope body is consistent with the temperature of human body by using the heat generated by an electrothermal film, so that the invention plays a role of eliminating a fog layer. The invention overcomes the defects that the traditional classical endoscope for nose and throat cannot be used under the condition of outpatient services, requires high-temperature disinfection and is easy to generate fog, can be used for doctors in otolaryngological departments to replace different radial angles for observing the pathological conditions of the inside of the nose and the throat part in the outpatient services at any time, and has the advantages of low cost, definite image as well as lightness, smallness and portability of the whole system.

The invention discloses an intelligentialized outpatient service dispatching control system, and relates to a hospital dispatching control system and in particular to an outpatient service dispatchingcontrol system. In order to solve the problems that the efficiency is lower and the patient waiting time is overlong because a current outpatient service subscribing system cannot be rationally regulated in allusion to the situation of subscribing and on-site registering. The system comprises an inquiring module for providing data to be inquired to patients and doctors, a subscribing module for providing the subscribed register service to the patient according to a first visit and a subsequent visit, a subscribing regulating module for feeding back the subscribed number saturation situation of a certain department doctor and providing the added subscribed visit to the doctor, a dispatching module for summarizing information and feeding back to a hospital manager for dispatching, a pre-warning module for supervising and warning the patient subscribing and distributing situation of each department while the doctor pays a home visit in the same day, and a display module for recording anddisplaying the treatment situation of the department in real time. The system is suitable for the dispatching control of the hospital outpatient service.

The invention provides a simple and practical public medical database, which actually achieves centralized storage and management of personal medical records by using the existing network technology and the database technology according to medical record writing standards established by national authoritative medical institutions, and aims at enabling doctors to inquire and track medical archives of the whole life of a patient at any time and any place. The public medical database can be widely applied to fields such as remote medical treatment, disaster relief, battlefield rescue, criminal investigation and conventional outpatient service. The public medical database is a network database developed through structured query language (SQL) and has high safety and reliability. Only the patients or the doctors can enter the database to check related contents, so that primacy of the patients is sufficiently protected. The public medical database can help the doctors to know patient conditions when emergencies happen, thereby being favorable for emergency treatment.

An online booking system of hospital outpatient services belongs to the field of medical services. The online booking system is characterized in that an existing outpatient service process is analyzed and modified while available resources are used to the utmost extent, reduction of intermediate links of the outpatient service process are taken as a breakthrough so as to reasonably arrange the treatment process of patients, simplify the outpatient service process, enhance the active service awareness and shorten the process time. The online booking system of the hospital outpatient services makes up for the defect of 'three long one short' (which refers to long queue of waiting for registration, long queue of waiting for treatment, long queue of waiting for payment and short time of accepting treatment) of conventional outpatient registration, brings convenience for vast patients to seek treatment, relieves medical environment and has great practical value.

The invention discloses a self-service settlement method for diagnosis and treatment expense of outpatient service, which comprises the following steps of: reading diagnosis and treatment information, preparing charging data, transmitting the diagnosis and treatment information acquired from a hospital diagnosis and treatment system to a social security account server, and calculating the amount of common social security account payment, personal social security account payment and a self-paid part through the social security account server; selectively determining to adopt electronic purse payment or bank withholding; settling the expense, namely in a payment mode of executing the bank withholding, generating a withholding command comprising the name of a patient, an identification number, a social security card number, a bank account, the withholding amount and other information and transmitting the withholding command to an associated bank account server according to the charging data, executing the command and feeding back the executed result to a transmitting end through the associated bank account server, and transmitting the result serving as a basis for settlement and diagnosis and treatment to the social security account server and the hospital diagnosis and treatment system through the transmitting end; and printing payment information.

The invention provides a one-stop hospitalizing service system for outpatient service. The one-stop hospitalizing service system for the outpatient service comprises a self-service device, a hospitalizing card used as an identified object of the self-service device, a valid documentation, namely a second-generation ID card needed for handling the hospitalizing card, an information service platform for providing information services such as registering, pre-engaging, recharging, paying, inquiry, report printing and the like, a background management platform for background financial management, registration starting and stopping management, drug information management, item inspection and the like, as well as a drug information database, an expert database and a medical item database used for providing data support for a self-service server. The invention also provides a one-stop hospitalizing method for the outpatient service. In the invention, due to the application and the promotion of the one-stop hospitalizing service system for the outpatient service, the hospitalizing links, the queuing times and the waiting time of a patient are reduced greatly, the problems of difficulty to pre-engage an expert, difficult in registering, slowness in paying and the like can be alleviated greatly, and the one-stop hospitalizing service system for the outpatient service is a new convenient mode characterized by self service in the whole process.

The invention relates to a method and an apparatus for calculating waiting time of an outpatient service. The method comprises the steps of obtaining registration information of a patient, wherein the registration information at least comprises registration time and registered department and / or registered doctor information; obtaining doctor-seeing efficiency of the registered department or the registered doctor in each statistics time segment, wherein the doctor-seeing efficiency is calculated by historical doctor-seeing data of the registered department and / or the registered doctor; and determining the waiting time of the patient according to the registration time and the doctor-seeing efficiency of each statistics time segment. According to the method and the apparatus, the doctor-seeing efficiency of the department and / or the doctor is calculated according to the historical doctor-seeing data, and the waiting time of the patient is predicted according to the doctor-seeing efficiency, so that the waiting time of the patient is shortened and the doctor-seeing efficiency is improved.

The invention discloses a medical low-value consumable three-level storehouse management system in an SPD mode. The system comprises a supplier unit, a purchase center, an SPD center library, a department SPD second-level library, a department SPD third-level library, a finance department and a low-value consumable three-level warehouse information management system. In an SPD mode, logistics operation of medical low-value consumables generally relates to cooperation among suppliers, logistics centers and consumption departments. During Actual operation, the supplier distributes the medical consumables to the logistics center on time according to orders; the medical consumables are subjected to operations such as inspection at the logistics center, Storage and shelf, fixed-number processing and the like, the medical consumables are pushed to Consumption departments such as outpatient service, emergency wards and inpatient wards by specialized personnel. Code scanning consumption is carried out when consumables are taken by a department, settlement is carried out on the consumables and suppliers according to the feedback consumption number after the consumption information is obtained by the logistics center, the medical consumables scanned by the code of the second-level storehouse enter third-level storehouse management, the third-level storehouse is associated with a hospitalHIS system through an SPD information management system, and the use condition of the consumables can be traced.

The invention provides a navigation method and a navigation device for hospital outpatient service. The method comprises the following steps: receiving a navigation request of arriving at a set destination; determining a navigation route for a user to arrive the destination; determining a walking horizontal velocity value of the user according to detected gravitational acceleration information and horizontal acceleration information, and determining the walking direction of the user according to the direction detected by a direction sensor; correcting current positioning information of the user in real time, and determining the position of the user in a map according to the corrected positioning information until the user arrives at the destination. With the navigation method and the navigation device, positioning precision is improved effectively, and moreover, navigation accuracy and navigation efficiency both are improved.

The invention provides a virtual diagnosis and treatment system. The virtual diagnosis and treatment system comprises a user end and a server end, wherein the user end is used for displaying and controlling an online simulation diagnosis and treatment process, and the server end is used for supporting the online simulation diagnosis and treatment process; and the virtual diagnosis and treatment system also comprises a retrieval system, wherein the retrieval system comprises a retrieval module and a database, wherein a part of or all the database is located on the server end. With the virtual diagnosis and treatment system proposed by the invention adopted, the whole process of diagnosis and treatment in outpatient service of clinicians can be completely simulated; continuous interaction of the diagnosis and treatment process can be realized; a large number of real cases can be provided for and selected by a user; based on the simulation diagnosis of the real cases, the diagnosis and treatment logic of the user can be strengthened continuously; the scope of diagnosis and treatment knowledge can be broadened; and diagnosis and treatment efficiency can be improved.

The invention relates to a medical robot device, system and method, provides a medical far-end joint diagnosis adjuvant therapy robot device, far-end consultation, multi-department joint consultationand far-end medical advice by utilizing an artificial intelligence robot technology, and solves the problems of unsmooth communication of patient doctors, unclear understanding of illness conditions,unmatched treatment methods and the like. A B-ultrasonic image acquisition device, an intraoral acquisition device, a blood acquisition device, a CT image and a DR radiology department image which arecarried by a robot are used for remotely controlling acquisition and sharing to realize image sharing, so that the problems of human diagnosis and treatment errors, diagnosis limitation of a single diagnosis and treatment department, singleness of a diagnosis scheme and the like are solved; through a blood vessel amplifier, an intravenous injector and other injection devices carried by the robot,robot far-end control, autonomous injection, autonomous medicine configuration and cyclic taking and placing of medical equipment are achieved, and the problems that the operation pressure of medicalstaff is large, and many night shifts exist are solved. The flexibility of far-end inquiry, ward round and multi-department joint consultation of experts and doctors is improved, and clinical cases are efficiently solved by multiple treatment schemes and multiple experts. The system is applied to outpatient service, wards and overseas medical institutions.

The invention discloses an intelligent medicine purchase system based on regional medical cooperation and doctor advice compliance monitoring. The intelligent medicine purchase system comprises a server for interacting data with a medical information platform of a basic medical unit, a medical information platform of a large-size medical unit, a regional medical information platform and a service information platform of a medicine selling website, wherein the server comprises a medical unit service subsystem, a patient service subsystem and a medicine purchase guide service subsystem. The regional medical cooperation is combined with medicine purchase guide for a patient; cooperation for medicine purchase and outpatient service is supplied to the patient according to information in doctor advice, so that the time of the patient can be saved, and the treatment efficiency and the treatment quality of a doctor can be improved; and the doctor advice compliance of the patient can be indirectly promoted.

The invention discloses a rehospitalization behavior prediction system and method based on an optimal feature combination, which processes and analyzes long-term hospitalization records, general outpatient records, chronic disease records and physical examination records, and obtains multiple data that can represent the patient's rehospitalization environment. Rehospitalization characteristics; design a reasonable fitness function, use genetic algorithm to obtain the optimal feature combination that affects rehospitalization; use the optimal feature combination and rehospitalization label as the input of the prediction method, and use the integrated learning algorithm to judge and predict whether the patient is Performing rehospitalization within the observation window can predict whether the patient will be rehospitalized within a certain time interval, accurately express the patient's rehospitalization environment, and help patients themselves and medical institutions to make reasonable arrangements for time, medical care, and financial resources.

The invention discloses an IF(immunofluorescence) quantitative analysis meter, comprising an outer frame and further comprising a stepping motor, wherein the stepping motor is connected with a first belt pulley through shafts, a second belt pulley is arranged in the outer frame, the first belt pulley and the second belt pulley are connected by a belt, the belt is fixedly provided with a sample rack belt connection block, the sample rack belt connection block is fixedly connected with a sliding block, the sliding block can carry out reciprocating motion along a slide rail which is arranged in the outer frame and is connected with a sample rack, and an observation hole is formed in the lower part of the sample rack. The IF quantitative analysis meter further comprises a photoelectric unit which is fixed on the outer frame through a photoelectric unit regulation frame and is arranged on the lower part of the sample rack, wherein a barcode detector or a two-dimensional code detector is arranged on the side part of the photoelectric unit. The IF quantitative analysis meter has the advantages that the size is small, the operation is simple and convenient, the maintenance is easy, and the stability and sensitivity are high; the IF quantitative analysis meter can be applied to central labs, outpatient service / emergency treatment labs, CCUs (coronary care units), ICUs (intensive care units), clinical labs, clinical departments and bedside detection of medical institutions.

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 invention provides a system and a method for evaluating traditional Chinese medicine doctor information based on comprehensive integration. The method comprises the steps of receiving treatment appointments of patients and acquiring patient information; storing acquired patient information in a patient information memory; classifying outpatient services of the patients according to the information, assigning diagnosis and treatment doctors for the patient according to the outpatient service classification of the patients and sending the patient information to the assigned diagnosis and treatment doctors; acquiring evaluation information of the patients to the doctors and storing the evaluation information in an evaluation information memory; accessing the patient information memory according to the patient information to judge whether doctors the patients make appointments are the doctors treating the patients last time on the same patients' conditions or not; if not, judging whether the evaluation information memory memorizes evaluation information of the patients to the doctors treating the patients last time, requesting the patients to evaluate the doctors treating the patients last time if the evaluation information is nor memorized. By means of the method for evaluating the traditional Chinese medicine doctor information based on the comprehensive integration improves the automation level of the system for evaluating the traditional Chinese medicine doctor information.

An electronic medical record system used at clinic comprises server formed by PACS server and HIS server, and doctor operation-station terminal computer connected with said server through network. It is featured as using PACS server to realize C-Move SCP service and C-store SCP service of DICOM standard as well as management of PACS system for storing medical record information in DICOM file form, using HIS server to store basic information of patient, using doctor operation-station terminal computer to set up and to query as well as to edit electronic medical record then utilizing DICOM standard and PACS server to carry out information exchange.

The invention discloses an intelligent hospital guiding service system. The system includes a mobile handheld terminal, a self-service registration terminal, an outpatient doctor information management terminal, a pharmacy information management terminal and a comprehensive management and control terminal; the handheld terminal comprises a two-dimensional code recognition module, an online payment module, a wireless communication module and a storage module; the self-service registration terminal is used for users to input registration information so as to obtain registration two-dimensional code information and for synchronously sending the registration queuing information to the outpatient doctor information management terminal; the outpatient doctor information management terminal includes a display module and an input module; the pharmacy information management terminal includes a display module and a two-dimensional code recognition module; the comprehensive management and control terminal includes a database module, a processor, a wireless communication module and an online charging module. The system can provide process guidance and navigation routes timely for clinic clients in a hospital, the degree of automation and the degree of intellectualization are high, and the efficiency of the outpatient service is improved.