63results about How to "Shorten consultation time" patented technology

Problem The problem is to facilitate viewing of temporal correlation between patient's chief complaint and doctor's interview results associated with the patient's chief complaint. Means of Solution The temporal correlation can be viewed by providing an electronic medical information system equipped with a control server comprising an input means for inputting, among the information written on the chart, the patient's chief complaint information into a chief complaint information file and for inputting the doctor's consultation information associated with the patient's chief complaint information into a consultation information file; an accumulation means for accumulating the chief complaint information and consultation information; a calculation means for scoring, with respect to each date of consultation, the latest chief complaint information and consultation information input by the input means, and the past chief complaint information and consultation information accumulated by the accumulation means, respectively; a generation means for automatically generating, based on the scores, a list by which the temporal variation of the chief complaint information and consultation information can be viewed.

The invention discloses a denture data processing and three-dimensional printing system comprising a data acquisition device, a data processing device and a three-dimensional printing device, wherein the data acquisition device comprises hand-held equipment, data storage equipment and display equipment; the hand-held equipment can be used for performing three-dimensional color scanning and image shooting on the mouth cavity; the data processing device is a computer, is provided with data reading recovery software and CAD design software, can be used for restoring and recovering data transmitted by the data acquisition device and designing and modifying the data, and then can be used for restoring the data to obtain a virtual simulated tooth model, namely, to obtain required virtual model data; and the three-dimensional printing device can be connected with the data processing device, and a required denture manufacturing working model can be obtained according to the obtained virtual model data by virtue of three-dimensional printing and molding. The denture data processing and three-dimensional printing system disclosed by the invention does not need to take tooth models, can also be used for preparing dentures by virtue of three-dimensional printing and rapid molding, is manpower-saving and short in cycle, and can also meet the personalized production requirements.

The invention provides an automatic customer service system for e-commerce. The system comprises an instruction receiving module used for receiving an instruction for using an on-line customer service system from a user, a user information extraction module used for reading an identification number in cookie of the user, a history record module used for storing access data and behavior trace data which are corresponding to the identification number, a question prediction module used for extracting keywords in the access data and the behavior trace data of the identification number and predicting questions which are possibly asked, an answer push module used for pushing related answers to the user according to the questions predicted by the questioning prediction module, a user classification module used for classifying the users into registered customers and new customers according to the history record module, and a customer service distribution module used for preferentially distributing the last customer service for serving the registered customers to the registered customer. After the user initiates the instruction for using the on-line customer service system, the system pushes the answers for the questions which are possibly asked to the user, so that the time for the user to typewrite is reduced and the operation is convenient.

The invention discloses a vision field definition enhancement system for gastrointestinal endoscope diagnosis and treatment (ESCGV). A liquid delivery pipe (2) is led out from a washing bottle (1), and passes by a first peristaltic pump (3); and the washing bottle (1) is also provided with a stirring and heating sub-system for stirring and heating the washing liquor therein. The invention also discloses a vision field definition enhancement method for gastrointestinal endoscope diagnosis and treatment. The method comprises the following steps: 1) adding the washing liquor into the washing bottle; 2) magnetically stirring the washing liquor in the washing bottle, and simultaneously heating the washing liquor; 3) setting the temperature of the washing liquor at 25-37 DEG C; and 4) sending the washing liquor into an observation window of a gastrointestinal endoscope. The system and method can obviously enhance the vision field definition under the gastrointestinal endoscope, make the operation convenient and simple, greatly reduce the missed diagnosis and erroneous diagnosis, and obviously increase the treatment quality of the gastrointestinal endoscope.

The invention relates to an E-mental symptom fast screening and self-checking system for assisting diagnosis and treatment. The system comprises an initial interface, a scale selecting interface, a scale assessing interface and a detecting result interface. The scale selecting interface comprises four selectable scales including a QIDS-SR 16, an HCL-32, an MDQ and a PHQ-9, and the four scales are self-rating depression scales. The detecting result interface comprises grades, condition description, clinic prompt and an instruction. By means of the testing result, a patient can be guided to pertinently see a doctor, and the doctor can be assisted to carry out the diagnosis and treatment. The system can serve as a screening tool for bipolar disorder and other diseases and can also serve as a tool for monitoring the illness. The tablet personal computer technology serves as the basis, the system is simple in structure, and operation is easy and convenient due to the fact that input is achieved through a touch screen and a computer keyboard.

The invention discloses an internet-based online appointment diagnosis and treatment system. The system includes: a doctor's work terminal, a patient's work terminal, and a reservation server; the doctor's work terminal and the patient's work terminal perform data communication with the reservation server through a Web server; the doctor's work terminal and the patient's work terminal are respectively equipped with input devices and display device; the reservation server carries out data communication with the mail server, the letter server and the short message server in the station respectively; the mail server carries out data communication with the doctor work terminal and the patient work terminal respectively through the Web server; Carry out data communication with the doctor's work terminal and the patient's work terminal respectively; the short message server carries out data communication with the mobile phones of doctors and patients through mobile base stations or satellites. Advantages: Improve the work efficiency of doctors and reduce the time required for patients to see a doctor.

The invention relates to a self-service medical printer. The self-service medical printer has the man-machine interaction function, the fault detection function, the image quality detection function and the continuous ink supply function. The self-service medical printer comprises a printing system, a man-machine interaction system, a server system, a fault detection system, a quality detection system and a continuous ink supply system.

The invention relates to a remote pulse feeing system and a using method thereof. The system comprises an operation platform, a patient side and a doctor side which are in data communication mutually. The patient side comprises a pulse collector used for collecting pulse information of a patient and a first communication device. The doctor side comprises a second communication device and a pulse simulator. The second communication device and the first communication device are in data communication with the operation platform. The first communication device transmits the pulse information collected from the patient side to the second communication device. The operation platform comprises a patient pulse database, a standard pulse database and a pulse analysis module. The remote pulse feeling system has the advantages that remote pulse feeling is achieved for a doctor and a patient, the hospitalizing time of the patient can be greatly shortened, and the diagnosis and treatment efficiency of the doctor can be improved.

The invention relates to the technical field of artificial intelligence, and provides a medical consultation auxiliary method and system, a device, and a storage medium. The method includes: registering and acquiring a patient identity and the face information, and pushing the acquired information to a diagnosis department; reacquiring the face information of the diagnosis department, comparing the face information with the pushed information, and making a diagnose through interrogation if the two pieces of information are consistent with each other; making an offline confirmation if not; during the diagnose through interrogation, making a voice record of the communication process between the doctor and the patient, extracting the keywords of the voice record and comparing the keywords with a pre-established disease database, and then outputting a disease report and a medication plan; pushing all the information to a following service window: acquiring and comparing the face information of the service window, executing a service window procedure if consistent, and making an offline confirmation if not. The method can improve the efficiency of medical consultation, improve the accuracy of medication, and reduce disputes between doctors and patients.

The invention discloses epileptic seizure recording and management patient equipment, a server, medical equipment, and a system. The patient equipment comprises a patient input module which is used for receiving seizure condition information and pharmacy condition information of an epileptic; a first information transmitting module which is used for enabling the seizure condition information and pharmacy condition information to be transmitted; a first information receiving module which is used for receiving treatment suggestion information generated according to the seizure condition information and pharmacy condition information; and an information display module which is used for displaying the treatment suggestion information. According to the invention, a patient can increase the understanding of the change of the state of an illness, thereby prompting the patient to timely go to an epilepsy department to see a doctor. Meanwhile, the equipment can help a clinic doctor know the evolution process of the illness of the patient quickly during clinical reception, thereby facilitating the reduction of clinical inquiry time and improving the treatment efficiency. In addition, the epileptic seizure data recorded by the system can be used for scientific research. Accordingly, the above technical scheme is of great significance to the patient, clinicists and scientific research personnel.

The invention discloses a health identification system and method based on an intelligent service robot, relates to the technical field of the service robot, and solves the technical deficiencies that a method for carrying out human body constitution identification on inquiry by a natural language processing way on the basis of the intelligent service robot technology is not in the presence at present. The health identification system comprises a user identity identification module, a tongue diagnosis module, an inquiry module, an inquiry scale module and a constitution parting module, wherein the tongue diagnosis module shoots a face photo after a user sticks the tongue out through a camera, processes the face photo by an image processing method, segments a tongue part and extracts the RGB (Red, Green and Blue) color information of the tongue part to obtain a tongue image color value; and the service robot is combined with the inquiry module and the tongue diagnosis module, the robot analyzes the tongue image by vision, result statistics is carried out on the basis of the voice answering or touch selection of a tested person, and a constitution result is identified. A voice interaction way is provided for users who do not know a word for carrying out health identification, two modals including voice and touch are provided for users who know a word for carrying out health identification, and therefore, user experience is improved.

The invention provides a medical diagnosis and treatment device for obstetrical and gynecological diseases. The device comprises supporting legs, wherein the top ends of the supporting legs are fixedly connected with a fixing frame, the fixing frame is internally and fixedly connected with a bed board, the top of the rear end of the bed board is provided with a moving main board capable of movingforward and backward, the moving main board is provided with two leg separation plates capable of moving laterally relative to each other, and the top ends of the leg separation plates are provided with foot lifting plates capable of being tilted along with the movement of the moving main board; the middle of the bed board is also provided with a buttock lifting plate capable of being raised and tilted, and the front end of the buttock lifting plate is provided with water-proof packing paper capable of being pulled out; the outer side of the middle of the fixing frame is hinged with a foldablefolding arc plate, the folding arc plate is provided with multiple slidable diagnosis and treatment adjusting plates, the bottom ends of the diagnosis and treatment adjusting plates are provided withdiagnosis and treatment pressing plates respectively capable of being adjusted in the extension length, and the bottom ends of the diagnosis and treatment pressing plates are provided with multiple diagnosis and treatment heads capable of being adjusted in the extension length. The medical diagnosis and treatment device for the obstetrical and gynecological diseases effectively solves the problems that a patient bends the knees, lifts the legs and lifts the buttocks difficultly when existing obstetrical and gynecological medical workers perform diagnosis and treatment on the patient, and theaccuracy of the judgment of the fetal position and size of a fetus is not high.

The invention relates to a liver cirrhosis remote consultation system based on abdominal computed tomography (CT) image transmission. A CT instrument has a quite high tissue density resolution ratio and can be used for providing objective bases for imaging diagnosis of liver pathological changes. The liver cirrhosis remote consultation system based on the abdominal CT image transmission comprises a patient terminal collection system, a cloud computing processing center and a hospital background service management system, wherein the patient terminal collection system comprises an abdominal CT image shooting device, a medical image processing system and a data remote transmission system; the cloud computing processing center comprises an image sorting, encrypting and decoding processing module, a computer aided detection system and an expert outpatient service calling system; and the hospital background service management system comprises a case image query / storage database and diagnostic workstations. The liver cirrhosis remote consultation system based on the abdominal CT image transmission is used for diagnosis of the liver pathological changes, especially liver cirrhosis, which relate to an abdominal CT image examination, and can provide the most intuitive liver cirrhosis tissue structure images for doctors for consultation at different places; noise can be filtered when preliminary information is transmitted in a remote mode; geographical restrictions are broken; and the consultation at different places and multiple places can be realized.

The invention relates to an acne severity automatic grading method based on deep learning, and the method comprises the following steps: S1, manufacturing a human face sample data set, and training adeep convolutional neural network grading model; S2, collecting a to-be-detected face image, identifying face feature points in the image by utilizing a face feature point detection network, carryingout region cutting, and removing invalid regions at the same time; and S3, splicing the cut images to obtain a skin region image, and inputting the skin region image into the deep convolutional neuralnetwork classification model to obtain a classification result. The face images of the front face, the left face and the right face of the patient are obtained through the camera. A computer automatically conducts severity grading on the face acne through a pre-trained deep convolutional neural network grading model, and accurate auxiliary information is provided for diagnosis of the disease condition of the patient.

The saliva-suction gag consists of two retractors, a connecting arm, a U-shaped connecting rod, a tongue stop, two silicone tubes and a three-way tube. The two retractors are respectively installed on the buckles of the U-shaped connecting rod. On the retaining button, the opening directions of the two retractors are opposite, the tongue stop is connected to the connecting arm, the positioning blocks at both ends of the connecting arm are installed in the corresponding tracks of the retractor, and one end of the silicone tube is respectively inserted into the ventilation holes on both sides of the tongue stop On the top, the other end of the silicone tube is wound out from the retaining column set at the bottom of the positioning block, and then passes through the C-shaped tube support on the outside of the U-shaped connecting rod, and then inserted into the tee tube. The retractor of the present invention is placed on the lips of both sides of the patient to maintain the opening of the oral cavity and reduce the fatigue caused by the patient's mouth opening. At the same time, the tongue stop can effectively limit the movement of the tongue. The lowest point of the area, so that the saliva in the mouth can be absorbed to the greatest extent, and the moisture can be effectively isolated, creating a relatively dry operating environment for doctors.

The invention discloses a remote life information acquiring system on the basis of the ITO (Internet Of Things), which comprises a family monitor controller, a medical platform server, a monitoring center and a sensing system. The output end of the sensing system is connected with the input end of the family monitor controller; the family monitor controller is connected with the medical platform server by the internet; the medical platform server is connected with the monitoring center; and the family monitor controller comprises an IRFD (radio frequency identification) reader, a microprocessor and a wireless communication transceiver. According to the invention, health physical sign information of a patient can be monitored and tracked in real time, the utilization rate of medical resources is improved, diagnosis and treatment time is shortened, centralized management and operation of the medical resources are implemented, and meanwhile, accuracy and timeliness of data are also ensured.

The invention discloses a novel acromegaly screening system and a screening method thereof. The system comprises a pituitary adenoma intelligent health management platform, a hand feature database andan artificial intelligence early screening system; the pituitary adenoma intelligent health management platform is used for collecting hand photos of a to-be-tested person. the pituitary adenoma intelligent health management platform stores the collected hand photos in a hand feature database; the artificial intelligence early screening system comprises a convolutional neural network; the convolutional neural network carries out artificial intelligence deep learning on the hand photos in the hand feature database, so that a deep learning model is established, operation is carried out, and repeated verification and correction and data classification are carried out; and the artificial intelligence early screening system performs artificial intelligence background measurement and calculation on the hand photos, then outputs screening data, and preliminarily determines whether the patient is acromegaly patient or not according to the screening data; The novel acromegaly screening systemis low in cost and high in efficiency, replaces hematology/nuclear magnetic resonance examination and the like, and effectively reduces investment of manpower and material resources for screening.

The invention discloses a movable portable medical detection device for an operating room. The movable portable medical detection device comprises a base, wherein the center of the upper surface of the base is provided with a groove, a detachable medical rapid detection mechanism is embedded in the groove, four corners of the lower surface of the base are provided with saving type four-wheel-drive type moving mechanisms, the upper surface of the base is provided with a control device, and the control device is electrically connected with the detachable medical rapid detection mechanism, and the saving type four-wheel-drive type moving mechanisms respectively. The movable portable medical detection device disclosed by the invention has the beneficial effects of simple structure and strong practicability.

The invention provides a method for pre-prescription evaluation to check the doses and frequencies of prescriptions. The method is used for checking the dose and frequency of a prescription of a physician, and is characterized in that the method aims at A1 drugs whose dose and frequency of administration are determined according to the heights and weights or weights of patients; and during prescription evaluation, prescription pharmacists can be prompted to performing prescription evaluation processes after recording the height and weight information or weight information of the patients. Thus, effects of checking the prescriptions of the physicians can be realized through the method.