31results about How to "Shorten time to see a doctor" patented technology

The invention relates to a self-guiding type self-service hospital admission fee-paying system and method; the system comprises a self-service device, an interchanger, and a server; the self-service device is connected with the server through the interchanger; the self-service device comprises the following units: a human body sensor used for identifying whether a user is in front of the self-service device or not; a touch type display realizing interaction between the user and the self-service device; a card reader used for obtaining the user ID; various fee-paying units used for paying fees; a processor automatically starting the self-service device according to the data taken by the human body sensor and used for processing data in the self-service fee-paying process; the human body sensor, the touch type display, the card reader and the fee-paying units are connected to the processor; the card reader and each fee-paying unit are respectively provided with an indication lamp used for guiding the user in operations; the indication lamp is connected to the processor through an indication lamp controller. Compared with the prior art, the system provides various paying modes, can automatically guide the payment, and is easy to use.

The invention discloses a quick ankle joint moving angle measuring instrument which comprises a frame type base. The outer ends of the two sides of the base are each provided with a dial plate support in a welding mode. An angle dial is arranged on each dial plate support. The middle of the frame type base is provided with a human body bearing plate. The outer ends of the two sides of the human body bearing plate are each provided with a bearing shaft. The bearing shafts are sleeved with shaft sleeves. The upper surfaces of the shaft sleeves are fixedly provided with measuring plates. The measuring plates are fixedly provided with right-angle pointers. The transverse edge end points of the right-angle pointers are aligned with the circular center positions of the corresponding angle dials. The vertical edges of the right-angle pointers point to the scales of the angle dials. The quick ankle joint moving angle measuring instrument is short in measuring time and high in measuring accuracy, the working efficiency of doctors is improved, measuring can be conducted without taking off shoes, the opportunity that the doctors examine patients with hands is reduced, the safety of the patients in the process of seeking medical advices is guaranteed, and the instrument has a social meaning in interrupting transmission of potential diseases.

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 medical field, in particular to a bone development analysis system for quickly obtaining bone development results with high accuracy. It includes an analysis processing server, bone scanning equipment, input control module, database module and output display module, and the bone scanning equipment, input control module, database module and output display module are all connected to the analysis processing server. The bone development analysis system of the present invention, through the cooperation of the analysis and processing server, input control module, database module, output display module, and bone scanning equipment, can quickly provide bone measurement results with high precision. It replaces manual methods, saves time and avoids calculation errors, thereby improving the efficiency of bone age evaluation and the accuracy of results. Improve the efficiency of doctors and shorten the time for patients to see a doctor.

The invention relates to an AI robot for hospital outpatient guide service, comprising a base, an installation groove is arranged at the upper end of the base, a lifting adjustment cylinder is installed in the installation groove, a control module is installed at the top of the lifting adjustment cylinder, and the left and right sides of the inner wall of the upper end of the base are symmetrical A climbing mechanism is installed, and the inner walls of the left and right ends of the base are symmetrically provided with adjustable telescopic cylinders, and a mobile trolley is installed on the top of the adjustable telescopic cylinders through flanges. The present invention can solve the problem that the existing hospital guide AI robot has a complex environment in the hospital in the process of serving patients. The guide AI robot can only move on flat ground, and cannot walk when encountering complex road conditions such as steps, and cannot provide comprehensive guidance services. It is necessary for medical staff to guide patients to the designated location, which virtually increases the labor intensity of medical staff and increases the time for patients to see a doctor.

The invention discloses a magnetic double J tube set, which comprises a double J tube and a tube puller. The elastic ring of the double J tube is provided with a first magnet; A second magnet is arranged in the part, and the opposite ends of the second magnet and the first magnet have opposite polarities, and the second magnet and the first magnet poles are attracted to each other, so that the tube puller is positioned on the double J tube, and then by adjusting the fixing part and the relative position of the positioning piece to adjust the relative position of the fixing piece and the double J tube, and finally the double J tube and the puller are fixed together by the fixing piece, and the double J tube is pulled out by pulling the catheter. The present invention has an ingenious concept. The operation is simple and easy, reducing the doctor's tube removal time and operation process, improving the doctor's work efficiency, reducing the patient's medical expenses, and reducing the patient's medical treatment time, eliminating the pain and trouble of the patient's use of the endoscope to remove the tube, and reducing the operating cost. The occurrence rate of tube detachment during the process is suitable for large-scale promotion and application.

The invention provides a guiding method and a guiding device for seeking a medical service based on clinical data as well as a server. The method comprises the following steps: acquiring the clinical data of all disease patients; establishing an index database associated with a certain disease patient by limiting a keyword; establishing data indicators for measuring the effectiveness of treating the disease by a doctor; extracting an ID (Identification) of each patient, the doctor, a department, vital signs, diagnosis information and examination information from the clinical data according to the index database; constructing weighted heterogeneous star-shaped data models according to extracted information and the data indicators; ranking the weighted heterogeneous star-shaped data models to obtain rank information for the treatment level of the doctor for the disease. According to the scheme, the doctors are ranked according to the level for treating a certain disease, decision information for seeking the medical service is provided for patients, and further the efficiency of seeking the medical service is improved.

The invention relates to a temporary crown taking crown forceps of a fixed partial denture, comprising a forceps handle, a hinged shaft and a forceps opening. The temporary crown-taking crown forceps is characterized in that two opposite concave cushion blocks are convexly arranged at the inner side of the forceps opening. The invention further relates to an application method of the temporary crown-taking crown forceps. The application method comprises the following steps of: firstly, respectively machining two grooves which are adapted to the concave cushion blocks convexly arranged on the temporary crown taking crown forceps on outer-shape high-point parts of the two sides of a cheek tongue of a temporary crown; and secondly, clamping the concave cushion blocks convexly arranged on the temporary crown taking crown forceps into a region at a cheek tongue side of the temporary crown, which is provided with the groove, so as to detach the temporary crown. When the temporary crown taking crown forceps of the fixed partial denture disclosed by the invention is used for taking the temporary crown, the defect of damaging the adaptation of the edge of the crow when the existing crown taking device is used for taking the crown is avoided and relining is not needed, so that the operation difficulty of a dentist and the hospitalizing time of a patient are greatly reduced, and the actual application value is higher.

The invention relates to the technical field of medical detection, in particular to an anti-pollution automatic inspection system for medical inspection, which is characterized in that a checkout room system downloads patient data and test request information from a hospital information system in real time, uploads the state of a specimen in each module, the position of a specimen rack number and an analysis result; according to the characteristics of instruments and equipment of clinical laboratories, the specimen transportation system adopts personalized connection equipment to achieve the optimal sample transmission and the highest detection efficiency, the screening system pretreats specimens, and the analysis system checks and analyzes the specimens. And the analysis post-processing system is used for rechecking and inspecting the specimens, sequencing the arrived specimen racks, performing index management on the sequenced specimen racks, sealing covers, refrigerating and storing the specimens and outputting inspection results to the computer. The full-automatic medical detection system has the advantages that various independent automatic instruments in a clinical laboratory are connected in series through logistics conveying equipment; under the dominant control of the information flow, the assembly line work combination is formed, and the automation degree is high.