CN108346455B - Hospital intelligent medical guiding device and method - Google Patents

Abstract

The invention discloses an intelligent hospital medical guide device and method, which integrate all medical guide processes by using the existing mature hospital information system, GPS technology, face recognition technology, wireless positioning technology, intelligent map technology and the like through the design of informatization means and hardware equipment to realize the intelligent hospital medical guide function. The invention can be applied to the medical treatment of patients in hospitals.

Description

Hospital intelligent medical guiding device and method

Technical Field

The invention belongs to the field of medical treatment guidance, and particularly relates to an intelligent medical treatment guidance technology.

Background

With the development of pattern recognition, intelligent map systems and wireless network technologies, medical services in hospitals, particularly medical guidance related work, are also met with further improved opportunities. Publication number CN201010263888 (entitled announcement date: 2012.03.21) discloses a Hospital guidance Information service System based on event driving and a working method thereof, the invention adopts a Hospital guidance application server to collect relevant Information of a Hospital Information System (HIS), and provides Hospital internal guidance Information according to a medical service event time sequence of a patient in a diagnosis and treatment process. The traditional hospital medical guide method generally adopts an intelligent tool to analyze medical information stored in a hospital system by a patient, generates a medical guide route suggestion by means of a hospital architectural structure diagram and a layout diagram, and pushes the medical guide route suggestion to the patient in the modes of short messages, multimedia messages and the like. If the patient is in a delayed visit, the medical guide system can only adjust the medical guide path in a one-way passive mode generally, so that the time of medical care personnel is wasted, and the condition of the patient cannot be pushed back to the hospital system for two-way adjustment. The medical guidance system generally adopts a mode to position the current position information of the patient, easily loses the real-time position of the patient, and can not combine multiple positioning fusion modes such as GPS positioning, hospital wireless network, camera face recognition and the like. The medical guide system generally adopts the modes of short messages, multimedia messages and the like to push the route to the patient, not only consumes communication cost, but also can repeatedly push a new route to the patient to cause troubles of the patient, and can not combine the function of an indoor intelligent map to provide a navigation route which dynamically changes at any time.

Disclosure of Invention

The invention aims to provide an intelligent hospital medical guide device and method so as to realize the intelligent hospital medical guide function.

In order to solve the technical problems, the invention integrates all medical guidance processes by using the existing mature hospital information system, the GPS technology, the face recognition technology, the wireless positioning technology, the intelligent map technology and the like through the design of informatization means and hardware equipment, and adopts the following specific technical scheme:

an intelligent hospital guiding device comprises a hospital guiding server, a hospital information system, a hospital reservation system, a hospital queuing and calling system, a GPS server, a video server, a camera, a face recognition server, a wireless router, an intelligent mobile phone and an intelligent map server;

the hospital medical guide server is connected with the hospital information system through a hospital LAN;

the hospital guide server is connected with the hospital reservation system through a hospital LAN;

the hospital guide server is connected with the hospital queuing and calling system through a hospital LAN;

the hospital medical guide server is connected with the GPS server through a hospital LAN;

the hospital medical guide server is connected with the video server through a hospital LAN;

the hospital medical guide server is connected with the face recognition server through a hospital LAN;

the hospital medical guide server is connected with the wireless router through a hospital LAN;

the hospital medical guide server is connected with the intelligent map server through a hospital LAN;

the video server is connected with the camera through a hospital optical fiber;

the wireless router is connected with the smart phone through a hospital wireless network;

the hospital information system is used for collecting medical data of patients and charge related information.

The hospital reservation system is used for collecting reservation information such as reservation registration, reservation examination and reservation bed and the like sent by the patient smart phone.

The hospital queuing and calling system is used for managing queuing information of patients, such as registration, examination and the like.

The GPS server is used for inquiring longitude and latitude geographic position information of the current position of the patient.

The video server is used for connecting all the cameras and collecting camera information in real time.

The face recognition server is used for recognizing the face area of the patient of each frame of picture in the video collected by the camera, matching and detecting the face area with the face in the database, and judging and recognizing the floor and the specific position information of the camera of the patient.

The wireless router is used for network connection of the smart phone and judging the specific floor and position information to which the smart phone belongs currently.

The intelligent map server is used for providing specific position information of floors and consulting rooms, calculating a path in real time according to the current position of a patient and reservation information, and providing the path for the intelligent mobile phone.

The camera is used for collecting video information of the floor where the camera is located in real time.

The intelligent mobile phone is used for sending various reservation application information, adjusting reservation time information and canceling reservation information; receiving a specific appointment schedule provided by a hospital; providing a GPS positioning function; and displaying the medical guide path provided by the intelligent map server through the intelligent map API or APP.

The hospital medical guide server is used for managing and connecting all the components.

An intelligent hospital guiding method comprises a hospital appointment management method, a hospital visit arrangement method and a hospital path planning method.

The patient reservation management method comprises the following steps:

step A1, the patient sends an appointment application through the smart phone, adjusts the appointment time, cancels the appointment and other information to the hospital appointment system;

step A2, the hospital reservation system processes the related reservation information and then sends the information to the hospital medical guide server;

step A3, the hospital medical guide server generates patient medical guide path { L } according to date sequence_p,1,L_p,2...L_{p, d}...L_p,DD is more than or equal to 1 and less than or equal to D, D is the appointment date, p is a patient mark, and D is the last appointment date;

step A4, the hospital guide server adds, updates or deletes the hospitalizing event L in the patient guide path according to the patient appointment information_p,d{A_p,d,1,A_p,d,2,...A_p,d,t,...A_p,d,T}，A_p,d,tAppointing a medical event corresponding to the information for the patient, wherein T is the medical time, and T is the last medical time of the date d;

step A5, the hospital medical guide server inquires whether the hospital reservation system can make reservation adjustment for other patients according to the information sent by the patient at this time, if yes, step A6 is carried out, otherwise step A8 is carried out;

step A6, the hospital medical guide server consults whether other patients can adjust the appointment information, if yes, the step A7 is carried out, otherwise, the step A8 is carried out;

step A7, the hospital guide server sends the adjustment reservation information of other patients to the hospital reservation system, and the step A2 is carried out;

step A8, the hospital medical guide server sends related appointment information to the smart phone of the patient to inform that the appointment is successful;

step a9, the reservation ends.

The hospital visit scheduling method comprises the following steps:

step B1, the hospital guide server extracts guide paths { L } of all appointment patients on the current date dcur_1,dcur,L_2,dcur...L_m,dcur...L_M,dcur}，L_a,dcurThe medical guidance route of M patients on the date dcur is defined, M is more than or equal to 1 and less than or equal to M, M is the number of all patients treated on the date dcur, and M is initialized to 0;

step B2, m ═ m + 1;

step B3, according to all the reservation information and the visit floor room information of the hospital reservation system, reading all the medical data and the charge related information of the patients on the same day in the hospital information system, and reordering the m patient medical guide paths L_m,dcurHospitalization event L in (1)_m,dcur{A_m,dcur,1,A_m,dcur,2,...A_m,dcur,t,...A_m,dcur,T}；

Step B4, the hospital medical guide server will guide the medical path L_m,dcurSending the information to the smart phone of the m patients;

step B5, the hospital medical guide server extracts the medical guide path L_m,dcurMedical event A of current time_m,dcur,tSending the data to a hospital queuing and calling system;

step B6, if M is less than M, switching to step B2, otherwise, switching to step B7;

and step B7, finishing the treatment scheduling.

The hospital path planning method comprises the following steps:

step C1, patient n visits hospital medical guidance server, applies for path planning;

step C2, the hospital medical guide server inquires the current medical event A_n,dcur,tcurFloor F of room_targetRoom location X_target，Y_target，X_targetIs a longitude value, Y_targetIs a latitude value;

step C3, uploading the current GPS position information X by the patient's smart phone_GPS，Y_GPSTo GPS server, X_GPSIs a longitude value, Y_GPSIs a latitude value;

step C4, the patient smart phone is connected with the wireless router and uploads the current floor F where the router is located_routerAnd position information X_router，Y_routerMedical guidance server to hospital, X_routerIs a longitude value, Y_routerIs a latitude value;

step C5, the video server receives the video information collected by the camera in real time;

step C6, the face recognition server processes the video information of the video server, recognizes the face area of the patient of each frame of picture in the video, and matches and detects the face in the database, if the camera area of the patient n is detected, the floor F where the camera is located is stored_cameraAnd position information X_camera，Y_cameraMedical guidance server to hospital, X_cameraIs a longitude value, Y_cameraIs a latitude value;

step C7, according to the priority order set by the device, from X_GPS，Y_GPS,X_router，Y_router,X_camera，Y_cameraTo determine real-time patient position information X_current，Y_currentFrom F_router，F_cameraTo determine the real-time floor F of the patient_current；

Step C8, the smart map server calculates floor F_currentAnd position information X_current，Y_currentTo floor F_targetPosition information X_target，Y_targetTo the smartphone of patient n.

The invention has the beneficial effect. The invention integrates all medical guiding processes through the hospital medical guiding server, and realizes the full-automatic bidirectional medical guiding function. By the hospital path planning method, three positioning modes of camera face identification, GPS and wireless network are integrated, and the other two technologies can be combined to perform real-time positioning under various conditions of weak GPS signals, wireless network blind areas, non-camera areas and the like, so that the robustness of hospital path planning is enhanced; the bidirectional communication between the patient and the hospital appointment system is realized through the patient appointment management, if a certain patient delays or terminates an appointment, the hospital medical guide server can adjust other suitable patients to see a doctor in advance, the medical guide process is reasonably arranged, and the waste of medical resources due to the fact that the patient is easy to contract is avoided; the hospital medical guide flow is dynamically set and adjusted through a hospital visit arrangement method, and is pushed to a map API or APP display in a smart phone of a patient in real time, so that the traditional payment modes such as short messages and multimedia messages are replaced, a clear navigation display effect is achieved, and the communication cost is saved. The invention completely does not need manual service, reduces workload, avoids error condition and improves medical guide efficiency.

Drawings

Fig. 1 is a general structural schematic diagram of a hospital intelligent medical guide device.

In the figure: the system comprises a hospital guide server 1, a hospital information system 2, a hospital reservation system 3, a hospital queuing and calling system 4, a GPS server 5, a video server 6, a camera 7, a face recognition server 8, a wireless router 9, a smart phone 10 and a smart map server 11.

Fig. 2 is a flowchart of a hospital appointment management method.

Figure 3 is a flow chart of a hospital visit scheduling method.

Figure 4 is a flow chart of a hospital path planning method.

Figure 5 is a schematic diagram of a hospital floor and equipment.

FIG. 6 is a schematic diagram of a patient path plan for a gall bladder stone.

Figure 7 is a schematic diagram of diabetic and pneumonia patients with readjusted path planning.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.

As can be seen from the schematic diagram of the general structure of the intelligent hospital guiding device shown in fig. 1, the intelligent hospital guiding device includes a hospital guiding server 1, a hospital information system 2, a hospital reservation system 3, a hospital queuing and calling system 4, a GPS server 5, a video server 6, a camera 7, a face recognition server 8, a wireless router 9, a smart phone 10 and an intelligent map server 11;

the hospital guide server 1 is connected with the hospital information system 2 through a hospital LAN;

the hospital guide server 1 is connected with the hospital reservation system 3 through a hospital LAN;

the hospital guide server 1 is connected with the hospital queuing and calling system 4 through a hospital LAN;

the hospital medical guide server 1 is connected with the GPS server 5 through a hospital LAN;

the hospital guide server 1 is connected with the video server 6 through a hospital LAN;

the hospital medical guide server 1 is connected with the face recognition server 8 through a hospital LAN;

the hospital guide server 1 is connected with the wireless router 9 through a hospital LAN;

the hospital medical guide server 1 is connected with the intelligent map server 11 through a hospital LAN;

the video server 6 is connected with the camera 7 through a hospital optical fiber;

the wireless router 9 is connected with the smart phone 10 through a hospital wireless network;

in use, the function of the various components of the invention is described as follows:

the hospital information system 2 is used for collecting medical data of patients and charge related information.

The hospital reservation system 3 is used for collecting reservation information such as reservation registration, reservation examination, reservation bed and the like sent by the patient smart phone 10.

The hospital queuing and calling system 4 is used for managing queuing information of patients, such as registration, examination and the like.

The GPS server 5 is used for inquiring longitude and latitude geographic position information of the current position of the patient.

The video server 6 is used for connecting all the cameras 7 and collecting camera information in real time.

The face recognition server 8 is used for recognizing the face area of the patient of each frame of picture in the video collected by the camera 7, performing matching detection with the face in the database, and judging and recognizing the floor and specific position information of the camera 7 of the patient.

The wireless router 9 is used for network connection of the smart phone 10, and determines the specific floor and position information to which the smart phone 10 belongs currently.

The intelligent map server 11 is used for providing specific position information of floors and consulting rooms, calculating a path in real time according to the current position of a patient and reservation information, and providing the path to the intelligent mobile phone 10.

The camera 7 is used for collecting video information of the floor where the camera is located in real time.

The smart phone 10 is used for sending various reservation application information, adjusting reservation time information and canceling reservation information; receiving a specific appointment schedule provided by a hospital; providing a GPS positioning function; and displaying the medical guide path provided by the intelligent map server 11 through the intelligent map API or APP.

The hospital medical guide server 1 is used for managing and connecting all the components.

The general structural diagram of the hospital intelligent medical guide device shown in fig. 1 is described as follows by combining the components with the flow chart of the patient appointment management method shown in fig. 2:

step A1, the patient sends an appointment application through the smart phone 10, adjusts the appointment time, cancels the appointment and other information to the hospital appointment system 3;

step A2, the hospital reservation system 3 processes the related reservation information and then sends the information to the hospital medical guidance server 1;

step A3, the hospital guide server 1 generates a patient guide path { L } according to the date sequence_p,1,L_p,2...L_{p, d}...L_p,DD is more than or equal to 1 and less than or equal to D, D is the appointment date, p is a patient mark, and D is the last appointment date;

step A4, the hospital guide server 1 adds, updates or deletes the hospitalizing event L in the patient guide path according to the patient appointment information_p,d{A_p,d,1,A_p,d,2,...A_p,d,t,...A_p,d,T}，A_p,d,tAppointing a medical event corresponding to the information for the patient, wherein T is the medical time, and T is the last medical time of the date d;

step A5, the hospital guidance server 1 inquires whether the hospital reservation system 3 can make reservation adjustment for other patients according to the information sent by the patient at this time, if yes, step A6 is carried out, otherwise step A8 is carried out;

step A6, the hospital guidance server 1 consults whether other patients can adjust the appointment information, if yes, the procedure goes to step A7, otherwise, the procedure goes to step A8;

step A7, the hospital guidance server 1 sends the adjustment reservation information of other patients to the hospital reservation system 3, and the procedure goes to step A2;

step A8, the hospital guide server 1 sends related appointment information to the patient smart phone 10 to inform the patient that the appointment is successful;

step a9, the reservation ends.

The general structural diagram of the hospital intelligent medical guide device shown in fig. 1 is described as follows in conjunction with the flowchart of the hospital visit scheduling method shown in fig. 3:

step B1, the hospital guidance server 1 extracts the guidance paths { L } of all the reserved patients on the current date dcur_1,dcur,L_2,dcur...L_m,dcur...L_M,dcur}，L_a,dcurThe medical guidance route of M patients on the date dcur is defined, M is more than or equal to 1 and less than or equal to M, M is the number of all patients treated on the date dcur, and M is initialized to 0;

step B2, m ═ m + 1;

step B3, reading all medical data and charge related information of the patient on the same day in the hospital information system 2 according to all appointment information and the visit floor room information of the hospital appointment system 3, and reordering the m patient medical guide paths L_m,dcurHospitalization event L in (1)_m,dcur{A_m,dcur,1,A_m,dcur,2,...A_m,dcur,t,...A_m,dcur,T}；

Step B4, the hospital medical guide server 1 will guide the medical path L_m,dcurA smartphone 10 to send to m patients;

step B5, the hospital medical guide server 1 extracts the medical guide path L_m,dcurMedical event A of current time_m,dcur,tAnd then the information is sent to a hospital queuing and number calling system 4;

step B6, if M is less than M, switching to step B2, otherwise, switching to step B7;

and step B7, finishing the treatment scheduling.

The general structural diagram of the intelligent hospital guiding apparatus shown in fig. 1 is described as follows in conjunction with the flowchart of the hospital path planning method shown in fig. 4:

step C1, patient n visits hospital medical guidance server 1, applies for path planning;

step C2, the hospital guidance server 1 inquires the current medical event A_n,dcur,tcurFloor F of room_targetRoom location X_target，Y_target，X_targetIs a longitude value, Y_targetIs a latitude value;

step C3, the patient smartphone 10 uploads the current GPS location information X_GPS，Y_GPSTo GPS Server 5, X_GPSIs a longitude value, Y_GPSIs a latitude value;

step C4, the patient smart phone 10 connects to the wireless router 9 and uploads the current floor F where the router 9 is located_routerAnd position information X_router，Y_router Medical guide server 1, X to hospital_routerIs a longitude value, Y_routerIs a latitude value;

step C5, the video server 6 receives the video information collected by the camera 7 in real time;

step C6, the face recognition server 8 processes the video information of the video server 6, recognizes the face area of the patient of each frame of picture in the video, and matches and detects the face in the database, if the area of the camera 7 where the patient n is located is detected, the floor F where the camera 7 is located is saved_cameraAnd position information X_camera，Y_camera Medical guide server 1, X to hospital_cameraIs a longitude value, Y_cameraIs a latitude value;

step C7, according to the clothesSet priority order, from X_GPS，Y_GPS,X_router，Y_router,X_camera，Y_cameraTo determine real-time patient position information X_current，Y_currentFrom F_router，F_cameraTo determine the real-time floor F of the patient_current；

Step C8, the smart map server 11 calculates floor F_currentAnd position information X_current，Y_currentTo floor F_targetPosition information X_target，Y_targetTo the smartphone 10 of patient n.

The following are examples given by the inventors:

the distribution of the hospital's floor departments and the location of the wireless routers and cameras are illustrated in figure 5.

Example 1: as shown in FIG. 6, the physician-guiding procedure for a patient with gallstone is used to explain the overall procedure of the physician-guiding procedure.

A patient reservation management link:

patients with gall bladder stones: sending an appointment registration application to a hospital appointment system 3 through the smart phone 10;

hospital reservation system 3: the doctor seeing time of the patient with the gallstone is arranged to be 5 days, and the patient is sent to a hospital medical guide server 1;

hospital medical guidance server 1: generating patient medical guide path (L) according to date sequence_{Gallbladder calculus patient, 5}}；

Hospital medical guidance server 1: generating a hospitalization event L_{Gallbladder calculus patient, 5}{ general surgery visit_{Gallbladder calculus patient, 5, 1}}；

Hospital medical guidance server 1: according to the adjustment of the patient, inquiring other patients of the hospital reservation system 3 do not need to be adjusted;

hospital medical guidance server 1: sending related appointment information to the smart phone 10 of the cholecystolithiasis patient;

patients with gall bladder stones: ending the appointment registration;

patients with gall bladder stones: sending a blood drawing test application to the hospital reservation system 3 through the smart phone 10;

hospital reservation system 3: the doctor seeing time of the patient with the gallstone is arranged to be 6 days, and the patient is sent to a hospital medical guide server 1;

hospital medical guidance server 1: generating patient medical guide path (L) according to date sequence_{Gallbladder calculus patient, 5},L_{Patient with gallbladder calculus, 6}}；

Hospital medical guidance server 1: generating a hospitalization event L_{Patient with gallbladder calculus, 6}{ clinical laboratory blood drawing_{Gallbladder calculus patient, 6, 1}}；

Hospital medical guidance server 1: according to the adjustment of the patient, inquiring other patients of the hospital reservation system 3 do not need to be adjusted;

hospital medical guidance server 1: sending related appointment information to the smart phone 10 of the cholecystolithiasis patient;

patients with gall bladder stones: the blood drawing test arrangement is finished;

part of the process is omitted, and the patient guide path is finally generated: { L_{Gallbladder calculus patient, 5},L_{Patient with gallbladder calculus, 6},L_{Gallbladder calculus patient, 8}In which L is_{Gallbladder calculus patient, 5}{ general surgery visit_{Gallbladder calculus patient, 5, 1}},L_{Patient with gallbladder calculus, 6}{ clinical laboratory blood drawing_{Gallbladder calculus patient, 6, 1}Color Doppler ultrasound room inspection_{Cholecystolithiasis patients, 6, 2}CT room examination_{Cholecystolithiasis patients, 6, 3}},L_{Gallbladder calculus patient, 8}{ gallbladder operation_{Gallbladder calculus patients, 8, 1}}。

The hospital treatment scheduling link: arranging the patient's medical guide path in 5,6,8 days in time sequence;

hospital medical guidance server 1: medical guide path L for 5-day cholecystolithiasis patient_{Gallbladder calculus patient, 5}；

Hospital medical guidance server 1: reading all medical data and charge related information of the patient on the same day in the hospital information system 2 according to all reservation information and the visit floor room information of the hospital reservation system 3, and reordering the m patient medical guide paths L_{Gallbladder calculus patient, 5}Hospitalization event L in (1)_{Gallbladder calculus patient, 5}{ general external medicineDoctor's visit_{Gallbladder calculus patient, 5, 1}}；

The hospital medical guide server 1 will guide the medical path L_{Gallbladder calculus patient, 5}A smart phone 10 sent to the cholecystolithiasis patient;

hospital medical guide server 1 extraction medical guide path L_{Gallbladder calculus patient, 5}Current time visit event in the endocrinology department visit_{Gallbladder calculus patient, 5, 1}And then the information is sent to a hospital queuing and number calling system 4;

the doctor is scheduled to finish the treatment of the patient with the cholecystolithiasis within 5 days;

hospital medical guidance server 1: medical guide path L for drawing 6-day gallstone patient_{Patient with gallbladder calculus, 6}；

Hospital medical guidance server 1: reading all medical data and charge related information of the patient on the same day in the hospital information system 2 according to all reservation information and the visit floor room information of the hospital reservation system 3, and reordering the m patient medical guide paths L_{Patient with gallbladder calculus, 6}Hospitalization event L in (1)_{Patient with gallbladder calculus, 6}{ clinical laboratory blood drawing_{Gallbladder calculus patient, 6, 1}Color Doppler ultrasound room inspection_{Cholecystolithiasis patients, 6, 2}CT room examination_{Cholecystolithiasis patients, 6, 3}}；

The hospital medical guide server 1 will guide the medical path L_{Patient with gallbladder calculus, 6}A smart phone 10 sent to the cholecystolithiasis patient;

hospital medical guide server 1 extraction medical guide path L_{Patient with gallbladder calculus, 6}Color Doppler ultrasound room examination of medical event at current time_{Gallbladder calculus patient, 5, 1}And then the information is sent to a hospital queuing and number calling system 4;

the doctor is scheduled to finish the 6-day doctor appointment of the patient with the cholecystolithiasis;

hospital medical guidance server 1: medical guide path L for 8-day cholecystolithiasis patient_{Patient with gallbladder calculus, 7}；

Hospital medical guidance server 1: reading all medical data and charge related information of the patient on the same day in the hospital information system 2 according to all reservation information and the visit floor room information of the hospital reservation system 3, and reordering the m patient medical guide paths L_{A patient with the gall-bladder stone has the gall-bladder stone,8}hospitalization event L in (1)_{Gallbladder calculus patient, 8}{ gallbladder operation_{Gallbladder calculus patients, 8, 1}}；

The hospital medical guide server 1 will guide the medical path L_{Gallbladder calculus patient, 8}A smart phone 10 sent to the cholecystolithiasis patient;

hospital medical guide server 1 extraction medical guide path L_{Gallbladder calculus patient, 8}Gallbladder operation at current time_{Gallbladder calculus patients, 8, 1}And then the information is sent to a hospital queuing and number calling system 4;

the doctor is scheduled to finish the treatment of the patient with the cholelithiasis for 8 days.

A hospital path planning link: for example, the path planning of a cholecystolithiasis patient on day 6;

patients with gall bladder stones: visiting a hospital medical guide server 1 on day 6, and applying for path planning;

hospital medical guidance server 1: clinical laboratory blood drawing for inquiring current hospitalizing event_{Gallbladder calculus patient, 6, 1}Floor 2 of room, location X of room_target＝1，Y_target＝1；

Patients with gall bladder stones: smart phone 10 uploads current GPS position information X_GPS＝1，Y _GPS2 to GPS server 5;

patients with gall bladder stones: the smart phone 10 is connected with the wireless router 9 and uploads the floor F where the current router 9 is located_router1 and position information X_router＝1，Y _router1, accessing to a hospital medical guide server 1;

the video server 6: receiving video information collected by the camera 7 in real time;

the face recognition server 8: processing video information of the video server 6, recognizing human face, storing a floor F where the camera 7 is located when detecting that the patient with cholecystolithiasis locates in the camera 7 area _camera1 and position information X_camera＝1，Y _camera1, accessing to a hospital medical guide server 1;

hospital medical guidance server 1: from X according to the priority order set by the apparatus_GPS＝1，Y_GPS＝2,X_router＝1，Y_router＝1,X_camera＝1，Y_cameraDetermining patient real-time location information X in 1_current＝1，Y_currentFrom F2_router＝1，F_cameraDetermining patient real-time floor F in 1_current＝1；

The smart map server 11: calculating floor F _current1 and position information X_current＝1，Y_current2-arrival floor F _target2, position information X_target＝1，Y_targetA smartphone 10 sending to patient n for a relative path of 1;

patients with gall bladder stones: going up to floor 2 according to the information prompted by the intelligent map server 11;

patients with gall bladder stones: accessing a hospital medical guide server 1 and applying for path planning;

hospital medical guidance server 1: clinical laboratory blood drawing for inquiring current hospitalizing event_{Gallbladder calculus patient, 6, 1}Floor 2 of room, location X of room_target＝1，Y_target＝1；

Patients with gall bladder stones: the smart phone 10 cannot acquire GPS information and cannot upload the current GPS position;

patients with gall bladder stones: the smart phone 10 is connected with the wireless router 9 and uploads the floor F where the current router 9 is located_router2 and position information X_router＝1，Y _router1, accessing to a hospital medical guide server 1;

the video server 6: receiving video information collected by the camera 7 in real time;

the face recognition server 8: processing video information of the video server 6, recognizing human face, storing a floor F where the camera 7 is located when detecting that the patient with cholecystolithiasis locates in the camera 7 area _camera2 and position information X_camera＝1，Y _camera1, accessing to a hospital medical guide server 1;

hospital medical guidance server 1: from X according to the priority order set by the apparatus_router＝1，Y_router＝1,X_camera＝1，Y_cameraDetermining patient real-time location information X in 1_current＝1，Y _current1 from F_router＝2，F_cameraDetermining patient real-time floor F in 2_current＝2；

The smart map server 11: calculating floor F _current2 and position information X_current＝1，Y_current1-arrival floor F _target2, position information X_target＝1，Y_targetA smartphone 10 sending to patient n for a relative path of 1;

patients with gall bladder stones: arriving at a clinical laboratory;

through the automatic medical guidance process of the system, the whole treatment process of the cholecystolithiasis patient can be reasonably arranged, and the cholecystolithiasis patient can conveniently and quickly arrive at each treatment department.

Example 2: referring to fig. 7, the medical procedure for guiding diabetic patients to reschedule the path planning is illustrated to describe the patient appointment management method.

The diabetic patients: sending an appointment registration application to a hospital appointment system 3 through the smart phone 10;

hospital reservation system 3: the time of seeing a doctor of the diabetic is scheduled to be 10 days, and the diabetic is sent to a hospital medical guide server 1;

hospital medical guidance server 1: generating patient medical guide path (L) according to date sequence_{For diabetic patients, 10}}；

Hospital medical guidance server 1: generating a hospitalization event L_{For diabetic patients, 10}{ medical visit in Endocrinology_{Diabetes patients, 10, 1}}；

Hospital medical guidance server 1: inquiring the hospital reservation system 3 according to the adjustment of the patient, wherein other patients do not need to adjust;

hospital medical guidance server 1: transmitting the relevant appointment information to the diabetic smartphone 10;

the diabetic patients: ending the appointment registration;

patients with pneumonia: sending an appointment registration application to a hospital appointment system 3 through the smart phone 10;

hospital reservation system 3: arranging the pneumonia patient to see a doctor for 10 days and sending the pneumonia patient to a hospital medical guide server 1;

hospital medical guidance server 1: generating patient medical guide path (L) according to date sequence_{For diabetic patients, 10},L_{Pneumonia patients, 10}}；

Hospital medical guidance server 1: generating a hospitalization event L_{Pneumonia patients, 10}{ medical visit in respiratory department_{Pneumonia patients, 10, 1}}；

Hospital medical guidance server 1: inquiring the hospital reservation system 3 according to the adjustment of the patient, wherein other patients do not need to adjust;

hospital medical guidance server 1: sending related appointment information to the pneumonia patient smart phone 10;

patients with pneumonia: ending the appointment registration;

the diabetic patients: sending a blood drawing test application to the hospital reservation system 3 through the smart phone 10;

hospital reservation system 3: arranging the blood drawing test time of the diabetic patient to be 11 days, and sending the blood drawing test time to the hospital medical guide server 1;

hospital medical guidance server 1: generating patient medical guide path (L) according to date sequence_{Diabetic patient, 11}}；

Hospital medical guidance server 1: generating a hospitalization event L_{Diabetic patient, 11}{ blood drawing test_{Diabetes mellitus patient, 11, 1}}；

Hospital medical guidance server 1: inquiring the hospital reservation system 3 according to the adjustment of the patient, wherein other patients do not need to adjust;

hospital medical guidance server 1: transmitting the relevant appointment information to the diabetic smartphone 10;

the diabetic patients: the blood drawing test arrangement is finished;

patients with pneumonia: sending an appointment registration application to a hospital appointment system 3 through the smart phone 10;

hospital reservation system 3: arranging the blood drawing and checking time of the pneumonia patient to be 11 days, and sending the blood drawing and checking time to a hospital medical guide server 1;

hospital medical guidance server 1: generating patient medical guide path (L) according to date sequence_{Diabetic patient, 11},L_{Pneumonia patient, 11}}；

Hospital medical guidance server 1: generating medical visitsEvent L_{Pneumonia patient, 11}{ blood drawing test_{Pneumonia patients, 11, 1}}；

Hospital medical guidance server 1: inquiring the hospital reservation system 3 according to the adjustment of the patient, wherein other patients do not need to adjust;

hospital medical guidance server 1: sending related appointment information to the pneumonia patient smart phone 10;

patients with pneumonia: the blood drawing test arrangement is finished;

the diabetic patients: on day 11, due to work arrangement, the hospital can not carry out blood drawing examination, and a blood drawing examination delay application is sent to the hospital reservation system 3 through the smart phone 10;

hospital reservation system 3: arranging the blood drawing test time of the diabetic patient to be 12 days, and sending the blood drawing test time to the hospital medical guide server 1;

hospital medical guidance server 1: generating patient medical guide path (L) according to date sequence_{Diabetic patients, 12}}；

Hospital medical guidance server 1: generating a hospitalization event L_{Diabetic patients, 12}{ blood drawing test_{Diabetes patients, 12, 1}}；

Hospital medical guidance server 1: according to the adjustment of the diabetic, a hospital reservation system 3 is inquired, and reservation information can be adjusted by the pneumonia patient;

hospital medical guidance server 1: consulting whether the pneumonia patient can adjust blood drawing examination appointment information;

patients with pneumonia: agreeing to adjust blood drawing test appointment information;

hospital medical guidance server 1: sending the appointment information of the pneumonia patient for adjusting the blood drawing examination to the hospital appointment system 3

Hospital reservation system 3: arranging the blood drawing test time of the pneumonia patient to be 11 days, advancing the blood drawing test time of the pneumonia patient, and sending the blood drawing test time to the hospital medical guide server 1;

hospital medical guidance server 1: adjusting patient medical guide path { L) according to date sequence_{Pneumonia patient, 11}}；

Hospital medical guidance server 1: adjusting hospitalizing event L_{Pneumonia patient, 11}{ blood drawing test_{Pneumonia patients, 11, 1}}；

Hospital medical guidance server 1: inquiring a hospital reservation system 3 according to the adjustment of the pneumonia patient, wherein other patients do not need to adjust;

hospital medical guidance server 1: sending related appointment information to the pneumonia patient smart phone 10;

patients with pneumonia: the blood drawing test is scheduled to be finished in advance;

hospital medical guidance server 1: sending blood drawing examination delay information to the intelligent mobile phone 10 of the diabetic;

the diabetic patients: finishing the arrangement of the postponed blood drawing test;

through the automatic medical guidance process of the system, the pneumonia patient can seek medical advice in advance, and medical resource consumption time is saved in a hospital.

Claims (1)

1. An intelligent hospital guiding method is characterized in that: the method comprises a hospital appointment process, a hospital visit arrangement process and a hospital path planning process;

the reservation process specifically comprises the following steps:

step A1, the patient sends an appointment application through the smart phone, adjusts the appointment time, cancels the appointment and other information to the hospital appointment system;

step A2, the hospital reservation system processes the related reservation information and then sends the information to the hospital medical guide server;

step A3, the hospital medical guide server generates patient medical guide path { L } according to date sequence_p,1,L_p,2...L_p,d...L_p,DD is more than or equal to 1 and less than or equal to D, D is the appointment date, p is a patient mark, and D is the last appointment date;

step A4, the hospital guide server adds, updates or deletes the hospitalizing event L in the patient guide path according to the patient appointment information_p,d{A_p,d,1,A_p,d,2,...A_p,d,t,...A_p,d,T}，A_p,d,tAppointing a medical event corresponding to the information for the patient, wherein T is the medical time, and T is the last medical time of the date d;

step A5, the hospital medical guide server inquires whether the hospital reservation system can make reservation adjustment for other patients according to the information sent by the patient at this time, if yes, step A6 is carried out, otherwise step A8 is carried out;

step A6, the hospital medical guide server consults whether other patients can adjust the appointment information, if yes, the step A7 is carried out, otherwise, the step A8 is carried out;

step A7, the hospital guide server sends the adjustment reservation information of other patients to the hospital reservation system, and the step A2 is carried out;

step A8, the hospital medical guide server sends related appointment information to the smart phone of the patient to inform that the appointment is successful;

step A9, finishing the reservation;

the hospital visit scheduling process comprises the following steps:

step B1, the hospital guide server extracts guide paths { L } of all appointment patients on the current date dcur_1,dcur,L_2,dcur...L_m,dcur...L_M,dcur}，L_a,dcurThe medical guidance route of M patients on the date dcur is defined, M is more than or equal to 1 and less than or equal to M, M is the number of all patients treated on the date dcur, and M is initialized to 0;

step B2, m ═ m + 1;

step B3, according to all the reservation information and the visit floor room information of the hospital reservation system, reading all the medical data and the charge related information of the patients on the same day in the hospital information system, and reordering the m patient medical guide paths L_m,dcurHospitalization event L in (1)_m,dcur{A_m,dcur,1,A_m,dcur,2,...A_m,dcur,t,...A_m,dcur,T}；

Step B4, the hospital medical guide server will guide the medical path L_m,dcurSending the information to the smart phone of the m patients;

step B5, the hospital medical guide server extracts the medical guide path L_m,dcurMedical event A of current time_m,dcur,tSending the data to a hospital queuing and calling system;

step B6, if M is less than M, switching to step B2, otherwise, switching to step B7;

step B7, finishing the treatment arrangement;

the hospital path planning process comprises the following steps:

step C1, patient n visits hospital medical guidance server, applies for path planning;

step C2, the hospital medical guide server inquires the current medical event A_n,dcur,tcurFloor F of room_targetRoom location X_target，Y_target，X_targetIs a longitude value, Y_targetIs a latitude value;

step C3, uploading the current GPS position information X by the patient's smart phone_GPS，Y_GPSTo GPS server, X_GPSIs a longitude value, Y_GPSIs a latitude value;

step C4, the patient smart phone is connected with the wireless router and uploads the current floor F where the router is located_routerAnd position information X_router，Y_routerMedical guidance server to hospital, X_routerIs a longitude value, Y_routerIs a latitude value;

step C5, the video server receives the video information collected by the camera in real time;

step C6, the face recognition server processes the video information of the video server, recognizes the face area of the patient of each frame of picture in the video, and matches and detects the face in the database, if the camera area of the patient n is detected, the floor F where the camera is located is stored_cameraAnd position information X_camera，Y_cameraMedical guidance server to hospital, X_cameraIs a longitude value, Y_cameraIs a latitude value;

step C7, according to the priority order set by the device, from X_GPS，Y_GPS,X_router，Y_router,X_camera，Y_cameraTo determine real-time patient position information X_current，Y_currentFrom F_router，F_cameraTo determine the real-time floor F of the patient_current；

Step C8, the smart map server calculates floor F_currentAnd position information X_current，Y_currentTo floor F_targetPosition information X_target，Y_targetTo the smartphone of patient n.

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