Smart guidance system with multi-screen linkage in medical system

Abstract

The present invention discloses a multi-screen linkage intelligent guidance system in a medical system, including a server side and several intelligent terminals with screens, each intelligent terminal is connected to the server side respectively, and the current intelligent terminal generates a corresponding route sequence after receiving route guidance information, and the route sequence includes a starting point and an end point, and is fed back to the server side. The multi-screen linkage intelligent guidance system in the medical system disclosed by the present invention realizes multi-screen linkage, deploys interactive information display screens in key areas such as registration halls, waiting areas, and consulting rooms, and constructs a comprehensive guidance system. The patient's medical process, department guidance, doctor's medical dynamics and other information are visualized to provide patients with real-time and intuitive guidance services. Based on the data of the medical system, big data, artificial intelligence technology, etc. are used to perform intelligent analysis and recommendations to improve the accuracy and intelligence level of the guidance service.

Description

Technical Field

[0001] The present invention belongs to the technical field of intelligent guidance of medical systems, and specifically relates to an intelligent guidance system with multi-screen linkage in a medical system. Background Art

[0002] As the informatization of the medical industry continues to deepen, various intelligent application systems have emerged within medical institutions, such as electronic medical record management systems and medical equipment monitoring systems. These independent systems operate independently and lack effective information integration and coordination. At the same time, patients often encounter problems such as difficulty in finding a department during the medical treatment process, which brings inconvenience to patients.

[0003] At present, there are some related systems that can play a certain role, such as non-linked interactive guidance systems and mobile-based guidance systems, but they all have certain limitations, especially they cannot play a good role in hospital scenarios.

[0004] For non-linked interactive guidance systems:

[0005] This existing technology mainly uses a single information display terminal, such as the touch screen guidance system in the hospital lobby. The system provides basic medical guidance and navigation functions. Patients can use the touch screen to find the location of the department and understand the medical process and other information;

[0006] However, this single interactive guidance system has the following defects:

[0007] Information display is limited to a single terminal and cannot provide comprehensive coverage of key areas in the hospital;

[0008] The information display is single and cannot achieve deep integration and intelligent linkage with the medical information system;

[0009] It lacks cross-terminal interactivity and dynamism, and cannot meet the patient's guidance needs throughout the entire process.

[0010] For mobile-based guidance systems:

[0011] This existing technology uses the patient's own mobile terminal (such as a smartphone) as an interactive carrier, and implements guidance services through the mobile phone APP or WeChat applet provided by the hospital;

[0012] However, this mobile-based guidance system also has certain limitations:

[0013] Patients are required to actively use mobile apps or mini-programs, and the usage rate may be limited;

[0014] Frequent use of mobile phones in hospitals may lead to corresponding risks and dangers (such as bumping into others, medical equipment, beds, etc.), and lacks interactivity and coordination with other information terminals in the hospital.

[0015] Therefore, there is an urgent need for a solution that can integrate various information systems within medical institutions and provide patients with intelligent guidance services. Summary of the invention

[0016] The main purpose of the present invention is to provide a multi-screen linkage intelligent guidance system within a medical system, realize multi-screen linkage, deploy interactive information display screens in key areas such as registration halls, waiting areas, and consulting rooms, and build a comprehensive guidance system. Visually display information such as patient treatment process, department guidance, and doctor treatment dynamics to provide patients with real-time and intuitive guidance services. Based on the data of the medical system, use big data, artificial intelligence technology, etc. to perform intelligent analysis and recommendations to improve the accuracy and intelligence level of guidance services. Achieve deep integration with the medical information system to ensure the dynamics and accuracy of guidance information and improve the efficiency of medical services. Through this type of intelligent guidance system, not only can the troubles of patients in the process of seeking medical treatment be alleviated, but it can also optimize the information coordination within medical institutions, improve the quality of medical services, and promote the informatization development of the medical industry.

[0017] To achieve the above objectives, the present invention provides a multi-screen linked smart guidance system in a medical system, including a server and several smart terminals with screens (guiding large screen, elevator / escalator index screen, electronic hanging display screen, projector), each smart terminal is connected to the server, wherein:

[0018] After receiving the route guidance information (including manual triggering, HIS system push, etc.), the current smart terminal (i.e., the smart terminal that generates the route sequence, all smart terminals can be used as the current smart terminal) generates a corresponding route sequence, which includes a starting point and an end point, and feeds it back to the server side, which sends the route sequence to all the smart terminals involved, and generates a single-player mode and a multiplayer mode according to whether they are busy, wherein:

[0019] For the non-busy single-person mode, after the next smart terminal determines that a single estimated target person (patient, etc.) has been guided from the current smart terminal (relative to the next smart terminal, which is the previous smart terminal) and has entered the sight range (judged by time estimation from the current smart terminal to the next smart terminal, face recognition, etc.), the next smart terminal guides the estimated target person in the direction of the next destination, and determines whether the guidance of the smart terminal has enabled the estimated target person to reach the destination. If so, the current route sequence is terminated. If not, the next smart terminal is used to provide corresponding guidance until the estimated target person reaches the destination;

[0020] For the busy multiplayer mode, after multiple estimated target persons enter the sight range of the next smart terminal from their respective current smart terminals (referring to the current smart terminal receiving multiple route sequences at the same time), the next smart terminal continuously receives the route sequences involved, and sorts the route sequences according to the remaining time and corresponding number of estimated target persons in each route sequence for reaching themselves from their respective current smart terminals (referring to reaching the next smart terminal). Thus, the next smart terminal guides different estimated target persons in the direction of the next destination according to the displayed sorting results (TopN information), and determines whether the guidance of the smart terminal enables the estimated target person to reach the end point. If so, the current route sequence is terminated. If not, the corresponding guidance is given through the next smart terminal until the estimated target person reaches the end point.

[0021] As a further preferred technical solution of the above technical solution, each smart terminal will send feedback related statistical and point-of-sale data information to the server within the set conditions (for example, the last smart terminal in each path sequence will send the completion time and other information to the server after completing the guidance, and the intermediate smart terminals in the route path can send them at every cycle time, so that the server can continuously learn different route sequences, thereby continuously refining the estimated time for the previous smart terminal to reach the next smart terminal, etc., so that the next smart terminal performs queue processing according to the estimated time, as well as statistical analysis of related data).

[0022] As a further preferred technical solution of the above technical solution, the smart terminals (can) communicate forward and backward, so as to form a weighted network based on all the smart terminals and the corresponding route sequences. The edges of the network are the time required for walking (t), and the weights of the edges of the network (that is, t) will be updated in real time, calculated and updated by the server and sent to the corresponding smart terminals.

[0023] As a further preferred technical solution of the above technical solution, the updating of the weights of the edges of the network is specifically implemented as follows:

[0024] The current smart terminal sends the continuously generated route sequence to the server side, so that the server side continuously sends the data corresponding to the network with updated weights to the smart terminal involved in the route sequence (that is, the smart terminal receives the information related to itself in the new route sequence, and the smart terminal deletes the route sequence after completing a corresponding route sequence guidance, so that the route sequence of the smart terminal is constantly updated).

[0025] As a further preferred technical solution of the above technical solution, the sorting of the remaining time and the corresponding number of people is specifically implemented as follows:

[0026] Each smart terminal counts the number of people walking to the smart terminal and the corresponding remaining time in real time, and counts the number of people guided to the same destination by the smart terminal and the corresponding time to obtain the reciprocal sum values ​​matching multiple different destinations, and sorts them according to the reciprocal sum values. Therefore, the smart terminal guides different estimated target persons in the direction of the next destination according to the displayed sorting results (TopN information) (assuming that the people who will soon reach the smart terminal and whose next destination is p1 are A / B / C, and the time for A to reach the smart terminal is 2s, B is 3s, and C is 6s (all within the sight range), then the reciprocal sum value of the destination p1 is 1 / 2+1 / 3+1 / 6=1; and the person who will soon reach the smart terminal and whose next destination is p2 is D, and the time for D to reach the smart terminal is 4s, then the reciprocal sum value of his destination p2 is 1 / 4=0.25, and the value of p1 is greater than p2, so the sorting result displayed by the smart terminal is that the route guiding p1 takes precedence over p2, and the smaller the time, the more urgent it is, and the larger the reciprocal). BRIEF DESCRIPTION OF THE DRAWINGS

[0027] Figure 1 It is a schematic diagram of the process of the present invention. DETAILED DESCRIPTION

[0028] The following description is used to disclose the present invention so that those skilled in the art can implement the present invention. The preferred embodiments described below are only examples, and those skilled in the art can think of other obvious variations. The basic principles of the present invention defined in the following description can be applied to other embodiments, variations, improvements, equivalents, and other technical solutions that do not deviate from the spirit and scope of the present invention.

[0029] In the preferred embodiment of the present invention, those skilled in the art should note that the estimated target person and the like involved in the present invention may be regarded as prior art.

[0030] Preferred embodiments.

[0031] The present invention discloses a multi-screen linked smart guidance system in a medical system, including a server end and a plurality of smart terminals with screens (a large guidance screen, an elevator / escalator index screen, an electronic hanging display screen, and a projector), each of which is connected to the server end, wherein:

[0032] After receiving the route guidance information (including manual triggering, HIS system push, etc.), the current smart terminal (i.e., the smart terminal that generates the route sequence, all smart terminals can be used as the current smart terminal) generates a corresponding route sequence, which includes a starting point and an end point, and feeds it back to the server side, which sends the route sequence to all the smart terminals involved, and generates a single-player mode and a multiplayer mode according to whether they are busy, wherein:

[0033] Among them, to judge whether it is busy, the server will collect statistics based on the information fed back by the smart terminals, and define whether it is busy by judging the number of people in the hospital as a whole (for example, more than 80% of the terminals have at least 2 instructions being displayed).

[0034] For the non-busy single-person mode, after the next smart terminal determines that a single estimated target person (patient, etc.) has been guided from the current smart terminal (relative to the next smart terminal, which is the previous smart terminal) and has entered the sight range (judged by time estimation from the current smart terminal to the next smart terminal, face recognition, etc.), the next smart terminal guides the estimated target person in the direction of the next destination, and determines whether the guidance of the smart terminal has enabled the estimated target person to reach the destination. If so, the current route sequence is terminated. If not, the next smart terminal is used to provide corresponding guidance until the estimated target person reaches the destination;

[0035] For the busy multiplayer mode, after multiple estimated target persons enter the sight range of the next smart terminal from their respective current smart terminals (referring to the current smart terminal receiving multiple route sequences at the same time), the next smart terminal continuously receives the route sequences involved, and sorts the route sequences according to the remaining time and corresponding number of estimated target persons in each route sequence for reaching themselves from their respective current smart terminals (referring to reaching the next smart terminal). Thus, the next smart terminal guides different estimated target persons in the direction of the next destination according to the displayed sorting results (TopN information), and determines whether the guidance of the smart terminal enables the estimated target person to reach the end point. If so, the current route sequence is terminated. If not, the corresponding guidance is given through the next smart terminal until the estimated target person reaches the end point.

[0036] Specifically, each smart terminal will send feedback related statistics and point data information to the server within the set conditions (for example, the last smart terminal in each path sequence will send the completion time and other information to the server after completing the guidance, and the intermediate smart terminals in the route path can send them at every cycle time, so that the server can continuously learn different route sequences, thereby continuously refining the estimated time for the previous smart terminal to reach the next smart terminal, so that the next smart terminal can perform queue processing according to the estimated time, as well as statistical analysis of related data).

[0037] More specifically, the smart terminals (can) communicate back and forth, thereby forming a weighted network based on all the smart terminals and the corresponding route sequences. The edges of the network are the time required for walking (t), and the weights of the edges of the network (that is, t) will be updated in real time, calculated and updated by the server and sent to the corresponding smart terminals.

[0038] Furthermore, the update of the weights of the edges of the network is specifically implemented as follows:

[0039] The current smart terminal sends the continuously generated route sequence to the server side, so that the server side continuously sends the data corresponding to the network with updated weights to the smart terminal involved in the route sequence (that is, the smart terminal receives the information related to itself in the new route sequence, and the smart terminal deletes the route sequence after completing a corresponding route sequence guidance, so that the route sequence of the smart terminal is constantly updated).

[0040] Furthermore, the remaining time and the corresponding number of people are sorted as follows:

[0041] Each smart terminal counts the number of people walking to the smart terminal and the corresponding remaining time in real time, and counts the number of people guided to the same destination by the smart terminal and the corresponding time to obtain the reciprocal sum values ​​matching multiple different destinations, and sorts them according to the reciprocal sum values. Therefore, the smart terminal guides different estimated target persons in the direction of the next destination according to the displayed sorting results (TopN information) (assuming that the people who will soon reach the smart terminal and whose next destination is p1 are A / B / C, and the time for A to reach the smart terminal is 2s, B is 3s, and C is 6s (all within the sight range), then the reciprocal sum value of the destination p1 is 1 / 2+1 / 3+1 / 6=1; and the person who will soon reach the smart terminal and whose next destination is p2 is D, and the time for D to reach the smart terminal is 4s, then the reciprocal sum value of his destination p2 is 1 / 4=0.25, and the value of p1 is greater than p2, so the sorting result displayed by the smart terminal is that the route guiding p1 takes precedence over p2, and the smaller the time, the more urgent it is, and the larger the reciprocal).

[0042] Preferably, each smart terminal sets the maximum display quantity to N, and each smart terminal selects the reciprocal sum of 2N times the number of destinations when sorting.

[0043] Preferably, when there is no data corresponding to the route sequence generated by the previous patient at the beginning, the smart terminal can make an estimate based on the distance between the current location and the next destination divided by the average time, thereby determining whether it is within the field of vision.

[0044] For the present invention, the achieved effect is: when all patients in the hospital are moving, they can see the guidance direction of the next guidance point on their route within the range of a certain guidance point; through the linkage of all smart screens in the hospital, a complete movement line is completed, and the timing is just right.

[0045] It is worth mentioning that the technical features such as estimating the target person involved in the patent application of this invention should be regarded as the prior art. The specific structure, working principle and possible control method and spatial layout method of these technical features can be selected by conventional methods in the field, and should not be regarded as the inventive point of the patent of this invention. The patent of this invention will not be further elaborated.

[0046] For those skilled in the art, it is still possible to modify the technical solutions described in the aforementioned embodiments, or to make equivalent substitutions for some of the technical features therein. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. A multi-screen linked smart guidance system in a medical system, characterized in that: It includes a server and several smart terminals with screens, each of which is connected to the server, including: After receiving the route guidance information, the current smart terminal generates a corresponding route sequence, which includes a starting point and an end point, and feeds it back to the server. The server sends the route sequence to all the smart terminals involved, and generates a single-player mode and a multiplayer mode according to whether it is busy, wherein: For the non-busy single-player mode, after the next smart terminal determines that the single estimated target person is within the sight range of the current smart terminal, the next smart terminal guides the estimated target person in the direction of the next destination, and determines whether the guidance of the smart terminal enables the estimated target person to reach the destination. If so, the current route sequence ends; if not, the next smart terminal provides corresponding guidance until the estimated target person reaches the destination; For the busy multiplayer mode, after multiple estimated target persons enter the sight range of the next smart terminal from their respective current smart terminals, the next smart terminal continuously receives the route sequences involved, and sorts the route sequences according to the remaining time and the corresponding number of people for the corresponding estimated target persons to reach themselves from their respective current smart terminals. Thus, the next smart terminal guides different estimated target persons in the direction of the next destination according to the displayed sorting results, and determines whether the guidance of the smart terminal enables the estimated target person to reach the destination. If so, the current route sequence is terminated. If not, the corresponding guidance is given through the next smart terminal until the estimated target person reaches the destination.

2. According to claim 1, a multi-screen linkage intelligent guidance system in a medical system is characterized in that: Each smart terminal sends feedback-related statistics and embedded data information to the server within the set conditions.

3. According to claim 2, a multi-screen linkage intelligent guidance system in a medical system is characterized in that: The smart terminals communicate with each other, thus forming a weighted network based on all the smart terminals and the corresponding route sequences. The edges of the network are the time required for walking, and the weights of the edges of the network will be updated in real time, calculated and updated by the server and sent to the corresponding smart terminals.

4. According to claim 3, a multi-screen linkage intelligent guidance system in a medical system is characterized in that: The specific implementation of updating the weights of the network edges is as follows: The current smart terminal sends the continuously generated route sequence to the server, so that the server continuously sends the data corresponding to the network after the weight is updated to the smart terminal involved in the route sequence.

5. According to claim 4, a multi-screen linkage intelligent guidance system in a medical system is characterized in that: The specific implementation of sorting the remaining time and the corresponding number of people is as follows: Each smart terminal counts in real time the number of people walking to the smart terminal and the corresponding remaining time, and counts the number of people guided to the same destination by the smart terminal and the corresponding time, so as to obtain the countdown and value matching multiple different destinations, and sorts them according to the countdown and value. In this way, the smart terminal guides different estimated target persons in the direction of the next destination according to the displayed sorting results.

6. According to claim 5, a multi-screen linkage intelligent guidance system in a medical system is characterized in that: The maximum display quantity of each smart terminal is set to N, and each smart terminal selects the reciprocal sum of 2N times the number of destinations when sorting.

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