TW201915925A - Health examination scheduling system and the operating method thereof - Google Patents

Abstract

The health examination scheduling system is arranged in a health examination center with a plurality of examination rooms. The scheduling system comprises a health examination scheduling processing platform, a positioning system and a plurality of health examination processing devices. The positioning system is used to detect the location information of a person in the health examination center. The health examination processing devices are respectively provided in the examination rooms for accepting the person to check in and calculating a number of the waiting person in the examination room. The health examination scheduling processing platform schedules a health examination item of the person according to the location information and the number of the waiting person, and guides the person to a corresponding examination room according to the schedule.

Description

 Health check scheduling system and corresponding operation method  

The present invention relates to a scheduling system and corresponding method of operation, and more particularly to a health monitoring scheduling system and corresponding method of operation.

With the advancement of society, people's living standards are also increasing, and they pay more attention to physical health. In view of the fact that prevention is more important than treatment, it is effective for modern people to use regular health checks to pay attention to their own physical changes, to detect potential diseases early, to provide immediate treatment, and to reduce the risk of disease. However, basic health checks provided by today's hospitals often take a long time, causing people to be busy and unable to perform health checks to detect early symptoms for immediate treatment.

In view of this, how to effectively shorten the time required for the health check is the goal that each health check center is pursuing. Regular health checks will be made more acceptable to the general public.

A technical aspect of the present disclosure is to provide a health check scheduling system, which is disposed in a health inspection center, wherein the health inspection center is provided with a plurality of detection rooms, and the system includes: a health inspection process calculation background, and a Positioning system and multiple health check processing devices. The positioning system is coupled to the health check process calculation background for detecting the position information of a subject in the indoor space of the health check center, and transmitting the position information to the health check process calculation background. The health check processing devices are respectively disposed in each of the detection rooms and coupled to the health check process calculation background, wherein the plurality of health check processing devices are configured to receive the test report and calculate the detection rooms. A waiting number of people is transmitted to the health check process calculation background. The health check process calculation background schedules a health check item of the test subject according to the position information of the test subject and the waiting number information of the test rooms, and guides the health check item according to the schedule The subject is examined by a corresponding detection room.

In an embodiment of the present disclosure, the positioning system is a positioning system that conforms to Beacon technology.

In an embodiment of the present disclosure, the positioning system further includes a plurality of second beacon devices respectively disposed in the indoor compartment of the health inspection center.

In an embodiment of the present disclosure, the health check scheduling system further includes a mobile device, and the mobile device is assigned to the subject when the health check center receives the report, wherein the device has a unique identification. The code pair should be tested by the mobile device in accordance with the beacon technology, and has a first beacon device and the plurality of second beacon devices in communication.

In an embodiment of the present disclosure, the mobile device is provided with an application program, the application program can display the indoor space map of the health inspection center, and a guiding path to guide the subject to the corresponding detection room. checking.

In an embodiment of the present disclosure, the unique identification code is a two-dimensional barcode, and the application can display the two-dimensional barcode.

In an embodiment of the present disclosure, the health check processing device further receives a health check data of the subject and transmits the health check data to the health check process, and the health check process calculates the health check data to be sent to the background. The mobile device is instantly displayed by the application of the mobile device.

In an embodiment of the present disclosure, the health check process computing background is further coupled to a memory for storing the health check data of the subject.

In an embodiment of the present disclosure, the health check flow calculation background further calculates the distance between the subject and the examination rooms and the time when the subject is to the examination rooms.

In an embodiment of the present disclosure, the health check flow calculation background further schedules the health check item of the test subject according to a necessary sequence of a health check item.

Another technical aspect of the present disclosure is to provide a health check scheduling method for scheduling a health check item of a subject in a health check center, wherein the health check center is provided with plural numbers. The detection room comprises: using a positioning system to detect position information of the subject in the indoor space of the health inspection center, and transmitting the position information to a health check flow calculation background; respectively setting in the detection rooms a plurality of health check processing devices to receive the report from the subject, to calculate a waiting number of information of the detection rooms to be transmitted to the health check flow calculation background; and the position information according to the test subject, and the detections The waiting for the number of people in the room, the health check process calculation background schedules the health check item of the subject, and guides the subject to a corresponding detection room for checking according to the schedule.

In summary, the present invention dynamically adjusts the order of the health check items of the test subject according to the waiting time required for each health check item and the geographical position of the test subject in the health check center, so that the waiting time of the test subject Reduce to the lowest, improve the efficiency of health inspection.

The above and other objects, features, advantages and embodiments of the present disclosure will become more apparent and understood.

100‧‧‧Health Inspection Schedule System

110‧‧‧ Positioning System

120‧‧‧Health inspection process calculation background

121‧‧‧ memory

140‧‧‧ indoor space

141-14n, 142, 143‧ ‧ inspection room

1411-141n, 1412, 1413‧‧‧ health inspection treatment device

200‧‧‧second beacon device

201‧‧‧Mobile devices

202‧‧‧First beacon device

203‧‧‧Guided route

300‧‧‧ method

301-303‧‧‧Steps

1 is a schematic illustration of a health check scheduling system in accordance with an embodiment of the present disclosure.

FIG. 2 is a schematic diagram showing the indoor space of the health inspection center according to an embodiment of the present disclosure.

FIG. 3 is a flow chart showing a method for scheduling a health check item of a subject according to an embodiment of the present disclosure.

The present disclosure provides a health check scheduling system that dynamically adjusts the order of health check items in real time, and can dynamically adjust the detected time according to the waiting time of each health check item and the geographical position of the subject in the health check center. The health check item sequence minimizes the waiting time of the subject to improve the efficiency of the health check.

1 is a schematic illustration of a health check scheduling system in accordance with an embodiment of the present disclosure. The health check scheduling system 100 includes a positioning system 110 disposed in a health check center indoor space 140 and a health check flow computing background 120. The indoor space 140 is further provided with a plurality of different detection chambers 141-14n for providing different health examination items, such as a general examination room, an ultrasound examination room, a blood examination room, a science examination room, an X-ray examination room, and an electrocardiogram examination. Room, cardiopulmonary function test room, hepatobiliary function test room, endoscopy room, otolaryngology examination room, hearing examination room, bone density examination room, etc. The positioning system 110 is configured to confirm the current position of each subject in the indoor space 140, and receive an indication signal that the health check flow calculation background 120 transmits wirelessly or in a wired manner, thereby navigating the detected subject to one of the detection signals. Room 141-14n performs a health check. In one embodiment, each subject is configured with a mobile device sent by the health check center to communicate with the positioning system 110 and to navigate the subject. The health check process calculation background 120 is coupled to each of the detection rooms 141-14n, and receives the waiting number signal and the health check data transmitted by each of the detection rooms 141-14n. In one embodiment, each of the detection chambers 141-14n is further A health check processing device 1411-141n, for example, a computer, is coupled to the health check flow calculation background 120 in a wireless or wired manner. When a subject is reported, the subject is sorted according to the order of registration, and the waiting number is updated and the waiting number is updated to the health check process calculation background 120, and the health check data of each subject is also It can be input to the health check processing device 1411-141n and transmitted to the health check flow calculation background 120 for subsequent processing. According to this, when the health check flow calculation background 120 receives the current position of the subject transmitted by the positioning system 110 and the number of waiting persons after the update of each detection room 141-14n, each detection room 141 can be calculated according to the two parameters. -14n required waiting time, and selecting a detection room from which the waiting time is the lowest, sending an indication signal to the mobile device configured by the subject to navigate the subject to one of the detection chambers 141-14n for health an examination.

In one embodiment, the positioning system 110 is configured to confirm the current position of each subject in the indoor space 140 via a Beacon technique, and to navigate the subject to one of the detection chambers 141-14n for a health check. The mobile device 201 sent to the subject by the health check center is a mobile device 201 capable of supporting the beacon technology. When the mobile device 201 triggers the mobile device 201, the application device on the mobile device 201 triggers the mobile device 201. The plurality of beacon devices 200 around the subject can detect the subject, that is, the current location of the mobile device 201, and the health check flow calculation background 120 provides the push information corresponding to the subject, for example, the next The health check item to be performed is to the mobile device 201. At the same time, the characteristics of the position can be detected by the plurality of beacon devices 200 installed in the health inspection center, and the subject can be indoorly navigated through the mobile device 201 to guide the subject to the detection room of the next health inspection item. 141-14n is tested. FIG. 2 is a schematic diagram showing an indoor space of a health inspection center according to an embodiment of the present disclosure, which discloses a system for automatically identifying a position of a subject by using a beacon device. Accordingly, the present disclosure positioning system 110 includes a plurality of second beacon devices 200 respectively disposed in the indoor space 140 of the health check center, and a mobile device 201 of each subject. When the subject carries the mobile device 201 to move in the indoor space 140, the plurality of second beacon devices 200 installed in the indoor space 140 can position and navigate the subject's mobile device 201. The mobile device 201 is issued by the health check center when the subject is reported, wherein the mobile device 201 has a first beacon device 202, and the first beacon device 202 records the identification ID of the plurality of second beacon devices 200 ( The anchor ID can be ranged with the plurality of second beacon devices 200, thereby obtaining the position of the first beacon device 202, that is, the position of the mobile device 201 in the indoor space 140 of the health inspection center. In other words, when the subject carries the mobile device 201 to move in the indoor space 140, the second beacon device 200 can perform the positioning and navigation of the indoor space 140 by the plurality of second beacon devices 200 to guide the detection. The test is performed to one of the detection chambers 141-14n of the next health check item.

In an embodiment, after each subject is reported by the health check center, the health check center first configures a mobile device 201 supporting the beacon technology for each subject. The mobile device 201 can be a bracelet supporting a beacon or a handheld device. Each mobile device 201 has a unique identification code, such as a two-dimensional barcode, connected to the corresponding subject, and the two-dimensional barcode is displayed on the health-guided APP on the mobile device 201. The detection chambers 141-14n can confirm the subject's report by scanning the two-dimensional barcode and sort them. The health check guide APP can receive the push information transmitted by the health check process calculation background 120, and in addition to notifying the testee of the next health check item, the detection map and the current position of the nearby map and the next health check item can be displayed. The guiding route 203 is between the guides to guide the subject to the detection room. In addition, the health check flow calculation background 120 can periodically transmit the updated waiting number and the expected waiting time to the mobile device 201 of the subject, so that the subject can control the latest waiting condition at any time. The health check flow calculation background 120 can also immediately transmit the health check data of the test subject and the action device 201 suggested to the test subject, so that the test subject can immediately know his or her physical and mental condition. The health check flow calculation background 120 further includes a memory 121 storing historical health check data of each test subject for comparison by the test subject. On the other hand, the testee can also select the test room displayed in the map of the health check guide APP to understand the health check item, the purpose of the test, and the inspection process.

In an embodiment, the health check flow calculation background 120 first sorts the health check items according to the necessary priority order of the health check items purchased by each subject. For example, the blood test takes precedence over the endoscopy and must be before the meal. Conducting, X-ray examinations are preferred over endoscopy, general examinations such as waist/body fat/body composition analysis, and ultrasonic examinations must be performed before meals, and ECG examinations are preferred over endoscopy. Therefore, the general examination/electrocardiogram/blood examination/X-ray/ultrasonography must be completed before the endoscope examination, and the general examination/electrocardiogram/blood examination/X-ray examination/ultrasonic examination are interchangeable. According to this rule, the health check process calculation background 120 sorts the health check items. Then, the mobile device 201 and the second beacon device 200, which are distributed to each subject through the health check center, communicate with each other, and the indoor space 140 is positioned for each subject, and the background 120 is calculated according to the health check process. The sorting of the inspection items guides each subject to the corresponding examination room 141-14n. In an embodiment, the health check process computing background 120 can be a server that is coupled to the health check processing devices 1411-141n and the positioning system 110 in each of the detection chambers 141-14n in a wireless or wired manner. And in the process of guiding each subject to the corresponding examination room 141-14n, the required waiting time can be updated according to the current waiting number of each examination room 141-14n, and the interchangeable health check item is re-run. Sort to reduce the waiting time required by the subject. Furthermore, the distance between the subject and each of the examination rooms 141-14n is different. Therefore, in addition to guiding each subject to the corresponding examination room 141-14n, the health check flow calculation background 120 can further determine the distance between each test subject and each test room 141-14n, considering the test subject. The time required to walk to each of the examination rooms 141-14n more accurately calculates the waiting time required for each subject to walk to each of the examination rooms 141-14n to sort.

FIG. 3 is a flow chart showing a method for scheduling a health check item of a subject according to an embodiment of the present disclosure. Please refer to FIG. 1 and FIG. 2 at the same time. In the method 300, first, in step 301, location information of the subject in the indoor space of the health inspection center is detected. In one embodiment, the location information of the subject in the indoor space 140 of the health check center is detected by a positioning system 110, and the position information is transmitted to a health check flow calculation background 120. Next, in step 302, a waiting number information of the detecting chambers 141-14n is calculated. In an embodiment, a plurality of health check processing devices 1411-141n are respectively disposed in the detection chambers 141-14n to accept the report of the subject, and calculate a waiting number of information transmission of the detection chambers 141-14n. The background 120 is calculated for the health check process. According to this, in step 303, according to the location information, and the waiting number information of the detection rooms 141-14n, the health check process calculation background 120 schedules the health inspection item of the subject. At the same time, according to the schedule, the subject is guided to a corresponding detection room for examination.

In summary, the disclosure can dynamically adjust the order of the health check items of the test subject according to the waiting time of each health check item and the geographical position of the test subject in the health check center, so that the waiting time of the test subject is lowered. At the lowest level, improve the efficiency of health check.

While the invention has been described above in terms of embodiments, it is not intended to limit the scope of the invention, and various modifications and changes can be made without departing from the spirit and scope of the invention. Therefore, the scope of the invention is defined by the scope of the appended claims.

Claims (11)

 A health check scheduling system is disposed in a health check center, wherein the health check center is provided with a plurality of test rooms, including: a health check process calculation background; a positioning system coupled to the health check process calculation background, wherein the The positioning system is configured to detect location information of a subject in the indoor space of the health inspection center, and transmit the location information to the health check process calculation background; and a plurality of health check processing devices are respectively disposed in each of the The detection room is coupled to the health check process calculation background, wherein the plurality of health check processing devices are configured to receive a report of the number of waiting persons of the test room and transmit the information to the health check process calculation background; The health check process calculation background schedules a health check item of the test subject according to the position information of the test subject and the waiting number information of the test rooms, and guides according to the schedule The subject is examined by a corresponding detection room.    The health check scheduling system according to claim 1, wherein the positioning system is a positioning system conforming to beacon technology.    The health check scheduling system according to claim 2, wherein the positioning system further comprises a plurality of second beacon devices respectively disposed in the indoor room of the health inspection center.    The health check scheduling system according to claim 3, further comprising a mobile device, which is distributed to the subject when the health check center receives the report, wherein the device has a unique identification The code pair should be tested by the mobile device in accordance with the beacon technology, and has a first beacon device and the plurality of second beacon devices in communication.    The health check scheduling system according to claim 4, wherein the mobile device is provided with an application program, the application program can display an indoor space map of the health inspection center, and a guiding path to guide the receiving The examiner checks to the corresponding detection room.    The health check scheduling system according to claim 5, wherein the unique identification code is a two-dimensional barcode, and the application can display the two-dimensional barcode.    The health check scheduling system according to claim 5, wherein the health check processing device further receives a health check data of the test subject, and transmits the health check data to the health check process calculation background storage, and the health check process The computing background transmits the health check data to the mobile device, and the application of the mobile device performs an instant display.    The health check scheduling system according to claim 5, wherein the health check flow calculation background is further coupled to a memory for storing the health check data of the test subject.    The health check scheduling system according to claim 1, wherein the health check flow calculation background further calculates a distance between the test subject and the test rooms and a time when the test subject arrives at the test rooms.    The health check scheduling system according to claim 1, wherein the health check flow calculation background further schedules the health check item of the test subject according to a necessary sequence of a health check item.    A health check scheduling method is used for scheduling a health check item of a test subject in a health check center, wherein the health check center is provided with a plurality of test rooms, including: detecting the position by using a positioning system Position information of the test subject in the indoor space of the health check center, and transmitting the position information to a health check flow calculation background; respectively, setting a plurality of health check processing devices in the test rooms to accept the test subject Reporting, to calculate a waiting number information of the detection rooms to be sent to the health check process calculation background; and according to the location information of the testee, and the waiting number information of the detection rooms, the health check process The calculation background schedules the health check item of the subject, and guides the subject to a corresponding detection room for checking according to the schedule.