TWI452531B - System and method of notification for sequencing - Google Patents

Description

Sorting notification system and method

The present invention relates to a sorting notification system and method. More specifically, the sorting notification system and method can give the user a clear time to come to the service endpoint when the service is reserved, and it does not take long after coming to the service endpoint. Waiting for the service, the user can freely plan the time-limited itinerary before the clear time. There is no need to keep checking the remaining number. It is not necessary to guess how many people have to wait. If this time changes, the system It can also be updated to give users new time.

At present, the general public handles affairs in hospitals, banks, post offices, or public offices, and most of them will have a waiting system. The public can obtain the serial number as the basis for queuing before the machine is taken. When the serial number is displayed on the display, the public will be informed by the broadcaster.

However, each time the server completes a public affairs, it will press the operation button to notify the next person to go. Such repeated notifications can make the server handle the affairs of the people in order, but it will cause the people to spend their spirits and time waiting in the hospital, bank, post office, or public office waiting area for unpredictable processing. The clear time of the transaction. If the people are in the waiting area of the hospital, in addition to the long wait time for the irritability of the mood, they must also risk the possible infection of the people who are seriously ill.

therefore. It is necessary to provide a system and party that can give users a clear time to receive services while waiting for services without waiting for a long time. law.

In view of the problems existing in the prior art, the present invention provides a sorting notification system and method, which can be applied to a service system of a service endpoint, so that the user obtains a clear time when making a reservation, and arrives at the time. The purpose and effectiveness of the service can be accepted without waiting for a service endpoint.

The present invention discloses a sorting notification system, comprising: a plurality of electronic devices, each electronic device providing a user inputting an input data, the input data comprising an electronic device address, a first service item, a predetermined service day, and a a preference notification time; a sorting server provides a first predetermined schedule, the sorting server generates an identification code according to the input data, and outputs the identification code to the first predetermined schedule according to the first service item to estimate a first a first predetermined time, and notifying the user of the identification code and the first predetermined time according to the electronic device address; and a first service terminal for identifying the user according to the first predetermined schedule and the identification code on the predetermined service day Providing a user service, and requesting the sorting server to remove the identification code from the first predetermined schedule; wherein, on the predetermined service day, the sorting server estimates a first update time on time; when the first update time falls During the buffer interval of the first predetermined time, the sorting server sets the first predetermined time together with the identification code according to the preference notification time of the first predetermined time. The sub-device address notifies the user that the first service terminal can identify the user at the first predetermined time; when the first update time does not fall within the buffer interval of the first predetermined time, the sorting server will first update the time In conjunction with the identification code, the user is notified according to the electronic device address, so that the first service terminal can identify the user at the first update time.

Another aspect of the invention discloses a sorting notification method, which is applied to a sorting pass The system includes a plurality of electronic devices, a sorting server, and a first service terminal, and the sorting server provides a first predetermined schedule. The sorting notification method includes: (A) inputting an input data by each electronic device, the input data including an electronic device address, a first service item, a predetermined service day, and a preference notification time; (B) sorting The server generates an identification code according to the input data, and outputs the identification code to the first predetermined schedule according to the first service item to estimate a first predetermined time, and notifies the identification code and the first predetermined time according to the electronic device address (C) the sorting server estimates a first update time on a scheduled service day; (D) if the first update time falls within the buffer of the first predetermined time, the sorting server is at the first predetermined time When the preference notification time is, the first predetermined time is notified to the user according to the electronic device address together with the identification code, and step (E) is performed. If the first update time does not fall within the buffer interval of the first predetermined time, the sorting server will The first update time, together with the identification code, notifies the user according to the electronic device address, and performs step (F); (E) the first service terminal identifies the identification code and provides user service at the first predetermined time And requesting the sorting server to remove the identification code from the first predetermined schedule; and (F) the first service terminal identifying the identification code and providing user service at the first update time, and requesting the sorting server to identify the code from Removed in the first scheduled schedule.

The above and other aspects, features, and advantages of the present invention will become more apparent from the detailed description of the embodiments of the invention. It is further to be understood that the invention is not limited to the details of the specific embodiments.

1 shows a schematic diagram of a ranking notification system 100 in accordance with a preferred embodiment of the present invention. The sorting notification system 100 includes a plurality of electronic devices 11, a sort The server 20, a first service terminal 22, a second service terminal 23, a computer auxiliary service terminal 24, a label giving station 25, a text recognition host 211, a voice recognition host 212, and a third service terminal 26 . It should be noted that the sorting notification system 100 can simultaneously accept the input of the plurality of electronic devices 11, but only one of the electronic devices 11 is described herein, so other electronic devices (shown by dashed lines) are not described in detail. . In the sorting notification system 100, the electronic device 11 connects the text recognition host 211 and the voice recognition host 212 through a telecommunication network IA, and the sorting server 20 connects the first service terminal 22 and the second through a regional network IB. The service terminal 23, the computer auxiliary service terminal 24, the label giving station 25, and the third service terminal 26 are not limited thereto.

The electronic device 11 provides the user 0 to input an input data. In the present embodiment, the electronic device 11 is a mobile phone. In addition, the input data includes an electronic device address, a first service item, a predetermined service day, and a preference notification time. In this embodiment, the input data is a text message M1, but the invention is not limited thereto, and may also be a voice message.

The text recognition host 211 has a text comparison translation function, and can connect to the electronic device 11 via the telecommunication network IA to receive the text message M1 via the electronic device 11 into a computer readable format. For example, User 0 enters the text message of "Mr. Chen Deli, Taipei Veterans General Hospital on May 12". The text recognition host 211 can target "Taipei Veterans General Hospital", "Chen Deli" and "Outpatient Service". The keywords of the three related service items and the keywords on the "May 12th" related scheduled service days were converted into computer-readable formats. In the present embodiment, the character recognition host 211 is connected to the electronic device 11 via the telecommunication network IA. However, those skilled in the art will be able to implement other connection methods, such as the Internet, in other embodiments.

The voice recognition host 212 has a voice comparison translation function, and can connect to the electronic device 11 through the telecommunication network IA. When the input data of the electronic device 11 is a voice message, the voice recognition host 212 can convert to a computer readable format after receiving the voice message. For example, User 0 can follow the telephone voice operation directed by the telephone voice, causing the voice recognition host 212 to convert the relevant keywords into a computer readable format.

The sorting server 20 provides a first predetermined schedule, a second predetermined schedule, and a third predetermined schedule. In the present embodiment, the sorting server 20 limits the identification code to the upper limit of different predetermined schedules at the same time. For example, the administrator can set the sorting server 20 to limit each identification code to only two scheduled schedules at the same time, and the user 0 with the identification code can only be discharged into at least two schedules at the same time. In addition, the sorting server 20 can connect the electronic device 11 through the text recognition host 211 and the voice recognition host 212, so that the sorting server 20 can generate an identification code according to the input data, and output the identification code into the first reservation according to the first service item. The scheduling is to pre-estimate a first predetermined time, and the identification code and the first predetermined time are notified to the user 0 according to the address of the electronic device 11. In addition, the sorting server 20 can estimate a first update time on a scheduled service day. In the present embodiment, the description of the identification code being inserted into the second predetermined schedule or the third predetermined schedule is the same as the foregoing, and thus is not described herein. In addition, in this embodiment, the system provides the identification code of the user 0, which is not a simple continuous serial number, and can be logged into multiple inspection services at the same time without confusion.

The first predetermined time in this embodiment is pre-estimated according to the initial state of the first predetermined schedule, that is, the state under the first predetermined schedule, and the first predetermined time that the user 0 can be served is estimated in advance. The estimation method is a simple arithmetic mean derived from statistical data, a Buzason distribution calculated by queuing theory, or a method proposed by US Pat. No. 6,370,231. In addition, the first update time or the first update The time can be estimated by using the individual visit time data recorded by the sorting server, and the first update time is estimated on a time-by-time basis according to the time-by-time state of the first predetermined schedule, that is, the first predetermined schedule changes with time. The status and the first update time at which the user 0 can be served is estimated on a time-by-time basis.

In this embodiment, the first service terminal 22 is a computer for a gastroenterology clinic, which sorts the first predetermined schedule and identification code of the server 20 according to the request on a predetermined service day, and when the user 0 carries the identification code At the time of the visit, the ID of the user 0 can be identified and the user 0 service is provided, and the sorting server 20 is requested to remove the identification code from the first predetermined schedule. In addition, the first service terminal 22 may also request the sorting server 20 to obtain the composition of the first predetermined schedule, and know in advance the other users in the schedule to prepare for the pre-doctor service, or may inform The users who are coming to the medical care staff will avoid mixing or preparing related items. Furthermore, the first service terminal 22 can record one of the service times of the user 0 service corresponding to the identification code, and return the sorting server 20 to provide the future sorting server 20 to estimate the first predetermined time in advance, but the present invention It is not limited to this, and the first update time may be estimated in advance according to the situation.

The second service terminal 23 can provide the user 0 service, and in this embodiment, it can be a computer of the pharmacy. When the first service terminal 22 requests the sorting server 20 to arrange the identification code into the second predetermined schedule, the second service terminal 23 can sort the second predetermined schedule and the identification code of the server 20 according to the request on the predetermined service day. When the user 0 carries the identification code to pick up the medicine, the identification code of the user 0 is recognized and the user 0 drug service is provided, and the sorting server 20 is requested to remove the identification code from the second predetermined schedule.

The computer auxiliary service terminal 24 can provide the user 0 charging service, in this implementation In the case, it can be a computer at the rating counter. After the first service terminal 22 returns a charging message corresponding to one of the identification codes to the sorting server 20, the computer auxiliary service terminal 24 can identify the identification code of the user 0 when the user 0 carries the identification code, and sends the identification code to the sorting servo. The device 20 requests a charging message.

The tag giving machine 25 provides one of the tags 251 that the user 0 carries the identification code and is machine readable. In this embodiment, the tag 251 can be an RFID tag. For example, after the user 0 provides the identification code identification before the label is given to the machine 25, the label giving the machine 25 requests the sorting server 20 to confirm the identification code to provide the user 0 label 251. In this way, the first service terminal 22, the second service terminal 23, the third service terminal 26 (described later), and the computer-assisted service terminal 24 read the tag 251 when the user 0 carries the identification code. That is, when the user 0 carries a tag 251 that carries the identification code and can be machine-readable, the identification code of the user 0 is recognized, and the user 0 service is provided.

The third service terminal 26 can provide service to the user 0 on a predetermined re-service date different from one of the predetermined service days. The above-mentioned scheduled re-service day is timed after the scheduled service day. In the present embodiment, the third service terminal 26 can be a computer of the Ultrasonic Inspection Division. When the first service terminal 22 requests the sorting server 20 to discharge the identification code into the third predetermined schedule, the third service terminal 26 sorts the third predetermined schedule and the identification code of the server 20 according to the request on the predetermined re-service date. When the user 0 carries the identification code to perform the ultrasonic inspection, the identification code is recognized and the user 0 service is provided, and the sorting server 20 is requested to remove the identification code from the third predetermined schedule. For example, after the outpatient visit to the gastroenterology clinic, the outpatient doctor wants to make a supersonic examination before the next outpatient time for the user 0, then the gastroenterology clinic computer will immediately assign the user 0 identification code to the next time. The scheduled schedule of the Ultrasonic Examination Section at the outpatient time to save the time spent by the user 0 on the queue.

2 and 3 show a flow chart of a sort notification system in accordance with a preferred embodiment of the present invention. Next, regarding the description of the sort notification method of this embodiment, please refer to FIG. 1 together. The method of order sorting notification first inputs input data including an electronic device address, a first service item, a predetermined service day, and a preference notification time by each electronic device 11 (S21). Then, the sorting server 20 generates an identification code according to the input data, and outputs the identification code into the first predetermined schedule according to the first service item to estimate the first predetermined time, and the identification code and the first predetermined time are according to the electronic The device address notifies the user 0 (S22).

In succession, the sorting server 20 estimates the first update time (S23) on a scheduled service day to provide a more accurate service time to the user 0. When the scheduled service day arrives, with or without the first update time falling within the buffer zone of the first predetermined time, the following flow can be further divided into the following two cases.

In the first case, the first update time falls within the buffer interval of the first predetermined time, and the sorting server 20 sets the first predetermined time together with the identification code according to the electronic device address at the first predetermined time preference notification time. The user 0 is notified (S241).

In the second case, the first update time does not fall within the buffer interval of the first predetermined time, and the sorting server 20 in principle notifies the user 0 according to the electronic device address with the first update time (S242). . However, the condition that the first update time does not fall within the buffer interval of the first predetermined time may be because the preference notification time of the first predetermined time is later than the first update time, so that the sorting server 20 immediately sets the first update time together with the identification code. Notifying the user 0 according to the electronic device address (S2421); or because the preference notification time of the first predetermined time is earlier than the first update time, so that the sorting server 20 will firstly notify the time at the first predetermined time Update time together with knowledge The unique code notifies the user 0 according to the address of the electronic device (S2422), as shown in FIG. In this way, after receiving the notification, the user 0 can carry the identification code to the label to the machine station 25 for identification, and the label giving machine 25 requests the sorting server 20 to confirm the identification code, and obtains the identification code and is machine readable. Label 251 (S25). It should be noted that the user 0 can read the identification of the first service terminal 22, the second service terminal 23, the third service terminal 26, and the computer auxiliary service terminal 24 in the subsequent steps to identify the identification. code.

Then, corresponding to the first case, the first service terminal 22 recognizes the identification code and provides the user 0 service at the first predetermined time, and requests the sorting server 20 to remove the identification code from the first predetermined schedule (S261 ). Corresponding to the second case, the first service terminal 22 recognizes the identification code and provides the user 0 service at the first update time, and requests the sorting server 20 to remove the identification code from the first predetermined schedule (S262).

For example, user 0 is estimated to be about 25 minutes from his home to the hospital, so user 0 enters the preference of "notifying to the gastroenterology clinic 30 minutes before May 12," and chooses Notify by SMS. Therefore, the system informs the user that the disease can be seen at about 10:40 in the morning of the appointment (May 12), and a unique identification number is 23421, and the system will notify 10:10 in the morning of the appointment. If the visit rate is similar to the system expectation, User 0 will receive a newsletter at 10:10 on the day of the appointment, and inform him that he can see the disease at 10:40. However, if the doctor visits slowly, at 10:10, there are still many people waiting for the patient. The system re-estimates that the user can see the disease at 11:30. So the system will notify the user at 10:10, 0 can see the disease at 11:30, user 0 sees the newsletter, and knows that it will go out at 11:05. If the appointment is raining that day, there are a lot of people who have made an appointment, but the system will re-estimate the user for the current situation at 9 o'clock. Can see the disease at 9:20, the system immediately informs the user 0, tells the user 0 can see the disease at 9:20, and the original appointment is still valid, go to the hospital before 10:40, waiting for the number of people There will be a lot, and user 0 will soon see the disease. Therefore, after receiving the notification, the user 0 goes to the hospital, and the label is given to the machine 25 to obtain the machine-readable label 251 carrying the identification code for receiving the consultation service in the gastroenterology clinic. However, those skilled in the art are aware that in other embodiments, the user 0 can press the button for confirming the confirmation or reply to the message after receiving the message, so that the system determines that the user 0 will come; or After the person 0 came to the hospital, after entering the ID number in the machine registered on the site, the system also determined that the user 0 would come.

Next, the first service terminal 22 requests the sorting server 20 to queue the identification code into the second predetermined schedule (S27). Then, the second service terminal identifies the identification code and provides the user 0 service according to the second predetermined schedule and the identification code on the predetermined service day, and requests the sorting server 20 to remove the identification code from the second predetermined schedule. (S28). In addition to performing S27, the first service terminal 22 returns a charging message corresponding to one of the identification codes to the sorting server 20 (S29). After the identification code is recognized by the computer-assisted service terminal 24, the charging server 20 is requested to request a charging message (S30). For example, after the user 0 sees the doctor, the doctor begins to look at the next patient, and the system discharges the user 0 into the drug-collecting queue. Because a pharmacy may handle multiple prescriptions, a unique identification code given by the system can simultaneously integrate the order of drug receipt from multiple clinics without confusion. The system will also tell the pharmacist to adjust the order of the drug. According to the queue of the drug, the system estimates that the user can take the medicine to the pharmacy for about 25 minutes and notify the user 0. Before the drug is taken, the user can go to the rating counter to pay the fee according to the charging message, and will not waste time waiting in vain. Therefore, the system can be continuously queued, simplifying the process of seeing the drug, and also using the machine to automatically register and pay the fee, thereby achieving the effect of saving labor costs.

In addition, the first service terminal 22 may also request the sorting server 20 to queue the identification code into the third predetermined schedule (S31). The third service terminal 26 identifies the identification code and provides the user 0 service according to the third predetermined schedule and identification code on one of the predetermined re-service days different from the predetermined service day, and requests the sorting server 20 to identify the code from the third. Removed from the scheduled schedule (S32). For example, after the user 0 has finished the consultation in the gastroenterology clinic, the doctor wants to arrange for the ultrasound examination before the next clinic for the user 0, then the system of the gastroenterology clinic computer will assign the user 0 identification code to the next appointment. The scheduled schedule of the Ultrasonic Inspection Division of the day.

According to the present invention, the order notification system 100 can give the user a clear time to come to the hospital when the appointment is registered, and it is not necessary to wait until the hospital can see the disease. Before the clear time, the user can freely plan to have time. Limited travel. There is no need to wait for notifications, no need to keep checking the remaining number, no need to guess how many people will have to wait. Because the time of medical service varies greatly depending on the individual condition, and the waiting time often changes, the system is updated according to the situation on the spot, giving the user a new time to see the diagnosis.

In addition, the sorting notification system 100 can automatically collect different habits, personal visit time and habits of each doctor to achieve a more accurate prediction waiting time. Because of the various doctors in the hospital, various examinations, and each pharmacist, the workload of completing a patient has different time spent. For example, a computerized tomography is about 20 minutes, X-ray is about 5 minutes, and each medical institution will be different. If the statistics are done manually, it is huge and time consuming. For example, the user is accustomed to seeing Dr. Guo from the Department of Internal Medicine. Because Dr. Guo has been looking at his illness for a long time, his physical condition is quite clear. When he sees a doctor, Dr. Guo does not need to re-examine the patient, and asks in detail about past medical history, family history and drug use. History and other necessary information, only need to deal with his recent new illness, it takes time It is much less than the initial diagnosis. However, if Guo doctors leave for a certain day, and the user can't hang up Dr. Guo's consultation, Yang Yangshuai's diagnosis is hanged. When Dr. Yang sees him for the first time, he needs more time than Guo Zhishuai to understand the health of the user. If a person's health is maintained in a stable condition, such as a patient who has long-term medication to control high blood pressure, the patient will see each visit at a similar time. The time record of individual doctors and individual patient records can more accurately predict the waiting time of the user (that is, the time the physician serves other patients), reducing the time that the user must wait on site. In addition, it is also possible to manage the physician's understanding of the doctor's visit time or the time required for individual pharmacists to dispense the medicine. This can be used to understand whether the human hand is sufficient to support the patient. Or know some clinics, few people look at it, do not need to open so many clinics. For example, Wu Zhishuai has only 20 people in each of the clinics on Monday and Friday. There are no patients at 10:00, or the patients are sparse and sparse. The manager can really grasp the situation and can treat the two doctors of Wu. Diagnosis. For example, if the actual working conditions of the personnel of the blood pumping station are mastered, an appropriate manpower can be dispatched.

Furthermore, the ranking notification system 100 can grasp the number of people who are not going to the scene, move these people out of the waiting queue, and correct the estimated waiting time. For users who have not arrived in time, they can also move out of the waiting queue in time to avoid affecting the rights of newcomers. For users who are temporarily not in the waiting area but still in the vicinity of the hospital, the system will not skip these users and thus protect the rights of these users. For users who do not make an appointment and do not cancel, they can also record and form a blacklist to limit the function of appointment registration.

In view of the above, it will be apparent to those skilled in the art that the above-described embodiments are only used to describe the present invention, but the invention is not limited to the description of the specific embodiments above, and the scope of the invention is intended to cover all such modifications. And variations to truly conform to the spirit and scope of the present invention.

100‧‧‧Sort notification system

11‧‧‧Electronic devices

20‧‧‧ sorting server

22‧‧‧First service terminal

23‧‧‧Second service terminal

24‧‧‧Computer Aided Service Terminal

25‧‧‧ Labels given to the machine

26‧‧‧ third service terminal

211‧‧‧Text recognition host

212‧‧‧Voice recognition host

IA‧‧‧Telecom network

IB‧‧‧Regional Network

M1‧‧‧ text message

0‧‧‧Users

251‧‧‧ label

1 shows a system diagram in accordance with an embodiment of the present invention; FIGS. 2 and 3 show a flow chart of a method in accordance with an embodiment of the present invention; and FIG. 4 shows a detailed flow chart in accordance with an embodiment of the present invention.

100‧‧‧Notification System

11‧‧‧Electronic devices

20‧‧‧ sorting server

22‧‧‧First service terminal

23‧‧‧Second service terminal

24‧‧‧Computer Aided Service Terminal

25‧‧‧ Labels given to the machine

26‧‧‧ third service terminal

211‧‧‧Text recognition host

212‧‧‧Voice recognition host

IA‧‧‧Telecom network

IB‧‧‧Regional Network

M1‧‧‧ text message

0‧‧‧Users

251‧‧‧ label

Claims (26)

A sorting notification system comprising: a plurality of electronic devices, each electronic device providing a user inputting an input data, the input data comprising an electronic device address, a first service item, a predetermined service day, and a preference notification time a sorting server, which provides a first predetermined schedule, the sorting server generates an identification code according to the input data, and outputs the identification code to the first predetermined schedule according to the first service item to estimate in advance a first predetermined time, and notifying the user of the identification code and the first predetermined time according to the electronic device address; and a first service terminal according to the first predetermined schedule and the identification on the predetermined service day a code to identify the user and provide a user service, and request the sorting server to remove the weaving code from the first predetermined schedule; wherein, on the predetermined service day, the sorting server is timed Estimating a first update time; when the first update time falls within a buffer between the first predetermined time, the preference notification time of the sorting server at the first predetermined time Notifying the user of the first predetermined time and the identification code according to the electronic device address, so that the first service terminal can identify the user at the first predetermined time; when the first update time does not fall in the first During the buffer time of the predetermined time, the sorting server notifies the user of the first update time and the identification code according to the electronic device address, so that the first service terminal can identify the user at the first update time. The system of claim 1, wherein the first update time does not fall within the buffer interval of the first predetermined time, and the preference notification time including the first predetermined time is later than the first update time, such that The sorting server immediately notifies the user of the first update time along with the identification code based on the electronic device address. The system of claim 1, wherein the first predetermined time is not equal to the first update time, the preference notification time including the first predetermined time is earlier than the first update time, so that the sorting server The first update time, together with the identification code, is notified to the user according to the electronic device address when the preference notification time of the first predetermined time. The system of claim 1, wherein the first predetermined time is estimated in advance according to an initial state of the first predetermined schedule, and the first update time is based on the time of the first predetermined schedule. State and estimate on time. The system of claim 1, further comprising: a second service terminal; wherein the sorting server further provides a second predetermined schedule, when the first service terminal requests the sorting server to identify the The code is arranged in the second predetermined schedule, the second service terminal is based on the second predetermined schedule and the user on the predetermined service day to identify the identification code and provide user service, and request the sorting server The identification code is removed from the second predetermined schedule. The system of claim 1, further comprising: a computer-assisted service terminal providing a user charging service; wherein the first service terminal returns a charging message corresponding to one of the identification codes to the sorting server, When the computer auxiliary service terminal recognizes the identification code, the charging message is requested from the sorting server. The system of claim 6, further comprising: after the labeling machine identifies the identification code, requesting the sorting server to confirm the identification code to provide The user carries the identification code and is machine readable, so that the first service terminal and the computer auxiliary service terminal can read the tag to identify the identification code. The system of claim 7, wherein the sorting server connects the first service terminal, the computer auxiliary service terminal, and the label to the machine through a regional network. The system of claim 1, wherein the sorting server connects the plurality of electronic devices through a telecommunications network or an internet. The system of claim 5, wherein the sorting server limits the identification code to an upper limit of different predetermined schedules. The system of claim 1, wherein the input data is a text message or a voice message. The system of claim 1, further comprising a text recognition host having a text comparison translation function, wherein the input data is a text message, the text recognition host can receive the text message via each electronic device Switch to computer readable format for transfer to the sorting server. The system of claim 1, further comprising a voice recognition host having a voice comparison translation function, wherein the voice recognition host can receive the voice via each electronic device when the input data is a voice message The message is converted to a computer readable format for transmission to the sorting server. The system of claim 1, wherein the first service terminal records a service time of one of the user services corresponding to the identification code, and returns a sorting server, and the sorting server provides the sorting server in advance to estimate the First scheduled time. The system of claim 1, wherein the first service terminal obtains the composition of the first predetermined schedule according to the first predetermined schedule. The system of claim 1, further comprising: a third service terminal, providing a service to the user on a predetermined re-service date different from the one of the predetermined service days; wherein the sorting server further provides a a third scheduled schedule, when the first service terminal requests the sorting server to discharge the identification code into the third predetermined schedule, the third service terminal according to the third predetermined schedule and the predetermined service reserving date An identification code to identify the identification code and provide user service, and request the sorting server to remove the identification code from the third predetermined schedule. A sorting notification method is applied to a sorting notification system. The system includes a plurality of electronic devices, a sorting server, and a first service terminal. The sorting server provides a first predetermined schedule. The method includes: (A) inputting an input data by each electronic device, the input data comprising an electronic device address, a first service item, a predetermined service day, and a preference notification time; (B) the sorting server according to the The input data generates an identification code, and the identification code is discharged into the first predetermined schedule according to the first service item to estimate a first predetermined time, and the identification code and the first predetermined time are according to the electronic device. The address is notified to the user; (C) the sorting server estimates a first update time on the predetermined service day, and (D) if the first update does not fall within the buffer of the first predetermined time, the sorting server is in the first And notifying the user of the first predetermined time together with the identification code according to the electronic device address, and performing step (E) if the first predetermined time is not equal to the first update time, The sorting server notifies the user of the first update time along with the identification code according to the electronic device address, and performs step (F); (E) the first service terminal identifies the identification code at the first predetermined time and Providing a user service, and requesting the sorting server to remove the identification code from the first predetermined schedule; and (F) the first service terminal identifying the identification code and providing user service at the first update time And requesting the sorting server to remove the identification code from the first predetermined schedule. The method of claim 17, wherein the first update time in the step (D) does not fall within the buffer interval of the first predetermined time, and the preference notification time including the first predetermined time is later than the The first update time causes the sorting server to immediately notify the user of the first update time along with the identification code according to the electronic device address. The method of claim 17, wherein the first update time in the step (D) does not fall within the buffer interval of the first predetermined time, and the preference notification time including the first predetermined time is earlier than the a first update time, causing the sorting server to associate the first update time with the knowledge at the first notification time of the preference notification time The code is notified to the user based on the address of the electronic device. The method of claim 17, wherein the sorting server further provides a second predetermined schedule, and after the step (F), the method further comprises: (G) the first service terminal requests the sorting server to The identification code is entered into the second predetermined schedule. The method of claim 20, wherein the system further comprises a second service terminal, and the step (G) further comprises: (H) the second service terminal is based on the second service on the predetermined service day. The identification and the identification code are used to identify the identification code and provide user service, and request the sorting server to remove the identification code from the second predetermined schedule. The method of claim 17, wherein after the step (F), the method further includes: (F1) the first service terminal returns a charging message corresponding to the identification code to the sorting server. The method of claim 22, wherein the system further comprises a computer-assisted service terminal, and after the step (F1), the method further comprises: (F2) the computer-assisted service terminal, after identifying the identification code, to the sorting servo The request for the charge message. The method of claim 23, wherein the system comprises a label to the machine, and after the step (D), the method further comprises: (D1) the label is given to the machine to identify the identification code, and to the sorting servo Requesting confirmation of the identification code to provide the user with the identification code and one of the machine-readable labels The signature can be read by the first service terminal in the subsequent step (E) or (F) to identify the identification code. The method of claim 17, wherein the sorting server further provides a third predetermined schedule, and after the step (F), the method further comprises: (F1) the first service terminal requests the sorting server to The identification code is placed in the third predetermined schedule. The method of claim 25, wherein the system further comprises a third service terminal, and after the step (F1), the method further comprises: (F2) the third service terminal is different from one of the predetermined service days. The re-service day is based on the third predetermined schedule and the identification code to identify the identification code and provide user service, and requests the sorting server to remove the identification code from the third predetermined schedule.