TWI798158B - Method for queuing and the related electronic device - Google Patents

Abstract

The present disclosure provides a method for queuing and the related electronic devices. In the present disclosure, a method for queuing comprises: receiving user data of a user; receiving a current serial number and a number of queued people of a service station; determining a queuing time based on the current serial number, the number of queued people, and a serial number of the user data; in response to a first demand of the user data value being true, receiving a number of waiting people of a first stop; determining a first waiting time based on the number of waiting people of the first stop; and in response to the first waiting time being less than the queuing time, transmitting a first signal of going to the first stop to the user and queuing the user in a queue of the service station and a queue of the first stop.

Description

Method for sorting and related electronic device

The present disclosure relates to methods for sorting and related electronic devices. More specifically, the present disclosure relates to a method for arranging users to receive services and related electronic devices.

In institutions that provide services, such as clinics, hospitals, banks, or traffic supervision offices, different numbers are usually assigned to each user, and services are provided to each user in accordance with the order of the numbers.

In most cases, there may be a long wait before the user receives the service. In some cases, when the user obtains the service of the first service station after a long wait, the user is told by the first service station that he needs to go to the second service station to obtain other services before he can obtain the service of the first service station. For example, when the driver's license was replaced at the traffic supervision office, after waiting for the driver's license replacement service, the service personnel told the driver's license replacement that he had to go to the fine ticket inquiry service to check whether there was any unpaid fine and postponement. Apply for a replacement driver's license. Both the driver and the service personnel spend a lot of time costs.

For example, when a pregnant woman undergoes antenatal checkups, after a long wait before she can enter the clinic for consultation, the doctor may tell the pregnant woman to take a blood test or an ultrasound examination first. After arriving at the blood drawing counter or ultrasound room, you must wait for the examination again. After obtaining the blood test report or ultrasound examination report, you may need to wait for the doctor's consultation. Both pregnant women and medical staff spend a lot of time costs.

The disclosure provides a novel sorting method and related electronic devices. The disclosure provides a user oriented sorting method and related electronic device. In some embodiments, the present disclosure includes a method for ranking. The method includes: receiving user data of a user; receiving a current serial number of a service station and a queue number; determining a queue time based on the current serial number, the queue number and a serial number of the user data; responding to the user data A first demand value is true, receiving a waiting number of a first site; based on the waiting number of the first site, determining a first waiting time; and responding to the first waiting time being less than the queuing time , sending a first signal destined for the first station to the user, and enqueuing the user into a queue at the service station and a queue at the first station.

In some embodiments, the present disclosure includes an electronic device. The electronic device includes: a communication module, a memory module and a processing module. The communication module is configured to be communicatively coupled with a user device of a user. The communication module is configured to: receive the user information of the user; receive a current serial number of a service station and a queue number; respond to a first demand value of the user information being true, and receive a first site information a waiting number; and in response to a first waiting time being less than a queuing time, sending a first signal to the first station to the user device. The memory module is configured to store a plurality of instructions and information. The processing module is configured to be coupled to the communication module and the memory module and to perform the following operations based on instructions and information stored in the memory module: based on the current sequence number of the service station, the queuing of the service station The number of people and a sequence number of the user data, determine the queuing time; in response to the first demand value of the user data is true, based on the number of people waiting at the first site, determine a first waiting time; and in response to If the first waiting time is less than the queuing time, the user is put into a queue of the service station and a queue of the first station.

Methods, systems and other aspects of the disclosure are described. Reference will be made to certain embodiments of the present disclosure, examples of which are illustrated in the accompanying drawings. While the disclosure will be described in conjunction with the embodiments, it will be understood that they are not intended to limit the disclosure to these particular embodiments. On the contrary, the present disclosure is intended to cover alternatives, modifications and equivalents within the spirit and scope of the present disclosure. Accordingly, the specification and drawings should be regarded in an illustrative sense rather than a restrictive sense.

Furthermore, in the following description, numerous specific details are set forth in order to provide a thorough understanding of the present disclosure. However, one of ordinary skill in the art will be able to practice the present disclosure without these specific details. In other instances, methods, procedures, operations, components and networks that are well known by those of ordinary skill in the art have not been described in detail so as not to obscure the aspects of the present disclosure.

FIG. 1 illustrates a system 100 and a user device 140 according to some embodiments of the present disclosure. The system 100 may include a server 110 , a database 120 , and a service station device 130 . In some embodiments, the server 110 can be installed in a hospital, clinic, bank or supervision office. The database 120 can be set in a hospital, clinic, bank or supervision office. The database 120 can be used to store user information and service station information. The service station device 130 can be installed in the counter, consultation room, laboratory, ultrasound room, X-ray room, etc. of a hospital or clinic. The service station device 130 can be installed at different service counters of the bank. The service station device 130 can be installed at different service counters of the supervision office. The service station device 130 may serve as a terminal and be used by service personnel.

The server 110 may include an input/output module 111 , a memory module 112 , a processing module 113 and a communication module 114 . The database 120 may include an input and output module 121 , a memory module 122 , a processing module 123 and a communication module 124 . The service station device 130 may include an input/output module 131 , a memory module 132 , a processing module 133 and a communication module 134 . The user device 140 may include an input and output module 141 , a memory module 142 , a processing module 143 and a communication module 144 .

The server 110 can be a workstation or a computer. The database 120 can be a workstation or a computer. In some embodiments, the database 120 can be integrated in the server 110 . The kiosk device 130 can be a computer, a personal digital assistant, a smart phone or a tablet computer. The user device 140 can be a computer, a personal digital assistant, a smart phone or a tablet computer.

The server 110, the database 120, and the service station device 130 may be communicatively coupled to each other by wired methods, such as Ethernet lines, coaxial cables, Universal Serial Bus (USB) or other lines with communication functions. catch. The server 110 , the database 120 and the service station device 130 may be communicatively coupled to each other through wireless methods, such as Bluetooth, IEEE 802.11, LTE, 5G or other wireless communication protocols.

The system 100 and the user device 140 can be communicatively coupled to each other through a wireless method, such as Bluetooth, IEEE 802.11, LTE, 5G or other wireless communication protocols. In some embodiments, the system 100 and the user device 140 can be communicatively coupled to each other through a wired method, such as an Ethernet line, a coaxial cable, a USB or other lines with communication functions. The system 100 can be communicatively coupled with the user device 140 through the communication module 114 of the server 110 . The system 100 can be communicatively coupled with the user device 140 through the communication module 134 of the kiosk device 130 . In some embodiments, the system 100 can be communicatively coupled with the user device 140 through an additional communication module.

The I/O module 111 , the memory module 112 , the processing module 113 and the communication module 114 of the server 110 can be configured to perform the operations described below and in FIGS. 2 to 10 . The I/O module 131 , the memory module 132 , the processing module 133 and the communication module 134 of the service station device 130 can be configured to perform the operations described below and in FIGS. 2 to 10 . In some embodiments, the system 100 can use additional input and output modules, memory modules, processing modules and communication modules to perform the operations described below and in FIGS. 2 to 10 .

FIG. 2 shows a flowchart of a process 200 according to some embodiments of the present disclosure. Each operation of the program 200 can be executed by the system 100 shown in FIG. 1 . Each operation of the program 200 can be executed by the server 110 or the service station device 130 in the system 100 shown in FIG. 1 . The various operations of the program 200 can be coordinated by the system 100 shown in FIG. 1 and the user device 140 . Operation 201 may include receiving user profile. User profiles may be received from database 120 . The communication module can be configured to perform operation 201 . In some embodiments, operation 201 may be performed in response to the user reporting to institutions such as hospitals, clinics, banks, or supervision institutes.

Operation 202 may include receiving the current serial number and queue number of the service station P. The current serial number and queue number of the service station P can be received from the database 120 . The current serial number of the service station P and the number of people in line can be received from the service station device 130 of the service station P. The communication module may be configured to perform operation 202 . In some embodiments, operation 202 may be performed in response to the user reporting to a hospital, clinic, bank, or supervision institute. In some embodiments, the current serial number and the number of people in the queue of the service station P can represent the number of the current consultation in the hospital clinic and the number of people who have registered but have not yet seen the consultation in the hospital clinic. In some embodiments, the current serial number and the number of people in line at the service station P can represent the number currently served by the replacement driver's license counter and the number of people who have reported to the driver's license replacement counter but have not yet been served.

Operation 203 may include determining the queuing time of the service station P. The queuing time of the user at the service station P can be determined based on the current serial number of the service station P, the number of people in line at the service station P, and the user serial number. The user serial number can be the serial number field in the user data. In some embodiments, the serial number in the user profile may represent the patient's appointment number. In some embodiments, the serial number in the user profile may represent the driver's reservation number. The processing module can be configured to perform operation 203 . In some embodiments, the queuing time of the service station P may represent the waiting time of the patient to see a doctor. In some embodiments, the queuing time at the service station P may represent the time the driver waits for the replacement of the driver's license.

Operation 204 may include determining whether the user's demand value D1 is true (True). The user's demand value D1 can be a field in the user data. The processing module may be configured to perform operation 204 . In some embodiments, the fact that the user's demand value D1 is true may indicate that the patient needs to undergo an ultrasound examination before seeing a doctor. In some embodiments, the fact that the user's demand value D1 is true may indicate that the driver needs to pay the fine before changing the driver's license.

If the user's demand value D1 is true, then operation 205 can be performed. Operation 205 may include receiving a waiting number for site A. The communication module can be configured to perform operation 205 . In some embodiments, the number of people waiting at station A may represent the number of people waiting for ultrasound examination. In some embodiments, the number of people waiting at station A may represent the number of people waiting to pay the fine.

Operation 206 may include determining a waiting time for station A. The user's waiting time at site A can be determined based on the number of people waiting at site A. A processing module may be configured to perform operation 206 . In some embodiments, the wait time at Site A may represent the time a patient waits for an ultrasound exam. In some embodiments, the waiting time at station A may represent the time the driver waits to pay the fine.

Operation 207 may include determining whether the waiting time of station A is less than the queuing time of service station P. The processing module can be configured to perform operation 207 . In some embodiments, the waiting time at station A is less than the waiting time at service station P, which may mean that the waiting time for ultrasound examination is shorter than that for seeing a doctor. In some embodiments, the waiting time at station A is shorter than the queuing time at service station P, which means that the waiting time for paying fines is shorter than the waiting time for changing a driver's license.

If the waiting time of station A is less than the queuing time of service station P, operation 208 may be performed. Operation 208 includes queuing the user into the service station P's queue. A processing module may be configured to perform operation 208 . In some embodiments, queuing a user for a service station P may represent queuing a patient for a doctor's visit. In some embodiments, queuing the user into the service station P may mean queuing the driver into the queue for driver's license replacement.

Operation 209 includes queuing the user into site A's queue. The processing module can be configured to perform operation 209 . In some embodiments, queuing the user for Site A may represent queuing the user for an ultrasound exam. In some embodiments, queuing the user into the queue of site A may mean queuing the user into the queue for paying the fine.

Operation 210 includes sending a signal destined for site A to the user. Operation 210 includes sending a signal destined for station A to user device 140 . Operation 210 includes sending a signal to the user first to station A and then to service station P. Operation 210 includes sending a signal to user device 140 that is destined for station A and then service station P. The communication module may be configured to perform operation 210 . In some embodiments, sending a signal to site A to the user may indicate a notification to the patient to go to the ultrasound room. In some embodiments, sending the signal to the station A to the user may indicate to inform the driver to go to the counter to pay the fine.

Referring to operation 204 again, if the user's demand value D1 is not true, then operation 211 may be performed. Operation 211 includes queuing a user into a service station P's queue. The processing module can be configured to perform operation 211 . In some embodiments, queuing a user for a service station P may represent queuing a patient for a doctor's visit. In some embodiments, queuing the user into the service station P may mean queuing the driver into the queue for driver's license replacement.

Operation 212 includes sending a signal destined for service station P to the user. Operation 212 includes sending a signal destined for service station P to user device 140 . Operation 212 includes sending a signal to the user first going to service station P and then to station A. Operation 212 includes sending a signal to user device 140 that is destined for service station P and then station A. The communication module may be configured to perform operation 212 . In some embodiments, sending a signal to the service station P to the user may represent a notification to the patient to go to the clinic. In some embodiments, sending a signal to the service station P to the user may mean notifying the driver to go to the counter for driver's license replacement.

Referring again to operation 207, if the waiting time of station A is not less than the queuing time of service station P, operations 211 and 212 may be performed.

According to the procedure 200, the one with the shorter waiting time can be performed first between the pre-work at station A and the main work at service station P. For example, one of the two situations, such as performing the pre-operation of station A first, and then performing the main operation of service station P, or performing the main operation of service station P. According to the procedure 200, the waiting time of the pre-work of the station A and the waiting time of the main work of the service station P can be reduced.

FIG. 3A shows a flowchart of a process 300A according to some embodiments of the present disclosure. Each operation of the program 300A can be executed by the system 100 shown in FIG. 1 . Each operation of the program 300A can be executed by the server 110 or the service station device 130 in the system 100 shown in FIG. 1 . The various operations of the program 300A can be coordinated by the system 100 shown in FIG. 1 and the user device 140 . Process 300A may continue from operation 206 . Operation 301 may include determining whether the user's demand value D2 is true (True). The user's demand value D2 can be a field in the user data. The processing module can be configured to perform operation 301 . In some embodiments, the user's demand value D2 being true may indicate that the patient needs to have a blood test before seeing a doctor. In some embodiments, the fact that the user's demand value D2 is true may indicate that the driver needs to take a cognitive function test before changing the driver's license.

If the user's demand value D2 is true, then operation 302 can be performed. Operation 302 may include receiving a waiting number for site B. The communication module may be configured to perform operation 302 . In some embodiments, the number of people waiting at station B may represent the number of people waiting for a blood test. In some embodiments, the number of people waiting at Site B may represent the number of people waiting to take a cognitive function test.

Operation 303 may include determining a waiting time for station B. The user's waiting time at site B can be determined based on the number of people waiting at site B. The processing module can be configured to perform operation 303 . In some embodiments, the wait time at Site B may represent the time a patient waits for a blood test. In some embodiments, the queuing time at station B may represent the time the driver waits for the cognitive function test.

Operation 304 may include determining whether the sum of the waiting time of station A and the waiting time of station B is less than the queuing time of service station P. A processing module may be configured to perform operation 304 . In some embodiments, the sum of the waiting time at station A and station B is less than the queuing time at service station P, which means that the waiting time for ultrasound examination plus blood test is less than the waiting time for seeing a doctor. In some embodiments, the sum of the waiting time at station A and station B is less than the queuing time at service station P, which means that the waiting time for paying the fine plus the cognitive function test is less than the waiting time for changing a driver's license.

If the sum of the waiting time of station A and the waiting time of station B is less than the queuing time of service station P, operation 305 can be performed. Operation 305 includes queuing the user into the service station P's queue. A processing module may be configured to perform operation 305 . In some embodiments, queuing a user for a service station P may represent queuing a patient for a doctor's visit. In some embodiments, queuing the user into the service station P may mean queuing the driver into the queue for driver's license replacement.

Operation 306 includes queuing the user into site A's queue. A processing module may be configured to perform operation 306 . In some embodiments, queuing a user for Site A may represent queuing a patient for an ultrasound. In some embodiments, queuing the user into the queue at station A may mean queuing the driver into the queue for paying the fine.

Operation 307 includes queuing the user into site B's queue. The processing module can be configured to perform operation 307 . In some embodiments, queuing a user for Site B may represent queuing a patient for a blood test. In some embodiments, queuing a user for station B may represent queuing a driver for a cognitive test.

Referring to operation 301 again, if the user's demand value D2 is not true, then operation 207 may be performed.

Referring again to operation 304, if the sum of the waiting time of station A and the waiting time of station B is not less than the queuing time of service station P, operation 308 shown in FIG. 3B may be performed.

FIG. 3B illustrates a flowchart of a process 300B according to some embodiments of the present disclosure. Each operation of the program 300B can be executed by the system 100 shown in FIG. 1 . Each operation of the program 300B can be executed by the server 110 or the service station device 130 in the system 100 shown in FIG. 1 . The various operations of the program 300B can be operated cooperatively by the system 100 shown in FIG. 1 and the user device 140 . Process 300B may continue from operation 304 . Operation 308 may include determining whether the waiting time of station A is less than the queuing time of service station P. A processing module may be configured to perform operation 308 . In some embodiments, the waiting time at station A is less than the waiting time at service station P, which may mean that the waiting time for ultrasound examination is shorter than that for seeing a doctor. In some embodiments, the waiting time at station A is shorter than the queuing time at service station P, which means that the waiting time for paying fines is shorter than the waiting time for changing a driver's license.

If the waiting time of station A is less than the queuing time of service station P, operation 309 can be performed. Operation 309 includes queuing the user into the service station P's queue. The processing module can be configured to perform operation 309 . In some embodiments, queuing a user for a service station P may represent queuing a patient for a doctor's visit. In some embodiments, queuing the user into the service station P may mean queuing the driver into the queue for driver's license replacement.

Operation 310 includes queuing the user into site A's queue. A processing module may be configured to perform operation 310 . In some embodiments, queuing a user for Site A may represent queuing a patient for an ultrasound. In some embodiments, queuing the user into the queue at station A may mean queuing the driver into the queue for paying the fine.

Operation 311 includes sending a signal destined for site A to the user. Operation 311 includes sending a signal destined for station A to user device 140 . Operation 311 includes sending a signal to the user first to station A and then to service station P. Operation 311 includes sending a signal to the user device 140 to go to the station A first and then to the service station P. The communication module can be configured to perform operation 311 . In some embodiments, sending a signal to site A to the user may indicate a notification to the patient to go to the ultrasound room. In some embodiments, sending the signal to the station A to the user may indicate to inform the driver to go to the counter to pay the fine.

Referring again to operation 308, if the waiting time of station A is not less than the queuing time of serving station P, operation 312 may be performed.

Operation 312 may include determining whether the waiting time of station B is less than the queuing time of service station P. A processing module may be configured to perform operation 312 . In some embodiments, the waiting time at station B is less than the queuing time at service station P, which may mean that the waiting time for blood test is shorter than the waiting time for seeing a doctor. In some embodiments, the waiting time at station B is less than the queuing time at service station P, which may mean that the waiting time for taking a cognitive function test is shorter than the waiting time for changing a driver's license.

If the waiting time of station B is less than the queuing time of service station P, operation 313 can be performed. Operation 313 includes queuing the user into the service station P's queue. The processing module may be configured to perform operation 313 . In some embodiments, queuing a user for a service station P may represent queuing a patient for a doctor's visit. In some embodiments, queuing the user into the service station P may mean queuing the driver into the queue for driver's license replacement.

Operation 314 includes queuing the user into site B's queue. A processing module may be configured to perform operation 314 . In some embodiments, queuing a user for Site B may represent queuing a patient for a blood test. In some embodiments, queuing a user for station B may represent queuing a driver for a cognitive function test.

Operation 315 includes sending a signal destined for site B to the user. Operation 315 includes sending a signal destined for site B to user device 140 . Operation 315 includes sending a signal to the user first to station B and then to service station P. Operation 315 includes sending a signal to the user device 140 to go to the station B first and then to the service station P. The communication module may be configured to perform operation 315 . In some embodiments, sending a signal to site B to the user may represent a notification to the patient to go to the blood draw room. In some embodiments, sending a signal to station B to the user may indicate to inform the driver to go to the counter for the cognitive function test.

Referring again to operation 312, if the waiting time of station B is not less than the queuing time of serving station P, operation 316 may be performed. Operation 316 includes queuing the user into a service station P queue. A processing module may be configured to perform operation 316 . In some embodiments, queuing the user into the service station P may mean queuing the user into the queue for seeing a doctor. In some embodiments, queuing the user into the service station P may mean queuing the user into the queue for driver's license replacement.

Operation 317 includes sending a signal destined for service station P to the user. Operation 317 includes sending a signal destined for service station P to user device 140 . Operation 317 includes sending a signal to the user first to service station P and then to stations A and/or B. Operation 317 includes sending a signal to the user device 140 first to the service station P and then to the stations A and/or B. The communication module may be configured to perform operation 317 . In some embodiments, sending a signal to the service station P to the user may represent a notification to the patient to go to the clinic. In some embodiments, sending a signal to the service station P to the user may mean notifying the driver to go to the counter for driver's license replacement.

According to the procedures 300A and 300B, the combination with the shorter waiting time can be selected between the two pre-operations of station A and station B and the main operation of service station P. For example, two kinds of pre-operations of station A and station B are carried out first, and then the main operation of service station P is carried out. For example, carry out the pre-work of station A first, then carry out the pre-work of station B, and finally carry out the main work of service station P. For example, carry out the pre-work of station B first, then carry out the pre-work of station A, and finally carry out the main work of service station P. For example, the pre-operation of station A is carried out first, and then the main operation of service station P is carried out. For example, the pre-operation of station B is carried out first, and then the main operation of service station P is carried out. According to the procedures 300A and 300B, the waiting time of the two pre-operations of the station A and the station B and the waiting time of the main operation of the service station P can be reduced. Site A and Site B may be configured to provide different services. Site A and Site B can be configured to handle different traffic.

FIG. 4 shows a flowchart of a process 400 according to some embodiments of the present disclosure. Each operation of the program 400 can be executed by the system 100 shown in FIG. 1 . Each operation of the program 400 can be executed by the server 110 or the service station device 130 in the system 100 shown in FIG. 1 . The various operations of the program 400 can be operated cooperatively by the system 100 shown in FIG. 1 and the user device 140 . Process 400 may continue from operation 307 . Operation 401 may include determining whether the latency of station A is less than the latency of station B. The processing module can be configured to perform operation 401 . In some embodiments, the waiting time at station A is less than the waiting time at station B may mean that the waiting time for an ultrasound examination is less than that for a blood test. In some embodiments, the waiting time at station A is less than the waiting time at station B may mean that the waiting time for paying the fine is shorter than the waiting time for the cognitive function test.

If the waiting time of station A is less than the waiting time of station B, operation 402 may be performed. Operation 402 includes sending a signal destined for site A to the user. Operation 402 includes sending a signal destined for station A to user device 140 . Operation 402 includes sending a signal to the user first to site A and then to site B. Operation 402 includes sending a signal to the user device 140 first to station A and then to station B. The communication module may be configured to perform operation 402 . In some embodiments, sending a signal to site A to the user may indicate a notification to the patient to go to the ultrasound room. In some embodiments, sending the signal to the station A to the user may indicate to inform the driver to go to the counter to pay the fine.

If the waiting time of station A is not less than the waiting time of station B, operation 403 may be performed. Operation 403 includes sending a signal destined for site B to the user. Operation 403 includes sending a signal destined for site B to user device 140 . Operation 403 includes sending a signal to the user to go to station B first and then to station A. Operation 403 includes sending a signal to the user device 140 to go to the station B first and then to the station A. The communication module can be configured to perform operation 403 . In some embodiments, sending a signal to site B to the user may represent a notification to the patient to go to the blood draw room. In some embodiments, sending a signal to station B to the user may indicate to inform the driver to go to the counter for the cognitive function test.

According to the procedure 400 , the user can perform a pre-operation with less waiting time between the two pre-operations at the station A and the station B, so as to reduce the waiting time of the two pre-operations. Site A and Site B may be configured to provide different services. Site A and Site B can be configured to handle different traffic.

FIG. 5 shows a flowchart of a process 500 according to some embodiments of the present disclosure. Each operation of the program 500 can be executed by the system 100 shown in FIG. 1 . Each operation of the program 500 can be executed by the server 110 or the service station device 130 in the system 100 shown in FIG. 1 . The various operations of the program 500 can be operated cooperatively by the system 100 shown in FIG. 1 and the user device 140 . Process 500 may continue from operation 206 . Operation 501 may include receiving a waiting number for site C, which may include. The communication module can be configured to perform operation 501 . In some embodiments, the number of people waiting at station A may represent the number of people waiting for ultrasound examination in the first ultrasound room, and the number of people waiting at station C may represent the number of people waiting for ultrasound examination at the second ultrasound room. In some embodiments, the number of people waiting at station A may represent the number of people waiting to pay the fine at the first payment counter, and the number of waiting at station C may represent the number of people waiting to pay the fine at the second payment counter.

Operation 502 may include determining a waiting time for station C. The user's waiting time at site C can be determined based on the number of people waiting at site C. A processing module may be configured to perform operation 502 . In some embodiments, the waiting time of station A may represent the time that the patient waits for the ultrasound examination in the first ultrasound room, and the waiting time of station C may represent the time that the patient waits for the ultrasound examination in the second ultrasound room. In some embodiments, the waiting time at station A may represent the time the driver waits to pay the fine at the first payment counter, and the waiting time at station C may represent the time the driver waits at the second payment counter to pay the fine.

Operation 503 may include determining whether the waiting time of station A or the waiting time of station C is less than the queuing time of service station P. The processing module can be configured to perform operation 503 . In some embodiments, the waiting time of the station A or the waiting time of the station C is less than the queuing time of the service station P, which may mean that the waiting time of the ultrasound examination is shorter than the waiting time of the consultation. In some embodiments, the waiting time at station A or the waiting time at station C is less than the queuing time at service station P, which means that the waiting time for paying fines is shorter than the waiting time for changing a driver's license.

If the waiting time of station A or the waiting time of station C is less than the queuing time of service station P, operation 504 may be performed. Operation 504 may include determining whether the latency of station C is less than the latency of station A. A processing module may be configured to perform operation 504 . In some embodiments, the wait time at station C is less than the wait time at station A may mean that the wait time at the second ultrasound room is less than the wait time at the first ultrasound room. In some embodiments, the waiting time at station C is less than the waiting time at station A may mean that the waiting time at the second payment counter is shorter than the waiting time at the first payment counter.

If the waiting time of station C is less than the waiting time of station A, operation 505 may be performed. Operation 505 includes queuing the user into the service station P's queue. A processing module may be configured to perform operation 505 . In some embodiments, queuing a user for a service station P may represent queuing a patient for a doctor's visit. In some embodiments, queuing the user into the service station P may mean queuing the driver into the queue for driver's license replacement.

Operation 506 includes queuing the user into site C's queue. A processing module may be configured to perform operation 506 . In some embodiments, queuing a user for Site C may represent queuing a patient for a second ultrasound room. In some embodiments, queuing the user at station C may represent queuing the driver at the second payment counter.

Operation 507 includes sending a signal destined for site C to the user. Operation 507 includes sending a signal destined for site C to user device 140 . Operation 507 includes sending a signal to the user first to station C and then to service station P. Operation 507 includes sending a signal to the user device 140 first to the station C and then to the service station P. The communication module may be configured to perform operation 507 . In some embodiments, sending a signal to the user to go to site C may indicate notification to the patient to go to the second ultrasound room. In some embodiments, sending the signal to the station C to the user may indicate to inform the driver to go to the second payment counter.

Referring again to operation 503, if the waiting time of station A or the waiting time of station C is not less than the queuing time of service station P, it means that the waiting time of station A and the waiting time of station C are both greater than the queuing time of service station P . In some embodiments, the waiting time at station A or the waiting time at station C is not less than the queuing time at service station P, which means that the waiting time for medical consultation is shorter than the waiting time for ultrasound examination. In some embodiments, the waiting time at station A or the waiting time at station C is not less than the queuing time at service station P, which means that the waiting time for changing a driver's license is shorter than the waiting time for paying a fine. If the waiting time of station A or the waiting time of station C is not less than the queuing time of service station P, operation 211 may be performed.

Referring again to operation 504, if the waiting time of station C is not less than the waiting time of station A, operation 208 may be performed. In some embodiments, the waiting time of station C is not less than the waiting time of station A may mean that the waiting time of the first ultrasound room is less than the waiting time of the second ultrasound room. In some embodiments, the waiting time at station C is not less than the waiting time at station A may mean that the waiting time at the first payment counter is shorter than the waiting time at the second payment counter. In some embodiments, if operation 210 is performed after operation 504, sending a signal to the user to site A may represent a notification to the patient to go to the first ultrasound room. In some embodiments, if operation 210 is performed after operation 504 , sending the signal to the user to station A may indicate to notify the driver to go to the first payment counter.

According to the procedure 500, the user can be instructed to go to the station A or the station C, so as to reduce the waiting time for the pre-operation. Site A and Site C may be configured to provide the same service. Site A and Site C may be configured to handle the same traffic.

FIG. 6 shows a flowchart of a process 600 according to some embodiments of the present disclosure. Each operation of the program 600 can be executed by the system 100 shown in FIG. 1 . Each operation of the program 600 can be executed by the server 110 or the service station device 130 in the system 100 shown in FIG. 1 . The various operations of the program 600 can be coordinated by the system 100 shown in FIG. 1 and the user device 140 . Process 600 may continue from operation 202 . Operation 601 may include receiving a special service list of a service station P. The communication module can be configured to perform operation 601 . In some embodiments, the special service list of the service station P may represent a list of patients requiring outpatient surgery. In some embodiments, the special service list of the service station P may represent a list of drivers who need barrier-free services. Outpatient procedures may include, for example but not limited to, minimally invasive procedures, egg retrieval.

Operation 601 may include determining a special service number. Operation 601 may include determining the number of special service numbers that have not been served before the user serial number. The processing module can be configured to perform operation 601 . In some embodiments, assuming that the appointment number of the patient (such as the serial number of the user profile) is 20 and the current number of the consultation room (such as the current serial number of the service station P) is 10, the determination of the number of special services can represent the determination of numbers 11 to 20 Number of patients requiring outpatient procedures (e.g. minimally invasive surgery, egg retrieval) between numbers. In some embodiments, assuming that the reservation number of the driver (such as the serial number of the user profile) is No. 20 and the current number of the replacement driver's license counter (such as the current serial number of the service station P) is No. 10, the determination of the number of special service personnel can represent the determination of 11 The number of drivers who need barrier-free services between the 20th and the 20th.

In some embodiments, operation 203 and other operations may be performed after operation 601 . Operation 203 may include determining the queuing time of the service station P. If operation 203 can be performed after operation 601, the user's queuing time at service station P can be determined based on the current serial number of service station P, the number of queued persons at service station P, the user serial number and the number of special service personnel. In some embodiments, the queuing time of the service station P may represent the waiting time of the patient to see a doctor. In some embodiments, the queuing time at the service station P may represent the time the driver waits for the replacement of the driver's license.

According to the procedure 600, the queuing time at the service station P can be determined more accurately based on the number of people who need special services. According to process 600, users may be directed to designated stops based on the number of people requiring special services. According to the procedure 600, the user may be instructed to go to a designated stop earlier or later based on the number of people requiring special service. Special services may include, for example but not limited to, outpatient procedures that require longer than normal testing time. Special services may include, for example and without limitation, providing prioritization to seniors.

FIG. 7 shows a flowchart of a process 700 according to some embodiments of the present disclosure. Each operation of the program 700 can be executed by the system 100 shown in FIG. 1 . Each operation of the program 700 can be executed by the server 110 or the service station device 130 in the system 100 shown in FIG. 1 . The various operations of the program 700 can be operated cooperatively by the system 100 shown in FIG. 1 and the user device 140 . In some embodiments, procedure 700 may be performed after operation 210 . Operation 701 may include enabling a user to receive services in site A. A processing module may be configured to perform operation 701 . In some embodiments, the user accepting the service in site A may mean that the patient receives the ultrasound examination in the ultrasound room. In some embodiments, the user accepting the service at station A may mean that the driver pays the fine at the payment counter.

Operation 702 may include determining whether the user has completed the service of site A. A processing module may be configured to perform operation 702 . In some embodiments, the user's completion of the service at Site A may indicate that the patient has completed the ultrasound examination. In some embodiments, the completion of the service at station A by the user may indicate that the driver has completed the payment of the fine.

If the user has not completed the service of site A, then return to operation 701 . If the user completes the service of site A, operation 703 can be performed.

Operation 703 may include sending a signal destined for service station P to the user. Operation 703 may include sending a signal destined for service station P to user device 140 . The communication module can be configured to perform operation 703 . In some embodiments, sending a signal to the service station P to the user may represent a notification to the patient to go to the clinic. In some embodiments, sending a signal to the service station P to the user may mean notifying the driver to go to the counter for driver's license replacement.

Operation 704 may include determining whether the current serial number of the service station P is greater than the serial number of the user. A processing module may be configured to perform operation 704 . In some embodiments, the current serial number of the service station P is greater than the serial number of the user, which means that the current consultation number of the clinic is greater than the patient's appointment number, for example, the patient's appointment number is out of date due to ultrasound examination. In some embodiments, the current serial number of the service station P is greater than the serial number of the user, which means that the current service number of the replacement driver's license counter is greater than the driver's reservation number, for example, the driver's reservation number is out of date due to paying a fine.

If the current serial number of the service station P is greater than the serial number of the user, then operation 705 can be performed. Operation 705 may include queuing the user into a particular position of the service station P's queue. A processing module may be configured to perform operation 705 . In some embodiments, it is assumed that the appointment number of the patient (such as the serial number of the user profile) is No. 20, the current number of the consultation room (such as the current serial number of the service station P) is No. 23, and the patients who are currently registered in the clinic room but have not seen the doctor Including No. 24, No. 25, and No. 26, placing the user in a specific position of the queue at service station P may indicate that the patient with appointment number No. 20 is placed behind Patient No. 25 and before Patient No. 26. In some embodiments, it is assumed that the driver's appointment number (such as the serial number of the user information) is No. 20, the current number of the replacement driver's license counter (such as the current serial number of the service station P) is No. 23, and the replacement driver's license counter is currently registered but not The service drivers include No. 24, No. 25, and No. 26. Arranging users into a specific position in the queue of service station P means that the driver with reservation number No. 20 is placed behind No. 24 and in front of No. 25 .

Operation 706 may include causing the user to wait in a queue at service station P to receive service. A processing module may be configured to perform operation 706 . In some embodiments, the user waiting in the queue at the service station P to receive the service may mean that the patient is waiting in the queue at the current clinic to be called and see a doctor. In some embodiments, the user waiting in the queue at the service station P to receive the service may mean that the driver is waiting in the queue at the driver's license replacement counter to be called and receive the service.

In some embodiments, operation 706 may be performed after operation 705 . In some embodiments, if the operation 706 is performed after the operation 705, the user waiting in the queue at the service station P to receive the service may mean that the patient is waiting to be called and see a doctor according to the queue set at the operation 705. In some embodiments, if operation 706 is performed after operation 705, the user waiting in the queue at the service station P to receive service may mean that the driver waits to be called and receive service according to the queue set at operation 705.

Refer again to operation 704 . If the current serial number of the service station P is not greater than the serial number of the user, then operation 705 can be performed. In some embodiments, the current serial number of the service station P is not greater than the user's serial number, which means that the current consultation number of the clinic is not greater than the patient's appointment number, for example, the ultrasound examination did not cause the patient's appointment number to be outdated. In some embodiments, the fact that the current serial number of the service station P is not greater than the user's serial number can mean that the current service number of the driver's license replacement counter is greater than the driver's reservation number, for example, paying a fine does not cause the driver's reservation number to pass.

In some embodiments, operation 706 may be performed after operation 704 . In some embodiments, if operation 706 is performed after operation 704, the user is waiting in the queue at the service station P to receive the service, which means that the patient is waiting to be called and see a doctor according to the previously set queue (such as the queue set at operation 208) . In some embodiments, if operation 706 is performed after operation 704, the user waiting in the queue at the service station P to receive the service may mean that the driver waits in the originally set queue (such as the queue set in operation 208) to wait for the number to be called and to accept the service. Serve.

According to the procedure 700, the user may be instructed to perform other pre-operations first, so as to reduce the queuing time at the service station P. In addition, according to the procedure 700, if the user is instructed to perform other pre-operations first and causes the number to pass, the punitive waiting time for the user will be reduced.

According to some embodiments, all or part of the operations of the procedure 700 may be applicable to an embodiment in which the user first receives the service at the service station P, then goes to the station A to receive the service, and then returns to the service station P to receive the service. For example, a patient may first receive a doctor's consultation in the clinic, then go to the ultrasound room for an ultrasound examination, and then return to the clinic to listen to the doctor's evaluation or diagnosis. According to operation 705, the user may be queued to a specific position in the queue of the service station P, such as the first position or the second position. For example, when a patient wants to return to the clinic to listen to the doctor's evaluation or diagnosis, the patient can be placed in the first position of the queue (ie, the next patient to see), the second position or other positions.

According to some embodiments, one or more of operations 704 to 706 may be applicable to an embodiment in which the user has logged out. For example, after a patient registers, it can be determined whether the current number of the consultation room is greater than the number of the patient through operation 704 . If yes, the number is over, and operation 705 and operation 706 are performed; if not, the number is not over, and operation 706 is performed. According to operation 705, the user may be queued to a specific position in the queue of the service station P, such as the first position or the second position. For example, patients may be placed in the first position of the queue (ie, the next patient to be seen), the second position, or other positions.

According to some embodiments, one or more of operations 704 through 706 may be applicable to embodiments in which the user is late for check-in. For example, when a patient's recommended check-in time is from 8:00 am to 9:00 am, if the patient has not reported at 10:00 am, it will be determined that the patient has passed the registration due to being late. In some embodiments, if it is determined that the user has overdue due to late registration, operation 705 and operation 706 may be performed. According to operation 705, the user may be queued to a specific position in the queue of the service station P, such as the first position or the second position. For example, patients may be placed in the first position of the queue (ie, the next patient to be seen), the second position, or other positions.

FIG. 8 shows a flowchart of a process 800 according to some embodiments of the present disclosure. Each operation of the program 800 can be performed by the system 100 shown in FIG. 1 . Each operation of the program 800 can be executed by the server 110 or the service station device 130 in the system 100 shown in FIG. 1 . The operations of the program 800 can be performed in cooperation with the system 100 shown in FIG. 1 and the user device 140 . The procedure 800 can be executed when the user makes an appointment with institutions such as hospitals, clinics, banks, or supervision institutes. Operation 801 may include receiving user profile. The user information can be received from the database 120 or input by the user in the reservation interface. The communication module can be configured to perform operation 801 . In some embodiments, operation 801 may be performed in response to a user inputting basic information or appointment information to a hospital, clinic, bank, or supervision institute.

Operation 802 may include determining whether the first visit value of the user profile is True. The initial access value in the user data can be a field in the user data. A processing module may be configured to perform operation 802 . In some embodiments, the first visit value of the user profile is true to indicate that the patient has never visited the hospital or clinic. In some embodiments, the first access value of the user profile is true to indicate that the driver has never changed his driver's license.

If the initial access value of the user profile is true, then operation 803 can be performed. Operation 803 may include outputting a check-in time T1 based on the user serial number. The user serial number can be the serial number field in the user data. A processing module and/or a communication module may be configured to perform operation 803 . Outputting the check-in time T1 may include outputting the check-in time T1 to the user device 140 in text or voice. In some embodiments, the serial number in the user information may represent the appointment number assigned to the patient after entering the information on the appointment interface of the hospital or clinic. In some embodiments, the serial number in the user information may represent the appointment number allocated after the driver inputs the information on the appointment interface of the supervision office. In some embodiments, assuming that the user serial number is 23 (such as the appointment number is 23), the estimated check-in time can be 10:30 in the morning; but because the value of the first visit is true (such as a new visit or a new customer), the output The check-in time T1 can be 10:10 in the morning (that is, 20 minutes earlier) to reserve time for related operations (such as creating new patient information or new customer information).

If the initial access value of the user profile is not true, operation 804 may be performed. Operation 804 may include determining whether the demand value D1 of the user profile is true (True). The required value D1 of the user data can be a field in the user data. A processing module may be configured to perform operation 804 . In some embodiments, the user's demand value D1 being true may indicate that the patient needs to undergo an examination (such as ultrasound or blood draw) before seeing a doctor. In some embodiments, the user's demand value D1 being true may indicate that the driver needs to go through other procedures (such as paying a fine or taking a cognitive ability test) before changing the driver's license.

If the demand value D1 of the user profile is true, then operation 805 can be performed. Operation 805 may include outputting a check-in time T2 based on the user serial number. The user serial number can be the serial number field in the user data. A processing module and/or a communication module may be configured to perform operation 805 . Outputting the check-in time T2 may include outputting the check-in time T2 to the user device 140 in text or voice. In some embodiments, assuming that the user serial number is 23 (for example, the appointment number is 23), the estimated check-in time can be 10:30 in the morning; but because the demand value D1 is true (for example, other checks or procedures are performed first), The check-in time T2 for output can be 10:00 in the morning (that is, 30 minutes earlier) to reserve time for other inspections or procedures.

If the demand value D1 of the user profile is not true, then operation 806 may be performed. Operation 806 may include outputting a check-in time T3 based on the user serial number. The user serial number can be the serial number field in the user data. A processing module and/or a communication module may be configured to perform operation 806 . Outputting the check-in time T3 may include outputting the check-in time T3 to the user device 140 in text or voice. In some embodiments, assuming that the user serial number is 23 (for example, the appointment number is 23), the estimated check-in time can be 10:30 in the morning; but because neither the initial visit value nor the demand value D1 is true, the output check-in time Time T3 may be ten thirty in the morning.

According to the procedure 800, different check-in times can be assigned to users who make appointments on the same day to achieve the effect of diversion. According to process 800, different check-in times can be configured to multiple users on a single day. According to the procedure 800, the user can be instructed to complete the check-in at a specified time point.

FIG. 9 shows a flowchart of a process 900 according to some embodiments of the present disclosure. Each operation of the program 900 can be executed by the system 100 shown in FIG. 1 . Each operation of the program 900 can be executed by the server 110 or the service station device 130 in the system 100 shown in FIG. 1 . The various operations of the program 900 can be operated cooperatively by the system 100 shown in FIG. 1 and the user device 140 . The program 900 can be executed when the user makes an appointment with institutions such as hospitals, clinics, banks, or supervision institutes. Operation 901 may include receiving the number of appointments at service station P for a date. Operation 901 may include receiving a known number of reservations for a service station P on a certain date. The number of appointments for a date of service station P can be received from the database 120 . The communication module can be configured to perform operation 901 . In some embodiments, operation 901 may be performed in response to a user inputting basic information or appointment information to a hospital, clinic, bank, or supervision institute. In some embodiments, the number of appointments at the service station P on a certain date may represent the number of appointments for Dr. Li's outpatient clinic on a certain morning.

Operation 902 may include determining whether the number of reservations is less than a threshold TH1. Operation 902 may include determining whether the number of reservations received in operation 901 is smaller than a threshold TH1. A processing module may be configured to perform operation 902 . In some embodiments, judging whether the number of appointments is less than the threshold value TH1 may mean judging whether the number of people who have made appointments for Dr. Li's outpatient clinic on a certain morning is less than 10. It should be noted that TH1 can depend not only on the number of people, but also on other parameters. For example, TH1 may depend on the number of items of services known to the subscribed user. For example, TH1 may depend on conditions such as equipment and resources on a certain day (such as reducing stations or service stations due to conditions such as equipment, resources or personnel). TH1 may be floating. TH1 may be fixed.

If the number of reservations is less than the threshold TH1, then operation 903 may be performed. Operation 903 may include providing an indication I1 on a corresponding field. Operation 903 may include providing an indication I1 on a field corresponding to the date indicated by operation 901 . The corresponding fields can indicate information such as date, location, etc. The corresponding fields can present information such as date and location. A processing module and/or a communication module may be configured to perform operation 903 . Providing the indication I1 may include providing the indication I1 to the user device 140 in color, text or sound. In some embodiments, providing the instruction I1 on the corresponding field may mean providing an instruction of color (such as green), text (such as "empty") or sound on the corresponding field of Dr. Li's outpatient clinic on a certain morning. In some embodiments, providing the indication I1 on the corresponding field may mean providing an indication of color (such as green), text (such as "empty") or sound on the corresponding field on a certain morning.

Referring again to operation 902, if the number of reservations is not less than the threshold value TH1, then operation 904 may be performed. Operation 904 may include determining whether the number of reservations is less than a threshold TH2. Operation 904 may include determining whether the number of reservations received in operation 901 is smaller than a threshold TH2. A processing module may be configured to perform operation 904 . In some embodiments, judging whether the number of appointments is less than the threshold TH2 may mean judging whether the number of people who have made appointments for Dr. Li's outpatient clinic on a certain morning is less than 30. It should be noted that TH2 can depend not only on the number of people, but also on other parameters. For example, TH2 may depend on the number of items of services known to the subscribed user. For example, TH2 may depend on conditions such as equipment, resources, etc. on a certain day (such as reducing stations or service stations due to conditions such as equipment, resources, or personnel). TH2 can be floating. TH2 may be fixed.

If the number of reservations is less than the threshold TH2, then operation 905 may be performed. Operation 905 may include providing an indication I2 on the corresponding column. The corresponding fields can indicate information such as date, location, etc. The corresponding fields can present information such as date and location. Operation 905 may include providing indication I2 on a field corresponding to the date indicated by operation 901 . A processing module and/or a communication module may be configured to perform operation 905 . Providing the indication I2 may include providing the indication I2 to the user device 140 in color, text or sound. In some embodiments, providing the indication I2 on the corresponding field may mean providing an indication of color (such as yellow), text (such as "busy") or sound on the corresponding field of Dr. Li's outpatient clinic on a certain morning. In some embodiments, providing the indication I2 on the corresponding field may mean providing an indication of color (such as yellow), text (such as "busy") or sound on the corresponding field in the morning of a certain day.

Referring again to operation 904, if the number of reservations is not less than the threshold TH2, then operation 906 may be performed. Operation 906 may include providing an indication I3 on the corresponding field. The corresponding fields can indicate information such as date, location, etc. The corresponding fields can present information such as date and location. Operation 906 may include providing an indication I3 on a field corresponding to the date indicated by operation 901 . A processing module and/or a communication module may be configured to perform operation 906 . Providing the indication I3 may include providing the indication I3 to the user device 140 in color, text or sound. In some embodiments, providing the indication I3 on the corresponding field may mean providing an indication of color (such as red), text (such as "full") or sound on the corresponding field of Dr. Li's outpatient clinic on a certain morning. In some embodiments, providing the indication I3 on the corresponding field may mean providing an indication of color (such as red), text (such as "full") or sound on the corresponding field on a certain morning.

According to the procedure 900, the effects of splitting and averaging the number of appointments on different dates can be achieved. According to procedure 900, different appointment dates may be provided to multiple users.

FIG. 10 shows a flowchart of a process 1000 according to some embodiments of the present disclosure. Each operation of the program 1000 can be executed by the system 100 shown in FIG. 1 . Each operation of the program 1000 can be executed by the server 110 or the service station device 130 in the system 100 shown in FIG. 1 . The various operations of the program 1000 can be operated cooperatively by the system 100 shown in FIG. 1 and the user device 140 . The program 1000 can be executed when the user makes an appointment with institutions such as hospitals, clinics, banks, or supervision institutes. Operation 1001 may include receiving user profile. User profiles may be received from database 120 . The communication module can be configured to perform operation 1001 .

Operation 1002 can include determining whether a date falls within a particular service period for the customer profile. A special service period may be a field in the customer profile to indicate a period. For example, a field in the customer profile may contain "20210406-20210413" to indicate a special service period. A processing module may be configured to perform operation 1002 . In some embodiments, determining whether a date falls within a particular service period of the client profile may represent determining whether a date falls within the patient's ovulation period.

If it is determined that a date is within the special service period of the customer data, then operation 1003 can be performed. Operation 1003 may include providing a special service instruction I4 on the corresponding column. The corresponding fields can indicate information such as date, location, etc. The corresponding fields can present information such as date and location. Operation 1003 may include providing an indication I4 on a field corresponding to the date indicated by operation 1002 . A processing module and/or a communication module may be configured to perform operation 1003 . Providing the indication I4 may include providing the indication I4 to the user device 140 in color, text or sound. In some embodiments, providing indication I4 on the corresponding field may mean providing color (such as pink), text (such as "ovulation period" ) or voice instructions.

If it is determined that a date is not within the special service period of the customer data, then operation 1004 can be performed. Operation 1004 may include not providing a special service indication I4 on the corresponding field. Operation 1004 may include not providing indication I4 on the field corresponding to the date indicated by operation 1002 . A processing module and/or a communication module may be configured to perform operation 1004 . In some embodiments, not providing an indication I4 on the corresponding field may mean that no color (such as pink), text (such as "ovulation period") is provided on the corresponding field from April 6, 2021 to April 13, 2021 ”) or voice instructions.

According to the procedure 1000, service appointments can be made according to the user's special service period (such as ovulation period), and related services (such as minimally invasive surgery, egg retrieval) can be carried out smoothly.

While the invention has been described and illustrated with reference to specific embodiments of the disclosure, such description and illustration do not limit the invention. It will be understood by those skilled in the art that various changes may be made and equivalents may be substituted without departing from the true spirit and scope of the invention as defined by the appended claims. Illustrations may not necessarily be drawn to scale. Due to manufacturing processes and tolerances, differences may exist between the artistic reproductions in this application and those in the actual invention. There may be other embodiments of the invention not specifically described. The specification and drawings are to be regarded as illustrative rather than restrictive. Modifications may be made to adapt a particular situation, material, composition of matter, method or process to the objective, spirit and scope of the invention. All such modifications are intended to be within the scope of the claims appended hereto. Although methods disclosed herein have been described with reference to particular operations performed in a particular order, it will be understood that such operations may be combined, subdivided, or reordered to form equivalent methods without departing from the teachings of the invention. . Thus, unless specifically indicated otherwise herein, the order and grouping of operations is not a limitation of the invention. In addition, the effects detailed in the above-mentioned embodiments and the like are merely examples. Therefore, the present application can further have other effects.

In addition, the logic flows depicted in the figures do not necessarily require the particular order shown, or sequential order, to achieve desirable results. In addition, other steps may be provided, or steps may be eliminated, from the described flows, and other components may be added to or removed from the described systems. Therefore, other embodiments are within the scope of the attached claims.

100: system 110: server 111: Input and output module 112: memory module 113: Processing module 114: Communication module 120: database 121: Input and output module 122: memory module 123: Processing module 124: Communication module 130: Service station device 131: Input and output module 132: memory module 133: Processing module 134:Communication module 140: user device 141: Input and output module 142: memory module 143: Processing module 144:Communication module 200: program 201: Operation 202: Operation 203: Operation 204: Operation 205: Operation 206: Operation 207: Operation 208: Operation 209: Operation 210: Operation 211: Operation 212: Operation 300A: Procedure 300B: Procedure 301: Operation 302: Operation 303: Operation 304: Operation 305: Operation 306: Operation 307: Operation 308: Operation 309: Operation 310: Operation 311: Operation 312: Operation 313: Operation 314: Operation 315: Operation 316: Operation 317: Operation 400: Procedure 401: Operation 402: operation 403: operation 500: program 501: Operation 502: Operation 503: Operation 504: Operation 505: Operation 506: Operation 507: Operation 600: program 601: Operation 602: Operation 700: program 701: Operation 702: Operation 703: Operation 704: Operation 705: Operation 706: Operation 800: program 801: Operation 802: Operation 803: Operation 804: Operation 805: Operation 806: Operation 900: program 901: Operation 902: Operation 903: Operation 904: Operation 905: Operation 906: Operation 1000: program 1001: operation 1002: Operation 1003: operation 1004: operation

FIG. 1 illustrates systems and devices according to some embodiments of the present disclosure.

FIG. 2 illustrates a flowchart of a method according to some embodiments of the present disclosure.

3A and 3B illustrate a flowchart of a process according to some embodiments of the present disclosure.

FIG. 4 illustrates a flowchart of a procedure according to some embodiments of the present disclosure.

FIG. 5 shows a flowchart of a procedure according to some embodiments of the present disclosure.

FIG. 6 illustrates a flowchart of a procedure according to some embodiments of the present disclosure.

FIG. 7 illustrates a flowchart of a procedure according to some embodiments of the present disclosure.

FIG. 8 illustrates a flowchart of a procedure according to some embodiments of the present disclosure.

FIG. 9 shows a flowchart of a procedure according to some embodiments of the present disclosure.

FIG. 10 shows a flowchart of a procedure according to some embodiments of the present disclosure.

For a better understanding of the aforementioned aspects of the present disclosure, as well as additional aspects and embodiments thereof, reference should be made to the following description in conjunction with the above figures. In the various drawings, like reference symbols indicate like elements. It should be noted that various features may not be drawn to scale. In fact, the dimensions of the various features may be arbitrarily increased or reduced for clarity of description.

100: system 110: server 111: Input and output module 112: memory module 113: Processing module 114: Communication module 120: database 121: Input and output module 122: memory module 123: Processing module 124: Communication module 130: Service station device 131: Input and output module 132: memory module 133: Processing module 134:Communication module 140: user device 141: Input and output module 142: memory module 143: Processing module 144:Communication module

Claims (10)

An electronic system comprising: a server device; a plurality of service station devices; and a database device, wherein the server device further includes: a communication module configured to: communicate with a user device of a user Communication coupling; Receive the user information of the user from the database device; Receive a current serial number and a queue number from a first service station device of a service station; Response to a first demand value of the user information is true, from A second service station device of a first station receives a waiting number of the first station; and in response to a first waiting time being less than a queue time, sends a first signal to the first station to the a user device; a memory module configured to store a plurality of instructions and information; and a processing module configured to be coupled to the communication module and the memory module based on the The following operations are performed based on the instructions and information of the service station: based on the current serial number of the service station, the queue number of the service station and the serial number of the user data, determine the queuing time; respond to the first demand value of the user data as true , determine the first waiting time based on the number of people waiting at the first station; and In response to the first waiting time being less than the queuing time, queuing the user into a queue at the service station and a queue at the first station. The electronic system as claimed in claim 1, wherein the communication module of the server device is further configured to: respond to a second demand value of the user data as true, from a second site to a third service station The device receives a waiting number of the second site; and wherein the processing module of the server device is further configured to: respond to the second demand value of the user data as true, based on the second site The waiting number determines a second waiting time; and in response to a sum of the first waiting time and the second waiting time being less than the queuing time, the user is put into the queue of the service station, the first site The queue and a queue of the second site. The electronic system of claim 2, wherein the communication module of the server device is further configured to: transmit the first signal to the first site in response to the first waiting time being less than the second waiting time to the user device. The electronic system of claim 2, wherein the communication module of the server device is further configured to: in response to the first waiting time not less than the second waiting time, send a second signal to the user device. The electronic system as claimed in claim 1, wherein the communication module of the server device is further configured to: respond to the first demand value of the user data as true, from a third station to a fourth service station The device receives a waiting number at the third station; and in response to a third waiting time being less than the queue time, and the third waiting time being less than the first waiting time, sending a third signal to the third station To the user device, and the processing module of the server device wherein is further configured to: in response to the first demand value of the user data being true, based on the waiting number of the third site, determine the third waiting time; and in response to the third waiting time being less than the queuing time and the third waiting time being less than the first waiting time, queuing the user into a queue at the service station and a queue at the third station. The electronic system of claim 1, wherein the communication module of the server device is further configured to receive a special service list of the service station from the first service station device of the service station; and wherein the server device The processing module is further configured to: determine a special service number based on the current serial number of the service station, the serial number of the user information and the special service list; and based on the current serial number of the service station, the service The queuing number of the station, the serial number of the user information and the number of the special service are used to determine the queuing time. The electronic system as claimed in claim 1, wherein the communication module of the server device is further configured to send a fourth signal to the service station to the first station in response to the completion of a service of the user by the first station user device; and wherein the processing module of the server device is further configured to enqueue the user to a specific one of the queue at the service station in response to the current sequence number of the service station being greater than the sequence number of the user profile Location. A method for sorting by an electronic system, comprising: receiving user data of a user from a database device through a communication module of a server device; Receive a current serial number of the service station and a queue number from a first service station device of a service station; based on the current serial number, the queue number and a serial number of the user data, by a processing module of a server device Group judges a queuing time; in response to a first demand value of the user data being true, the first station is received from a second service station device of a first station by the communication module of the server device A number of people waiting at one point; based on the number of people waiting at the first site, a first waiting time is determined by the processing module of the server device; and in response to the first waiting time being less than the queuing time, by The communication module of the server device transmits a first signal to the first site to the user, and the user is placed into a queue of the service station by the processing module of the server device and the One of the first sites queues. The method of claim 8, further comprising: in response to a second request value of the user data being true, from a third service station device of a second site through the communication module of the server device Receive a waiting number of the second site; based on the waiting number of the second site, determine a second waiting time by the processing module of the server device; respond to the first waiting time and the second A sum of waiting times is less than the queuing time, and the user is put into the queue of the service station, the queue of the first site and the queue of the second site by the processing module of the server device . The method according to claim 8, further comprising: in response to the first demand value of the user data being true, from a fourth service station device at a third site through the communication module of the server device Receiving a number of people waiting at the third site; based on the number of people waiting at the third site, determining a third waiting time by the processing module of the server device; responding to the fact that the third waiting time is less than the queue time, and the third waiting time is less than the first waiting time, the communication module of the server device sends a third signal to the third site to the user, and the server device sends a third signal to the user The processing module queues the user into a queue of the service station and a queue of the third station.

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