TWI719002B - Dynamic processing method and processing system of qualification code - Google Patents

Abstract

無。

Description

Dynamic processing method and processing system of qualification code

The present invention relates to a dynamic processing method and processing system for a qualification code, and more particularly to a dynamic processing method and processing system for a qualification code for distributing queued traffic by the combination of a dispatch code and a qualification code.

With the development of Internet technology, various transactions, information exchanges, or online queuing through the Internet have become a trend.

However, under the existing technology, for a limited quantity of a product or service or for the purpose of controlling quantity, consumers are often required to queue up at a single or a small number of locations, or they must be connected through the Internet. Go to the server host to make a snap purchase or make an appointment. This method will cause consumers to squeeze in a few places for a long queue and wait. Each consumer must complete all the purchase procedures on the spot to change to the next consumer. , Consumers have to spend a lot of time waiting; in addition, when operating in a way that directly buys online or makes online appointments without queuing at the scene, it is also very easy to cause the server to be violent due to short-term Internet traffic. The increase causes the server to be difficult to load, which affects the quality of the network connection and causes consumers to complain.

Therefore, how to construct a set of methods and systems to make the ordering mode and the obtaining mode of goods or services fair and rational, while saving on-site waiting time and increasing service efficiency, is what the present invention intends to disclose.

One of the objectives of the present invention is to make it fair and rational in the qualification ranking mode or qualification obtaining mode of obtaining goods or services.

Another object of the present invention is to save the user's time spent in the on-site qualification ranking mode or qualification acquisition mode.

Another object of the present invention is to improve the accuracy of order judgment in the qualification ranking mode.

In order to achieve the above and other objectives, the present invention provides a dynamic processing system for qualification codes, which allows an electronic device of a user to obtain qualification codes through a network after the start of a qualification code transmission process. The dynamic processing system Including: a host device, connected to the network through a first network interface, and set with a plurality of qualification codes, after the qualification code sending process starts, the host device sends the dispatch code to the corresponding number-collecting station; and at least A number picking device is set at the corresponding number picking station, connected to the network through a second network interface to establish a connection with the host device, and the number picking device displays the dispatch code based on the received dispatch code For the user’s electronic device to scan, the number-taking device dynamically updates the displayed delivery code after receiving the new delivery code, where the user’s electronic device is updated by the scanned delivery code After connecting to the host device and requesting the qualification code, the host device sends one of the qualification codes that have not been dispatched to the electronic device, and when the qualification codes are still not dispatched, the host device Only then can the new delivery code be sent to the corresponding number picking device for the next scan.

In an embodiment of the present invention, the electronic device of the user scans the dispatch code and submits a scan time stamp to the host device, and the host device determines the qualifications that have not been dispatched based on the scan time stamp The sequence of obtaining the code further defines a qualification sequence data.

In an embodiment of the present invention, the host device records a corresponding dispatch time stamp on the dispatch time point of each dispatch code, and the host device waits for a check time from the time point of the dispatch time stamp. If the corresponding scan time stamp is not received within the time, the delivery code will become invalid, and the invalid delivery code cannot be used for the request and acquisition of the qualification code.

In an embodiment of the present invention, the host device waits for a delay time from the time point of the dispatch time stamp, and when the delay time ends, the host device responds to the qualification code request that has received the request but has not yet performed the qualification code dispatch The order is determined according to the scanning timestamp corresponding to each order, so as to define the qualification order data and dispatch the qualification codes that have not been dispatched.

In an embodiment of the present invention, it further includes: at least one qualification check station connected to the network through a third network interface to establish a connection with the host device, and the at least one qualification check station scans to obtain the user’s The qualification code displayed by the electronic device is transmitted to the host device for inspection, and the inspection result returned by the host device is received.

In an embodiment of the present invention, the host device generates the qualification check time shunt information corresponding to each qualification code according to the qualification sequence data, so that the user can follow and perform the qualification check within the corresponding time.

In an embodiment of the present invention, the host device transmits the dispatch code to the number picking device of the corresponding number picking station at every predetermined interval time or receives a request from the number picking device of at least one number picking station The dispatch code is sent to the number-taking device of the corresponding number-taking station at the time of the command, and one of the two is used to transmit the dispatch code, wherein the number-taking device of the at least one number-taking station is generated by the user's external operation The request instruction.

In an embodiment of the present invention, the delivery code and the qualification code are both two-dimensional bar codes.

In order to achieve the above and other objectives, the present invention also proposes a dynamic processing method for the qualification code, which allows an electronic device of a user to obtain the qualification code through a network after the start of a qualification code transmission process. The dynamic processing is The method includes: a dispatch code dispatching step, a host device transmits the dispatching code to the corresponding number collecting station through the network when the qualification code sending process starts; a dispatching code display step, a number collecting device receives it through the network The delivery code of is displayed according to the received delivery code; and a qualification code delivery step, the host device is connected to the host device and qualified by the user’s electronic device through the scanned delivery code After the code request, the host device sends one of the multiple qualification codes that have not been dispatched to the electronic device. When the qualification codes are still unsent, it will return to the dispatch code dispatch step to dispatch a new dispatch The code is assigned to the corresponding number-taking station for the next scan.

As a result, under the construction of the system of the present invention, there is no need to be in a single place and the processing conditions under the conventional technology at the same time. The present invention can provide multiple locations for multiple people and multiple points to dynamically obtain the dispatch code through the electronic device. In order to distribute the queuing traffic, save the time required to obtain the delivery code, and avoid the dilemma of long queues at a single location; in addition, the qualification code can be checked in batches and time slots (diversion) at multiple locations. You can check the qualification code when you are in the number section, so as to avoid having to queue and wait at the scene. The qualification code dynamic processing system and method provided by the present invention can also be effectively implemented for distribution planning, and the industry can use this to effectively make the ranking mode and the acquisition mode of goods or services fair and rational, and increase its processing effectiveness.

In order to fully understand the purpose, features and effects of the present invention, the following specific embodiments are used to illustrate the present invention in detail with the accompanying drawings. The description is as follows:

The present invention constructs a dynamic processing system for the qualification code through the data communication between the user's electronic device, the number-taking device of the number-taking station, and the checking device of the qualification checking station, and between these three and the host device. Approach. The user’s electronic devices can be, for example, smart phones, tablets, portable computers, personal digital assistants and other devices or devices that can be connected to the Internet. Examples of number-taking devices at number-taking stations and inspection devices at qualification inspection stations For example, it can be a desktop computer, a portable computer, a smart phone, a tablet computer, and peripheral devices or devices that can be connected to the Internet.

First, please refer to FIG. 1a, which is a functional block diagram of the dynamic processing system for the qualification code in an implementation mode of obtaining the qualification code in an embodiment of the invention. The dynamic processing system of the qualification code disclosed in an embodiment of the present invention is for the user's electronic device 400 to obtain the qualification code through a network after the qualification code sending process starts. Among them, the start of the qualification code sending procedure is, for example, the opening of the registration procedure of the purchase qualification of goods, the opening of the registration procedure of the purchase qualification of specific services, the opening of the registration procedure of the facility use qualification, etc.

The dynamic processing system of the qualification code disclosed in the present invention includes a host device 100 and a number obtaining device 210. The host device 100 is connected to the network through the first network interface 110 (such as a network card or other devices or interface cards that can establish a connection with the network). The host device 100 is pre-configured to be produced and delivered Multiple qualification codes, and the dispatch code is sent to the corresponding number-taking station 200 after the qualification code sending procedure starts. Among them, the setting of plural qualification codes can be, for example, as follows: (1) Only the host device 100 sets the upper limit of the number of qualification codes sent, and each qualification code is determined by the host device 100 while still having unsent The quantity quota will be generated for delivery; the other is to store a preset quantity of plural qualification codes in the host device 100 in advance, for example, (2), and then use them one by one in each delivery. In addition, the transmission time point of the dispatch code Sc can be, for example, the following two methods or other methods: (1) The host device 100 sends out regularly and transmits the dispatch code Sc to the corresponding fetching code every predetermined interval time. In the number taking device 210 of the number station 200; or (2) generated by the user operating the number taking device 210 (for example, through a touch screen or a specific button), that is, the number taking is received from the host device 100 Only when the number taking device 210 of the station 200 requests an instruction, the new dispatch code Sc is sent to the corresponding number taking device 210 of the number taking station 200 for the number taking device 210 to display.

The number taking device 210 is set at the corresponding number taking station 200, and the number taking device 210 is connected to the network through a second network interface 220 (such as a network card or other devices or interface cards that can establish a connection with the network) To establish a connection with the host device 100. The number taking device 210 displays the information of the dispatch code Sc based on the received dispatch code Sc for the user's electronic device 400 to scan. In addition, the number taking device 210 dynamically updates the displayed dispatch code Sc after receiving the new dispatch code Sc, and the update time point can be, for example, the two methods described above or other methods.

Based on this, after the user's electronic device 400 connects to the host device 100 by scanning the delivery code Sc and submits the qualification code request Ic-req information, the host device 100 selects the qualification codes Ic Deliver one of the qualification codes Ic that have not been delivered to the electronic device 400 of the user. In addition, the host device 100 will only send a new delivery code Sc to the corresponding number picking device 210 when the qualification codes Ic are still undelivered, for the next user to perform the scanning operation.

Next, please refer to Figure 1b, which is a schematic diagram of the example of using a two-dimensional bar code as a delivery code in Figure 1a. As shown in the figure, the operator 500 can set the scheduled sending time, the length of the sending period, the number of stations and the number of qualification codes in the host device 100 through the qualification code dynamic processing system disclosed in the present invention, and the qualification can be set The starting time point of the code sending procedure is for the host device 100 to start the qualification code sending procedure when the set conditions are met. In addition, in this embodiment, the number picking device 210 of the number picking station 200 (for example, a computer, which can be used through its screen) is used to display the dispatch code (for example, a two-dimensional bar code). Corresponding to a plurality of users in the queue, each user can scan the delivery code displayed by the number picking device 210 on the spot with his electronic device 400, and then connect with the host device 100 to perform the qualification code Made. Under the operation of the qualification code dynamic processing system of the embodiment of the present invention, the status of the request of the qualification code corresponding to the user's electronic device 400 to the host device 100 is used to determine the order of each user, and the order is determined according to this order. The qualification codes are sent sequentially in sequence. Once the preset number of qualification codes is sent or the sending period ends, the host device 100 stops the qualification code sending process. On the other hand, as also shown in FIG. 1b, with the multiple number-taking stations 200 site configuration, the number-taking locations can be spread all over the place, and the traffic can be distributed at multiple points to avoid centralized and lengthy queuing.

However, in order to make the judgment of the sequence of obtaining the qualification codes accurate and avoid data misjudgment or speculation, please return to FIG. 1a. In the embodiment of the present invention, the electronic device 400 of the user scans the dispatch code Sc After that, a scan time stamp is merged into the qualification code request Ic-req and submitted to the host device 100. The host device 100 can determine the acquisition order of the qualification codes according to the scan time stamp, and then define a qualification sequence data.

Further, the host device 100 may further record a corresponding dispatch time stamp at the dispatch time point of each dispatch code Sc, so that the host device 100 can wait for a check time from the dispatch time point of the dispatch code Sc, and within the check time When the corresponding scan time stamp is not received, the delivery code will become invalid. The invalid delivery code is no longer available for requesting and obtaining the qualification code, even if the user’s electronic device 400 scans the invalid delivery code and connects to it. When the host device 100 is the host device 100, the request sent by the user's electronic device 400 will also be rejected by the host device 100. For example, this mechanism can prevent the delivery code from being repeatedly used or stolen. In addition, when the user’s electronic device 400 merges the scanning timestamp into the qualification code request Ic-req and submits it to the host device 100, it can also merge a user identity information of the user, which is available for subsequent follow-up. Further verification during the qualification code check at the qualification check station.

Furthermore, the host device 100 can wait for a delay time from the time point of the dispatch time stamp. When the delay time is over, the host device 100 has received the qualification code request Ic-req but has not yet performed the qualification code Ic. The order of the dispatched request is determined according to the scan timestamp corresponding to the Ic-req command of each qualification code request to define the qualification sequence data. For example, this mechanism can make the network connection speed slower, but the actual scanning time is actually an earlier user, and can maintain their qualification sequence within a certain limit (determined by the length of the delay time).

Next, please refer to FIG. 2a, which is a functional block diagram of the qualification code dynamic processing system in an embodiment of the present invention under the implementation mode of verifying the qualification code. The dynamic processing system of the qualification code further includes: at least one qualification check station 300. Each of the qualification checking stations 300 is connected to the network via the checking device 310 through a third network interface 320 (such as a network card or other devices or interface cards capable of establishing a connection with the network) to establish a connection with the host device 100 connection. The qualification check station 300 scans the qualification code Ic displayed by the user’s electronic device 400 and sends it to the host device 100 for checking. When the check result Result returned by the host device 100 is "passed", it holds The user with the qualification code can obtain the goods or services; conversely, when the result of the check from the host device 100 is "Rejected", the user with the qualification code cannot obtain the goods or services, which also represents the qualification code Has been used or is invalid. In other words, the dynamic processing system of the qualification code of the present invention is to obtain and check the qualification code at different time points. In addition, the host device 100 can also generate the corresponding qualification code for each qualification code according to the aforementioned qualification sequence data. The qualification check time shunts information for users to follow and go to the corresponding check station for qualification check within the corresponding time. This makes the dynamic processing system of the qualification code of the present invention provide a shunting effect, which is useful for purchasing goods and using services. Applications such as visits to exhibitions, amusement facilities diversion and queuing can save users the time needed in the qualification ranking mode or qualification acquisition mode.

Please refer to Fig. 2b, which is a schematic diagram of the example of using a two-dimensional barcode as the qualification code in Fig. 2a. Under the use of the qualification check time shunt information, the user only needs to go to the qualification check station 300 for the check according to the designated time, so that there is no need to wait in line for the check at the same time, but can be fast and fair. To obtain goods or services in a more efficient, rationalized, and efficient manner. In addition, for example, the qualification inspection station 300 can scan and obtain the qualification code (a two-dimensional barcode for example) displayed by the user's electronic device 400 through an image capture device 312 of the inspection device 310, and send it to the host The device 100 performs an inspection.

Next, please refer to FIG. 3, which is a flow chart of the dynamic processing method of the qualification code in an embodiment of the present invention. The dynamic processing method of the qualification code disclosed in the present invention allows the user's electronic device to obtain the qualification code through a network after the start of a qualification code sending procedure. The dynamic processing method includes: a dispatch code dispatch step S10: host When the qualification code sending process starts, the device transmits the dispatch code to the corresponding number-collecting station through the network; a dispatch code display step S20: The number-collecting device is the dispatch code received through the network and is based on the received dispatch code A qualification code dispatching step: in step S31, the electronic device of the host device and the user connects to the host device by scanning the dispatch code displayed by the corresponding number-taking station and after the qualification code request is made, the host device The device dispatches an unsent qualification code to the electronic device; then enters step S32, and when the qualification codes still have undelivered persons, it returns to the dispatch code dispatch step S10 and dispatches a new dispatch code to the corresponding number collection The station is ready for the next scan. When there are still no undelivered qualification codes, it means that the number of scheduled qualification codes has been sent, and the sending of the qualification codes ends.

In the above-mentioned qualification code sending procedure, the host device can scan the dispatch code and make the user's electronic device submit a scan time stamp to the host device, and the host device is based on the scan time stamp. Determine the order of obtaining the qualification codes that have not been dispatched, the host device further defines a qualification sequence data; further, a corresponding dispatch time stamp is recorded at the dispatch time point of each dispatch code, and the host device is Wait for an inspection time from the time of the dispatch time stamp. When the corresponding scan timestamp is not received within the inspection time, the dispatch code becomes invalid, and the invalid dispatch code cannot be used for the request and acquisition of the qualification code; Further, at the time of the dispatch time stamp, a delay time is waited, and when the delay time is over, the host device responds to the instruction of the qualification code request that has received the request but has not yet performed the qualification code dispatch, according to the scan corresponding to each instruction The time stamp determines the sequence to define the qualification sequence data and dispatch the qualification codes that have not been dispatched. With the dynamic processing method disclosed in the present invention, a quick, fair, and reasonable ordering mode of goods or services can be established.

Next, please refer to FIG. 4, which is a check flow chart of the dynamic processing method of the qualification code in an embodiment of the present invention. After the above qualification code sending procedure is completed, the qualification check step can be performed, that is, at least one qualification check station is connected to the host device through the network, and the qualification code displayed by the user’s electronic device is scanned and sent to The host device performs the inspection and receives the inspection result returned by the host device, thereby constructing an efficient mode of obtaining goods or services. For example, as shown in FIG. 4, in step S100, the host device diversifies information according to the qualification check time (it may also contain diversified information corresponding to the check station), and transmits the qualification check notification to the corresponding user through the network Then in step S200, the user goes to the corresponding qualification check station to show the qualification code stored in the electronic device; then in step S300, the qualification code displayed by the user's electronic device is scanned by the check device of the qualification check station; In step S400, the host device performs a check and replies to the check result and the check device of the corresponding qualification check station; finally, when the check is a passing result, it proceeds to step S410, and when the check is a rejection result, it proceeds to step S420.

Based on this, for example, the method used in the qualification code sending program is to provide APP members with the mobile phone (the user's electronic device) to scan the dynamic code (delivery code) based on the number picking ladder, date, time period, number of stations, and number of issued. , After scanning, the binding member will send the obtained dispatch code and related information (qualification code request Ic-req) to the host device. The host device will dynamically issue the next dispatch code to the number collection station, and the host device will follow The sequence in which the member sends the qualification code request Ic-req (the related data processing technology has been described above) dynamically generates the check sequence. In addition, all the qualification codes Ic are unique and encrypted and have their validity period at the same time. Take, for example, the method used in the qualification code verification procedure. According to the obtained qualification code Ic, the member diverts information at a specific time period and the number section of the qualification code Ic according to the qualification code Ic, and performs qualification code verification at each inspection station. The station sends the scanned qualification code Ic information to the host device, and the host device returns the inspection result to the corresponding inspection station. The corresponding inspection station will display the member name and the inspection result (pass or reject) on the inspection device. If it is rejected, tie it Error messages, such as: incorrect time slot, incorrect session, repeated verification, or number has passed... and other error messages.

In summary, the dynamic processing system or method of the qualification code disclosed in the embodiment of the present invention can perform qualification checks at multiple locations according to a specific time period and a specific number segment to achieve traffic dispersion and increase efficiency. In addition, because the qualification code has timeliness, uniqueness and identity verification, it is not easy to have problems such as theft, queuing (scalpers) or repeated use. Therefore, the dynamic processing system or method of the qualification code of the present invention has at least the following advantages: 1. Multi-sites and multiple people can dynamically obtain the qualification code through the dispatch code simultaneously, thereby distributing the traffic without going through the cash flow payment procedure. Save the time to obtain the qualification code and avoid the dilemma of long queues to a single base. 2. By using any one or a combination of scanning timestamps, delivery timestamps, inspection time, delay time, member information, and platform information, products that can be fair and rationalized through special processing and judgment mechanisms on data Or the ordering mode of services. 3. It is possible to check the qualification code displayed on the mobile phone in batches and time periods at multiple locations. Consumers only need to come to the scene to check the qualification when it is the turn of the number segment at that time period. Avoid having to queue and wait at the scene. Time can be effectively arranged. And maintain the order and quality of activities. 4. Through the multi-point synchronization qualification verification mechanism, applications such as product collection, event registration, and service exchange can also be provided.

The present invention has been disclosed in a preferred embodiment above, but those skilled in the art should understand that the embodiment is only used to describe the present invention and should not be construed as limiting the scope of the present invention. It should be noted that all changes and substitutions equivalent to this embodiment should be included in the scope of the present invention. Therefore, the protection scope of the present invention should be defined by the scope of the patent application.

100‧‧‧Host device 110‧‧‧First network interface 200‧‧‧Number Picking Station 210‧‧‧Number picking device 220‧‧‧Second network interface 300‧‧‧Qualification Inspection Station 310‧‧‧Inspection device 312‧‧‧Image capture device 320‧‧‧Third network interface 400‧‧‧User's electronic device 500‧‧‧Producer S10~S32‧‧‧Step S100~S420‧‧‧Step Sc‧‧‧Delivery Code Ic-req‧‧‧Qualification Code Request Ic‧‧‧Qualification Code Result‧‧‧Inspection result

[Fig. 1a] is a functional block diagram of the dynamic processing system of the qualification code in an embodiment of the present invention in the implementation mode of obtaining the qualification code. [Figure 1b] is a schematic diagram of the example in Figure 1a using a two-dimensional bar code as a delivery code. [Fig. 2a] is a functional block diagram of the dynamic processing system of the qualification code in the implementation mode of verifying the qualification code in an embodiment of the present invention. [Figure 2b] is a schematic diagram of the example in Figure 2a using a two-dimensional barcode as the qualification code. [Figure 3] is a flow chart of the dynamic processing method for the qualification code in an embodiment of the present invention. [Figure 4] is a check flow chart of the dynamic processing method of the qualification code in an embodiment of the present invention.

S10~S32‧‧‧Step

Claims (16)

A dynamic processing system for a qualification code is for an electronic device of a user to obtain the qualification code through a network after the start of a qualification code transmission process. The dynamic processing system includes: a host device through a first The network interface is connected to the network, and a plurality of qualification codes are set. After the qualification code sending process starts, the host device sends the dispatch code to the corresponding number collection station; and at least one number collection device is set to the corresponding number collection station. The number station connects to the network through a second network interface to establish a connection with the host device. The number picking device displays the dispatch code based on the received dispatch code for the user’s electronic device to scan. The number-retrieving device dynamically updates the displayed delivery code after receiving the new delivery code. The host device is used to connect the user’s electronic device to the host device through the scanned delivery code. After the qualification code request is made, the host device sends one of the qualification codes that have not been dispatched to the electronic device, wherein the host device is used to pass the qualification code of the dispatch code when it meets the expiration condition of the dispatch code The request is rejected, and the host device can only send a new dispatch code to the corresponding number picking device for the next scan when the qualification codes are still unsent. The dynamic processing system according to claim 1, wherein the electronic device of the user submits a scan time stamp to the host device after scanning the dispatch code, and the host device The device determines the acquisition sequence of the qualification codes that have not been dispatched according to the scanning time stamp, and then defines a qualification sequence data. The dynamic processing system according to claim 2, wherein the host device records a corresponding dispatch time stamp on the dispatch time point of each dispatch code, and the host device waits for a check time from the time point of the dispatch time stamp, If the corresponding scan time stamp is not received within the inspection time, the dispatch code will become invalid when it meets the invalidation condition. The dynamic processing system according to claim 3, wherein the host device waits for a delay time from the time point of the dispatch time stamp, and when the delay time expires, the host device has received the request but has not yet sent the qualification code The order of the qualification code request is determined according to the scanning timestamp corresponding to each command to define the qualification order data and dispatch the qualification codes that have not been dispatched. The dynamic processing system according to claim 4, wherein the host device transmits the dispatch code to the number picking device of the corresponding number picking station at a predetermined interval time or receives the number picking from at least one number picking station The request command of the device only sends the dispatch code to the number-taking device of the corresponding number-taking station, and one of the two is used to transmit the dispatch code, wherein the number-taking device of the at least one number-taking station is external to the user Operation to generate the request instruction. The dynamic processing system according to any one of claims 1 to 5, which further comprises: at least one qualification checking station, which is connected to the network through a third network interface to establish a connection with the host device, the at least one The Qualification Check Station scans to obtain the user’s electricity The qualification code displayed by the sub-device is sent to the host device for inspection, and the inspection result returned by the host device is received. According to the dynamic processing system of claim 6, wherein the host device generates the qualification check time shunt information corresponding to each qualification code according to the qualification sequence data for the user to follow and perform the qualification check within the corresponding time. The dynamic processing system according to claim 7, wherein the dispatch code and the qualification code are both two-dimensional bar codes. A dynamic processing method for a qualification code is for an electronic device of a user to obtain the qualification code through a network after the start of a qualification code sending procedure. The dynamic processing method includes: a dispatch code dispatching step, and a host device After the qualification code sending process starts, the dispatch code is sent to the corresponding number-collecting station through the network; a dispatch code display step, a number-collecting device is the dispatch code received through the network and based on the received The delivery code is displayed; and a qualification code delivery step, the host device is used to send the host device after the user’s electronic device is connected to the host device by scanning the delivery code and the qualification code request is made One of the multiple qualification codes that has not been dispatched is given to the electronic device, and the host device is used to reject the qualification code request through the dispatch code when the dispatch code's invalidation condition is met, and the qualification codes remain When there is a person who has not been dispatched, it will return to the dispatching code dispatching step to dispatch a new dispatching code to the corresponding number-collecting station for the next scan. The dynamic processing method according to claim 9, wherein after scanning the dispatch code, a scan time stamp is submitted to the host device, and the host device determines the acquisition of the qualification codes that have not been dispatched according to the scan time stamp Order, and then define a qualification order data. For the dynamic processing method described in claim 10, a corresponding dispatch time stamp is recorded on the dispatch time of each dispatch code, and the host device waits for a check time from the time of the dispatch time stamp. When the corresponding scan time stamp is not received within the time, the dispatch code will become invalid if it meets the invalidation condition. The dynamic processing method according to claim 11, wherein a delay time is waited from the time point of the dispatch time stamp, and the host device has received the request but has not yet performed the qualification code request for the qualification code when the delay time ends. The order is determined according to the scanning timestamp corresponding to each order, so as to define the qualification order data and dispatch the qualification codes that have not been dispatched. The dynamic processing method according to claim 12, wherein the host device transmits the dispatch code to the corresponding number-taking station at every predetermined interval time or starts to transmit when it receives a request command from at least one number-taking station The dispatch code is sent to the corresponding number obtaining station, one of the two is used to transmit the dispatch code, wherein the at least one number obtaining station generates the request command by the user's external operation. The dynamic processing method according to any one of claim 9 to 13, which further comprises: a qualification checking step, at least one qualification checking station is connected to the host device through the network, and by scanning the user's electronic device The displayed qualification code is transmitted to the host device for verification, and the verification result returned by the host device is received. The dynamic processing method as described in claim 14, wherein in the qualification code dispatching step, the qualification check time shunt information corresponding to each qualification code is generated according to the qualification sequence data for the user to follow and in the corresponding time Perform qualification checks. The dynamic processing method according to claim 15, wherein the dispatch code and the qualification code are both two-dimensional bar codes.

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