TW201717049A - Dynamic processing method and system for qualification codes avoiding the awkward situation of a long queue on a single foothold - Google Patents

Abstract

This invention discloses a dynamic processing method and system for qualification codes. Dispatched codes are transmitted to corresponding number generating stations by host devices and are displayed by the number generating stations, then, electronic devices of users are connected to the host devices by the dispatched codes obtained by scanning, the qualification codes are requested, one of a plurality of un-dispatched qualification codes is dispatched by the host devices to the electronic devices after the qualification codes are successfully requested, and when some of the qualification codes are not dispatched, new dispatched codes are dispatched to the corresponding number generating stations so as to be scanned next time; in addition, the host devices can be sequentially arranged and shunted into each of qualification examination stations by virtue of the qualification codes. Therefore, qualification can be synchronously and dynamically obtained by a plurality of persons at a plurality of sites, and the flow can be dispersed, so that the qualification obtaining time is shortened, and the awkward situation of a long queue on a single site can be avoided.

Description

Dynamic processing method and processing system for 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 a processing system for a qualification code for performing distributed queued traffic by assigning a combination of a code and an qualification code.

Under the development of network technology, various transactions, information exchange or online queuing through the Internet have become a trend.

However, under the existing technology, when a product or service is limited or controlled, the consumer is often required to queue up in a single or a specific number of locations, or must be connected through the Internet. On the server host to make a panic or make an appointment, this way will cause consumers to rush into a few places to queue and wait for a long time. Each consumer must complete all purchase procedures on site to change to the next consumer. So that consumers have to spend a lot of time waiting for it; in addition, when they are directly online or online, and do not need to be queued in the field, it is very easy to cause the server to run out of network traffic in a short time. As a result, the server is difficult to load and thus affects the quality of the network connection, causing consumers to complain.

Therefore, how to construct a set of methods and systems to make the sorting mode and the acquisition mode of goods or services fair and rationalized, while saving on-site waiting time and increasing service efficiency, is the subject of the present invention.

One of the objects of the present invention is to enable fairness and rationalization of the qualification ordering mode or qualification acquisition mode for obtaining goods or services.

Another object of the present invention is to save time spent by the user on the qualification ordering mode or the qualification acquisition mode of the site.

Still another object of the present invention is to improve the accuracy of the order judgment in the qualification ordering mode.

In order to achieve the above and other objects, the present invention provides a dynamic processing system for a qualification code, which is used by an electronic device of a user to obtain an authentication code through a network after a qualification code transmission process is started. The method includes: a host device connected to the network through a first network interface, and configured with a plurality of qualification codes, the host device transmits a delivery code to the corresponding numbering station after the qualification code sending process starts; and at least a numbering device is disposed at the corresponding numbering station, and is connected to the network device through a second network interface to establish a connection with the host device, and the numbering device displays the sending code based on the received sending code. The electronic device for scanning by the user, the receiving device dynamically updates the displayed delivery code after receiving the new delivery code, wherein the electronic device of the user is obtained by scanning the obtained delivery code. After connecting to the host device and requesting the qualification code, the host device delivers one of the qualification codes that have not been dispatched to the electronic device, and the authenticity code remains When the delivery is not by the host device before they can be delivered to a new delivery code scanning device for the corresponding check number.

In an embodiment of the present invention, the electronic device of the user submits a scan time stamp to the host device after scanning the delivery code, and the host device determines the qualifications that have not been delivered according to the scan time stamp. The order in which the codes are obtained, thereby defining a qualification order data.

In an embodiment of the present invention, the host device records a corresponding delivery time stamp at the delivery time of each delivery code, and the host device waits for a verification time at the time of dispatching the time stamp. When the corresponding scan time stamp is not received within the time, the delivery code is invalid, and the invalid delivery code cannot be requested and obtained by the qualification code.

In an embodiment of the present invention, the host device waits for a delay time from the time when the time stamp is sent. When the delay time ends, the host device requests the eligibility code for the eligibility code to be sent for the request. The instructions determine the order according to the scan time stamp corresponding to each instruction, to define the qualification order data and to deliver the qualification codes that have not been dispatched.

In an embodiment of the present invention, the method further includes: at least one qualification check station connecting the network through a third network interface to establish a connection with the host device, wherein the at least one qualification check station scans the user The qualification code displayed by the electronic device is transmitted to the host device for verification, 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 diversion information corresponding to each qualification code according to the qualification sequence data, so that the user can follow the qualification check in the corresponding time.

In an embodiment of the present invention, the host device transmits a dispatch code to a corresponding numbering device of the corresponding numbering station or a request for receiving the numbering device of the at least one receiving station every other preset time interval. When the command is sent, the dispatching code is sent to the corresponding numbering device of the picking station, and the two of them send the sending code, wherein the picking device of the at least one picking station is generated by the external operation of the user. The request instruction.

In an embodiment of the invention, the dispatch code and the qualification code are both two-dimensional barcodes.

In order to achieve the above and other objects, the present invention further provides a method for dynamically processing a qualification code, which is used by an electronic device of a user to obtain an authentication code through a network after a qualification code transmission process is started. The method comprises: a sending and sending step, a host device is configured to send a sending code to the corresponding picking station through the network at the beginning of the qualification code sending process; and a sending code display step, wherein the receiving device receives the network through the network And sending the code according to the received delivery code; and an eligibility code delivery step, the host device is connected to the host device by the electronic code device of the user by the scanned delivery code and is qualified After the code request, the host device sends one of the multiple qualification codes that have not been sent to the electronic device, and when the qualification code still has not been dispatched, the device returns to the delivery code delivery step to deliver a new delivery. The code is given to the corresponding station for the next scan.

Thereby, under the system construction of the invention, the processing condition under the prior art at a single place and at the same time does not need to be required, and the present invention can provide a multi-site for multi-person multi-point synchronization to dynamically obtain the dispatch code by the electronic device. In order to disperse the queuing traffic, the time required to obtain the dispatch code can be saved, and the dilemma of a single long queue can be avoided. In addition, the multi-sites can be divided into batches (split) to check the qualification code, and the consumer should turn the time. When you are in the number section, you can check the qualification code and avoid queuing and waiting at the scene. The dynamic code processing system and method provided by the invention can also be effectively realized for the shunt planning, and the operator can effectively make the sorting mode and the acquisition mode of obtaining goods or services fair and rationalized, and increase the processing thereof. effectiveness.

In order to fully understand the objects, features and advantages of the present invention, the present invention will be described in detail by the following specific embodiments and the accompanying drawings.

The invention constructs a dynamic processing system for the qualification code by means of the electronic communication of the user, the access device of the pick-up station and the inspection device of the qualification check station, and the data communication between the three and the host device. Approach. The user's electronic device can be, for example, a smart phone, a tablet computer, a portable computer, a personal digital assistant, and the like, and can be connected to the network device or device, and the access device of the pick-up station and the inspection device of the qualification check station are exemplified. It can be a device or device that can connect to a network such as a desktop computer, a portable computer, a smart phone, a tablet computer, and a peripheral device.

First, please refer to FIG. 1a, which is a functional block diagram of a dynamic processing system for an eligibility code in an implementation manner of obtaining an eligibility code according to an embodiment of the present invention. The dynamic processing system for the qualification code disclosed in the 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 transmission process is started. The start of the qualification code transmission program is, for example, the opening of the registration procedure for the purchase qualification of the product, the opening of the registration procedure for the purchase qualification of the specific service, and the opening of the registration procedure for the qualification of the facility.

The dynamic processing system of the qualification code disclosed by the present invention comprises: a host device 100 and a numbering device 210. The host device 100 is connected to the network through a first network interface 110 (such as a network card or other device or interface card capable of establishing a connection with the network), and the host device 100 is pre-configured to be delivered for delivery. The plurality of qualification codes are transmitted, and the delivery code is transmitted to the corresponding numbering station 200 after the qualification code transmission process starts. For example, the setting of the plurality of qualification codes may be: (1) setting only the upper limit of the number of qualification code transmissions to the host device 100, and each qualification code is still undelivered by the host device 100. The quantity quota will be generated for delivery; the other is as follows (2) pre-stores a preset number of plural qualification codes in the host device 100, and then uses them one by one in each delivery. In addition, the transmission time point of the delivery code Sc can be, for example, the following two methods or other manners: (1) The host device 100 sends out the timing and transmits the delivery code Sc to the corresponding corresponding interval time. In the device 210 of the station 200; or (2) generated by the user operating the device 210 (for example, through a touch screen or a specific button), that is, the host device 100 receives the number When the request instruction of the device 210 of the station 200 is commanded, the new delivery code Sc is transmitted to the corresponding numbering device 210 of the numbering station 200 for display by the numbering device 210.

The access device 210 is disposed in the corresponding access station 200, and the access device 210 is connected to the network through a second network interface 220 (such as a network card or other device or interface card capable of establishing a connection with the network). To establish a connection with the host device 100. The numbering device 210 displays the information of the delivery code Sc based on the received delivery code Sc for scanning by the user's electronic device 400. In addition, the numbering device 210 dynamically updates the displayed delivery code Sc after receiving the new delivery code Sc, and the update time point can be, for example, the two modes or other manners as described above.

Based on this, after the user's electronic device 400 is connected to the host device 100 by the scanned delivery code Sc and the submission of the qualification code request Ic-req information, the host device 100 is from the qualification code Ic. One of the qualification codes Ic that has not been dispatched is dispatched to the electronic device 400 of the user. In addition, when the host device 100 still has not been dispatched, the new delivery code Sc is sent to the corresponding device 210 for the next user to perform the scanning operation.

Next, please refer to FIG. 1b, which is a schematic diagram of the example in FIG. 1a with a two-dimensional barcode as a dispatch code. 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 can set the qualification. At the start time of the code transmission program, the host device 100 starts the qualification code transmission program when the set conditions are satisfied. In addition, the present embodiment transmits a code (for example, a two-dimensional barcode) through the numbering device 210 (for example, a computer and through its screen) of the numbering station 200, at the site of each numbering station 200. Corresponding to the plurality of users who are queued, each user can scan the delivery code displayed by the numbering device 210 on the spot by the electronic device 400, and then connect with the host device 100 to perform the qualification code. Made. In the operation of the dynamic code dynamic processing system of the embodiment of the present invention, the order of each user is determined by requesting the status code of the host device 100 corresponding to the qualification code of the electronic device 400 of the user, and according to the sequence The qualification code is sequentially transmitted in sequence, and once the preset number of the qualification codes is transmitted or the transmission period ends, the host device 100 stops the qualification code transmission program. On the other hand, as shown in FIG. 1b, by means of the site configuration of the plurality of pick-up stations 200, the locations of the pick-ups can be spread all over the place, so that multiple points can be shunted to avoid centralized and lengthy queuing.

However, in order to make the judgment of the order of 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 delivery code Sc. Then, 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 order of obtaining the qualification code according to the scan time stamp, thereby defining a qualification order data.

Further, the host device 100 may further record a corresponding delivery time stamp at the delivery time point of each delivery code Sc, and the host device 100 waits for a check time from the time point of the delivery time stamp, during the inspection time. When the corresponding scan time stamp is not received, the delivery code is invalid, and the invalid delivery code cannot be requested and obtained by the qualification code again, even if the user's electronic device 400 scans the failed delivery code and connects to In the case of the host device 100, the host device 100 also rejects the request transmitted by the user's electronic device 400. This mechanism, for example, avoids the fact that the dispatch code is reused or stolen. In addition, when the user's electronic device 400 merges the scan time stamp into the qualification code request Ic-req and submits it to the host device 100, the user identity information of the user may be merged. Further verification at the qualification checkpoint for the qualification code inspection.

Further, the host device 100 can wait for a delay time from the time when the time stamp is sent. When the delay time ends, the host device 100 requests the Ic-req for the received qualification code without the qualification code Ic. The dispatch request determines the order of the scan time stamp corresponding to the Ic-req command according to each qualification code to define the qualification order data. This mechanism, for example, allows a user who is at a slower network connection speed, but the actual scan time is actually earlier, and can maintain its qualification order within a certain limit (determined by the length of the delay).

2a is a functional block diagram of the dynamic processing system of the qualification code in the implementation mode of the verification qualification code according to an embodiment of the present invention. The dynamic processing system of the qualification code further comprises: at least one qualification check station 300. Each of the qualification check stations 300 is connected to the host device 100 via the inspection device 310 via a third network interface 320 (eg, a network card or other device or interface card capable of establishing a connection with the network). connection. The eligibility check station 300 scans the eligibility code Ic displayed by the user's electronic device 400 and transmits it to the host device 100 for verification. When the verification result Result of the host device 100 is "passed", the certificate is held. The user of the qualification code can obtain the goods or services; otherwise, when the result of the verification by the host device 100 is "rejected", the user who holds the qualification code cannot obtain the goods or services, and 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 performs the acquisition and verification of the qualification code at different time points. In addition, the host device 100 can generate each qualification code according to the foregoing qualification sequence data. Qualification inspection time diversion information for the user to follow and to conduct qualification examination to the corresponding inspection station within the corresponding time, which makes the dynamic processing system of the qualification code of the invention provide the effect of diversion, for purchasing goods and using services Applications such as visits to exhibitions and queuing queues for amusement facilities can save users time spent in the qualification sorting mode or qualification acquisition mode.

Next, please refer to FIG. 2b, which is a schematic diagram of the example in FIG. 2a with the two-dimensional barcode as the qualification code. Under the use of the qualification inspection time diversion information, the user only needs to go to the qualification inspection station 300 for inspection according to the designated time, so that it is not necessary to concentrate on the same time for queuing and waiting for inspection, and can be quickly and fairly Get goods, services, and rationalization and efficiency. For example, the eligibility check station 300 can scan and obtain the eligibility code displayed by the user's electronic device 400 (for example, a two-dimensional bar code) through an image capture device 312 of the inspection device 310 for transmission to the host. The device 100 performs an inspection.

Referring to FIG. 3, it is a flow chart of the dynamic processing method of the qualification code in an embodiment of the present invention. The dynamic processing method for the qualification code disclosed by the present invention is for the electronic device of the user to obtain the qualification code through a network after the start of the qualification code sending process, the dynamic processing method comprising: a dispatching code dispatching step S10: the host The device transmits the dispatch code to the corresponding pick-up station through the network at the beginning of the qualification code sending process; a dispatch code display step S20: the pick-up device receives the dispatch code received through the network and according to the received delivery The code is displayed; wherein the host code is sent to the host device and the qualification code is requested by the host device on the electronic device of the user by scanning the delivery code displayed by the corresponding numbering station, and the host device The device dispatcher has not sent the qualification code to the electronic device; and proceeds to step S32, and returns to the dispatch code dispatching step S10 to deliver the new dispatch code to the corresponding access number when the qualification code still has not been dispatched. The station will provide the next scan. When the qualification code has not been delivered, the number of the qualification code issued on the behalf has been sent, and the qualification is terminated. It sent.

In the above-mentioned qualification code sending process, the host device may, after scanning the dispatching code as in the dynamic processing system, cause the electronic device of the user to submit a scan time stamp to the host device, and the host device is based on the scan time stamp. Determining the order of obtaining the qualification codes that have not been dispatched, the host device further defines a qualification order data; further, a corresponding delivery time stamp is recorded at the delivery time point of each delivery code, the host device is At the time of dispatching the time stamp, waiting for a check time, when the corresponding scan time stamp is not received within the check time, the dispatch code is invalid, and the invalid delivery code cannot be requested and obtained by the qualification code; Further, at the time of dispatching the time stamp, the user waits for a delay time, and when the delay time ends, the host device requests the qualification code request for the qualification code delivery that has not received the request, according to the scan corresponding to each instruction. The timestamp determines its order to define the qualification order data and dispatch the qualification codes that have not been dispatchedBy the dynamic processing method disclosed by the present invention, a sorting mode of goods, services, which is fast, fair, and rationalized can be constructed.

Next, please refer to FIG. 4, which is a flow chart of checking the dynamic processing method of the qualification code according to an embodiment of the present invention. After the completion of the above-mentioned qualification code transmission procedure, the qualification verification step can be performed, that is, at least one qualification inspection station is connected to the host device through the network, and is transmitted to the electronic device displayed by the user by scanning the qualification code displayed by the user. The host device performs an inspection and receives the inspection result returned by the host device, thereby establishing an efficient acquisition mode of the goods or services. For example, as shown in FIG. 4, in step S100, the host device transmits the qualification check notification to the corresponding user through the network according to the qualification check time diversion information (which may also include the split information of the corresponding check station). The electronic device; in step S200, the user presents the qualification code of the memory of the electronic device to the corresponding qualification check station; and in step S300, the inspection device of the qualification check station scans and obtains the qualification displayed by the user electronic device; In step S400, the host device performs a check to reply the check result and the corresponding check device of the qualification check station; finally, when the check is the result of the pass, the process proceeds to step S410, and when the check is the result of the rejection, the process proceeds to step S420.

According to this, the method used by the qualification code sending program, for example, provides the APP member to use the mobile phone (user's electronic device) to scan the dynamic code (delivery code) according to the number of steps, date, time period, number of stations, and number of issuances. After the scan, the binding agent will be qualified to transmit the obtained delivery code and related information (qualification code request Ic-req) to the host device, and the host device will not only dynamically issue the next delivery code to the numbering station, but also the host device will follow the The order in which the member transmits the eligibility code request Ic-req (the processing technique of the associated data has been described above) dynamically produces the check order, and in addition all the qualification codes Ic are unique and encrypted and have their validity. For example, the method used in the qualification code inspection procedure, according to the qualification code Ic obtained by the member, according to the qualification inspection time, the information is diverted to the specific time period and the number segment of the qualification code Ic, and the qualification code is checked at each inspection station, and each inspection is performed. The station transmits the scanned qualification code Ic information to the host device, and the host device returns the inspection result to the corresponding inspection station, and the corresponding inspection station displays the member name and the inspection result (pass or reject) on the inspection device, and the rejection is tied. An error message, such as: an incorrect time period, incorrect time, duplicate verification, or number has passed the number...

In summary, the dynamic processing system or method for the qualification code disclosed in the embodiment of the present invention can perform qualification checking on multiple sites 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 misappropriation, queuing (yellow cattle) 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. The multi-site multi-person synchronously dynamically obtains the qualification code through the dispatch code, thereby distributing the traffic without going through the payment process. Save time for eligibility code and avoid the dilemma of a single stronghold. 2. Fairly and rationalized products can be processed through special processing and judgment mechanisms on the data by scanning time stamps, dispatching time stamps, checking time, delay time, member information and platform information. Or the sorting mode of the service. 3. It is possible to check the eligibility code displayed on the mobile phone in multiple batches and in batches. The consumer can check in at the time of the number section of the time period to avoid the need to queue and wait at the scene, and the time can be effectively arranged. And maintain the order and quality of activities. 4. The multi-point synchronization qualification inspection mechanism can also provide applications such as merchandise collection, activity registration, and service redemption.

The invention has been described above in terms of the preferred embodiments, and it should be understood by those skilled in the art that the present invention is not intended to limit the scope of the invention. It should be noted that variations and permutations equivalent to those of the embodiments are intended to be included within the scope of the present invention. Therefore, the scope of protection of the present invention is defined by the scope of the patent application.

100‧‧‧Host device
110‧‧‧First network interface
200‧‧‧ take station
210‧‧‧Devices
220‧‧‧Second network interface
300‧‧‧Qualification checkpoint
310‧‧‧Inspection device
312‧‧‧Image capture device
320‧‧‧ third network interface
400‧‧‧User's electronic device
500‧‧ ‧ Owners
S10~S32‧‧‧Steps
S100~S420‧‧‧Steps
Sc‧‧‧ delivery code
Ic-req‧‧‧Eligibility Code Request
Ic‧‧ Qualification Code
Result‧‧‧Check results

FIG. 1a is a functional block diagram of a dynamic processing system for an eligibility code in an implementation form of an eligibility code according to an embodiment of the present invention. [Fig. 1b] is a schematic diagram of an example in which a two-dimensional barcode is used as a dispatch code in Fig. 1a. [Fig. 2a] is a functional block diagram of a dynamic processing system for an authentication code in an embodiment of a verification qualification code according to an embodiment of the present invention. [Fig. 2b] is a schematic diagram of an example in which the two-dimensional barcode is used as the qualification code in Fig. 2a. FIG. 3 is a flow chart of taking a code for the dynamic processing method of the qualification code according to an embodiment of the present invention. FIG. 4 is a flow chart for checking the dynamic processing method of the qualification code in an embodiment of the present invention.

S10~S32‧‧‧Steps

Claims (16)

A dynamic processing system for the qualification code is used by an electronic device of the user to obtain the qualification code through a network after the start of the qualification code sending process. The dynamic processing system comprises: a host device, which is transmitted 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 transmits a delivery code to the corresponding numbering station; and at least one numbering device is set in the corresponding accessing device. The station connects to the network through a second network interface to establish a connection with the host device, and the numbering device displays the delivery code for scanning by the user's electronic device based on the received delivery code. Receiving the device and dynamically updating the displayed delivery code after receiving the new delivery code, wherein the electronic device of the user is connected to the host device by the scanned delivery code and after the qualification code request The host device dispatches one of the qualification codes that have not been dispatched to the electronic device, and when the qualification code still has not been dispatched, the host device can send A scanning device for the check number corresponding to the new code to the delivery. The dynamic processing system of 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 determines that the scan device has not been dispatched according to the scan time stamp. The order in which the qualification codes are obtained further defines a qualification order data. The dynamic processing system of claim 2, wherein the host device records a corresponding delivery time stamp at a delivery time point of each dispatch code, and the host device waits for a check time at the time of dispatching the time stamp. When the corresponding scan time stamp is not received within the inspection time, the delivery code is invalid, and the invalid delivery code cannot be requested and obtained by the qualification code. The dynamic processing system of claim 3, wherein the host device waits for a delay time from the time when the time stamp is dispatched, and the host device has not yet sent the qualification code for the request that has been received at the end of the delay time. The instruction of the qualification code request determines the order according to the scan time stamp corresponding to each instruction, to define the qualification order data and to deliver the qualification codes that have not been dispatched. The dynamic processing system of claim 4, wherein the host device transmits the dispatch code to the corresponding numbering device of the corresponding numbering station every other preset time interval or receives the access number of the at least one receiving station. When the device requests the instruction, the delivery code is transmitted to the corresponding numbering device of the numbering station, and the two of them send the delivery code, wherein the at least one numbering station picks up the device by the user's external device. The request is generated by the operation. The dynamic processing system of any one of claims 1 to 5, further comprising: at least one qualification checkpoint, connecting the network through a third network interface to establish a connection with the host device, the at least one The qualification inspection station scans and obtains the qualification code displayed by the user's electronic device for transmission to the host device for inspection, and receives the inspection result returned by the host device. The dynamic processing system of claim 6, wherein the host device generates the qualification check time split information corresponding to each qualification code according to the qualification order data, so that the user can follow the qualification check in the corresponding time. The dynamic processing system of claim 7, wherein the dispatch code and the qualification code are both two-dimensional barcodes. A method for dynamically processing an eligibility code is used by an electronic device of a user to obtain an eligibility code through a network after a qualification code transmission process starts. The dynamic processing method includes: a delivery code delivery step, a host device At the beginning of the qualification code sending process, the sending code is transmitted to the corresponding picking station through the network; a dispatching code display step, the receiving device receives the dispatching code through the network and according to the received sending code And performing a qualification code delivery step, the host device is connected to the host device by the scanned code obtained by the user, and after the qualification code request is performed, the host device delivery is not delivered. One of the plural qualification codes is given to the electronic device, wherein when the qualification code is still not delivered, the process returns to the delivery code delivery step to deliver a new delivery code to the corresponding numbering station for the next scanning. . The dynamic processing method of claim 9, wherein after scanning the dispatch code, a scan time stamp is submitted to the host device, and the host device determines, according to the scan time stamp, the acquisition of the qualification codes that have not been dispatched. The order, in turn, defines a qualification order data. The dynamic processing method of claim 10, wherein a corresponding delivery time stamp is recorded at a delivery time point of each delivery code, and the host device waits for a verification time at the time of dispatching the time stamp. When the corresponding scan time stamp is not received within the time, the delivery code is invalid, and the invalid delivery code cannot be requested and obtained by the qualification code. The dynamic processing method of claim 11, wherein a delay time is waited for at the time of dispatching the time stamp, and the host device waits for the eligibility code request for the qualification code delivery after the delay time is over. The instructions determine the order according to the scan time stamp corresponding to each instruction, to define the qualification order data and to deliver the qualification codes that have not been dispatched. The dynamic processing method of claim 12, wherein the host device transmits the dispatch code to the corresponding pick-up station every other preset time interval or when receiving the request command of the at least one pick-up station Sending a code to the corresponding numbering station, one of which is to transmit the delivery code, wherein the at least one numbering station generates the request instruction by an external operation of the user. The dynamic processing method according to any one of claims 9 to 13, further comprising: a qualification checking step, wherein at least one qualified inspection station is connected to the host device through the network, by scanning the electronic device of the user The displayed qualification code is transmitted to the host device for verification, and the inspection result returned by the host device is received. The dynamic processing method of claim 14, wherein in the qualification code delivery step, the qualification check time diversion information corresponding to each qualification code is generated according to the qualification order data, so that the user follows the corresponding time in the corresponding time. Conduct qualification checks. The dynamic processing method of claim 15, wherein the dispatch code and the qualification code are both two-dimensional barcodes.