TWI700653B - System and method for online live broadcast betting and trading platform - Google Patents

Abstract

The present invention provides a system and method for online live broadcast betting and trading platform. The contents of various kinds of activities including sport games, electrical on-line games, trading or business information, funding or loaning messages can be broadcasted through a live stream broadcasting platform provided in the system. In addition, before starting and activity or during broadcasting the activity, the opponents in the broadcasted activity or viewers watching the activity can bet on the activity through a betting platform established by a user according to a betting and trading rule. After the activity is ended, a trading and processing module in the system will award the viewers who win the bet(cash or points) according to the rule defined by the user who started the betting platform. Or user can use this live broadcasting exchanging platform to trade or sale(cash or point)

Description

Online live betting transaction system and method

The present invention relates to a trading system and method, in particular to a live platform real-time trading system and method that has a platform for real-time broadcast of various types of events and activities, and provides two-party/multi-party transaction services during the broadcast.

With the development of Internet technology, events, games or ball games can be watched through the live broadcast platform. Although on the live broadcast platform, various live broadcast services or event broadcast platforms can be provided for consumer use at the beginning, neither users nor competitors themselves can open or place bets on the live broadcast event themselves on the live broadcast platform. , To predict the outcome and obtain the reward points or bonus money that can be obtained for successful prediction. Or direct commercial sales, lending, fundraising or sponsorship for live broadcast events. In the past, service providers only provided online viewing activities, but lacked transactional interaction between viewers, so such instant broadcasts could not be made more exciting and attractive.

In addition, the traditional online betting platforms used are concentrated on specific professional events or activities. In terms of activity, it is also monopolized by some large-scale industry players, and it is impossible for ordinary people to launch games or competitions on their own, and there is no online live broadcast trading system. Furthermore, for some challenges initiated by individuals, or some small activities, there is also a lack of betting interaction, which cannot increase the interest between users.

This system allows all users who start the live broadcast to find their online betting trading partners, making the live broadcast more interesting, more fun and more extensive. Nor will it allow large game players to monopolize gaming activities and reduce their control over professional events. The present invention will be an epoch-making brand new model for the future live broadcast platform and trading system, which will make the live broadcast more exciting, more extensive, more entertaining, and more diverse.

The present invention provides an online live broadcast platform and a real-time matchmaking or transaction financial system. Through the online live broadcast mode, the live broadcaster can upload live broadcasts of various events and activities on the spot, so that opponents and other users watching the match can use the Internet. Road real-time viewing of the event or event site, and through the cloud system with computing processing capabilities and database to match the two parties or other participants watching the event, betting cash on the outcome of the event or event, or specific trading conditions Or points.

The live betting platform of the present invention also provides the guarantee of gold flow transactions, and all the bonuses or points invested can be guaranteed to be completed. The platform provides a system for resolving dispute transaction results after the event, and customer service personnel can view the live video through video recording, which can be used as the basis for arbitration.

The live betting platform of the present invention also provides users with or without their various live broadcast results of the match record, and provides the opponents participating in the match or the spectators as a data reference.

For some event live broadcasters with special abilities, such as professional e-sports players and sports hobby professionals, the present invention can attract challengers to fight with them through the system and obtain income (whether it is a reward or a game bonus). It also attracts additional online live broadcast spectators through this trading system, increasing the interactive participation and excitement of online live broadcast.

The present invention can make the past passive transaction trading or fund-raising loan mode become more vivid and fast, more three-dimensional, and more attractive for audio-visual visualization through the synchronization of real-time live broadcast and cash flow platform. And everyone can quickly become a provider of transaction content.

In one embodiment, the present invention provides an online live broadcasting platform transaction method, which includes the following steps: providing an online live broadcasting platform for live broadcasting an event; the online live broadcasting platform provides at least one first interface for setting information about One of the rules of the event; the online live broadcast platform provides at least one second interface for determining the quantity of a transaction medium used according to the rules; and a transaction processing module gathers from the transaction medium used by the at least one second interface , And after the end of the activity, a processing procedure is carried out to reallocate the received trading medium.

In another embodiment, the present invention provides an online live broadcast platform transaction system, which includes: an online live broadcast platform for live broadcasting an event; at least one terminal device for connecting to the online live broadcast platform, and each terminal The device can display a first interface for setting a rule about the activity or display a second interface for determining the amount of a transaction medium to be used according to the target; and a transaction processing module for collecting data from the at least A transaction medium used by the second interface, and after the activity ends, a processing procedure is performed to reallocate the received transaction medium.

2: Online live platform trading system

20: Online live broadcast platform

21: terminal device

22: server

23: Transaction Processing Module

3: Online betting trading method

30~33: Step

FIG. 1 is a schematic diagram of an embodiment of the online betting transaction system of the present invention; and FIG. 2 is a schematic diagram of a process embodiment of the online betting transaction method of the present invention.

FIG. 1 is a schematic diagram of the architecture of an online live broadcast platform transaction system 2 according to various embodiments of the present invention. As shown in FIG. 1, in various embodiments, the online live broadcast platform transaction system 2 may include an online live broadcast platform 20, at least one terminal device 21, and a transaction processing module 23. The online live broadcast platform 20 is used to live broadcast one or more event video and audio signals. In various embodiments, the online live broadcast platform 20 can be a cloud server with a database, which is used to connect to the server 22 that can provide event video and audio signals to receive the event video and audio signals. In various embodiments, the audio-visual server 22 may be a part of the online live platform transaction system 2 or a server other than the online live platform transaction system 2. The online live broadcast platform 20 can broadcast live video and audio signals of the event to the terminal device 21 connected to it. In various embodiments, the online live broadcast platform 20 may transmit one or more active video and audio signals to the terminal device 21 through a peer-to-peer (P2P) transmission method, but it is not limited to this. In various embodiments, the content of the active video and audio signal may be an online game competition, a ball game, a racing car, a horse race, or other content that can be used to determine the outcome. In many other embodiments, the content of the event video signal can also be personal performances, product displays, creative activities, fund-raising activities, such as handicrafts, paintings and other artistic creation processes, or other content that does not need to be judged. .

In many embodiments, the terminal device 21 can be directly or indirectly connected to the online live broadcast platform 20 through a wired or wireless network, and is configured to perform bidirectional signal transmission with the online live broadcast platform 20. The terminal device 21 can be used as a client, configured to remotely connect to the online live broadcast platform 20 through media such as a browser, an application (APP) or a transmission interface embedded in the browser page, and display the activities broadcasted by the online live broadcast platform 20 Video and audio signal. In various embodiments, the online live broadcast platform 20 may provide a display interface for passively or actively displaying active video and audio signals on the terminal device 21. In various embodiments, the terminal device 21 may be a personal computer, a laptop Computer display devices such as brains, tablets or smart phones, but not limited to this.

In many other embodiments, the video and audio signals played by the online live broadcast platform 20 are not limited to the video and audio signals received from the video and audio server 22, and can also be from a terminal connected to the online live platform 20. The device 21 receives active video and audio signals. For example, in some embodiments, an audio-visual or image capturing device built in at least one terminal device 21 connected to the online live broadcast platform 20 can generate an event video and audio signal, and send the video and audio signals to the online live broadcast platform 20, or even, Transfer to other terminal devices 21. In some embodiments, the terminal device 21 can also generate active video and audio signals by externally connected video and audio or video capture devices of the terminal device 21. In more detail, the audio-visual or image capture device can capture images of activities performed by the user, such as games, ball games, chess matches, horse races, etc. played by two or more participants, and generate video and audio of the activities Signal. Further, the generated event video and audio signal is transmitted to the online live broadcast platform through the terminal device 21 for live broadcast. In many other embodiments, the content of the event video signal may also be a personal live performance. In other embodiments, the content of the live video signal can also be a mixed signal that includes other live video and audio signals and a voiceover signal or broadcast signal. More specifically, in this embodiment, a sound receiving device, such as a microphone, etc., or an audio-visual capture device, such as a camera, can be used to capture the descriptive sound or video of the active video signal to generate a narration signal or a broadcast signal , And then send the narration signal or broadcast signal together with the event video and audio signal to the online live broadcast platform 20. In many embodiments, the narration signal or the broadcast signal may be mixed with the event video and audio signal before being transmitted to the online live broadcast platform 20. In many other embodiments, the narration signal or the broadcast signal and the event video and audio signal may also be transmitted to the online live broadcast platform 20 first, and then the narration signal or the broadcast signal and the event video and audio signal are mixed. Then, it is transmitted to each terminal device 21 through the online live broadcast platform 20.

In some embodiments, the user can use the terminal device 21 to connect to the online live broadcast platform 20 before or during the broadcast of the live video and audio signal, and by executing the first encoding, the terminal device 21 generates the first interface. Among them, the first interface can be used to set a rule about the activity. For example, the rules are the wins and losses of sports events, electronic games or electronic competitions, or matchmaking in specific events, or can set the rewards that the winner can obtain and the relevant regulations of the transaction medium of each bet, such as: bet amount or loss Rate etc. In other words, the first interface can be used to set the outcome determination rules for the content that can be used to determine the outcome of the event video signal; and the betting rules, such as the trading medium, the betting amount, or the odds. In various embodiments, the transaction medium may be virtual currency, points, or physical currency. In addition, the user can use the terminal device 21 to connect to the online live broadcast platform 20 before or during the broadcast of the live event, and generate a second interface by executing the second encoding. Participate through the second interface using the trading medium. When the value of the transaction medium transmitted by the terminal device 21 through the second interface is greater than or equal to the demand quantity of the transaction medium set in the first interface, the online live platform transaction system 2 will send a transaction success signal to the corresponding terminal device 21. It should be noted that the betting amount and odds and other related conditions may be different before and during the live broadcast, which are all within the scope of the aforementioned rules.

It should be noted that the transaction medium described here is only an example, and it is not intended to limit the aspect of the present invention. For example, in one embodiment, the user can store the transaction medium in the account corresponding to the user by pre-stored value. In another embodiment, when a user participates in a live broadcast of a platform activity online, when using a trading medium, real-time value-added based on the number of trading mediums used. But it is not limited to this. Those with ordinary knowledge in the field can make equivalent changes or replacements based on actual conditions and without departing from the spirit and scope of this disclosure. As long as the user has a number greater than or equal to the transaction medium specified in the rules when trading through the second interface The amount can be.

Ways to recharge. For example, in one embodiment, the user can connect to a stored value interface of the online live broadcast platform, and then select the number of transaction media to be deposited in the account, and the online live broadcast platform’s system will store The amount of the transaction medium is linked to the amount of the entity, and then a payment interface is displayed for the transaction. The payment interface can be done through media such as online bank transfer, credit card payment, or the transfer process of a physical account. These procedures are well-known trading methods and technologies of online exchanges, so I won't repeat them here.

In various embodiments, the transaction processing module can be executed by the server of the online live broadcast platform, or additionally set up on another computer or server that is telecommunications connected to the online live broadcast platform and has computational processing capabilities. The transaction processing module is used to gather transaction media used by at least one second interface, and after the event ends, perform a processing procedure to redistribute the received transaction media. Since the betting platform established for this rule is completely open to all users of the online live broadcast platform 20 or is open to specific users, the user can decide whether to join the betting platform according to the rule. Before the event ends, the transaction processing module accumulates the transaction media paid by the users of the betting platform and stores them in its database. In one embodiment, the online live broadcast of flat 20 stations can also display the total amount of trading media accumulated by the current betting platform with specific rules during the live broadcast event. After the event is over, the transaction processing module will, based on the result of the event, deduct the amount of the betting platform from the accumulated total amount according to the rules corresponding to the betting platform, and then distribute it to users who meet the rules. In other words, the active video and audio signal may further have a stop signal, or the online live broadcast platform 20 may have a program to determine that the active video and audio signal is stopped. When the online live broadcast platform trading system 2 receives the event video and audio signal to stop, it will stop the terminal device 21 from transmitting the transaction medium through the second interface. Successively, calculate The numerical value of the number of transaction media sent by the terminal device 21 that has received the transaction success signal. Continuingly, the terminal device 21 that opens the first interface can start the processing procedure of the transaction processing module of the online live broadcast platform trading system 2 by sending a signal to start the distribution, so that the transaction medium sent by each terminal device according to the distribution rules The numerical value of the quantity generates distribution data, and redistributes the transaction medium received for the active video signal to at least one of the terminal devices 21 that received the transaction success signal through the distribution data.

For example, in one embodiment, the active video signal is a ball game between Team A and Team B, and the rule is that those who bet on the correct outcome can get prize money based on the bet amount and the odds. Therefore, when either party proposes to bet the amount or points, the amount or points will be reserved in the system host, and the processing fee will be deducted after the victory is completed and paid to the winner to ensure that the winner can get the winnings. Or points. In another embodiment, the activity may be a challenge activity, for example, a one-on-one ball game, chess game, or online game game with a specific person. The rule is the price or chips required by the challenger to challenge. After the challengers accept, they can match up and prepare to fight each other. After the match, the winner will win a prize or count chips according to the outcome of the match. At this time, the transaction processing module will directly transfer the winning party's account according to the bonus or points obtained. In other words, the signal to start distribution sent by the terminal device 21 that opened the first interface may have a result signal associated with the outcome of the game. After the processing program of the transaction processing module of the online live platform transaction system 2 is activated, the distribution data will be generated according to the result signal, the distribution rule, and the number of transaction media sent by each terminal device. Further, the transaction processing module can store the number of transaction media in the corresponding terminal device 21 or the corresponding account of the online live broadcast platform transaction system 2 according to the distribution data.

In another embodiment, the online live broadcast platform 20 trading system may further have image capture Take the module, which can be implemented with software or hardware to record online live events and store them on the cloud server of the online live broadcast platform. The recorded information can be used if the two parties cannot reach a consistent and consistent conclusion on the outcome of the outcome, the back-end customer service platform will re-examine and review the rebroadcast image archive, determine the outcome of the outcome and complete the payment. If the outcome is obvious but one party intends to renege on the account, a point can be recorded and noted in the user record. In other words, the online live broadcast platform trading system 2 can capture the content of the event signal through the image capture module, and generate image data that can be used to determine the outcome. If the number of trading media allocated by the terminal device 21 is different from the actual amount allocated, the online live broadcast platform trading system 2 can judge whether the result signal is consistent with the result of the game based on the image data. If yes, maintain the original distribution data. If not, the result signal can be updated based on the image data. Continuingly, after the processing program of the transaction processing module of the online live platform trading system 2 is activated, distribution data will be generated based on the winning result signal, distribution rules, and the number of transaction media sent by each terminal device. Further, the transaction processing module can store the number of transaction media in the corresponding terminal device 21 or the corresponding account of the online live broadcast platform transaction system 2 according to the distribution data. At the same time, if the win-loss result signal is updated, the corresponding terminal device 21 will generate credit data to record whether the terminal device 21 incorrectly generates the win-loss result signal based on the result of the game.

Please refer to FIG. 2, which is a schematic flow diagram of the instant transaction method of the live broadcast platform of the present invention. In this embodiment, the method includes the following steps. First, in step 30, an online live broadcast platform is provided, which may be a live broadcast platform as shown in FIG. 1, and is composed of at least one cloud server to provide online Live service. Then proceed to step 31, the online live broadcast platform provides live broadcast of at least one event. It should be noted that the event can be an event, a sports event, an electronic game or an electronic competition screen, which is a national or world-type public event or event. In addition, the event It can also be a small regional activity, such as an activity handled by a few friends, schools, counties, etc. Or public challenge activities called by individuals, such as online game competitions, chess matches, ball games or wrist strength competitions, but not limited by this. The online live broadcast platform is authorized to obtain the right to live broadcast the competition, and then obtain the live broadcast screen of the competition in real time, and then allow users to connect to the live broadcast platform through a terminal device to watch the live broadcast screen.

In addition, in another embodiment, an individual user can also use a terminal device with an image capture device or an image capture device with a terminal device to capture images of activities organized or implemented by the individual users, and send them to This online live broadcast platform allows other users to watch the event online through terminal devices.

Then proceed to step 32. One of the clients uses a terminal device to connect to the online live broadcast platform. Before the live broadcast of the event or during the live broadcast, a first interface is used to set a rule about the live broadcast event. After the setting is completed, the online live broadcast platform opens A betting platform on the rules of the live event.

In an embodiment of step 32, the user has his own dedicated account, which can be applied for through the online live broadcast platform, or created through an account owned by a social networking site, such as Facebook, Yahoo, Google, etc. . Therefore, after the user logs in to the online live broadcast platform through the terminal device, the first interface can be generated through the user interface generated by the webpage or the application to establish the rules about the event. After receiving the rule, the server of the live broadcast platform will create a betting platform that can execute the rule and belongs to the created user. The betting platform may be open to all members of the online live broadcast platform, or set to be open to specific members. For example, in one embodiment, the online live broadcast platform may grab the user’s list of friends created on Facebook, or The users themselves use the online live broadcast platform to build The list of established friends is the specific member mentioned above. The rules are the winners and losers of sports events, electronic games or electronic competitions, the rewards that the winner can get, and the amount of trading medium injected each time. The transaction medium can be virtual currency, points, or physical currency dedicated to the online live broadcast platform.

It should be noted that for each event, at least one person can set the betting platform for the event. Therefore, before or after the event, at least one betting platform is generated on the online live platform. These betting platforms can be used in the online live platform. Built search engine to query. Therefore, each user can connect to the online live broadcast platform through his terminal device to find the playlist of the event he is interested in, and then after the list of the interest, he can see the betting platforms listed by different people for the event. In addition, if a small event is opened by a personal terminal, the user can connect to the online live broadcast platform through a terminal device before step 31, and apply for an event through his account so that the online live broadcast platform can announce the event.

After step 32, step 33 can be performed, and any user can connect to the online live broadcast system through a terminal device and place bets on the betting platform of the activity of interest through a second interface. In this step, the transaction medium for betting is virtual currency, points, or physical currency dedicated to the online live broadcast platform, but this is not a limitation.

After the activity is carried out, finally step 33 is performed to collect the trading medium used by the at least one second interface by the transaction processing module, and after the activity is over, perform a processing procedure to redistribute the received trading medium . In this step, mainly after the online live broadcast event ends, the transaction processing module will unify all the trading media for betting, and according to the results of the game and the original rules, the trading media will be redistributed. In an example, the allocation can be used for online live broadcast platform matchmaking between betting platform and betting The service fee, and how much bonus can be allocated to the winning party.

In addition, in order to avoid disputes, during the live broadcast, the online live broadcast platform can also record the live event at the same time to avoid controversial situations, for example, if the two parties cannot reach a consistent consensus on the outcome of the outcome, or doubt When one party cheated, you can check it.

The aforementioned method 3 can be illustrated by an embodiment. For example, if a user is very good at each of his online games, he can log in to a public or public activity to a specific group before step 31. Estimate when and where to compete in the online game, and then users can use step 31 to set rules, such as: if the challenger wants to challenge, how much money or points need to be bet, if the challenger wins, how much money or Points, and/or how much prize money the bettor can get. After that, the challenger can use step 32 to place a bet. In addition, other spectators who are interested in this game can also place bets through step 32. In addition, during the live broadcast of the game, the spectators can also use step 32 to place bets in real time. Finally, when the game is over, the online live broadcast system will use step 33 to process the bet amount, and then distribute the bonus according to the winner and the original rules.

In another embodiment, for example, if a user is interested in a certain domestic professional game or an international professional game to be played in the future, the later user can use step 31 to set the rules, for example: where to bet on the professional game If one side wins, or a player scores points, how much money or points need to be bet on, and if the bet is successful, how much money or points can be obtained to form a betting platform. After that, viewers who are interested in this game can use step 32 to place bets. In addition, during the live broadcast of the game, the spectators can also use step 32 to place bets in real time. Finally, when the game is over, the online live broadcast system will use step 33 to process the betting Betting the amount, and then according to the results of the game and the original rules for bonus distribution.

In another embodiment, if it’s a personal performance, artistic creation, or a host of a certain event, the rule of step 31 is to set how much reward, amount or amount the viewer can give to the host if the host is good or the performance is good. Points. In step 32, the viewer can provide bonuses or points for support at any time according to the performance, artistic creation, or anchor status. Finally, after the event ends, after the transaction processing module sorts out the transaction media received from the viewer, the processing program redistributes the transaction media, including the handling fee to the platform and the rewards of the performer.

Through the aforementioned system and method, the present invention allows all users who start the live broadcast to find their online betting targets, making the live broadcast activities more interesting, more fun, and more extensive. Nor will it allow large game players to monopolize gaming activities and reduce their control over professional events. The present invention will be an epoch-making brand new model for the future live broadcast platform and trading system, which will make the live broadcast more exciting, more extensive, more entertaining, and more diverse.

However, the specific embodiments described above are only used to illustrate the features and effects of the present invention, not to limit the scope of implementation of the present invention. Any application without departing from the spirit and technical scope of the present invention The equivalent changes and modifications made by the contents disclosed in the present invention shall still be covered by the following patent application scope.

2: Online live platform trading system

20: Online live broadcast platform

21: terminal device

22: server

23: Transaction Processing Module

Claims (10)

An online live trading method includes: sending an activity signal from an online platform to a plurality of terminal devices, wherein the activity signal has a stop signal; receiving a transaction setting generated by at least one of the terminal devices according to the activity signal, The transaction setting has a transaction medium quantity setting and a transaction medium distribution setting; sending the transaction setting to at least a plurality of the terminal devices; according to the transaction setting, receiving a transaction medium quantity of at least one of the terminal devices Signal, when the value of the transaction medium quantity signal is greater than or equal to the transaction medium quantity setting, send a transaction success signal to the counterparts in the terminal devices; when the online platform receives the stop signal, stop receiving the transaction Media quantity signal, and count the value of the transaction medium quantity signal sent by the person who received the transaction success signal among the terminal devices; and receive an allocation determination signal from the person who generated the transaction setter in the terminal devices, according to the The trading medium distribution setting and the value of the trading medium quantity signal generate distribution data, wherein the distribution determination signal has a first win-loss result signal, and the step of generating the distribution data further includes: according to the first win-loss result signal, the The trading medium distribution setting and the value of the trading medium quantity signal generate the distribution data. For example, the online live trading method described in item 1 of the scope of patent application further includes: capturing the activity signal to generate an image data; generating a second result signal based on the image data; and comparing the first victory or defeat The result signal and the second win-loss result signal, when the first win-loss result signal is different from the second win-loss result signal, update according to the second win-loss result signal, the trading medium allocation setting, and the value of the trading medium quantity signal The distribution information. For example, the online live trading method described in item 2 of the scope of patent application further includes: when the first win-loss result signal is different from the second win-loss result signal, generating a signal corresponding to the distribution determination signal in some terminal devices Credit information. For example, the online live trading method described in item 1 of the scope of patent application, wherein the transaction setting further has a transaction product setting, and the step of generating the distribution data further includes: according to the transaction product setting, the transaction medium distribution setting, and the transaction The value of the medium quantity signal generates the distribution data. For example, in the online live broadcast transaction method described in claim 1, wherein the step of receiving the transaction medium quantity signal of at least one of the terminal devices further includes: Find a transaction medium quantity data of the terminal device corresponding to the transaction medium quantity signal sent; and when the value of the transaction medium quantity data is greater than or equal to the value of the transaction medium quantity signal, send the transaction success signal to the terminal devices Correspondence in. A live trading system configured to be telecommunications connected to a plurality of terminal devices, the direct dial trading system comprising: a live streaming module configured to receive at least one event signal and send the event signal to at least one of the terminal devices; and A transaction processing module has: a first program configured to receive a transaction setting from at least one of the terminal devices, and send the transaction setting to at least a plurality of the terminal devices, wherein the transaction setting has a Trading medium quantity setting and a trading medium distribution setting; a second programming, configured to receive a trading medium quantity signal from at least one of the terminal devices according to the transaction setting, wherein when the value of the trading medium quantity signal is greater than or When the number of trading media is equal to the setting, a transaction success signal is sent to the counterparts in the terminal devices; a third program is configured to stop receiving the trading media number signal when the online platform receives the stop signal, and Count the value of the transaction medium quantity signal sent by the person receiving the transaction success signal in the terminal devices; and A fourth program, configured to receive an allocation determination signal from the transaction setter in the terminal devices, and generate an allocation data according to the transaction medium allocation setting and the value of the transaction medium quantity signal, wherein the allocation determination signal There is a first win-loss result signal, and the third programming is further configured to generate the distribution data according to the first win-loss result signal, the transaction medium distribution setting, and the value of the transaction medium quantity signal. For example, the live trading system described in item 6 of the scope of patent application further includes an image capture module configured to capture and record the activity signal to generate an image data; and the transaction module further includes a fifth program , Configured to generate a second win-loss result signal based on the image data, wherein the third programming is further configured to compare the first win-loss result signal with the second win-loss result signal, when the first win-loss result signal and the second result signal When the win-loss result signals are different, the distribution data is updated according to the second win-loss result signal, the trading medium distribution setting, and the value of the trading medium quantity signal. For example, the live trading system described in item 7 of the scope of patent application further includes a personal data module with a plurality of credit data corresponding to some terminal devices, wherein the personal data module is configured to be used when the first result signal and the The second result When the numbers are different, the credit information corresponding to the person who generated the allocation determination signal in the terminal devices is updated. For example, the live trading system described in item 6 of the scope of patent application, wherein the trading setting further has a trading commodity setting, and the third programming further includes configuration to be configured according to the trading commodity setting, the trading medium distribution setting and the trading medium quantity signal The value of to generate the distribution data. For example, the live trading system described in item 6 of the scope of patent application, wherein the second programming is further configured to find a transaction medium quantity data of the terminal device corresponding to the transaction medium quantity signal; and when the value of the transaction medium quantity data When it is greater than or equal to the value of the transaction medium quantity signal, the transaction success signal is sent to the corresponding ones of the terminal devices.

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