WO2021087905A1 - 虚拟资产转移方法及其系统 - Google Patents

虚拟资产转移方法及其系统 Download PDF

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Publication number
WO2021087905A1
WO2021087905A1 PCT/CN2019/116391 CN2019116391W WO2021087905A1 WO 2021087905 A1 WO2021087905 A1 WO 2021087905A1 CN 2019116391 W CN2019116391 W CN 2019116391W WO 2021087905 A1 WO2021087905 A1 WO 2021087905A1
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virtual asset
code
server
communication software
sending client
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PCT/CN2019/116391
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English (en)
French (fr)
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谷郁瑾
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乐点股份有限公司
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Priority to PCT/CN2019/116391 priority Critical patent/WO2021087905A1/zh
Publication of WO2021087905A1 publication Critical patent/WO2021087905A1/zh

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q20/00—Payment architectures, schemes or protocols
    • G06Q20/08—Payment architectures
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/06—Buying, selling or leasing transactions

Definitions

  • the invention relates to an asset management method and system, in particular to a virtual asset transfer method and system.
  • users can have multiple accounts to play multiple games. Users can choose specific games to play according to their own preferences and time. Because each game achievement, such as the object in the game, requires the user's investment or management. Over a period of time, users usually have game accounts that are over-dispersed and have different assets. Currently, users can sell their game accounts to other users.
  • the present invention provides a virtual asset transfer method and system, wherein virtual assets obtained by different users on various platforms can be transferred through communication groups through the present invention.
  • the virtual asset transfer method of the embodiment of the present invention is applied to a network system that includes a communication server, at least one virtual asset library server, and at least two terminal communication devices, each of which has a real-time communication software installed in it
  • each terminal communication device starts the real-time communication software, it can establish a connection with the communication server through the real-time communication software.
  • the communication server includes a communication software user database for storing a plurality of communication software user accounts.
  • the asset library server includes a virtual asset user database for storing a plurality of virtual asset user data tables, each of the virtual asset user data tables includes a virtual asset user account and a virtual asset warehouse, the virtual asset warehouse stores at least one virtual asset code .
  • the request message code includes the communication software user account of the sending client, the communication software user account of the receiving client, any of the virtual asset codes, and a A message is displayed, and the sending client of the real-time communication software transmits the request message code to the communication server. Then, the communication server receives the request message code, and the communication server transmits the request message code to the communication software of a receiving client and displays the display message.
  • the display message is unblocked and a confirmation command is sent to the virtual asset library server through the communication server, and the virtual asset library server according to The confirmation instruction transfers the virtual asset code from the virtual asset warehouse of the sending client to the virtual asset warehouse of the receiving client, and the virtual asset library server stores a transfer record.
  • the present invention further includes a virtual asset transfer system, which is applied to a network system and includes a communication server, at least one virtual asset library server, and at least two terminal communication devices.
  • the communication server includes a communication software user database for storing a plurality of communication software user accounts.
  • the virtual asset library server includes a virtual asset user database for storing a plurality of virtual asset user data tables, each of the virtual asset user data tables includes a virtual asset user account and a virtual asset warehouse, the virtual asset warehouse stores at least one virtual asset coding.
  • Each terminal communication device is installed with a real-time communication software. When each terminal communication device starts the real-time communication software, it can establish a connection with the communication server through the real-time communication software.
  • one of the terminal communication devices sends the real-time communication software of the client terminal and edits a request message code.
  • the request message code includes the communication software user account of the sending client, the communication software user account of the receiving client, and any The virtual asset code and a display message
  • the sending client of the real-time communication software transmits the request message code to the communication server
  • the communication server transmits the request message code to the communication software of a receiving client and displays the display message
  • the display message is unblocked and a confirmation command is sent to the virtual asset library server through the communication server, the virtual asset library server According to the confirmation instruction, the virtual asset code is transferred from the virtual asset warehouse of the sending client to the virtual asset warehouse of the receiving client, and the virtual asset library server stores a transfer record.
  • the network system includes an encryption server, wherein the communication server receives the request message code, obtains an authentication token from the sending client of the communication software, and establishes a connection with the encryption server to use
  • the authentication token obtains a digital identity representative code of the sending client through an application programming interface.
  • the digital identity representative code of the sending client includes the communication software account of the sending client and the virtual asset account of the sending client.
  • the encryption The server connects to the corresponding virtual asset library server according to the virtual asset code and the virtual asset account of the sending client.
  • each terminal communication device is installed in each of the terminal communication devices to link to the virtual asset library server with a virtual asset exchange service, and the sending client or receiving client further applies for the corresponding virtual asset through the service. warehouse.
  • the service is installed in the real-time communication software in each terminal communication device, and the sending client can select the service during the execution of the real-time communication software.
  • the virtual asset exchange determines whether the digital identity representative code is already a member identity, and if the digital identity representative code is not a member identity, it displays a message to notify the sending client of the virtual asset The exchange conducts membership registration.
  • a change notification is sent to the sending client and the receiving client.
  • the transfer record is stored in the form of a blockchain.
  • the virtual asset code corresponds to at least one game item, point or virtual currency.
  • the virtual asset code corresponds to at least one non-virtual commodity or service.
  • Fig. 1 is a schematic diagram showing a virtual asset transfer system according to an embodiment of the present invention
  • FIG. 2 is a flowchart showing a method for transferring virtual assets according to an embodiment of the present invention
  • FIG. 3 is a flowchart showing a method for binding an account between a virtual asset exchange platform and a terminal real-time communication software according to an embodiment of the present invention
  • FIG. 4 is a flowchart showing a procedure for transferring virtual assets through real-time communication software according to an embodiment of the present invention
  • Figure 5 is a flowchart showing a procedure for transferring props to a game according to an embodiment of the present invention
  • 6A and 6B are schematic diagrams showing examples of execution of a method for transferring virtual assets according to an embodiment of the present invention.
  • Fig. 1 shows a virtual asset transfer system according to an embodiment of the present invention.
  • the virtual asset transfer system 100 according to the embodiment of the present invention is applicable to a network system.
  • the virtual asset transfer system 100 according to the embodiment of the present invention includes a communication server 104, at least one virtual asset library server 106, and at least two terminal communication devices 108.
  • the terminal communication device 108 may be a personal computer, a tablet computer, a smart phone, a smart bracelet, and/or a mobile computer, etc. It must be reminded that the present invention is not limited to any terminal communication device, and any electronic device with network connection capability can be the terminal communication device of the present invention.
  • the communication server 104, the virtual asset library server 106, and the terminal communication device 108 can be coupled to each other via the Internet 110.
  • the virtual asset transfer system 100 further includes an encryption server 102, which is also coupled to the communication server 104, the virtual asset library server 106, and the terminal communication device 108 via the Internet 110, which is a decentralized online identity Authentication system, such as OpenID.
  • Each user can register a digital identity representative code to log in on different websites or platforms.
  • the communication server 104 includes a communication software user database (not shown in the figure) for storing several communication software user accounts.
  • the virtual asset library server 106 includes a virtual asset user database (not shown in the figure) for storing a number of virtual asset user data tables.
  • Each of the virtual asset user data tables includes a virtual asset user account and a virtual asset warehouse.
  • the asset warehouse stores at least one virtual asset code.
  • a real-time communication software is installed in the terminal communication device 108.
  • the terminal communication device starts the real-time communication software, it can establish a connection with the communication server 104 through the real-time communication software and communicate with other terminal communication devices 108.
  • FIG. 2 shows a virtual asset transfer method according to an embodiment of the present invention.
  • the sending client in the terminal communication device enters (executes) the real-time communication software, and then as step 2, installs the virtual asset transaction linking to the virtual asset library server in the real-time communication software
  • step 3 apply for the corresponding virtual asset warehouse through the service (APP) of the virtual asset exchange.
  • the virtual assets sent to the client will be stored in the personal virtual asset warehouse. It is reminded that if the sending client already has a personal virtual asset warehouse, steps 2 and 3 will be omitted.
  • the sending client selects the virtual asset to be transferred, selects the object to be transferred (receiving client), and adds a display message, such as a related message.
  • a request message code will be generated based on the virtual asset to be transferred, the object to be transferred (receiving client), and the displayed message.
  • the request message code may include the communication software user account of the sending client, the communication software user account of the receiving client, any code of the virtual asset, and a display message.
  • the sending client clicks the transfer option to complete the transfer application of virtual assets.
  • a receiving client in the terminal communication device enters (executes) the real-time communication software, and then in step 10, a notification of the corresponding virtual asset transfer is received.
  • the receiving client installs a virtual asset exchange service (APP) in the real-time communication software to link to the virtual asset library server, and as shown in step 12, through the virtual asset exchange service (APP) Apply for the corresponding virtual asset warehouse.
  • APP virtual asset exchange service
  • the receiving client clicks to receive the transfer request (confirmation instruction).
  • the virtual asset library server removes the virtual asset encoded by the corresponding virtual asset from the virtual asset warehouse of the sending client, and in step 16, stores the virtual asset in the virtual asset warehouse of the receiving client. Then, in step 17, a transfer record is stored by the virtual asset library server and displayed in the change notification. It is worth noting that in some embodiments, the transfer record is stored in the form of a blockchain. Then, in step 18, after the virtual asset code is transferred from the virtual asset warehouse of the sending client to the virtual asset warehouse of the receiving client, a change notification is sent to the sending client and the receiving client.
  • Fig. 3 shows a method for binding an account between a virtual asset exchange platform and a terminal real-time communication software according to an embodiment of the present invention.
  • the real-time communication software is used to bf! Take APP as an example
  • virtual asset exchange platform takes IIO as an example.
  • step 302 execute real-time communication software in the terminal communication device, and in step 304, log in to bf! APP, and click IIO service in the real-time communication software to enter the IIO account verification and binding page.
  • step 306 load the IIO service in the terminal communication device, and in step 308, the IIO service uses bf!
  • the software development kit (SDK) of the communication software obtains an authentication token (access_token) from the sending client of the communication software, establishes a connection with the encryption server, and uses the authentication token through bf!
  • the digital identity representative code includes communication software account numbers and virtual asset accounts.
  • the IIO database is checked according to the digital identity representative code to determine whether the digital identity representative code has been a user of IIO, in other words, it is determined whether the digital identity representative code already has an IIO account.
  • the digital identity representative code was a user of IIO (Y in step 310)
  • the IIO account corresponding to the digital identity representative code is retrieved.
  • step 314 create an IIO unique identification code (uuid) for this digital identity representative code, and create it on a blockchain, such as a private chain The corresponding blockchain account. It is reminded that, as mentioned earlier, the relevant data or records of this case are implemented on the blockchain. Then, in step 316, the corresponding relationship between the digital identity representative code and the IIO account number is established in the database. When the corresponding relationship is established, you can start to use the IIO virtual asset transfer service.
  • Fig. 4 shows a procedure for transferring virtual assets through real-time communication software according to an embodiment of the present invention.
  • the real-time communication software is used to bf! Take APP as an example, virtual asset exchange platform takes IIO as an example.
  • step 402 execute real-time communication software, and in step 404, in bf! Open extended messages in the real-time communication chat room to transfer various digital assets, such as points, game items, game accounts, virtual currency, etc.
  • step 406 the virtual asset to be transferred is selected.
  • the transferred data will be recorded in the database.
  • the chat room display message will be encapsulated and passed bf!
  • the software development kit sends a message to the selected recipient.
  • the receiver will receive the message sent by the sender.
  • the message is clicked, in step 414, the message is unwrapped and the data in the database is verified.
  • step 416 the transfer operation of the virtual (digital) asset is completed.
  • Fig. 5 shows a procedure for transferring props to a game according to an embodiment of the present invention.
  • the real-time communication software is used to bf!
  • virtual asset exchange platform takes IIO as an example.
  • step 502 select the "My Assets" tab in the IIO to display the corresponding virtual asset list, as shown in step 504.
  • step 506 the props to be transferred to the game are selected.
  • step 510 call the application programming interface provided by the game CP (control point) to notify the item transfer.
  • the game CP will reply that the item transfer is successful, in step 512, the IIO performs asset transfer in the private blockchain, and in step 514, the game CP provides the items to the game account of the corresponding user.
  • 6A and 6B show an example of execution of the virtual asset transfer method according to an embodiment of the present invention.
  • the game assistant message (602) can be selected. After clicking on the message, you can choose the option to receive items (604).
  • the user has not subscribed to the IIO service, he must first select the IIO start using option (606) to create an IIO account and bf! ⁇ Binding. After the IIO account is created, the user can open the IIO to obtain the items and deposit them in the user's "My Assets" (608).
  • the transfer record will also be displayed in the change notification (610), and the game assistant will also push to notify the user that the item is successfully received (612).
  • the virtual asset encoding described in the present invention is not limited to corresponding virtual objects such as game props and game points. It can also correspond to at least one non-virtual commodity or service. Virtual goods or service providers provide or transfer the goods or services to the corresponding users.

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Abstract

一种虚拟资产转移方法及系统（100），由发送客户端的实时通讯软件编辑要求讯息编码，并将要求讯息编码传送至通讯服务器（104）。通讯服务器（104）传送要求讯息编码至接收客户端的通讯软件，并显示要求讯息编码内的显示讯息。接收客户端的实时通讯软件欲取得虚拟资产时，解封显示讯息并通过通讯服务器（104）传送确认指令予虚拟资产库服务器（106），虚拟资产库服务器（106）依据确认指令，将虚拟资产编码由发送客户端的虚拟资产仓库，转移至接收客户端的虚拟资产仓库，并储存转移纪录。

Description

虚拟资产转移方法及其系统 技术领域
本发明涉及关于一种资产管理方法及系统，特别是一种虚拟资产转移方法及系统。
背景技术
近年来，娱乐活动是现代人纾压、调剂身心的方式之一，其中又以可以跟使用者进行互动、同时可以享受到影音内容、社群交流的游戏应用最受到使用者的喜爱。同时，受惠于智能型装置的效能提升与普及，除了计算机游戏之外，行动游戏也快速兴起，配合世界各国推广国际型的电竞赛事，使得游戏产业以及进行游戏应用已经成为人们的日常生活之一。
一般来说，使用者可以具有多个账号，以进行多个游戏。使用者可以依据自己的喜好与时间来选择特定的游戏来进行。由于每个游戏成果，如游戏中的对象等都需要用户的投资或经营。一段时间下来，使用者通常会拥有过度分散且资产不一的游戏账号。目前来说，使用者可以将自己的游戏账号卖给其他使用者。
另一方面，随着数字时代与区块链的兴起与发展，虚拟资产，如虚拟货币、虚拟兑换码、有价点数或前述之游戏道具等的投资与资产转移愈见频繁。然而，目前并无公开的官方平台提供相关转移或交易作业，用户都需要自行管理整个虚拟资产的转移或交易程序，对于用户而言整个程序系非常繁琐与困难的。
发明内容
有鉴于此，本发明提供虚拟资产转移方法及其系统，其中不同用户在各种平台取得之虚拟资产可以藉由本发明通过通讯群组进行虚拟资产转移作业。
本发明实施例之虚拟资产转移方法，系应用至一网络系统，该网络系统包含一通讯服务器、至少一虚拟资产库服务器以及至少二个终端通讯装置，各该终端通讯装置内安装有一实时通讯软件，当各该终端通讯装置启动该实时通讯软件后，其能通过该实时通讯软件与该通讯服务器建立联机，该通讯服务器包含一通讯软件用户数据库，用以储存复数个通讯软件用户账号，该虚拟资产库服务器包含一虚拟资产用户数据库，用以储存复数个虚拟资产用户数据表，各该虚拟资产用户 数据表包含一个虚拟资产用户账号以及一虚拟资产仓库，该虚拟资产仓库储存至少一虚拟资产编码。首先，发送客户端之该实时通讯软件，编辑一要求讯息编码，该要求讯息编码包括该发送客户端之通讯软件用户账号、一接收客户端之通讯软件用户账号、任一该虚拟资产编码以及一显示讯息，该实时通讯软件之该发送客户端将该要求讯息编码传送至该通讯服务器。接着，该通讯服务器接收到该要求讯息编码，该通讯服务器传送该要求讯息编码至予一接收客户端之通讯软件并显示该显示讯息。若该接收客户端之该实时通讯软件欲取得该虚拟资产编码对应之一虚拟资产，则解封该显示讯息并通过该通讯服务器传送一确认指令予该虚拟资产库服务器，该虚拟资产库服务器依据该确认指令，将该虚拟资产编码由该发送客户端之该虚拟资产仓库转移至该接收客户端之该虚拟资产仓库，并由该虚拟资产库服务器储存一转移纪录。
本发明进一步包含一种虚拟资产转移系统，系应用至一网络系统，包含一通讯服务器、至少一虚拟资产库服务器及至少二个终端通讯装置。通讯服务器包括一通讯软件用户数据库，用以储存复数个通讯软件用户账号。虚拟资产库服务器包括一虚拟资产用户数据库，用以储存复数个虚拟资产用户数据表，各该虚拟资产用户数据表包含一个虚拟资产用户账号以及一虚拟资产仓库，该虚拟资产仓库储存至少一虚拟资产编码。各该终端通讯装置内安装有一实时通讯软件，当各该终端通讯装置启动该实时通讯软件后，其能通过该实时通讯软件与该通讯服务器建立联机。其中，该等终端通讯装置中之一发送客户端之该实时通讯软件，编辑一要求讯息编码，该要求讯息编码包括该发送客户端的通讯软件用户账号、一接收客户端的通讯软件用户账号、任一该虚拟资产编码以及一显示讯息，该实时通讯软件的该发送客户端将该要求讯息编码传送至该通讯服务器，该通讯服务器传送该要求讯息编码至予一接收客户端的通讯软件并显示该显示讯息，且若该接收客户端的该实时通讯软件欲取得该虚拟资产编码对应的一虚拟资产，则解封该显示讯息并通过该通讯服务器传送一确认指令予该虚拟资产库服务器，该虚拟资产库服务器依据该确认指令，将该虚拟资产编码由该发送客户端的该虚拟资产仓库转移至该接收客户端的该虚拟资产仓库，并由该虚拟资产库服务器储存一转移纪录。
在一些实施例中，其中该网络系统包含一加密服务器，其中该通讯服务器接收到该要求讯息编码，由该通讯软件的该发送客户端取得一认证令牌，并与该加 密服务器建立联机，使用该认证令牌经由一应用编程界面取得该发送客户端的一数字身份代表码，该发送客户端的该数字身份代表码包含该发送客户端的该通讯软件账号与该发送客户端的该虚拟资产账号，该加密服务器根据该虚拟资产编码及该发送客户端的该虚拟资产账号连接对应的该虚拟资产库服务器。
在一些实施例中，各该终端通讯装置内安装用以链接至该虚拟资产库服务器的一虚拟资产交易所的服务，且该发送客户端或接收客户端更通过该服务申请相应的该虚拟资产仓库。
在一些实施例中，该服务系安装于各该终端通讯装置中的该实时通讯软件内，且该发送客户端可以在该实时通讯软件的执行中选取该服务。
在一些实施例中，该虚拟资产交易所判断该数字身份代表码是否已经系一会员身分，且若该数字身份代表码并非系一会员身分，则显示信息以通知该发送客户端于该虚拟资产交易所进行会员注册。
在一些实施例中，当该虚拟资产编码由该发送客户端的该虚拟资产仓库转移至该接收客户端的该虚拟资产仓库后，发送一异动通知给该发送客户端及该接收客户端。
在一些实施例中，该转移纪录系以一区块链形式进行储存。
在一些实施例中，其中该虚拟资产编码系相应至少一游戏道具，点数或虚拟货币。
在一些实施例中，其中该虚拟资产编码系相应至少一非虚拟的商品或服务。
附图说明
图1是显示依据本发明实施例的虚拟资产转移系统的示意图；
图2是显示依据本发明实施例的虚拟资产转移方法的流程图；
图3是显示依据本发明实施例的虚拟资产交易所平台与终端实时通讯软件的账号绑定方法的流程图；
图4是显示依据本发明实施例的通过实时通讯软件进行虚拟资产转移的程序流程图；
图5是显示依据本发明实施例的道具转移至游戏的程序的流程图；
图6A与图6B是显示依据本发明实施例的虚拟资产转移方法执行的例子的示意图。
附图标记说明：1～18虚拟资产转移方法步骤；100虚拟资产转移系统；102加密服务器；104通讯服务器；106虚拟资产库服务器；108终端通讯装置；110互联网；302、…、318虚拟资产交易所平台与终端实时通讯软件的账号绑定方法步骤；402、…、416通过实时通讯软件进行虚拟资产转移程序；502、…、514道具转移至游戏的程序；602、…、612依据本发明实施例的虚拟资产转移步骤。
具体实施方式
图1显示了依据本发明实施例的虚拟资产转移系统。注意的是，依据本发明实施例的虚拟资产转移系统100适用于一网络系统。如图1所示，依据本发明实施例的虚拟资产转移系统100包括一通讯服务器104、至少一虚拟资产库服务器106、及至少二个终端通讯装置108。在一些实施例中，终端通讯装置108可以是个人计算机、平板计算机、智能型手机、智慧手环、与/或行动计算机等。必须提醒的是，本发明不限定于任何终端通讯装置，任何具有网络连接能力的电子装置皆可是本发明的终端通讯装置。通讯服务器104、虚拟资产库服务器106及终端通讯装置108可以通过互联网110相互进行耦接。
在某些实施例中，虚拟资产转移系统100进一步包括加密服务器102，同样通过互联网110与通讯服务器104、虚拟资产库服务器106及终端通讯装置108相互进行耦接，其是去中心化的网上身份认证系统，如OpenID。每一个用户可以注册一个数字身份代表码，以在不同网站或平台进行登录。通讯服务器104包括一通讯软件用户数据库(图中未显示)，用以储存数个通讯软件用户账号。虚拟资产库服务器106包括一虚拟资产用户数据库(图中未显示)，用以储存数个虚拟资产用户数据表，各该虚拟资产用户数据表包含一个虚拟资产用户账号以及一虚拟资产仓库，该虚拟资产仓库储存至少一虚拟资产编码。提醒的是，虚拟资产编码可以对应至一虚拟资产。必须说明的是，依据本发明实施例的虚拟资产可以系游戏道具、点数或虚拟货币等，但不限定于此，更可对应现实生活中非虚拟的商品或服务。终端通讯装置108内安装有一实时通讯软件，当终端通讯装置启动实时通讯软件后，其能通过实时通讯软件与通讯服务器104建立联机，并与其他终端通讯装置108进行通讯。
图2显示了依据本发明实施例的虚拟资产转移方法。如图所示，首先，如步骤1，终端通讯装置中的发送客户端进入(执行)实时通讯软件，接着如步骤2，于 实时通讯软件中安装用以链接至虚拟资产库服务器的虚拟资产交易所的服务(APP，即应用程序)，并如步骤3所示，通过虚拟资产交易所的服务(APP)申请相应的虚拟资产仓库。虚拟资产仓库申请之后，如步骤4，将相应发送客户端的虚拟资产存入个人之虚拟资产仓库中。提醒的是，若发送客户端已经具有个人的虚拟资产仓库时，则步骤2、3将会省略。
接着，如步骤5、6与7，发送客户端点选欲移转的虚拟资产、选择欲转移的对象(接收客户端)、并加注显示讯息，如相关留言。注意的是，一要求讯息编码将会依据欲移转的虚拟资产、欲转移的对象(接收客户端)、显示讯息产生。其中，要求讯息编码可以包括发送客户端之通讯软件用户账号、接收客户端的通讯软件用户账号、任一该虚拟资产编码以及一显示讯息。如步骤8，发送客户端点选转移选项来完成虚拟资产的转移申请。
之后，如步骤9，终端通讯装置中的一接收客户端进入(执行)实时通讯软件，接着如步骤10，收到相应虚拟资产转移的通知。此时，如步骤11，接收客户端于实时通讯软件中安装用以链接至虚拟资产库服务器的一虚拟资产交易所的服务(APP)，并如步骤12所示，通过虚拟资产交易所的服务(APP)申请相应的虚拟资产仓库。虚拟资产仓库申请之后，如步骤13，点选查看转移相关内容。提醒的是，若接收客户端已经具有个人的虚拟资产仓库时，则步骤11、12将会省略。如步骤14，接收客户端点选领取完成转移要求(确认指令)。相应于接收客户端的选定，如步骤15，虚拟资产库服务器将相应虚拟资产编码的虚拟资产由发送客户端的虚拟资产仓库移出，并如步骤16，将虚拟资产存入接收客户端的虚拟资产仓库。接着，如步骤17，由虚拟资产库服务器储存一转移纪录，并增加显示于异动通知中。值得注意的是，在一些实施例中，该转移纪录以一区块链形式进行储存。接着，如步骤18，当虚拟资产编码由发送客户端的虚拟资产仓库转移至接收客户端之虚拟资产仓库后，发送一异动通知给发送客户端及接收客户端。
图3显示依据本发明实施例的虚拟资产交易所平台与终端实时通讯软件的账号绑定方法。需要提醒的是，在此实施例中，以实时通讯软件以bf！APP为例，虚拟资产交易所平台以IIO为例。首先，如步骤302，在终端通讯装置中执行实时通讯软件，并如步骤304，登入bf！APP，并在实时通讯软件中点选IIO服务，以进入IIO账号验证与绑定页面。点选IIO服务之后，如步骤306，于终端通讯装置中加载IIO服务，并如步骤308，IIO服务使用bf！之软件开发工具包(SDK) 由该通讯软件的该发送客户端取得一认证令牌(access_token)，并与该加密服务器建立联机，使用该认证令牌经由bf！的一应用编程界面(API)取得该发送客户端的一数字身份代表码(OpenID)。注意的是，数字身份代表码包含通讯软件账号与虚拟资产账号。如步骤310，依据此数字身份代表码检查IIO的数据库(Database)，判断此数字身份代表码是否曾为IIO的用户，换言之，判断此数字身份代表码是否已具有IIO账号。当数字身份代表码曾为IIO的使用者(步骤310的Y)，如步骤312，取出相应此数字身份代表码的IIO账号。当数字身份代表码并非IIO的使用者(步骤310的N)，如步骤314，为此数字身份代表码创建一个IIO唯一身分辨识码(uuid)，并于一区块链，如一私有炼上创建相应之区块链账号。提醒的是，如前所述，本案相关数据或记录系于区块链上进行实作。接着，如步骤316，在数据库中建立此数字身份代表码与IIO账号的对应关系。当对应关系建立完成，便可开始使用IIO虚拟资产转移的服务。
图4显示依据本发明实施例的通过实时通讯软件进行虚拟资产转移的程序。需要提醒的是，在此实施例中，以实时通讯软件以bf！APP为例，虚拟资产交易所平台以IIO为例。如步骤402，执行实时通讯软件，并如步骤404，于bf！实时通讯聊天室内打开扩充讯息以进行各种数字资产的转移，如点数、游戏道具、游戏账号、虚拟货币等。如步骤406，选择欲转移的虚拟资产。接着，如步骤408，转移数据将会记录于数据库中，同时，如步骤410，聊天室显示讯息将会进行封装，并通过bf！软件开发工具包(SDK)发送讯息给选定的接收者。如步骤412，接收者将会收到发送端所传送的讯息。当点取讯息时，如步骤414，将讯息解封(unwrap)，并验证数据库内的数据。之后，如步骤416，完成虚拟(数字)资产的转移作业。
图5显示依据本发明实施例的道具转移至游戏之程序。在此实施例中，以实时通讯软件以bf！APP为例，虚拟资产交易所平台以IIO为例。如步骤502，在IIO中选择”我的资产”卷标，以显示相应之虚拟资产列表，如步骤504所示。接着，如步骤506，选择欲转移至游戏使用的道具。当选定之后，呼叫游戏CP(控制点)所提供的应用编程界面，来通知道具转移。接着，如步骤510，游戏CP会回复道具转移成功，如步骤512，IIO于私有区块链中进行资产转移，并如步骤514，游戏CP将道具提供至相应使用者的游戏账户中。
图6A与图6B显示依据本发明实施例的虚拟资产转移方法执行的一例子。 在此例子中，当首次进行道具领取时，可以选择游戏小帮手讯息(602)。点取讯息之后，可以选择领取道具的选项(604)。当使用者尚未开通IIO服务时，则必须先选取IIO开始使用选项(606)，以进行IIO之账号创建与bf！之绑定。IIO的账号创建之后，使用者可以开启IIO以获得道具，并存入使用者的”我的资产”中(608)。同时，转移纪录也会增加显示于异动通知中(610)，游戏小帮手亦会推播通知领取道具成功给使用者(612)。
值得注意的是，本发明所述的虚拟资产编码并不限定于对应游戏道具、游戏点数等虚拟物，亦可相应至少一非虚拟的商品或服务，此时上述道具转移对应真实世界中，非虚拟的商品或服务供货商，将所述商品或服务提供或转移至相应使用者。
尽管上文对本发明进行了详细说明，但是本发明不限于此，本技术领域技术人员可以根据本发明的原理进行各种修改。因此，凡按照本发明原理所作的修改，都应当理解为落入本发明的保护范围。

Claims (9)

  1. 一种虚拟资产转移方法，应用至一网络系统，该网络系统包含一通讯服务器、至少一虚拟资产库服务器、至少二个终端通讯装置，各终端通讯装置内安装有一实时通讯软件，当各该终端通讯装置启动该实时通讯软件后，其能通过该实时通讯软件与该通讯服务器建立联机，该通讯服务器包含一通讯软件用户数据库，用以储存数个通讯软件用户账号，该虚拟资产库服务器包含一虚拟资产用户数据库，用以储存数个虚拟资产用户数据表，各虚拟资产用户数据表包含一个虚拟资产用户账号以及一虚拟资产仓库，虚拟资产仓库储存至少一虚拟资产编码，所述方法包括以下步骤：
    一发送客户端的实时通讯软件，编辑一要求讯息编码，所述要求讯息编码包括发送客户端的通讯软件用户账号、一接收客户端的通讯软件用户账号、任一该虚拟资产编码以及一显示讯息，所述实时通讯软件的发送客户端将所述要求讯息编码传送至通讯服务器，通讯服务器传送所述要求讯息编码至一接收客户端的通讯软件并显示该显示讯息；
    若接收客户端的实时通讯软件欲取得虚拟资产编码对应的一虚拟资产，则解封显示讯息并通过该通讯服务器传送一确认指令予所述虚拟资产库服务器，所述虚拟资产库服务器依据确认指令，将虚拟资产编码由发送客户端的该虚拟资产仓库转移至所述接收客户端的虚拟资产仓库，并由虚拟资产库服务器储存一转移纪录。
  2. 如权利要求1所述的虚拟资产转移方法，其中，网络系统包含一加密服务器，其中通讯服务器接收到所述要求讯息编码，由通讯软件的发送客户端取得一认证令牌，并与加密服务器建立联机，使用认证令牌经由一应用编程界面取得发送客户端的一数字身份代表码，发送客户端的数字身份代表码包含发送客户端的通讯软件账号与发送客户端的虚拟资产账号，加密服务器根据虚拟资产编码及该发送客户端的虚拟资产账号，连接对应的虚拟资产库服务器。
  3. 如权利要求2所述的虚拟资产转移方法，其中，终端通讯装置内安装用以链接至虚拟资产库服务器的一虚拟资产交易所的服务，且发送客户端或接收客户端还通过服务申请相应的虚拟资产仓库。
  4. 如权利要求3所述的虚拟资产转移方法，其中，所述服务安装在各终端通讯装置中的实时通讯软件内，且该发送客户端可以在实时通讯软件的执行中选 取该服务。
  5. 如权利要求3所述的虚拟资产转移方法，还包括下列步骤：
    虚拟资产交易所判断数字身份代表码是否已经是一会员身分；以及
    若数字身份代表码并非一会员身分，则显示信息以通知该发送客户端在虚拟资产交易所进行会员注册。
  6. 如权利要求2所述的虚拟资产转移方法，还包括当虚拟资产编码由该发送客户端的虚拟资产仓库转移至该接收客户端的虚拟资产仓库后，发送一异动通知给该发送客户端及该接收客户端。
  7. 如权利要求2所述的虚拟资产转移方法，还包括以一区块链形式储存该转移纪录。
  8. 一种虚拟资产转移系统，应用于一网络系统，包含：
    一通讯服务器，包括一通讯软件用户数据库，用以储存数个通讯软件用户账号，
    至少一虚拟资产库服务器，包括一虚拟资产用户数据库，用以储存数个虚拟资产用户数据表，各虚拟资产用户数据表包含一个虚拟资产用户账号以及一虚拟资产仓库，所述虚拟资产仓库储存至少一虚拟资产编码；
    至少二个终端通讯装置，其中各终端通讯装置内安装有一实时通讯软件，当各该终端通讯装置启动该实时通讯软件后，其能通过该实时通讯软件与该通讯服务器建立联机，
    其中，各终端通讯装置中的一发送客户端的实时通讯软件，编辑一要求讯息编码，该要求讯息编码包括该发送客户端的通讯软件用户账号、一接收客户端的通讯软件用户账号、任一该虚拟资产编码以及一显示讯息，所述实时通讯软件的发送客户端将所述要求讯息编码传送至通讯服务器，通讯服务器传送所述要求讯息编码至予一接收客户端的通讯软件并显示所述显示讯息，且若接收客户端的实时通讯软件欲取得虚拟资产编码对应的一虚拟资产，则解封显示讯息并通过通讯服务器传送一确认指令予虚拟资产库服务器，所述虚拟资产库服务器依据确认指令，将虚拟资产编码由发送客户端的虚拟资产仓库转移至接收客户端的虚拟资产仓库，并由虚拟资产库服务器储存一转移纪录。
  9. 如权利要求8所述的虚拟资产转移系统，其中，网络系统包含一加密服务器，其中通讯服务器接收到该要求讯息编码，由通讯软件的发送客户端取得一 认证令牌，并与加密服务器建立联机，使用认证令牌经由一应用编程界面取得该发送客户端的一数字身份代表码，该发送客户端的数字身份代表码包含发送客户端的通讯软件账号与发送客户端的虚拟资产账号，加密服务器根据虚拟资产编码及发送客户端的虚拟资产账号连接对应的虚拟资产库服务器。
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