WO2021082228A1 - 一种预制数据传播方法、装置和电子设备 - Google Patents

一种预制数据传播方法、装置和电子设备 Download PDF

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Publication number
WO2021082228A1
WO2021082228A1 PCT/CN2019/127042 CN2019127042W WO2021082228A1 WO 2021082228 A1 WO2021082228 A1 WO 2021082228A1 CN 2019127042 W CN2019127042 W CN 2019127042W WO 2021082228 A1 WO2021082228 A1 WO 2021082228A1
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prefabricated data
prefabricated
calling terminal
data
video
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PCT/CN2019/127042
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English (en)
French (fr)
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李复君
金宝鼎
芦琪
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巨象科技有限公司
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Publication of WO2021082228A1 publication Critical patent/WO2021082228A1/zh

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M3/00—Automatic or semi-automatic exchanges
    • H04M3/42—Systems providing special services or facilities to subscribers
    • H04M3/42017—Customized ring-back tones

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  • the present invention relates to the field of wireless communication technology, in particular to a prefabricated data transmission method, device and electronic equipment.
  • the video ring back tone technology of telecom operators means that after the called mobile phone activates the video ring back tone service, when the calling mobile phone makes a call to the called party, it does not need to use any APP to watch the personalized and interesting video set by the called party during the call waiting period;
  • the application is based on the mobile network service management platform of the telecom operator, the video ring back tone service platform, and the mobile phone that supports the VoLTE network and the VoLTE video playback function.
  • the video ring back tone technology of telecom operators also has many shortcomings: 1
  • 1 The mobile terminal must support the VoLTE network and the VoLTE video playback function.
  • 2 The video ring back tone service of telecom operators is one-way, that is, when the caller dials the called party, the caller can watch the video set by the called party during the call waiting period, but the called party cannot see the caller's push during the ringing period. Video.
  • 3 The video ring back tone of telecom operators can only be used normally within the coverage of the VoLTE network. Users will not be able to use the areas not covered by the VoLTE network.
  • Incoming call show technology means that when a user's mobile phone answers an incoming call, it plays a personalized and interesting video that the user has previously set for the caller's number during the ringing period.
  • Caller ID requires users to download and install the APP in advance, and set a video for the caller ID.
  • Caller ID App needs to use the keep-alive and pull-alive technology of the application process, monitor system calls, and replace the system call interface and mobile phone ringtones.
  • call show technology The main problems of the call show technology are: 1 The video that the user sees when answering the phone is configured by the user, rather than configured and pushed by others, which greatly reduces the entertainment and interactivity of the application. 2Especially for Apple mobile phones, call show apps can only play pictures for incoming calls, and there is no technical way to play video with incoming power.
  • the calling terminal can update and download and store the incoming video, audio, picture or text set by the other party in real time, which has become a problem that needs to be solved urgently.
  • the present invention provides a method for the calling terminal to display the incoming call video, picture or text preset by the other party before dialing the phone number designated by the enterprise customer, without the support of the telecom operator VoLTE network and VoLTE terminal, and also Not limited by the operating system of the calling terminal, the calling terminal can watch the relevant audio, video or graphic information configured by the other party before the formal system call.
  • the calling terminal will also Can be updated in real time.
  • a prefabricated data dissemination method includes the following steps:
  • Step 1 The called user selects the prefabricated data and the communication number, and saves the prefabricated data and the communication number to the business background;
  • Step 2 When the calling terminal sends a dialing request to the communication number or when the prefabricated data is changed, the business backend sends the selected prefabricated data to the calling terminal;
  • Step 3 The business background forces the calling terminal to download and display the selected pre-made data.
  • step 1 before the step 1, it further includes making the prefabricated data.
  • the called user selects the prefabricated data on the web, and the prefabricated data includes video, audio, photos, text, and links; the called user is an enterprise customer;
  • the communication number includes a mobile phone number or a fixed-line number designated by the enterprise customer.
  • the sending is to deliver the pre-made data to the calling terminal through a real-time network communication message and/or a dedicated message push channel of the calling terminal communication device manufacturer.
  • the calling terminal first queries whether the prefabricated data has been cached locally after receiving the prefabricated data, and displays it directly if it exists, otherwise, it will be displayed on the network.
  • the download cache is displayed.
  • the calling terminal stops displaying the preset data.
  • the step 2 further includes that the business background saves all the numbers of the calling terminal, and when the pre-made data is changed, the calling terminal downloads the changed pre-made data in real time.
  • a prefabricated data dissemination device includes a prefabricated data production and selection module, a sending module, a download module, a mandatory display module, and a call connection module.
  • the prefabricated data dissemination device can implement the prefabricated data dissemination method as described above.
  • An electronic device capable of implementing the prefabricated data dissemination method described in any one of the above.
  • the electronic equipment includes a mobile phone, a computer, a tablet computer and a video doorbell.
  • the prefabricated data dissemination method of the present invention achieves the following effects:
  • a prefabricated data dissemination method provided by the present invention realizes that when the calling mobile phone dials a fixed or mobile phone designated by an enterprise customer, it is forced to display the audio, video or graphic information configured by the enterprise customer in real time during the call waiting period.
  • Pre-made audio, video or graphic information can be sent, watched, and used in any network coverage area; and there is no need to choose an operator, any operator can use it.
  • the calling party's mobile phone system is iOS or Android, it can compulsorily download and display the audio, video or graphic information set by the other party.
  • the calling terminal downloads the changed prefabricated data in real time.
  • Figure 1 is a diagram of the system server architecture for implementing the prefabricated data dissemination method in the present invention.
  • the called user is an enterprise customer, and prefabricated data is configured on the web terminal, including videos, audios, photos, texts, links, etc. locally or downloaded from the network; at the same time, the called user specifies a business phone (including mobile phones). Number or fixed-line number), and then save the pre-made data and business calls in the business background.
  • the business background uses real-time network communication messages and/or the manufacturer's dedicated message push channel of the calling terminal communication device to notify the calling terminal device to update the data configuration relationship and download the local cache of the corresponding data.
  • the business background borrows the dedicated message push channel of the calling terminal mobile phone manufacturer (the calling terminal is an Android device), VoIP messaging service (the calling terminal is an Apple device), and a third-party IM messaging service platform to send messages immediately To the calling end. If the calling terminal does not receive the message, restart the calling terminal, and automatically update the data configuration relationship from the business background and download the local cache of the corresponding data after restarting.
  • the calling terminal displays the selected prefabricated data; when the calling terminal displays the prefabricated data selected by the called terminal, it first queries whether the prefabricated data is locally If the cache exists, it will be displayed directly, otherwise it will be displayed after the data configuration relationship is updated from the business background.
  • the business background saves all call records of the callers who have dialed the enterprise customer's phone.
  • the prefabricated data will be synchronized to the device side of each calling terminal according to the above rules.
  • the calling terminal when the calling terminal is an Android device, the calling terminal starts the call process, and the calling terminal starts to inquire whether the prefabricated data configured by the called phone (take video as an example) is cached locally, and if there is Cache, then start the system phone dialing and play the video configured by the called side during call waiting; if there is no cache, download the cache to the business background, then start the system phone dialing, and play the video configured by the called side during call waiting ;
  • the calling terminal plays the video configured by the called terminal during the call waiting period, the video needs to be played through the speaker, and at the same time, the called color ring tone sound is played with the volume of the handset of the mobile phone minimized.
  • the calling party's mobile phone stops video playback, restores the volume of the handset, and enters the normal call interface of the system.
  • the calling terminal mobile phone uploads the call record (including the played video record) to the business backend, and the pop-up window displays the business card and other related information of the called enterprise customer.
  • call records of the host's mobile phone about the enterprise customer correspondingly display the video and business card posters configured by the enterprise customer.
  • the calling terminal is an Android device, after Android 6.0, the official SDK provides the Telecom Framework.
  • This framework allows third-party applications to replace the system’s default phone application.
  • the API provides the InCallService service and defines the methods for incoming and outgoing calls. Implement this InCallService and control the business logic of your UI page. Every time the APP is started, it is checked whether the APP is the default application, and if it is not, the user is prompted to replace the current default system phone application.
  • the user opens the user authority when opening the corresponding APP, and opens the system authority when setting the video ringtone for the other party (family or friend), including: automatically replacing the system default phone application, and opening the system floating window Permission, read incoming call notifications, modify system settings, etc., enable CallShow Service service, register system incoming calls to monitor PhoneStateListener, create system-level pop-up windows, and use GoogleExoplayer to play video ringtones to display the calling video.
  • the calling device can use the mobile phone process keep-alive and pull-alive solutions to update the configuration relationship and receive the prefabricated data in time.
  • the Android keep-alive solutions include a 1-pixel Activity keep-alive solution and a front-end server keep-alive solution.
  • the Android pull program includes: 1. Monitor system broadcasts (boot, lock screen, network switch, camera, etc.); 2. Activate the account synchronization mechanism; 3. Play silent music in a loop; 4. Dual-process guarding; 5. JobScheduler ; 6. Push pull live; 7. NDK Fork pull live; 8. System service pull live.
  • the calling terminal device when the calling terminal is an iOS device, the calling terminal device initiates the call flow. Further, the calling terminal device starts to query whether the video configured by the called terminal is cached locally, and if there is a cache, Then it starts to play a certain length of time (for example, 8 seconds) of the video configured by the called terminal; if there is no cache, after downloading the cache in the business background, it starts playing according to the above rules.
  • a certain length of time for example, 8 seconds
  • the iOS system call prompt window pops up, and the user clicks "Call" to initiate a system phone call, then the video playback is stopped and the system call waiting interface is displayed.
  • the calling party does not respond to the call prompt window, the video configured by the called party continues to be played.
  • the calling terminal device enters the normal call interface of the system.
  • the calling terminal uploads the call record (including the played video record) to the business background, and the pop-up window displays the business card and other related information of the called enterprise customer. Further, the call log of the enterprise customer on the calling terminal device correspondingly displays the video configured by the enterprise customer and the enterprise business card poster.
  • the calling end Since the calling end is an iOS device, the calling end user needs to upload the VoIP Token to the server and bind it to the machine.
  • the server calls the iOS VoIP push service, and the iOS VoIP push service
  • the key information sent from the terminal is forwarded to the called terminal.
  • the called terminal After the called terminal receives the VoIP push, it wakes up in the background and plays the ringtone of the incoming call, thereby realizing the process of pulling live.
  • Figure 1 shows the system server architecture that implements this method.
  • the main architecture of the system adopts the traditional Internet technology architecture SpringMVC.
  • SpringMVC is a powerful and flexible modular web framework provided by Spring, a Java-based request-driven type Lightweight Web framework, its purpose is to decouple the Web layer, that is, use the "request-response" model to achieve a good layering from the engineering structure, distinguish responsibilities, and simplify Web development.
  • the multi-master and multi-slave cluster made by the mycat middleware used in the database has carried out the technology of read-write separation, database sub-database sub-table, which can effectively guarantee the high concurrency and high availability of the database.
  • the cache database is implemented using a redis cluster. Redis is a high-performance key-value database. At the same time, redis is a master-slave cluster, which guarantees performance and high availability.
  • the system also uses mongdb to store non-relational data, mainly to record logs and exchange logs on third-party platforms.
  • Kafka messaging service is an open source stream processing platform developed by the Apache Software Foundation. It is a high-throughput distributed publish-subscribe messaging system that can improve server throughput.
  • the ElasticSearch search engine service is mainly to perform relevance ranking queries to improve retrieval efficiency.
  • the prefabricated data dissemination method of the present invention adopts 1 the calling terminal updates, downloads and stores the short video technology configured by the enterprise customer in real time; 2 the calling mobile phone calls the fixed telephone or designated by the enterprise customer Mobile phone business logic realization technology; 3iOS device process keep-alive and pull-alive realization technology; 4Android device process keep-alive and pull-alive realization technology; 5Android device replacement system call interface processing technology, the combination of five technologies achieves the following effects :
  • a prefabricated data dissemination method provided by the present invention realizes that when the calling mobile phone dials a fixed or mobile phone designated by an enterprise customer, it is forced to display the audio, video or graphic information configured by the enterprise customer in real time during the call waiting period.
  • Pre-made audio, video or graphic information can be sent, watched, and used in any network coverage area; and there is no need to choose an operator, any operator can use it.
  • the calling party's mobile phone system is iOS or Android, it can compulsorily download and display the audio, video or graphic information set by the other party.
  • the calling terminal downloads the changed prefabricated data in real time.

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  • Engineering & Computer Science (AREA)
  • Signal Processing (AREA)
  • Telephonic Communication Services (AREA)

Abstract

一种预制数据传播方法、装置和电子设备，所述方法包括下述步骤：步骤1)，被叫用户在web端选择预制数据及通信号码，并将所述预制数据及所述通信号码保存至业务后台；步骤2)，当主叫端对所述通信号码发出拨号请求或当所述预制数据发生变更时，所述业务后台向所述主叫端发送被选择的预制数据；步骤3)，所述业务后台强制所述主叫端下载及显示被选择的所述预制数据。主叫端在拨打企业客户指定的电话号码前播放对方预设的来电视频、图片或文字，无需电信运营商VoLTE网络和VoLTE终端支持，亦不受主叫端通信设备的系统限制，主叫端可在正式系统通话前显示对方给自己配置的相关音视频或图文信息。

Description

一种预制数据传播方法、装置和电子设备 技术领域
本发明涉及无线通信技术领域，特别涉及一种预制数据传播方法、装置和电子设备。
背景技术
目前在两部智能手机之间，通话时实现播放来电视频铃声的技术主要分两种：电信运营商视频彩铃技术和来电秀技术。
电信运营商视频彩铃技术是指被叫手机开通视频彩铃业务后，主叫手机给被叫拨打电话时，不需要借助任何APP，就能在呼叫等待时段观看被叫设置的个性化趣味视频；该应用是基于电信运营商移动网络业务管理平台、视频彩铃业务平台以及支持VoLTE网络和VoLTE视频播放功能的手机来实现的。
但是电信运营商视频彩铃技术也有诸多缺点：①手机终端必须支持VoLTE网络和VoLTE视频播放功能。目前只有部分安卓机满足此要求，苹果机目前不支持视频彩铃播放功能。②电信运营商的视频彩铃业务是单向的，即主叫拨打被叫时，在呼叫等待时段主叫能观看被叫设置的视频，而被叫在振铃期间是看不到主叫推送来的视频。③电信运营商视频彩铃只能在VoLTE网络覆盖的范围内正常使用，VoLTE网络未覆盖的区域，用户将无法使用。④由于VoLTE网络目前没有互联互通，因此电信运营商视频彩铃只能给本网用户使用，用户体验较差。⑤不同厂家的手机终端，播放视频彩铃的界面都不一样，差异较大，用户对产品界面一致性体验很差。⑥由于没有APP来承载，新功能新服务无法得到延展，对用户流量的二次经营缺少手段，难以将流量引导至新的、有潜在收益的新业务上。
来电秀技术是指用户手机接听来电时，在振铃期间播放用户事先给 该来电号码设置的个性化趣味视频。来电秀需要用户事先下载安装APP，并对来电号码设置视频。来电秀APP需要使用应用进程的保活和拉活技术，监听系统来电，替换系统通话界面和手机铃声。
来电秀技术的主要问题在于：①接听电话看到的视频都是用户给自己配置的，而不是别人配置和推送过来的，这样就大大降低了应用的娱乐性和互动性。②特别是对于苹果手机，来电秀类的APP对于来电都只能播放图片，技术上都没有实现来电能播放视频。
因此，提供一种在通信设备间，特别是主叫端在拨打企业客户指定的电话号码前显示对方预设的来电视频、图片或文字的方法，在不受网络制式及手机系统限制的前提下，主叫端能实时更新及下载存储对方给自己设置的来电视频、音频、图片或文字，成为了目前急需解决的问题。
发明内容
本发明针对现有技术的不足，提供一种主叫端在拨打企业客户指定的电话号码前显示对方预设的来电视频、图片或文字的方法，无需电信运营商VoLTE网络和VoLTE终端支持，亦不受主叫端操作系统的限制，主叫端可在正式系统通话前观看到对方给自己配置的相关音视频或图文信息，当被叫用户更改了预设的数据时，主叫端亦可实时更新。
为达到上述目的，本发明提出了如下技术方案：
一种预制数据传播方法，包括下述步骤：
步骤1，被叫用户选择预制数据及通信号码，并将所述预制数据及所述通信号码保存至业务后台；
步骤2，当主叫端对所述通信号码发出拨号请求或当所述预制数据发生变更时，所述业务后台向所述主叫端发送被选择的预制数据；
步骤3，所述业务后台强制所述主叫端下载及显示被选择的所述预制数据。
优选地，在所述步骤1前，还包括制作所述预制数据。
最好，在所述步骤1中，所述被叫用户在web端选择所述预制数据，所述预制数据包括视频、音频、照片、文字、链接；所述被叫用户为企 业客户；所述通信号码包括所述企业客户指定的手机号码或固话号码。
优选地，在所述步骤2中，所述发送是通过实时网络通信消息和/或主叫端通信设备的厂家专用消息推送通道，将所述预制数据传递给所述主叫端。
优选地，在所述步骤4中，还包括下述步骤：所述主叫端收到所述预制数据后首先查询所述预制数据是否已在本地缓存，如存在，则直接显示，否则到网络下载缓存显示。
优选地，所述步骤3中，所述被叫用户在做出接听响应或拒听响应后，所述主叫端停止显示所述预制数据。
优选地，所述步骤2中，还包括所述业务后台保存全部所述主叫端的号码，当所述预制数据发生变更时，所述主叫端实时下载已变更的所述预制数据。
一种预制数据传播装置，包括预制数据制作和选择模块、发送模块、下载模块、强制显示模块和通话连接模块，所述预制数据传播装置能够实现如上所述的预制数据传播方法。
一种电子设备，所述电子设备能够实现如上任一项所述的预制数据传播方法。
优选地，所述电子设备包括手机、电脑、平板电脑和可视门铃。
与现有技术相比，本发明所述的一种预制数据传播方法，达到了如下效果：
(1)本发明提供的一种预制数据传播方法，实现了主叫手机在拨打企业客户指定的固定电话或移动电话时，在呼叫等待期间实时强制显示企业客户配置的音视频或图文信息。
(2)预制的音视频或图文信息在任何网络覆盖的区域范围均能发送、观看、使用；且无需选择运营商，任何运营商均可使用。
(3)无论主叫端的手机系统是iOS或Android，均能强制下载及显示对方给自己设置的音视频或图文信息。
(4)当被叫用户所配置的音视频或图文信息发生更改时，主叫端实时下载已更改的预制数据。
附图说明
此处所说明的附图用来提供对本发明的进一步理解，构成本发明的一部分，本发明的示意性实施例及其说明用于解释本发明，并不构成对本发明的不当限定。
图1为该发明中，实现预制数据传播方法的系统服务器架构图。
具体实施方式
以下结合附图对本申请作进一步详细说明，但不作为对本申请的限定。
在一种优选实施例中，被叫用户为企业客户，在web端配置预制数据，包括本地或从网络下载的视频、音频、照片、文字、链接等；同时被叫用户指定业务电话(包括手机号码或固话号码)，然后将预制数据和业务电话保存在业务后台。当主叫端启动呼叫流程，业务后台通过实时网络通信消息和/或主叫端通信设备的厂家专用消息推送通道，通知主叫端设备更新数据配置关系并下载相应数据的本地缓存。进一步的，业务后台借用主叫端手机厂家专用消息推送通道(主叫端为安卓设备的情形)、VoIP消息服务(主叫端为苹果设备的情形)以及第三方IM消息服务平台，立即发送消息给主叫端。若主叫端未收到消息，则重启主叫端，重新开机后自动从业务后台更新数据配置关系并下载相应数据的本地缓存。
进一步的，在被叫端做出接听或拒听响应前，主叫端显示被选择的预制数据；当主叫端在显示被叫端选择的预制数据时，首先查询所述预制数据是否在本地缓存，如存在，则直接显示，否则从业务后台更新数据配置关系后再显示。
进一步的，业务后台保存所有拨打过企业客户电话的主叫通话记录，当企业客户的预制数据发生变更时，就会按照上述规则将预制数据同步到各主叫端的设备端。
在一种优选实施例中，当主叫端为安卓设备时，主叫端启动呼叫流 程，主叫端开始查询被叫电话配置的预制数据(以视频为例)是否在本地有缓存，如果有缓存，则启动系统电话拨号，并在呼叫等待期间播放被叫端配置的视频；如果无缓存，则到业务后台下载缓存，然后再启动系统电话拨号，并在呼叫等待期间播放被叫配置的视频；
进一步地，主叫端在呼叫等待期间播放被叫端配置的视频时，需要通过扬声器播放视频，同时以手机听筒音量最小化播放被叫的彩铃声音。被叫端接听电话，则主叫端手机停止视频播放，恢复手机听筒音量大小，进入系统正常通话界面。
进一步地，通话结束后，主叫端手机将本次通话记录(含播放的视频记录)上传至业务后台，同时弹窗展示被叫企业客户的名片等相关信息。
进一步地，主方手机关于企业客户的通话记录里相应展示企业客户配置的视频和企业名片海报等。
由于主叫端为Android设备，在Android 6.0后官方SDK提供了Telecom Framework框架，这个框架允许第三方应用替换系统的默认电话应用，API提供了InCallService服务，定义了来电话与拨打电话的相关方法，实现这个InCallService并控制自己的UI页面的业务逻辑。在每次APP启动的时候，检查APP是不是默认应用，如果不是则提示用户替换当前默认系统电话应用。
当上述的预制数据为视频文件时，用户在打开相应APP时开启用户权限，给对方(亲人或朋友)设置视频铃音的时候开启系统权限，包括：自动替换系统默认电话应用，开启系统悬浮窗权限，读取来电通知，修改系统设置等，开启CallShow Service服务，注册系统来电监听PhoneStateListener，创建系统级弹窗，利用GoogleExoplayer播放器播放视频铃音，以实现主叫视频的显示。
进一步地，主叫端设备可以利用手机进程保活和拉活方案实现配置关系的更新和及时收到预制数据，Android保活方案包括1像素Activity 保活方案和前台服务器保活方案。Android拉活方案包括：1、监听系统广播(开机，锁屏，网络切换，拍照等)；2.、账户同步机制拉活；3、循环播放无声音乐；4、双进程守护；5.、JobScheduler；6、推送拉活；7、NDK Fork拉活；8.、系统服务拉活。
在一种优选实施例中，当主叫端为iOS设备时，主叫端设备启动呼叫流程，进一步地，主叫端设备开始查询被叫端配置的视频是否在本地有缓存，如果有缓存，则开始播放一定时间长度(比如8秒)被叫端给自己配置的视频；如果无缓存，则到业务后台下载缓存后，再按上述规则开始播放。
主叫端设备完成一定时间长度视频播放后，弹出iOS系统呼叫提示窗，用户点击“呼叫”发起系统电话呼叫，则停止视频播放并展示系统呼叫等待界面。主叫用户未响应呼叫提示窗期间，继续播放被叫配置的视频。
进一步地，当被叫端接听电话，则主叫端设备进入系统正常通话界面。
通话结束后，主叫端将本次通话记录(含播放的视频记录)上传至业务后台，同时弹窗展示被叫企业客户的名片等相关信息。进一步地，主叫端设备关于企业客户的通话记录里相应展示企业客户配置的视频和企业名片海报。
由于主叫端为iOS设备，因此主叫端用户需要将VoIP Token上传至服务端，与本机绑定，当该用户被呼叫时，服务端调用iOS的VoIP推送服务，iOS的VoIP推送将服务端发来的关键信息，转发给被叫端，被叫端收到VoIP推送后，后台唤醒并播放来电铃声，由此实现拉活的过程。
图1所示为实现本方法的系统服务器架构，系统主体架构采用互联网传统的技术架构SpringMVC，SpringMVC是Spring提供的一个强大而 灵活的模块式web框架，一种基于Java的以请求为驱动类型的轻量级Web框架，其目的是将Web层进行解耦，即使用“请求－响应”模型，从工程结构上实现良好的分层，区分职责，简化Web开发。
数据库用的mycat中间件做的多主多从集群，进行了读写分离、分库分表的技术，能够有效保障数据库的高并发、高可用。缓存数据库用的是redis集群来实现的，redis是一个高性能的key－value数据库，同时redis做了主从的集群，即保障性能也保障了高可用。系统中还使用了mongdb存储非关系型数据，主要记录日志、第三方平台交换日志等。
文件系统用的是阿里开源的fastdfs分布式文件系统，主要对短视频数据进行本地化存储。Kafka消息服务是由Apache软件基金会开发的一个开源流处理平台，是一种高吞吐量的分布式发布订阅消息系统，可提高服务器吞吐能力。ElasticSearch搜索引擎服务，主要是进行相关度排序查询，提高检索效率。
与现有技术相比，本发明所述的一种预制数据传播方法，通过采用①主叫端实时更新、下载存储企业客户配置的短视频技术；②主叫手机拨打企业客户指定的固定电话或移动电话的业务逻辑实现技术；③iOS设备进程保活和拉活实现技术；④Android设备进程保活和拉活实现技术；⑤Android设备替换系统通话界面的处理技术，五种技术的组合，达到了如下效果：
(1)本发明提供的一种预制数据传播方法，实现了主叫手机在拨打企业客户指定的固定电话或移动电话时，在呼叫等待期间实时强制显示企业客户配置的音视频或图文信息。
(2)预制的音视频或图文信息在任何网络覆盖的区域范围均能发送、观看、使用；且无需选择运营商，任何运营商均可使用。
(3)无论主叫端的手机系统是iOS或Android，均能强制下载及显示对方给自己设置的音视频或图文信息。
(4)当被叫用户所配置的音视频或图文信息发生更改时，主叫端实时下载已更改的预制数据。
尽管上面已经示出和描述了本发明的实施例，可以理解的是，上述实施例是示例性的，不能理解为对本发明的限制，本领域的普通技术人员在本发明的范围内可以对上述实施例进行变化、修改、替换和变形。

Claims (10)

  1. 一种预制数据传播方法，其特征在于，包括下述步骤：
    步骤1，被叫用户选择预制数据及通信号码，并将所述预制数据及所述通信号码保存至业务后台；
    步骤2，当主叫端对所述通信号码发出拨号请求或当所述预制数据发生变更时，所述业务后台向所述主叫端发送被选择的预制数据；
    步骤3，所述业务后台强制所述主叫端下载及显示被选择的所述预制数据。
  2. 根据权利要求1所述的预制数据传播方法，其特征在于，在所述步骤1前，还包括制作所述预制数据。
  3. 根据权利要求1所述的预制数据传播方法，其特征在于，在所述步骤1中，所述被叫用户在web端选择所述预制数据，所述预制数据包括视频、音频、照片、文字、链接；所述被叫用户为企业客户；所述通信号码包括所述企业客户指定的手机号码或固话号码。
  4. 根据权利要求3所述的预制数据传播方法，其特征在于，在所述步骤2中，所述发送是通过实时网络通信消息和/或主叫端通信设备的厂家专用消息推送通道，将所述预制数据传递给所述主叫端。
  5. 根据权利要求4所述的预制数据传播方法，其特征在于，在所述步骤4中，还包括下述步骤：所述主叫端收到所述预制数据后首先查询所述预制数据是否已在本地缓存，如存在，则直接显示，否则到网络下载缓存显示。
  6. 根据权利要求5所述的预制数据传播方法，其特征在于，所述步骤3中，所述被叫用户在做出接听响应或拒听响应后，所述主叫端停止显示所述预制数据。
  7. 根据权利要求6所述的预制数据传播方法，其特征在于，所述步 骤2中，还包括所述业务后台保存全部所述主叫端的号码，当所述预制数据发生变更时，所述主叫端实时下载已变更的所述预制数据。
  8. 一种预制数据传播装置，其特征在于，包括预制数据制作和选择模块、发送模块、下载模块、强制显示模块和通话连接模块，所述预制数据传播装置能够实现如权利要求1－7中任一项所述的预制数据传播方法。
  9. 一种电子设备，其特征在于，所述电子设备能够实现如权利要求1－7中任一项所述的预制数据传播方法。
  10. 根据权利要求9所述的一种电子设备，其特征在于，所述电子设备包括手机、电脑、平板电脑和可视门铃。
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