CN1219259A - Wireless message delivery system - Google Patents

Wireless message delivery system Download PDF

Info

Publication number
CN1219259A
CN1219259A CN 97191929 CN97191929A CN1219259A CN 1219259 A CN1219259 A CN 1219259A CN 97191929 CN97191929 CN 97191929 CN 97191929 A CN97191929 A CN 97191929A CN 1219259 A CN1219259 A CN 1219259A
Authority
CN
China
Prior art keywords
message
wireless
mail
wireless messaging
network
Prior art date
Application number
CN 97191929
Other languages
Chinese (zh)
Inventor
小杰拉尔德·伯顿·塔托恩
理查德·道格拉斯·盖利
罗伯特·韦纳
Original Assignee
摩托罗拉公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority to US59407296A priority Critical
Application filed by 摩托罗拉公司 filed Critical 摩托罗拉公司
Publication of CN1219259A publication Critical patent/CN1219259A/en

Links

Classifications

    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W84/00Network topologies
    • H04W84/02Hierarchically pre-organised networks, e.g. paging networks, cellular networks, WLAN [Wireless Local Area Network] or WLL [Wireless Local Loop]
    • H04W84/022One-way selective calling networks, e.g. wide area paging
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L51/00Arrangements for user-to-user messaging in packet-switching networks, e.g. e-mail or instant messages
    • H04L51/38Arrangements for user-to-user messaging in packet-switching networks, e.g. e-mail or instant messages in combination with wireless systems
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L51/00Arrangements for user-to-user messaging in packet-switching networks, e.g. e-mail or instant messages
    • H04L51/28Details regarding addressing issues
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L51/00Arrangements for user-to-user messaging in packet-switching networks, e.g. e-mail or instant messages
    • H04L51/30Arrangements for user-to-user messaging in packet-switching networks, e.g. e-mail or instant messages with reliability check, e.g. acknowledgments or fault reporting

Abstract

一种无线消息交付系统包括一个有线消息传输网络(102),它在有线网络节点之间交付E-mail消息,还输入E-mail消息以交付给无线消息收发单元(116)。 A wireless message delivery system comprises a wired transmission network message (102), which deliver E-mail messages between the wired network nodes further input E-mail message for delivery to the wireless messaging unit (116). 无线消息收发服务器(104)连接到有线消息传输网络(102),接收并处理有线消息传输网络(102)输入的E-mail消息,将其交付给无线消息收发单元(106)。 Wireless messaging server (104) connected to the wired message transport network (102), receives and processes the wired message transmission network (102) the input E-mail message, which is delivered to the wireless messaging unit (106). 无线消息传输网络(106)连接到无线消息收发服务器(104),并将E-mail消息交付给无线消息收发单元。 Wireless message transmission network (106) connected to a wireless messaging server (104), and the E-mail message is delivered to the wireless messaging unit.

Description

无线消息交付系统 Wireless message delivery system

本发明一般涉及消息交付系统领域,尤其涉及将来自有线消息交付系统的消息交付给无线消息收发单元的无线消息交付系统。 The present invention relates generally to message delivery systems, and particularly relates to a wireless message from the message delivery system wired message delivery to the wireless messaging system delivery unit.

无线消息收发系统,例如传统的无线寻呼系统多年来提供将消息交付给便携式通信接收机或寻呼机(pager)的功能。 Wireless messaging systems, such as a conventional radio paging system functionality over the years to deliver the message of the portable communication receiver or pager (pager) of. 在无线寻呼系统中,消息源通过消息输入设备输入仅有提示音、话音、数字和数字字母消息,该消息输入设备可以是例如用于仅有提示音、话音和数字消息的话机以及寻呼输入终端,或者用于字母数字消息的个人计算机。 In the radio paging system, the message source apparatus input by the message input tone only, voice, numeric and alphanumeric messages, the message input device may be, for example only telephone and a paging tone, voice and digital messages input terminal, a personal computer or for alphanumeric messages. 对现场寻呼消息而言,寻呼输入终端或个人计算机输入的消息通过PBX选择路由,对需要交付给寻呼终端的本地或广域寻呼消息而言,则通过公用电话交换网(PSTN)选择路由,PBX或PSTN处理需要交付给消息源所指定的便携式通信接收机的消息。 On-site paging message, the message paging input terminal or personal computer input selection routed through the PBX, the need for delivery to the paging terminal of a local or wide-area paging messages, it is through the public switched telephone network (PSTN) routing, PBX, or PSTN processing message to be delivered to the portable communication receiver the designated message source.

按照本发明的一个方面,一种无线消息交付系统包括一个有线消息传输网络,它在有线网络节点之间交付E-mail消息,还输入E-mail消息以交付给无线消息收发单元。 According to one aspect of the present invention, a radio message delivery system comprising a cable transmission network message, which deliver E-mail messages between the wired network nodes further input E-mail message for delivery to the wireless messaging unit. 无线消息收发服务器连接到有线消息传输网络,接收并处理有线消息传输网络输入的E-mail消息,将其交付给无线消息收发单元。 Wireless messaging server connected to a wired network message transmission, receiving and processing the E-mail message input wired message transmission network, which is delivered to the wireless messaging unit. 无线消息传输网络连接到无线消息收发服务器,并将E-mail消息交付给无线消息收发单元。 Wireless message transmission network connected to the wireless messaging server, and the E-mail message is delivered to the wireless messaging unit.

图1是按照本发明优选实施例的无线消息交付系统的框图;图2的电气框图示出了按照本发明优选实施例的无线消息收发服务器的配置;图3的电气框图示出了按照本发明优选实施例的无线消息收发服务器中的存储器划分;图4是按照本发明优选实施例的无线消息交付系统的系统软件框图;图5是按照本发明优选实施例的无线消息交付系统的无线消息收发服务器软件体系结构图;图6是按照本发明优选实施例的无线消息收发服务器的消息处理器软件体系结构图;图7是按照本发明优选实施例的无线消息收发服务器的消息分析软件体系结构图;图8是按照本发明优选实施例的无线消息收发服务器的无线消息分发软件体系结构图;图9是有线消息传输网络102发出的典型的按照现有技术SMTP E-mail消息格式的E-mail消息;图10是按照本发明优选实施例的E-mail无线消息图,该 FIG. 1 is a block diagram of a wireless messaging system in accordance with a preferred embodiment of the present invention is delivered; FIG. 2 is an electrical block diagram illustrating a configuration of a wireless messaging server according to a preferred embodiment of the present invention; FIG. 3 shows an electrical block according to the memory is divided into a wireless messaging server preferred embodiment of the present invention; wireless message 4 is an embodiment of FIG according to the present invention preferably deliver the system software block diagram of the system; FIG. 5 is a wireless radio message according to embodiments of the present invention preferably delivery system messaging server software architecture; Figure 6 is a message processor software architecture diagram of a radio message according to a preferred embodiment of the present invention, the receiving server; FIG. 7 is a message system software radio message according to a preferred embodiment of the present invention, the receiving server FIG configuration; FIG. 8 is a wireless message to the wireless messaging server according to a preferred embodiment of the distributed software architecture of the present invention; Figure 9 is a typical prior art in accordance with SMTP E-mail message format wired message transmission network 102 E issued -mail message; FIG. 10 is a wireless E-mail message in accordance with an embodiment of the present invention, preferably, the E-mail无线消息利用E-mail别名寻址无线消息收发单元;图11是按照本发明优选实施例利用E-mail别名寻址无线消息收发单元的E-mail环境配置图;图12是按照本发明优选实施例利用子域寻呼寻址无线消息收发单元的E-mail无线消息图;图13是按照本发明优选实施例利用子域寻呼寻址无线消息收发单元的E-mail环境配置图;图14到20是说明按照本发明优选实施例的无线消息服务器的操作的流程图。 E-mail message using a wireless E-mail address alias for the wireless messaging unit; FIG. 11 is an example of the configuration environment using E-mail E-mail alias FIG addressable wireless messaging unit in accordance with the present invention, preferably; FIG. 12 in accordance with the present FIG wireless E-mail message addressed embodiment using the sub-area paging unit is preferably wireless messaging invention; FIG. 13 is an embodiment using the E-mail environment arrangement of sub-area paging addressable wireless messaging unit in accordance with the present invention preferably ; FIGS. 14 to 20 is a flowchart illustrating operation of the radio message according to a preferred embodiment of the present invention, the server is described.

图1是按照本发明优选实施例的无线消息交付系统100的框图。 FIG. 1 is a block diagram of the wireless messaging system 100 according to a preferred embodiment of the present invention is delivered. 无线消息交付系统100包括有线消息传输网络102、无线消息收发服务器104(以示例形式示出其中的两个)以及无线消息传输网络106。 100,102 wireless message delivery system, a wireless messaging server 104 includes a wired message transmission network (which in the example shown in the form of two) and a wireless message transmission network 106. 有线消息传输网络102可以包括LAN108(局域网)、WAN110(广域网)或者如图所示的LAN108和WAN110网络的一种组合。 Cable 102 may include a message transmission network LAN 108 (local area network), WAN110 (WAN) or a combination of LAN 108 and the network as shown WAN110. 应当理解,虽然仅示出了单个LAN108网络和单个WAN110网络,多个LAN108网络和/或WAN110网络可以以本领域一般技术人员所熟知的传送E-mail消息的方式互连。 It should be understood that while only a single network and a single WAN110 network LAN108, LAN108 plurality of networks and / or networks may be interconnected in a manner WAN110 those of ordinary skill in the art to transfer the E-mail message. 无线消息传输网络106可以包括LAWN 112(无线局域网)、WAWN114(无线广域网)或者LAWN112和WAWN114网络的一种组合。 Wireless network 106 may include a message transmission LAWN 112 (WLAN), WAWN114 (wireless wide area network) or a combination LAWN112 and WAWN114 network. 应当理解,虽然仅示出了单个LAWN112网络和单个WAWN114网络,多个LAWN112网络和/或WAWN114网络可以以本领域一般技术人员所熟知的向无线消息收发单元116(例如寻呼机或信息服务接收机)分发无线消息(例如寻呼消息)的方式互连。 It should be understood that while only a single network and a single WAWN114 LAWN112 network, LAWN112 plurality of networks and / or network may WAWN114 to those of ordinary skill in the art to the wireless messaging unit 116 (e.g., a pager or receiver information service) distribution interconnect wireless messages (e.g. paging messages) way.

LAN108(局域网)的一般功能和操作在图1中示出,它使得通常位于房间、建筑物或建筑物群内部的位置集中的计算机以本领域一般技术人员所熟知的方式在计算机网络上共享资源。 LAN 108 (local area network) and the general operation of the function shown in FIG. 1, such that it is usually located in the room, a computer in a position inside a building or group of buildings to those of ordinary skill in the art in a manner shared resources on a computer network . 图1中以E-mail用户的形式图形化表示了这些位置集中的计算机,本例中示出了其中的两个。 Pattern in FIG. 1 E-mail to the user in the form of a computer representation of a set of these positions, the present embodiment is shown in which the two. 典型的LAN108网络共享资源是文件服务器上的文件、打印服务器上的打印机以及E-mail服务器上的E-mail消息服务。 Typical LAN108 network resources are shared files on file servers, printers, and E-mail messaging services on the E-mail server on the print server. LAN108网络通过物理网络(例如ARCNET、Ethernet、Token-ring、Local Talk)或其它网络介质连接网络中表示有线网络节点的计算机。 LAN108 network through a physical network (e.g. ARCNET, Ethernet, Token-ring, Local Talk) or other network media cable connected to the computer network represents a network node. LAN108网络可以采用多种网络协议中的任何一种,例如TCP/IP(传输控制协议/网际互连协议)、AppleTalkTM、IPX/SPX(分组间交换/顺序包交换)、Net BIOS(网络基本输入输出系统)或者任一其它分组结构以使E-mail用户和E-mail服务器之间能够相互通信。 LAN108 network may employ any of a variety of networking protocols, such as TCP / IP (Transmission Control Protocol / Internetworking Protocol), AppleTalkTM, IPX / SPX (Inter-Packet Exchange / Sequenced Packet Exchange), Net BIOS (Network Basic Input output system) or any other packet structures to enable able to communicate between users and the E-mail E-mail server. LAN108还可以使用路由器(未示出)将LAN108网络划分成组织层次或物理上的子网。 LAN108 can also use routers (not shown) LAN108 network into subnets on the physical or organizational level. 在本申请中描述的LAN108网络的定义是指某一地理范围内的计算机以及将这些计算机互连以进行通信的有线介质类型。 Defined LAN108 network described in the present application refers to a computer within a geographic range, and these computers are interconnected to perform the wired communication medium type.

WAN110(广域网)的一般功能和操作也是使得计算机能够共享资源。 General functions and operations WAN110 (Wide Area Network) also causing a computer to share resources. 但是在这种情况下所用的定义中计算机的位置并不是集中在一处。 But the position of the computer in this case used in one place is not defined. 共享的资源一般即使与LAN108网络中有所不同,也非常类似。 Shared resources generally, even differ LAN108 network, it is also very similar. 但是,WAN110网络通过不同的物理网络介质,例如X.25、帧中继、ISDN、调制解调器拨号或者其它介质将其它计算机或其它局域网连接到WAN110网络。 However, WAN110 network through different physical network media such as X.25, Frame Relay, ISDN, Modem dial-up or other media to connect other computers or other local area network to WAN110. 图1通过例子示出了多个众所周知的公用或专用广域网,例如CompuserveTM、America OnlineTM(AOL)、MIT计算机网、MotorolaTM计算机网以及ProdigyTM,它们都以例子的形式示出。 Figure 1 shows by way of example a plurality of well-known public or private wide area network, e.g. CompuserveTM, America OnlineTM (AOL), MIT computer network, MotorolaTM computer networks and ProdigyTM, which are shown as an example. 上述WAN110网络可以独立操作,或者通过众所周知的全球范围Internet计算机网互连。 Above WAN110 network can operate independently or interconnected by well-known worldwide Internet computer network. 同样,如图所示,LAN108网也可以通过全球范围Internet计算机网,以本领域一般技术人员所熟知的方式与WAN110网络互连。 Also, as shown, LAN 108 by the network may be a global Internet computer network to those of ordinary skill in the art and the manner WAN110 network interconnection.

LAWN112(局域无线网)的一般功能是提供本地无线消息收发服务,其术语“本地”是指单个发射机无线消息收发系统或者多发射机无线消息收发系统所提供的覆盖区域,前述多发射机无线消息收发系统最多可以覆盖单个预定的大城市。 General Features LAWN112 (wireless local area network) to provide a local wireless messaging services, which the term "local" refers to the radio coverage area of ​​a single transmitter or multiple transmitters messaging system, a wireless messaging system is provided, the multiple transmitters wireless messaging system may cover up to a single predetermined cities. 消息通过消息输入设备(例如话机、字母数字输入消息收发设备或者计算机终端)输入到LAWN112网络。 Message in the message input device (e.g. phone, an alphanumeric input messaging device or computer terminal) is input to the LAWN112 network. 消息一般从消息输入设备通过公用电话交换网(PSTN)传送到某个寻呼终端。 Usually the input message from the message device to the paging terminal via a public switched telephone network (PSTN). 寻呼终端接收消息并予以处理,以本领域一般技术人员所熟知的方式进行传输。 The terminal receives the paging message and be processed for transmission to those of ordinary skill in the art manner. 消息的处理包括将消息编码成多种众所周知的寻呼信令协议中的一种,例如邮局通信标准专家组协议(POCSAG)、戈莱(Golay)序列码协议(GSC)、FLEX信令协议或者ERMES信令协议,这里仅举出几种。 Processing the message comprises encoding the message into a variety of well known paging signaling protocols, such as the post office protocol communication ISAR (the POCSAG), Golay (Golay) sequence code Protocol (GSC), FLEX protocol or signaling ERMES signaling protocol, just to name a few. 一旦编码结束,在LAWN112中将无线消息传送到至少一个无线消息收发单元116,例如一个或多个寻呼机或者数据通信接收机。 Once the coding end, the radio will LAWN112 message to at least one radio message transceiver unit 116, for example, one or more data communication receiver or pager.

WAWN114(广域无线网)的一般操作类似于LAWN112网络,但是其覆盖区域大于单个预定城市区域,可以包括多个局域无线网,这些局域无线网互连以覆盖多个不同城市区域,或者提供地区、国家或全球范围的无线消息收发服务。 WAWN114 (Wireless Wide Area Network) network LAWN112 general procedure is similar, but its coverage area is greater than a predetermined single metropolitan area, may comprise a plurality of local wireless networks, local wireless network such as to cover a plurality of interconnected regions of different cities, or provide regional, national or global wireless messaging service.

如图1所示,在本发明的优选实施例中,LAN108网络和/或WAN110网络通过无线消息收发服务器104(WMS)与LAWN112网络和/或WAWN114网络有利地互连,下面将予以描述。 As shown in FIG. 1, in a preferred embodiment of the present invention, LAN 108 networks and / or network WAN110 LAWN112 advantageously interconnected with the network and / or WAWN114 network through a wireless messaging server 104 (WMS), which will be described below. 来自LAN108网络和/或WAN110网络的消息,例如E-mail消息由无线消息收发服务器104接收,后者对接收的E-mail消息进行处理以交付给LAWN112网络和/或WAWN114网络。 LAN108 message from the network and / or network WAN110, for example E-mail message received by the wireless messaging server 104, the latter receiving E-mail messages are processed for delivery to LAWN112 network and / or network WAWN114.

无线消息收发服务器104和无线消息网络106之间的接口采用一种或多种众所周知的物理连接介质,例如直接串接、通过调制解调器/PSTN串接、EthernetTM、token-ring、LocalTalkTM、ARCnet以及其它等等。 Between the wireless messaging server 104 and a wireless messaging network interfaces 106 using one or more well-known physical connection medium such as directly connected in series, via modem / PSTN tandem, EthernetTM, token-ring, LocalTalkTM, ARCnet and other like Wait. 用以将消息初始化以发送到LAWN/WAWN中的协议可以是,例如TAP(远程定位字母数字寻呼)、TFC/TAP(远程定位格式转换/远程定位字母数字寻呼)、TNPP(远程定位网络寻呼协议)、TDP(远程定位数据寻呼)或者TIS(远程定位互交换)协议。 In the message for initialization LAWN / WAWN sent to the protocol may be, for example, the TAP (remotely located alphanumeric paging), TFC / TAP (remotely located format conversion / remotely located alphanumeric paging), TNPP (remotely located network paging protocol), TDP (remotely located paging data) or TIS (remotely located interchange) protocol.

图2是按照本发明优选实施例的无线消息收发服务器的框图。 FIG 2 is a block diagram of a wireless messaging server according to a preferred embodiment of the present invention. 无线消息收发服务器104包括处理器200、例如微机或者高性能计算机工作站、大容量存储媒体212,例如硬盘驱动器、可写光盘驱动器、可移去的硬盘驱动器组或者类似载体;键盘208以及视频显示器210,例如CRT监视器或者点矩阵或其它类似的平面显示器。 Wireless messaging server 104 includes a processor 200, such as a microcomputer or a high-performance computer workstation, a large-capacity storage medium 212, such as a hard drive, a writable optical disk drive, a removable hard disk drive pack or similar vectors; keyboard 208 and video display 210 , such as a CRT monitor or the like or dot matrix flat display. 在本领域中众所周知,大容量存储媒体212通过I/O端口214(输入/输出端口)连接到处理器200。 Well known in the art, a large-capacity storage medium 212 connected to the processor 200 via I / O port 214 (input / output port). 同样在本领域中众所周知,键盘208和视频显示器210也通过I/O端口214(输入/输出端口)连接到处理器200。 Also well known in the art, a keyboard 208 and a video display 210 is also connected to the processor 200 via I / O port 214 (input / output port). 键盘208用以将信息输入到一个或多个数据库中,这些数据库在下面描述,无线消息收发服务器104在操作时需要使用它们。 Keyboard 208 is used to input information to one or more databases, these databases will be described below, the wireless messaging server 104 need to use them in operation. 键盘208和视频显示器210可以用以完成许多事情,包括使无线消息收发服务器104的操作者能够监视消息的交付,并恢复消息处理数据以例如用于计费或监视无线消息收发服务器104的使用。 The keyboard 208 and video display 210 may be used to accomplish many things, including the operator's wireless messaging server 104 can monitor the delivery of the message, and process the data to recover the message, for example, for billing or monitoring wireless messaging server 104 to use. 应当理解,还可以提供键盘208和视频显示器210的其它用途,例如向消息发送者提供状态消息,该状态消息由无线消息收发服务器104的操作者生成。 It should be appreciated that the keyboard 208 may also be provided and a video display 210 for other purposes, such as providing status message to the sender of the message, the status message generated by the operator of the wireless messaging server 104.

如图2所示,处理器200包括例如CPU 202(中央处理单元),它控制无线消息收发服务器104的操作。 As shown in FIG. 2, for example, the processor 200 includes a CPU 202 (Central Processing Unit), which controls operation of the wireless messaging server 104. 连接到CPU202的是只读存储器(ROM)218,它存储控制处理器200的基本操作的固件。 CPU202 is connected to a read only memory (ROM) 218, which stores the firmware to control the basic operation of the processor 200. 连接到CPU202的还有随机存取存储器(RAM)216,它用以在接收E-mail消息时暂时存储这些消息,还存储E-mail消息处理中使用的固件,下面将详细描述。 CPU202 also connected to the random access memory (RAM) 216, which temporarily stores the message for the E-mail message is received, the firmware also stores E-mail message used in the process, will be described in detail below. 随机存取存储器216和只读存储器218通过地址/数据/控制总线220连接到CPU202,地址/数据/控制总线220以本领域一般技术人员所熟知的方式提供到随机存取存储器216和只读存储器218的接入。 Random access memory 216 and read only memory 218 via an address / data / control bus 220 is connected to the CPU 202, the address / data / control bus 220 to those of ordinary skill in the art provided by way of a random access memory 216 and read only memory 218 access. CPU202还连接到I/O端口214,I/O端口214提供了与大容量存储介质212、键盘208和视频显示器210的上述通信。 CPU202 also connected to the I / O port 214, I / O port 214 is provided with a large-capacity storage medium 212, the communication keyboard 208 and video display 210. CPU202还连接到E-mail输入接口204,通过E-mail输入接口204能够接收有线消息传输网络102中生成的E-mail消息。 CPU202 E-mail is also connected to the input interface 204, wired message transmission network is capable of receiving E-mail message 102 generated in the input interface 204 via E-mail.

CPU202还连接到输出接口206,输出接口206能够使用多种不同的网络配置和协议中任意一种(如后面表Ⅰ中列出的配置和协议),把无线消息收发服务器104所生成的无线消息交付给无线消息传输网络106。 CPU202 also connected to the output interface 206, an output interface 206 can use a variety of different network configurations and protocols any one (e.g., listed later in Table Ⅰ configurations and protocols), the wireless messaging server 104 wireless message generated delivered to the wireless message transmission network 106.

应用 协议 网络--------------------------------寻呼提交 TAP 串接(字母/数字) 调制解调器拨号串接TNPP 串接调制解调器拨号串接TDP 串接调制解调器拨号串接TIS TCP/IP-EthernetTCP/IP-Token RingTCP/IP-SLIPTCP/IP-PPP寻呼提交 TFC/TAP串接(二进制) 调制解调器拨号串接TNPP 串接调制解调器拨号串接TDP 串接调制解调器拨号串接TIS TCP/IP-EthernetTCP/IP-Token RingTCP/IP-SLIPTCP/IP-PPP表Ⅰ返回图2,在E-mail输入接口204通过表Ⅰ中标识的一种输入网络类型接收E-mail消息,在中央处理单元(CPU)202控制下将E-mail消息暂时存储在大容量存储介质212中。 -------------------------------- paging network application protocol submitted TAP series (alpha / numeric) modem dialing series TNPP TDP series series series modem dial modem dial concatenation TIS TCP / IP-EthernetTCP / IP-Token RingTCP / IP-SLIPTCP / IP-PPP paging filed TFC / TAP series (binary) modem dial string concatenation TNPP dial-up modem connection in series concatenation TDP series modem dial TIS TCP / IP-EthernetTCP / IP-Token RingTCP / IP-SLIPTCP / IP-PPP table ⅰ Returning to Figure 2, an input interface by the E-mail 204 identified in table ⅰ An input network receiving E-mail message type, 202 under the control (CPU) central processing unit E-mail message is temporarily stored in the mass storage medium 212. 大容量存储介质212还存储一个或多个数据库(下面将予以描述),CPU202使用这些数据库将无线消息收发服务器104所生成的无线消息的交付给无线消息收发单元116。 Mass storage media 212 also stores one or more databases (to be described below), CPU202 using these databases will be delivered to the wireless messaging unit 116 wireless messaging server 104 generated the radio message. 在E-mail消息处理期间,CPU202从大容量介质212中恢复E-mail消息,并通过随机存取存储器(RAM)216中活跃的例程,处理E-mail消息,使用上述表Ⅱ中所标识的一个或多个网络和协议通过输出接口交付给无线消息传输网络106。 During the E-mail message processing, CPU 202 from the bulk recovery medium 212 E-mail message, and random access memory (RAM), dynamic routine 216, the process E-mail messages, using the above-identified in Table Ⅱ the one or more network protocols and message delivery to the wireless transmission network 106 via an output interface.

从上述描述中可以看出,无线消息收发服务器104除了处理无线消息传输网络102中生成的E-mail消息以由无线消息传输网络106进行交付之外,还能够在多种网络和协议(例如表Ⅰ中列出的网络和协议)之间动态切换E-mail输入接口204,并且在多种网络和协议(例如表Ⅱ中列出的网络和协议)之间切换输出接口206。 As can be seen from the above description, the wireless messaging server 104 wireless message transmission network in addition to process 102 generated E-mail message to be delivered from the outside of wireless message transmission network 106, and is also capable of multiple network protocols (e.g., Table E-mail to dynamically switch between the input interface 204 and the network protocols listed ⅰ), and between various networks and protocols (e.g., network and protocol are listed in table ⅱ) to switch the output interface 206.

作为例子,处理器200是一个Sparc 5TM或Sparc 10TM工作站或类似设备,它包括键盘208和视频显示器210,由California州Sunneyvale的Sun Microsystems公司生产。 By way of example, the processor 200 is a Sparc 5TM or Sparc 10TM workstation or similar device, which includes a keyboard 208 and a video display 210, manufactured by Sun Microsystems, California Sunneyvale the company. 处理器200最好包括至少16M字节的随机存取存储器,可以包括多达64M字节的随机存取存储器,这取决于系统中所预期的E-mail消息量。 The processor 200 preferably comprises at least 16M bytes of random access memory may include up to 64M bytes of random access memory, depending on the system in the expected amount of message E-mail. 同样,大容量存储介质可以是工作站所配备的内部硬盘驱动器,一般是500M字节,但根据系统需求也可以多于或少于500M字节,同样可以位于工作站外部。 Similarly, a large-capacity storage medium can be a workstation is equipped with an internal hard disk drive, generally 500M bytes, but according to the system requirements may be more or less than 500M bytes, can also be located outside the workstation. 处理器200最好使用具有SMTP E-mail支持的UnixTM多任务操作系统或类似系统。 The processor 200 is preferably used UnixTM multitasking operating system or the like with SMTP E-mail support.

图3的框图示出了按照本发明优选实施例的无线消息收发服务器104内的存储器划分。 3 is a block diagram illustrating a memory mapping within the wireless messaging server 104 according to the preferred embodiment of the present invention. 如图3的例子所示,在大容量存储介质212和随机存取存储器216中都进行存储器划分。 As shown in, in the mass storage medium 212 and random access memory 216 are divided into a memory in the example shown in FIG. 3.

在本发明优选实施例中,大容量存储介质212包含若干下面描述的文件,在将E-mail消息处理成无线消息中需要使用这些文件。 In a preferred embodiment of the present invention, the mass storage medium 212 comprises a plurality of files described below, these files need to use E-mail message will be treated as a wireless message. 操作系统软件315负责提供具有E-mail、文件输入/输出和网络服务的优先权多任务环境,该多任务环境最好通过基于UnixTM的计算机实现,例如上文所述计算机。 Operating system software 315 is responsible for providing priority multi-tasking environment with E-mail, file input / output and network services, preferably by the multi-tasking environment UnixTM computer-based implementation described above, for example, a computer. 无线消息收发服务器软件320是实际上运行的控制程序,它被装入随机存取存储器(RAM)216,并控制将E-mail消息转换成无线消息的处理。 Wireless messaging server 320 are actually running the software control program, which is loaded into a random access memory (RAM) 216, and controls the process of converting the message into a wireless E-mail message.

在下表Ⅱ中作为例子示出的目标数据库325负责提供目标标识符查询信息。 Ⅱ target database table below shows as an example a target identifier 325 is responsible for providing query information. 目标标识符查询信息包括下述信息:至少一个预定无线选择呼叫用户地址对应于一个无线选择呼叫用户标识符和一个无线消息收发单元地址(WMU地址),它们都用于唯一标识某个E-mail消息所发往的特定无线消息传输网络106中的无线消息收发单元116。 Query information comprises a target identifier information: the at least one predetermined radio selective call address corresponding to a user selective call radio user identifier and a wireless messaging address unit (WMU address), which are used to uniquely identify an E-mail particular wireless message transmission network messages destined for the wireless messaging unit 106 116. 无线消息收发单元地址还经常是指寻呼机首码或单元ID。 Wireless messaging unit often address prefix refers to a pager or cell ID. 目标标识符查询信息还包括无线消息收发单元类型(WMU类型),它指定能够被无线消息收发单元116接收的消息信息类型。 Target identifier information query message further comprises information type wireless messaging unit type (WMU type), which can be designated 116 receives the wireless messaging unit. 如表Ⅱ所示,WMU类型可以是数字消息(NUMERIC)、字母数字消息(ALPHA)或者信息服务消息(DATA)。 As shown in Table Ⅱ, WMU type may be a digital message (NUMERIC), an alphanumeric message (ALPHA) or service information message (DATA). 应当理解,也可以使用其它无线消息类型。 It should be understood that also other types of wireless message. 目标标识符查询信息还包括一个服务名,它标识将E-mail消息发往哪个服务网络名以进行传输。 Object Identifier query information also includes a service name that identifies the E-mail message is sent to name which service network for transmission. 在本发明优选实施例中,如表中所述,目标标识符采用无线消息接收者的姓和名的形式,尽管可以理解也可以使用其它形式的目标标识符标识。 In a preferred embodiment of the present invention, as the table, the identifier of the target wireless message recipient in the form of first and last names, although it may be appreciated that other forms of the target identifier. 此外,下面将描述,在特定情况下,当E-mail消息提供的目标标识符中的信息足够使无线消息收发服务器104得到WMU地址、WMU类型和服务名时,可以不再需要目标数据库,下面将予以描述。 Further, it will be described below, under certain circumstances, when the E-mail information of the object identifier in the message is sufficient to provide a wireless messaging server 104 to obtain WMU address for the service name and type WMU, eliminate the need for the target database, the following It will be described.

表Ⅱ如表Ⅱ所示,服务名提供了下面描述的不同数据库的一个交叉链接(标志),这些数据库包含与LAWN112网络和/或WAWN114网络通信所需的连接和协议信息。 As shown in Table Table Ⅱ Ⅱ, provides a service name database of different cross-links described below (flag), the database contains information required for connection and protocol LAWN112 network and / or network communication WAWN114. WMU地址提供了预先指定的LAWN112网络和/或WAWN114网络中无线消息收发单元116的实际地址。 WMU provides pre-specified address LAWN112 network and / or the actual address of the wireless network WAWN114 messaging unit 116. WMU类型为无线消息收发单元116提供了特定层次的验证和编码识别能力,例如无线消息收发单元116是否为一个数字寻呼机;一个字母数字寻呼机;或者一个数据或信息服务接收机。 WMU type provides a wireless messaging unit 116 and a certain level of validation code recognition capabilities, such as wireless messaging unit 116 whether it is a numeric pager; a alphanumeric pager; or a receiver of data or information services.

返回图3,在下述发送消息给无线服务进程420中使用错误记录328以记录任何和所有的无线消息分发错误。 Returning to Figure 3, in the following message to the wireless transmission service process 420 using error record 328 to record any and all wireless message distribution error. 从发送消息给无线服务进程420中读出这些错误作为状态信息。 To send a message from a wireless service process 420 reads out these errors as status information.

下述WMS(无线消息收发服务器)系统管理员402使用消息日志开关330控制是否允许消息日志,消息日志开关330是一条WMS系统管理员402系统配置命令。 The following WMS (wireless messaging server) system administrator 402 uses the message log switch 330 to control whether the message log, the message log switch 330 is a system administrator WMS 402 system configuration commands.

消息日志335是一块存储器存储区,用以记录分析的消息信息,例如目标标识符、发送者信息,包括E-mail地址,在特定情况下发送者的全名和其它信息,例如时间/日期标签、消息假脱机(spool)文件索引号、确认标志以及估计的成功指示,下面将予以描述。 335 is a message log memory storage area for recording a message information analysis, for example, a target identifier, sender information, including E-mail address, full name of the sender and other information under certain circumstances, such as time / date stamp, message spool (spool) file index number, and confirm the flag indicates the estimated success, will be described below.

假脱机目录337是一个包含多个消息假脱机文件的目录,其中E-mail消息(例如在图3中以E-mail消息1到E-mail消息N示出)被拷贝成状态信息以供后续分析。 Spool directory 337 is a directory of message spool file which is contained in E-mail messages (E-mail message for example, 1 N illustrates the E-mail message in FIG. 3) is copied into the status information for subsequent analysis.

服务数据库340负责存储服务层次参数,例如在下表Ⅱ中作为例子示出的参数。 Service database 340 is responsible for storing service level parameters, such as the following parameter table Ⅱ in the example shown.

表Ⅲ服务数据库340包括服务名和参数,例如服务口令、消息大小限制、最后使用日期、消息运行总数以及服务常数数据库345中记录的索引,例如下表Ⅴ中所示,以及连接常数数据库350,例如下表Ⅳ中所示。 Table Ⅲ service database 340 includes a service name and parameters, such as service password, a message size limit, last used, the message runs the total number and a service constant database 345 records the index, as shown in the following table Ⅴ, and in connection constant database 350, e.g. ⅳ shown in the following table. 无线消息发向的无线消息传输网络106、LAWN112网络和/或WAWM114网络中的服务名标识符,除非特定指定,否则包括至少一个缺省网络标识符,其服务名是“default”,它标识一个缺省的局域或者广域无线消息传输网络。 Wireless message sent to the wireless message transmission network 106, LAWN112 network and / or service name WAWM114 network identifier, unless a specific specified otherwise default network comprising at least one identifier, which service name is "default", which identifies a the default local area network or wide area wireless message transmission. 也可以列出另外的无线消息传输网络,并由唯一服务名标识,如表所示。 Additional lists may be wireless message transmission network by a unique service identification name, as shown in Table. 服务口令允许无线消息收发服务器104分配到无线消息传输网络106的接入,更特殊地,是到该无线消息发向的LAWN112网络和/或WAWN114网络的接入。 Service password allowing the wireless messaging server 104 assigned to the access network 106 wireless message transmission, and more particularly, to a message sent to the access to the wireless network and the LAWN112 / or WAWN114 network. 消息大小限制指示了无线消息中能够发送的E-mail消息的最大字符数量。 Message size limit indicates the maximum number of characters of the E-mail message can be transmitted in the radio message. E-mail消息中超出该数量的字符将被无线消息收发服务器104截去。 E-mail message that exceeds the number of characters will be truncated wireless messaging server 104. 最后使用日期和消息运行总数是无线消息收发服务器104所维护的统计数字,它提供了服务层次的使用信息。 Finally, use the date and the total number of messages is run wireless messaging server 104 maintenance statistics, it provides a level of service usage information. 服务常数记录号码和连接常数记录号码用以索引服务常数数据库和连接常数数据库的记录。 Constant connection service record number and record number for indexing service constant constant constant database records and database connections.

表Ⅳ在表Ⅳ中以例子形式示出的连接常数数据库350负责指定到命名服务,即LAWN112网络和/或WAWN114网络的连接方法。 Table Ⅳ Ⅳ specified in the table in the database constant connection example shown in the form of a naming service 350 is responsible for, i.e. the connection method LAWN112 network and / or network WAWN114. 这种连接类型可以在指定网络连接类型的若干记录类型上变化,例如到服务、调制解调器(M),直接(D)或网络(N)连接的出租线路或拨号连接。 This type of connection can vary over a number of record type specifies the type of network connection, such as dial-up or leased lines to connect to the service, the modem (M), direct (D) or network (N) connection. 该记录还可以提供到另一网络连接类型的一个备用索引,用于无法连接到第一网络连接类型的情况,如表Ⅳ记录2所示,在该情况下当无法建立正常连接时,将备用连接作为连接的可选方法。 The recording time may also provide a connection to another network type of an alternate index, you can not connect to a case where a first type of network connection, as shown in Table Ⅳ recording, in which case the connection can not be established when 2, the standby as an alternative method of connecting the connection.

表Ⅴ所示的服务常数数据库负责提供无线消息分发协议软编码常数,包括协议类型,以及无线消息传输网络106所使用的协议中用到的字符串和定时器值。 Constant service database shown in Table Ⅴ responsible for providing the message distribution protocol wireless soft-coded constants, including protocol timer value string and protocol type, and a wireless message transmission network 106 used in used.

表Ⅴ如上表Ⅴ所示,表中有一个控制域决定对应于表中各列的特定域是否包含信息。 Table Ⅴ Ⅴ above table, the table has a domain-specific control field determines the corresponding columns in the table information is included. 在上述例子中,记录1是TAP协议类型,因此仅TAP协议类型包含“初始时延”和“初始字符串”域。 In the above example, the TAP protocol record type is 1, so only the TAP protocol types include an "initial delay" and "initial string" field. 在协议2的情况下,协议类型是TNPP,因此如表中所示,仅指定了TNPP协议参数。 2 in the case of agreement, the TNPP protocol type, and therefore as shown in the table, only the specified TNPP protocol parameters.

返回图3,随机存取存储器216包含将E-mail消息转换成无线消息的处理中使用的若干进程映像。 Returning to Figure 3, a random access memory 216 comprising converting the message into a wireless E-mail message to a plurality of image processing used in the process. 发送邮件进程365以Send Mail 1到SendMail N为例示出,暂时为它们分配了包含发送邮件进程365的各个存储块,当LAN108网络或WAN110网络连接完成时,发送邮件进程365被激活,它负责接受E-mail消息的网络提交。 Send messages process 365 to Send Mail 1 to SendMail N shown as an example, temporarily are assigned to the respective memory blocks comprises sending the message process 365, when LAN108 network or WAN110 network connection is completed, send messages process 365 is activated, it is responsible for accepting Internet E-mail message submission. WMU消息进程370以WMUmessage_1到WMU message_N示出,暂时为其分配了与处理成无线消息或寻呼的E-mail消息相关联的各个存储块。 WMU message to process 370 WMUmessage_1 WMU message_N shown, each of the memory blocks associated with processed into a wireless paging message or E-mail message with the temporarily assigned to it. 应当理解,单个E-mail消息实际上可以处理成多个无线消息或者寻呼,下面将予以描述。 It should be understood that a single E-mail message may actually be processed into a plurality of wireless or paging messages, as will be described below. 与发送邮件进程365相关联的代码部分在名为无线消息收发服务器软件320的代码映像中共享。 Sharing the code portion 365 transmits the message associated with the process called wireless messaging server software 320 in code image. 这是针对不同数据执行的实际代码,其执行结果是转换成无线消息(WMU消息)的E-mail消息,并被分发到无线消息传输网络106。 This is the actual code that is executed for different data, the execution result is converted into a wireless message (message WMU) of the E-mail message, wireless message transmission and distributed to the network 106. 操作系统软件315映像负责提供任务切换、文件服务和其它基本操作系统服务。 Operating system software image 315 is responsible for task switching, file services and other basic operating system services.

发送邮件进程365负责在无线消息收发服务器104上接收E-mail消息,并负责从大容量存储介质212中将软件载入随机存取存储器216并执行代码,从而激活无线消息收发服务器软件320。 Process 365 is responsible for receiving messages transmitted over a wireless messaging server 104 E-mail message, a random access memory and will be responsible for loading the software 212 from the mass storage media and execute the code 216, thereby activating the wireless messaging server 320 software. 无线消息收发服务器软件320映像在与WMU消息370(由WMU message_1到WMU message_N表示)相关联的随机存取存储器空间中处理消息。 Wireless messaging server software 320 with the image 370 WMU message RAM space associated message processing (by the WMU to WMU message_N Message_1 shown). 在消息处理期间,未处理的E-mail消息被拷贝到假脱机目录337。 During message processing, the untreated E-mail message is copied to the spool directory 337. 在无线消息收发服务器软件320的处理过程中使用了未处理E-mail消息。 Using untreated E-mail messages in a wireless messaging server 320 software processing. 在这种处理期间,当消息日志开关330被激活时,无线消息服务器软件320将相关处理变量记录到消息日志335中,如下所述。 During such a process, message log when switch 330 is activated, the wireless messaging server software 320 related to the message log recording process variables 335, as described below. 处理还使用了E-mail消息中找到的目标数据库325和目标标识符以将该消息解析成每个目标标识符的无线消息收发单元116地址(图3中未示出)和LAWN112网络或WAWN114网络服务名。 Process 325 also uses a target database and a target E-mail message found in the message identifier of each target identifier to resolve the wireless messaging address unit 116 (not shown in FIG. 3) and LAWN112 network or network WAWN114 Service Name. 在解析完成之后,检查服务停止开关335。 After the completion of the analysis, checking the service switch 335 is stopped. 如果服务停止开关355置位,则将服务停止消息360在包括消息始发者的E-mail地址的E-mail消息中发回给该消息的始发者,处理终止。 If the originator of the service stop switch 355 is set, then the service stop message 360 ​​back to the E-mail message in the message include E-mail address of the message originator, the process is terminated. 否则,向无线消息传输网络106分发该无线消息。 Otherwise, the wireless distribution message to the wireless message transmission network 106. 这通过服务数据库340中的软件交叉链接LAWN112网络和/或WAWN114网络服务名完成。 This cross by service database 340 Software Link LAWN112 network and / or service name WAWN114 network is completed. 服务数据库340包括不同LAWN112网络和/或WAWN114网络服务的记录和统计信息,以及服务常数数据库345和连接常数数据库350的记录索引。 LAWN112 service database 340 includes different networks and / or recording and statistical information WAWN114 network service, and a service database record index constants Constants Database 345 and 350 are connected. 服务常数数据库345详细列出了无线消息收发服务器104和无线消息传输网络106之间的协议所使用的不同协议常数。 Constant service database 345 details the protocol constants different protocols between the wireless messaging server 104 and wireless message transmission network 106 is used. 连接常数数据库350详细列出了负责获得到无线消息传输网络106的连接的协议中所使用的不同协议常数。 Constant connection details the database 350 is responsible for obtaining the constants a different protocol message transmission protocol to connect to a wireless network 106 used. 如果在成功发送消息给无线消息传输网络106过程中出现任何困难,则与该问题相关联的错误被记录到错误日志328中,并向该E-mail消息的始发者发回一个错误报告。 If the message was successfully sent to the wireless message transmission procedure 106 any network difficulties, and the problem is associated with the error is logged to the error log 328, and sends an error report back to the originator of the E-mail message.

图4是按照本发明优选实施例的无线消息交付系统100的系统软件框图400。 4 is a wireless message according to a preferred embodiment of the present invention, FIG delivery system block diagram of system software 100 400. 图4示出了无线消息收发服务器软件320工作的整体软件环境。 FIG 4 illustrates an overall environment of the wireless messaging server software 320 operating software. 无线消息收发服务器软件320接受来自有线消息传输网络102的E-mail消息(在图4中以“消息”指示)。 Wireless messaging server software to accept the E-mail message 320 (in FIG. 4 to "Message" indication) message transmitted from the wired network 102. 该消息可以或者不会导致无线消息收发服务器软件320生成一个无线消息提交(下面将予以描述)给无线消息传输网络106。 The message may not lead or a wireless messaging server 320 generates a software radio message submission (to be described later) 106 to the wireless message transmission network. 生成发往无线消息传输网络106的无线消息收发交付之后,无线消息传输网络106将消息交付状态(下面将予以描述)回应给无线消息收发服务器软件320。 After generating the message sent to the wireless transmission network 106 the wireless messaging delivery of wireless message transmission network 106 the message delivery status (as will be described below) to respond to the wireless messaging server 320 software. 如果在发送消息给无线消息传输网络106过程中出现任何问题,则向有线消息传输网络102发回一个消息问题(下面将予以描述)。 If any problems to send messages process 106 in the wireless message transmission network, it sends back a message to the question message transmission cable network 102 (which will be described below). 可选地,如果该消息被成功地发往无线消息传输网络106,则向有线消息传输网络102发回一个消息证实(下面将予以描述)。 Alternatively, if the message is successfully sent to the wireless message transmission network 106, it sends back a message to the wired network 102 confirms the message transmission (as will be described below). 图4中示出并描述的WMS系统管理员402是负责输入不同系统配置命令(下面将予以描述)以供无线消息收发服务器软件320使用的人。 Shown in FIG. 4 and described WMS system administrator 402 is responsible for system configuration command input (which will be described below) for the wireless messaging server 320 to use the software. 系统配置命令可以或不会导致发送给WMS系统管理员402的系统配置状态的生成(下面将予以描述)。 System Configuration commands may or may not lead to a system administrator WMS generating system 402 of the configuration state (to be described below). 并且在特定情况下,无线消息收发服务器软件320将向WMS系统管理员402提供有关无线消息收发服务器104的当前状态的状态信息(下面将予以描述)。 And, in certain cases, the wireless messaging server software 320 will WMS 402 provides the system administrator about the current state of the wireless messaging server 104 state information (as will be described below).

图5是按照本发明优选实施例的无线消息交付系统100的整体软件体系框图500。 FIG 5 is a block diagram 500 of a wireless message according to a preferred embodiment of the present invention, the entire delivery system 100 of the software architecture. 图5示出的无线消息收发服务器软件320被分解成各组成部分,在本发明的优选实施例中以下述部件的形式示出:处理消息进程410、发送消息给无线服务进程420以及配置WMS系统进程430,以及所使用的目标数据库325、服务数据库340、服务常数数据库345以及连接常数数据库350。 5 illustrates a wireless messaging server software 320 is broken down into various components, this embodiment is shown in the form of the following components shown in the preferred embodiment of the invention: Processing message process 410, sends a message to the wireless service process 420, and configure the WMS system process 430, and a target database 325 is used, the service database 340, database 345, and constant service database 350 connected to the constant. 从有线消息传输网络102接收E-mail消息(此后指图5中的“消息”),从而激活处理消息进程410之后,处理消息进程410负责将消息分解成一个或多个无线消息请求,下面将予以描述。 After (5 hereinafter the "message" refers to FIG.), Thereby activating the message handling process 410 from a wired network 102 receives the message transmission E-mail message, the message handling process 410 is responsible for decomposing the message into one or more wireless message request, will be It is described. 在处理消息进程410工作期间,参考目标数据库325,如图3所示。 During message processing the work process 410, the reference target database 325, as shown in FIG. 当无法将消息分解成一个或多个无线消息请求,或者处理消息进程遇到问题,则向有线消息传输网络102发回一个消息问题。 When the message can not be decomposed into one or more wireless message request, the message or the processing problems encountered in the process, the message transmission to the wire network 102 sends back a message problem. 同样可选地是,当处理消息进程410从发送消息给无线服务进程中收到一个消息成功指示之后,向有线消息传输网络102发回该E-mail消息始发者所请求的消息证实。 Also optionally, when the message 410 after processing process receives a message indicating success to the radio from service process sends a message to the wired network 102 sends back a message transmitted to the E-mail message requested by the message originator confirmed. 处理消息进程410还将在特定情况下向WMS系统管理员402发送状态信息,下面将予以描述。 Process 410 will process the message information, as will be described below to the WMS 402 sends the system administrator status in the particular case.

发送消息给无线服务进程420负责在接收到无线消息请求之后,连接到无线消息传输网络106,并发送无线消息提交给无线消息传输网络106。 The service process sends a message to the radio 420 is responsible for receiving the wireless message after a request, the connection to the wireless message transmission network 106, and transmits a radio message submitted to the wireless message transmission network 106. 发送消息给无线服务进程420首先参考服务数据库340、服务常数数据库345以及连接常数数据库350,如图3所示,从而连接到无线消息传输网络106,并发送无线消息提交给无线消息传输网络106。 The service process sends a message to the wireless service 420 first reference database 340, database 345, and connection services constants Constants Database 350, shown in Figure 3, to connect to the wireless message transmission network 106, and transmits a radio message submitted to the wireless message transmission network 106. 无线消息提交导致无线消息传输网络106生成一个消息提交状态,该消息由发送消息给无线服务进程420解释,并在无线消息传输网络106返回任何成功消息交付状态之后,以消息成功指示的形式发回给处理消息进程410,下面将给出详细说明。 After wireless message submission lead to wireless messaging network 106 generates a message submission status, the message sent by the message to the wireless service process 420 explained, and return any success message delivery status in the wireless messaging network 106, in the form of a message with a success indication back process 410 to handle the message, a detailed description will be given below. 最后使用日期将被更新成当前日期,消息运行总数将增量成功分发的次数。 Last used date will be updated to the current date, the total number of messages successfully run incremental distribution. 更新后的记录随后被写回服务数据库340。 The updated record is then written back to the database service 340.

配置WMS系统进程430负责使WMS系统管理员能够监控存储在目标数据库325、服务数据库340、服务常数数据库345以及连接常数数据库350中的信息,下面将予以描述。 Configure the WMS system processes responsible for the WMS 430 system administrators to monitor the target database 325, the database service 340, the service constant connection information database 345 and constant database 350, described below will be stored in. 配置WMS系统进程430负责允许WMS系统管理员402增加、修改和删除存储在目标数据库325、服务数据库340、服务常数数据库345以及连接常数数据库350中的信息,从而使WMS系统管理员402能够配置无线消息交付系统100,下面也将予以描述。 WMS 430 system configuration process responsible for allowing WMS 402 system administrator to add, modify and delete stored in the target database 325, database services 340, 345, and database services constant constant database connection information 350, so that the WMS 402 system administrator can configure wireless message delivery system 100, the following will also be described. 发送消息给无线服务进程420写入服务数据库340的状态信息由配置WMS系统进程430从服务数据库340中读出,并转发给WMS系统管理员402,下面还将进一步描述。 The service process sends a message to the wireless service database 420 to write the status information 340 by the WMS system configuration process 430 reads out from the service database 340, and forwarded to the WMS system administrator 402, described further below.

图6是按照本发明优选实施例的处理消息进程410的消息处理器软件体系结构框图。 FIG 6 is a block diagram showing the message processor processes the message software architecture according to a preferred embodiment of the present invention, the process 410. 处理消息进程410包括分析消息进程610、记录消息处理进程650和分发无线消息进程660。 Process 410 includes a message processing process 610 analyzes the message, the message recording process and the distribution process 650 wireless message 660 process. 分析消息进程610负责首先将整个E-mail消息(此后指图6中的“消息”)拷贝到假脱机目录337,然后将消息的不同部分划分成不同的信息域,包括但不限于:发送者信息域(包括发送者的E-mail地址以及可选地发送者的全名)、消息的接收者域(可以是零个或多个)、发送的实际无线消息以及证实标志,该证实标志由E-mail消息始发者置位,它表明是否应当通过消息成功指示向E-mail消息始发者发送消息证实,下面将予以描述。 First, the process analyzes the message 610 is responsible for the entire E-mail message (hereinafter the 6 "message" refers to FIGS.) Copied to the spool directory 337, and different parts of the message information is divided into different domains, including, but not limited to: send info field (including full name E-mail address of the sender and optionally sender), the recipient field of the message (which may be zero or more), and the actual wireless messaging confirmed flag, the flag is confirmed E-mail message from the originator is set, it indicates whether the message should be successfully indication is sent by E-mail message to the message originator confirmed, will be described below.

记录消息处理进程650主要是一个信息开关。 Recording the message handling process 650 is a main switch information. 当前述系统配置命令将记录开关630置位时,所有的信息输入将被传送到消息分析日志640。 When the aforementioned recording system configuration commands switch 630 is set, all the information is transmitted to the input message 640 analyzes the log. 消息分析日志640向WMS系统管理员402提供一个状态信息。 Analysis of the log message 640 provides status information to a system administrator WMS 402. 日志消息处理进程650还分类从分析消息进程610得到的不同域。 Log message handling process 650 further classified in different domains 610 analyzes the message received from the process. 这种分类使得消息分析日志640的检查较为容易。 This classification makes the analysis of the log message 640 checks easier.

分发无线消息处理660负责将不同接收者分解成无线消息收发服务名以及无线消息收发单元地址。 Message distribution process 660 is responsible for radio receivers decomposed into different wireless messaging service name and address of the wireless messaging unit. 这通过应用后面图17详细描述的一组规则实现。 This is achieved by a set of rules application 17 described in detail later in FIG. 后面图10和图12给出了输入格式的进一步例子。 Figures 10 and rear 12 shows a further example of the input format. 可选地参考目标数据库325以匹配目标项。 Alternatively, the reference target database 325 to match the target item. 接着,向每个成功分解的接收者发送一个无线消息请求。 Next, send a request to each radio message recipient successful decomposition. 对应每个无线消息请求,将接收到一个上述的消息成功指示。 Each wireless request message corresponding to the received one of the success indication message. 接收到每个成功分解的接收者的消息成功指示之后,通过公式计算出指示三种不同成功程度的估计成功指示:成功、部分成功或失败。 After receiving a successful indication of the success of each message recipient exploded, estimated by the equation calculated in three different degrees of success indication indicating success: success, partial success, or failure. 如果无法分解所有的接收者,或者估计成功指示不成功,则向有线消息传输网络102发回一个消息问题。 If all of the recipients can not be decomposed, or estimated success indication unsuccessful, a message is sent back to the problem of wired message transmission network 102. 并且如果上述证实标志置位,表明消息始发者请求E-mail消息证实,则估计成功指示成功,如上所述,向有线消息传输网络102发送一个消息证实。 If the above flag is confirmed and set to indicate that the request message originator confirms E-mail message, the estimated success indicates success, as described above, sending a message to the wired confirm message transmission network 102.

图7的消息分析软件体系结构图描述了按照本发明优选实施例的无线消息收发服务器104的分析消息进程610。 FIG message analysis software architecture of FIG 7 describes the process of analyzing the radio message messaging server 104 according to a preferred embodiment of the present invention 610. 分析消息进程610包括分发消息进程710、估计/证实标志进程750、发现接收者进程740、析取无线消息进程730以及发现发送者进程720。 Process analyzes the message 610 includes a message distribution process 710, estimated / confirm process flag 750, we found the receiver process 740, process 730 to extract the radio message and the sender process 720 found. 分发消息进程710充当E-mail消息(此后指图7中的“消息”)的消息分发点,将消息分发给消息假脱机器620和下面描述的进程。 Message distribution process 710 acts as E-mail message (hereinafter the 7 "message" refers to FIG) message distribution point, distributes messages to message machine 620 and the spooler process described below. 估计/证实标志进程750负责从消息的“主题:”域(下图9中将予以描述)中析取不区分大小写的关键字“证实”,它由消息始发者输入以请求从无线消息收发服务器104向无线消息传输网络106成功分发消息的E-mail消息证实。 Estimated / confirm process flag 750 is responsible for the "Subject:" field of the message (FIG. 9 will be described next) and extract keywords are not case sensitive "confirm", which by the message originator to request input from a wireless message E-mail messaging server 104 successfully distributed message transmission network to a wireless message 106 confirmed. 如果发现关键字“证实”,则置位证实标志,否则不置位证实标志。 If you find that the keyword "confirm", then confirm flag is set, otherwise it is not set confirmed flag. 发现接收者进程740负责查看消息中的“发往:”域,以发现适用的接收者。 It found that the receiver process 740 is responsible for viewing the message "sent:" field to find suitable recipients. 析取无线消息进程730负责检查消息的格式(如下所述)以及发送者信息,以生成发送给无线消息传输网络106的实际无线消息。 Extracting process 730 is responsible for checking wireless message format of the message (as described below) and the sender information, to generate a wireless message sent to the actual wireless message transmission network 106. 发现发送者进程720负责从消息的“发自:”域中析取发送者信息。 The sender is responsible for discovery process from 720 "from the bottom:" field of the message sender to extract information.

图8的无线消息分发体系结构图描述了按照本发明优选实施例的无线消息收发服务器104的分发无线消息进程660。 FIG wireless message distribution architecture of FIG. 8 described wireless message distribution process of the wireless messaging server 104 according to a preferred embodiment of the present invention 660. 分发无线消息进程660包括发送OOS消息进程810(服务停止消息)、发现WMU地址和服务进程820、分发无线消息进程840以及服务停止标志830。 Distribute wireless messaging process 660 includes a process to send a message OOS 810 (service stop message), found WMU address and service processes 820, 840 as well as the process of distributing wireless messaging service stop sign 830. 服务停止标志830是一个简单的开关。 Service stop flag 830 is a simple switch. 如果服务停止标志830置位,则激活发送OOS消息进程810,发回指示“服务停止”的预置消息问题给有线消息传输网络102,以及给E-mail消息始发者。 If the service stop flag 830 is set, the process enables the transmission OOS message 810, sent back indicating "Stop Service" problem preset message to the wired messaging network 102, and E-mail message to the originator. 否则,如果服务停止标志830没有置位,则激活分发无线消息进程840。 Otherwise, if the service stop flag 830 is not set, then activate a wireless message distribution process 840. 分发无线消息进程840接受来自分析消息进程610的发送者信息、无线消息以及证实标志,并等待所有的接收者/WMU查询对,下面将予以描述。 Distribution process 840 receiving wireless messages from the sender information, the wireless message 610 news analysis process and demonstrated signs, and wait for all of the receiver / WMU query against, as will be described below. 接收到来自分析消息进程610的发送者信息、无线消息和证实标志之后,分发无线消息将仔细查看接收者/WMU查询对。 After receiving the message sender, wireless messaging and confirmed by signs from the analysis of 610 messages process, distribute wireless message will look carefully at the receiver / WMU query right. 如果任一接收者没有正好一个WMU查询,则向有线消息传输网络102发回一个消息问题。 If any recipient does not WMU just a query, the message transmission to the wire network 102 sends back a message problem. 否则,如果每个接收者都有一个WMU查询,则向所有一个接收者/WMU查询对所标识的接收者发送无线消息请求,分发无线消息进程840接收每个无线消息请求的消息成功指示。 Otherwise, if each recipient has a WMU query, / WMU queries sent a wireless message to a recipient identified by a request to all recipients, distribution process receives wireless messages to each wireless message request message 840 indicating success. 在接收者/WMU查询对中,术语接收者是指目标标识符。 In the receiver / WMU query for the term refers to a recipient of the target identifier. 分发无线消息进程840生成一个估计成功指示,该估计成功指示具有三种值:当所有消息成功指示都为真时,其值为成功;当至少一个消息成功指示为真时,其值为部分成功;当所有消息成功指示都不为真时,其值为失败。 Wireless distribution process 840 generates a message indicating the success estimate, the estimated success indication has three values: a message indicating success when all are true, a value of the success; success indication when at least one message is true, it is partially successful ; success indication when all messages are not true, a value of the failure. 生成的估计成功指示总结了所有无线消息请求是否成功,如上所述。 Estimates generated indicating the success summarizes all the wireless message request is successful, as discussed above. 最后,如果证实标志输入置位,并且所有的消息成功指示为真,则向有线消息收发网络102发回一个消息证实。 Finally, if the confirmed flag input is set, and all success indication message is true, a message is sent back to the wired messaging network 102 confirmed.

图9的现有技术SMTP E-mail消息提交协议中从有线消息传输网络102发送的典型E-mail消息的框图。 E-mail message a block diagram of a typical prior art FIG the SMTP E-mail message 9 commit protocol message sent from the wired transmission network 102. 应当理解,也可以从有线消息传输网络102发送其它E-mail消息提交协议,例如但不限于:X.400消息、NovellTM公司的MHS(邮件处理系统TM)消息以及Microsoft MailTM消息,这里仅举出几个例子。 It should be appreciated that a message may be transmitted from the cable transport network 102 to other E-mail message submission protocol, for example, but not limited to: X.400 message, NovellTM the MHS company (mail processing system (TM)) and Microsoft MailTM message message, here only include a few examples.

如图9所示,SMTP E-mail消息的格式如下:该消息包括一个SMTPE-mail头910、第一空行920(充当SMTP头/消息体分隔符)以及SMTPE-mail消息体930。 9, the message format SMTP E-mail is as follows: The message includes a SMTPE-mail header 910, a first air line 920 (serving as the first SMTP / separator message body), and SMTPE-mail message body 930. SMTP E-mail消息头910包括一行或多行,以表示不同SMTP标准邮件域,例如“日期:”域、“发自:”域、“发往:”域以及可选的“主题”域,如Internet RFC 822“Standard for the Formatof ARPA Internet Text Messages”;RFC 821“Starnd for Simple MailTransfer Protocol”以及RFC 1123“An extension to RFC 821 and RFC822”中所述。 SMTP E-mail message header 910 includes one or more lines, to indicate the different standard SMTP mail domain, for example, "Date:" field, "from the bottom:" field, "sent to:" field and an optional "subject" field, the Internet RFC 822 "Standard for the Formatof ARPA Internet Text Messages"; RFC 821 "Starnd for Simple MailTransfer Protocol" and RFC 1123 "An extension to RFC 821 and RFC822" the medium. 上述每个SMTP标准邮件域一般都具有域名结构,之后是一个分号,然后是与该域相关联的数据。 Each of said standard SMTP mail domain generally have the domain structure, followed by a semicolon, and then the data associated with the domain. SMTP头/体分隔符总是在从头到尾扫描E-mail消息时发现的第一个空行。 The first blank line SMTP header / body delimiters are always found when scanning E-mail message from beginning to end. SMTP E-mail体930以消息始发者输入以发送该E-mail消息给消息接收者的E-mail消息部分示出。 The SMTP E-mail message originator 930 to input the E-mail to transmit the E-mail message to the message recipient of the message is shown. SMTP E-mail体930没有特定格式,可以包括例如如图所示,问候、消息以及补充性的结尾。 SMTP E-mail 930 No special formatting may include, for example, as shown, greetings, and the complementary end of the message.

在上述描述中,如图9所示,SMTP E-mail头910包括标识E-mail消息发送日期的“日期”域、表明E-mail消息始发者姓名的“发自”域、表明E-mail接收者姓名的“发往”域、指明E-mail消息主题的“主题”域。 In the above description, shown in Figure 9, the SMTP E-mail header 910 includes a "date" field identifies the E-mail message sent date, indicating that E-mail message originator name "from the bottom" field indicates E- "sent to" field, specify E-mail message theme of "theme" domain mail recipient's name. 如上所述,充当SMTP头/体分隔符的第一空行920将SMTP E-mail头910与SMTP E-mail体930分开。 As described above, serving as first air line 920 SMTP head / body delimiters will SMTP E-mail header 910 is separated from the SMTP E-mail 930. SMTP E-mail体930代表实际发送的E-mail消息,它例如包括消息接收者姓名、消息以及消息始发者的姓名。 The SMTP E-mail E-mail message 930 represent the actual transmitted, which includes the name of the message recipient, for example, the name, the message and the message originator. 应当注意,在按照上述现有技术使用时,SMTP E-mail体930中空行的使用没有特别的含义。 It should be noted that, when used in accordance with the above-described prior art, the use of 930 lines hollow body SMTP E-mail no particular meaning.

图10的框图是按照本发明优选实施例使用E-mail别名寻址无线消息收发单元116的E-mail寻呼寻址方案的一个例子。 10 is a block diagram according to a preferred embodiment of the present invention E-mail address alias for example a wireless messaging unit E-mail paging addressing scheme 116. 使用E-mail别名的E-mail寻呼寻址方案采用上述SMTP E-mail消息的基本结构,此外还包括一个独特的结构,该结构通过E-mail别名管道激活无线消息收发服务器104。 Using E-mail E-mail aliases paging addressing scheme using the above-described basic structure of the SMTP E-mail message also includes a unique structure that activates the wireless messaging server 104 through E-mail alias pipe. 然后,E-mail体930采用一种包括目标标识符和无线消息的独特结构, Then, E-mail 930 adopts a unique structure comprising a target identifier and a wireless messages,

SMTP E-mail头910具有与图9所示的典型SMTP E-mail消息相同的结构。 SMTP E-mail header 910 typically have the same message SMTP E-mail configuration shown in FIG. 9. 但是,与图9的SMTP E-mail消息不同的是,“发往”域并不直接寻址到有线消息传输网络102中的某个消息接收者,而是先寻址到负责提供E-mail/寻呼服务的某个固定E-mail地址,即按照本发明优选实施例的无线消息收发服务器104。 However, with the SMTP E-mail message is different from FIG. 9, "sent" domains are not directly addressed to a message recipient wired message transmission network 102, but is responsible for providing the first address to the E-mail a fixed wireless message E-mail address / paging services, i.e., according to a preferred embodiment of the present invention, messaging server 104. 如图10的示例所示,以“发往”域内容形式示出的固定E-mail地址是“pager@pts.mot.com”,其中以“pager@”形式示出的第一SMTP地址部分定义了通过别名管道(下面将予以描述)激活无线消息收发服务器104的别名,以“pts.mot.com”形式示出的第二地址部分则将需要交付的E-mail消息导向所标识的特定无线消息收发服务器。 As shown in the example in FIG. 10, the "sent" field shows the contents of the fixed form E-mail address is "pager@pts.mot.com", which is shown in a "pager @" form a first address portion SMTP a conduit defined by an alias (as will be described later) activate the alias wireless messaging server 104, shown in "pts.mot.com" form a second address portion will be needed to deliver the E-mail message identified by the particular guide wireless messaging server.

SMTP E-mail消息的第一空行920之后是SMTP E-mail消息体930。 After the first blank line 920 SMTP E-mail messages is SMTP E-mail message body 930. 在该情况下,SMTP E-mail体930包括三个不同的特定部分:目标标识符名单1010,包括一个或多个上述目标标识符、定界器1020以及需要发送的无线消息1030。 In this case, SMTP E-mail 930 comprises a different specific three parts: a target identifier list 1010, including one or more of the above target identifiers, delimitation 1020 and 1030 wireless message needs to be sent. 目标标识符名单1010部分由SMTP E-mail体930中第一非空行序列表示。 Target identifier list 1010 are denoted by the SMTP E-mail 930 in the sequence of the first non-blank line. 目标标识符名单1010部分包括至少一个无线消息收发单元地址,如上所述,在进一步检查SMTP E-mail体930的目标标识符名单1010部分之后,显示出例如可以同时标识若干目标标识符类型。 Target identifier list 1010 portion comprises at least one wireless messaging unit addresses, as described above, after further examination target identifier list 1010 portion 930 of the body SMTP E-mail, for example, shows several target identifier may identify a type simultaneously. 第一目标标识符按姓名列出,其格式为“姓名”,即“richard geil”。 The first target identifier listed by name in the format "name", that "richard geil". 这种第一目标标识符假定无线消息收发服务器104可以通过搜索目标数据库325发现单个对应的WMU地址和无线消息收发服务。 This first target identifier assumed that the wireless messaging server 104 can discover a single address corresponding WMU and wireless messaging service database 325 through the search target. 清楚示出的第二目标标识符提供了一个WMU地址,其格式为“地址”,即“9834”,但是忽略了无线消息收发服务名。 The second target identifier shown clearly provides a WMU address, the format of "address", that is "9834", but ignore the wireless messaging service name. 如果遇到了如图所示的单个地址,则假定“default”服务名。 If you have a single address, as shown, it is assumed that "default" service name. 按姓名列出的下两个目标标识符的格式为“地址.服务名”,明确指定了一个WMU地址和服务名,在该例中为“345612.s-page”和“882363.m-comm”,它们将E-mail消息导向S-page和M-comm无线消息收发服务。 Format in two target identifiers listed by name to "address the service name" clearly specifies a WMU address and service name, as "345612.s-page" and "882363.m-comm In this example, "E-mail message that they will guide and S-page M-comm wireless messaging service. 在后一个“地址.服务名”的例子中,不需要服务提供者姓名方面的假定或查询。 After a "address service name" example, no aspect of the service provider's name or assumed query.

定界器1020定义成第一次出现一个或多个连续空行,之后跟随着目标标识符名单1010,它将目标标识符名单1010和消息分开。 1020 is defined as the bounding the first occurrence of one or more contiguous blank lines, then followed by a list of target identifiers 1010, 1010 and will target identifier list message separately. 定界器1020由预定的击键序列表示,它包括例如在本发明的优选实施例中,两个或多个回车/换行字符的出现,回车/换行字符一般通过传统键盘上的“回车/输入”键输入。 1020 represented by a delimitation of a predetermined keystroke sequence, including for example embodiment, two or more carriage in the preferred embodiments of the present invention / transducer emergence of lines of characters, carriage return / line feed character usually by "back on a conventional keyboard car / input "key. 实际无线消息则位于SMTP E-mail体930内,在定界器1020之后。 The actual message is located within the wireless SMTP E-mail 930, after delimiting 1020.

图11是按照本发明优选实施例寻址无线消息收发单元116的环境配置图,其方式是,通过使用E-mail别名寻址来寻址邮件中转计算机,这些邮件中转计算机是邮件路由寻址和中转处理器,其目的是从SMTP邮件超域接受E-mail,具体而言是某个邮件中转计算机和相关的本地邮件域和子域,也可以是为该E-mail消息选择适当路由的邮件中转计算机。 FIG 11 is a diagram addressable wireless messaging environment configuration unit 116 according to a preferred embodiment of the present invention, a manner is, by using the E-mail message addressed to the alias address relay computer, computer mail relay these messages addressing and routing transfer processor, the purpose of super-field receiving messages from the SMTP E-mail, a message specifically is a computer and associated transfer local mail domains and subdomains, may be selected for the appropriate route e-mail E-mail message relay computer. 图11示出了一个SMTP邮件超域1110,以“mot.com”为例示出,然后连接到某个改进的本地邮件域1120,以“pts.mot.com”为例示出。 Figure 11 shows a super-domain SMTP mail 1110 to "mot.com" shown as an example, and is connected to a local mail domain 1120 modified to "pts.mot.com" shown as an example. 对传统SMTPE-mail本地邮件域1120的修改最好是别名文件中的独特附件,以“/etc/aliases”文件为例示出,追加到可以通过增加词“term”来完成,以“pager@wms”为例定义。 SMTPE-mail modifications to traditional local mail domain 1120 is preferably a unique alias file attachments to "/ etc / aliases" file as an example shown, appended to the word can be accomplished by increasing the "term", to "pager @ wms "as an example the definition. 在本地邮件域1120中,也示出了其它本地邮件子域1130,以及按照本发明优选实施例的无线消息收发服务器104,该无线消息收发服务器104也在本地邮件域1120中示出。 Local mail domain 1120, also show other local mail subdomain 1130, and a wireless messaging server 104 according to a preferred embodiment of the present invention, the wireless messaging server 104 is also a local mail domain 1120 is illustrated. 分配给无线消息收发服务器104的主机名例如是“wms”,在本地邮件域1120中的主机表中将其列出。 Allocated to the wireless messaging server 104, for example, the host name "wms", in the local mail domain host table 1120 that lists. 无线消息收发服务器104还具有别名文件的一个附件,其中“pager”定义成向无线消息收发服务器软件320发送邮件程序的管道。 Wireless messaging server 104 also has an alias file attachment, wherein "pager" is defined as a conduit sending mail program to the wireless messaging server 320 software.

图12的框图是按照本发明优选实施例通过E-mail子域方法寻址无线消息收发单元116的E-mail寻呼寻址方案。 12 is a block diagram according to a preferred embodiment of the present invention addressable wireless E-mail messaging unit 116 through a paging addressing scheme E-mail sub-field method. 如图12所示,使用E-mail子域寻址的SMTP E-mail消息的格式如下:该消息包括SMTP E-mail头1210、表示SMTP头/体分隔符的第一空行1220以及SMTP E-mail体1230。 12, using the format of E-mail addressing subdomain SMTP E-mail message is as follows: the SMTP E-mail message includes a header 1210 indicating that the first blank line SMTP header / body separator 1220, and SMTP E -mail 1230. SMTP E-mail头1210的一般结构与图10所示的SMTP E-mail头910相同,但是与SMTP E-mail头910相比,在SMTP E-mail头1210中出现了一个大的不同。 The same general structure shown in 1210 of FIG. 10 SMTP E-mail header 910 header SMTP E-mail, but compared with SMTP E-mail header 910, there is a large difference in the SMTP E-mail header 1210. 以前包含在图10所示的SMTP E-mail头910的目标标识符名单1010中的信息,已经重新定位并重新格式化成具有SMTP子域的合法的SMTP E-mail地址,以“@pager.pts.mot.com”为例示出。 The target identifier information previously SMTP E-mail header as shown in FIG. 10 comprises a list of 910 1010, has been relocated and reformatted as a legitimate address SMTP E-mail with SMTP subfield to "@ pager.pts .mot.com "shown as an example. 在图9所示的SMTP E-mail头910中,SMTP E-mail头1210包括表示不同SMTP标准邮件域的一行或多行,这些SMTP标准邮件域例如可以是“日期:”域、“发自:”域、“发往:”域以及可选的“主题”域。 In the SMTP E-mail header 910 shown in FIG. 9, SMTP E-mail header 1210 includes information indicating one or more rows of different standard SMTP mail domain, these standard SMTP mail domain may be for example "Date:" field, "from the bottom : "field," sent to: "field, and an optional" Subject "field. 与图9所示不同,目标标识符的位置在SMTP E-mail头1210的“发往:”域中。 Unlike FIG. 9, the position of the target identifier SMTP E-mail header 1210 "sent to:" field. 如前面在图10中描述地那样分解每个目标标识符,但是现在目标标识符代表实际的E-mail地址。 As before decomposing each target identifier described in FIG. 10, but now the target identifier representative of the actual E-mail address. 因此,E-mail/寻呼概念与E-mail更好地集成在一起,因此更易于E-mail消息始发者学习使用。 Thus, E-mail / paging concept better integration together with the E-mail, E-mail it is easier to learn to use the message originator. SMTP头/体分隔符1220与标准SMTP E-mail消息中的SMTP头/体分割符920相同。 SMTP header / body delimiters SMTP headers / 1220 standard SMTP E-mail message 920 dividing the same character. SMTP E-mail体1230则作为需要发送给上述目标标识符所标识的无线消息收发单元116的消息。 SMTP E-mail message body of the wireless messaging unit 1230 to be sent to said target identifier 116 is identified as.

图13是按照本发明的一种可选实施例利用子域寻呼寻址无线消息收发单元116的环境配置图。 FIG 13 is addressed using the sub-area paging radio environment configuration messaging unit 116 in accordance with an alternative embodiment of the present invention. 图13示出的主域配置与图11所示的相同。 FIG 13 shows a configuration of a main field 11 is the same as shown in FIG. 但是,与图11所示不同,本地主域1110和无线消息收发服务器104之间的连接配置最好不同于下面所描述的配置。 However, as shown in FIG. 11 with different connection configurations between the local primary domain 1110 and the wireless messaging server 104 is preferably different from the configuration described below. 在图13所示的本发明可选实施例中,在本地邮件域1120中以文件名“/etc/hosts”示出的主机文件使用了主机名的别名“wms”,在本例中它被设置成“pager”。 The present invention is shown in Fig. 13 an alternative embodiment, the file name "/ etc / hosts" hosts file shown uses alias "wms" host name in the local mail domain 1120, in this embodiment it is is set to "pager". 有效地创建了称为例如本地邮件域的“pager.pst.mot.com”的新子域的别名的附件以“pts.mot.com”为例示出。 Effectively creating an alias annex "pager.pst.mot.com" new sub-domains such as local mail domain called to "pts.mot.com" shown as an example. 并且,无线消息收发服务器104的主机名也设置成反映主机别名。 Further, the wireless messaging server host name 104 is also arranged to reflect the host alias. 最后以“/etc/sendmail.cf”为例示出的客户邮件发送配置文件被安装在本地无线消息收发服务器104上,使得发向SMTP子域“@pager”的任何E-mail都转往无线消息收发服务器软件320。 Finally, "/etc/sendmail.cf" shown an example message sent client configuration file is installed on the local wireless messaging server 104, that sent to the SMTP subdomain "@pager" any E-mail messages are transferred to the radio messaging server software 320.

图14到图20的流程图说明了按照本发明优选和可选实施例的无线消息收发服务器104的操作。 14 is a flowchart of FIG. 20 to illustrate the operation of the wireless messaging server 104 according to a preferred embodiment and alternative embodiments of the present invention.

参看图14,作为E-mail消息被传向无线消息收发服务器104的响应,无线消息收发服务器软件320被激活。 Referring to FIG. 14, the response is transmitted to the wireless messaging server 104, the wireless messaging server software 320 is activated as the E-mail message. 执行无线消息收发服务器软件320之后,通过文件柄将E-mail消息转换成可执行的形式。 Performs wireless messaging server 320 after the software, by converting the file handle E-mail message into an executable form. 无线消息收发服务器软件320启动对所交付E-mail消息的分析。 Analysis of the E-mail message to deliver wireless messaging server software 320 starts. 分析处理中的第一步是从E-mail消息中析取接收者和需要传送的无线消息。 The first step in the analysis process and the receiver is to extract information to be transmitted from the wireless E-mail message. 首先在步骤1404中从SMTP E-mail头910、1210的“发往:”域中析取接收者。 First, in step 1404 from the SMTP E-mail header 910,1210 "fat to:" field disjunctive recipient. 这通过下述步骤完成:首先在步骤1406选择“发往”域的内容,如果“发往”域不存在,则在步骤1408,以本领域一般技术人员所熟知的方式选择“似乎发往:”域的内容作为“发往”域的内容。 This step is completed by the following: First, in step 1406 select the "sent" field contents, if "sent" field does not exist, then at step 1408, to those of ordinary skill in the art the mode selection "seems to be sent to: "the content domain as a" sent "field content. 如果“发往”域出现在SMTP E-mail头910、1210中,则在步骤1406中选择“发往”域的内容。 If the "sent" field appear in SMTP E-mail header 910,1210, is selected in step 1406 in the "sent" field contents.

然后,在步骤1410,从消息头开始搜索该E-mail消息以发现第一空行920的出现,从而析取E-mail消息的SMTP E-mail体930,如前所述,第一空行920由两个行结束字符序列表示。 Then, in step 1410, a search starts from the message header of the E-mail message to discover the occurrence of the first blank line 920, thereby extracting the SMTP E-mail E-mail message body 930, as described above, the first blank line 920 is represented by two line-ending character sequence. 接着,在步骤1412中识别包含在“发往:”域或“似乎发往:”域中的E-mail地址。 Next, in step 1412 contained in the identified "sent to:" field or "seems to be sent to:" E-mail address field. 如果在步骤1412中该E-mail地址标识为“pager@”,则选择E-mail寻呼的E-mail别名形式,在这种情况下,前向扫描E-mail消息体直至首次出现一个或多个空行1020,之后在步骤1414,在空行1020到E-mail体930结束之间析取无线消息1030。 If in step 1412 the E-mail address mark "pager @", select the form of E-mail E-mail alias paging, in this case, prior to the scan until the E-mail message body for the first time or a a plurality of blank lines 1020, after step 1414, 1020 to a blank line between the E-mail extraction end 930 wireless message 1030. 接着,在步骤1416,从E-mail体930开始处到首次出现一个或多个空行1020之间进行扫描,析取无线消息的目标标识符。 Next, in step 1416, the one or more target identifier appears empty between the scanning lines 1020, the wireless message extracted from the beginning of the E-mail 930 to the first. 然后如上所述,将目标标识符设置成目标标识符序列1010。 Then as described above, the target identifier set as the target sequence identifier 1010.

当“发往:”域或“似乎发往:”域的E-mail地址并没有将接收者指定为“pager@”时,在步骤1412选择E-mail/寻呼的SMTP子域格式。 When "sent to:" field or "seems to be sent to:" E-mail address of the recipient field does not specify "pager @", in step 1412 select E-mail / SMTP subdomain paging format. 在该情况下,步骤1418中将该无线消息设置成SMTP E-mail体930,如同前面所描述的析取过程一般。 In this case, in step 1418 the wireless message provided to the SMTP E-mail 930, as previously described extraction process generally. 接着,搜索在“发往:”、“CC:”和“BCC:”域中的每个E-mail地址,以发现“@pager”子域标识符。 Subsequently, in the search for "sent to:", "CC:" and "BCC:" E-mail address of each domain to find "@pager" subdomain identifier. 随后在步骤1420中,析取发现的E-mail地址,并去除其“@pager”E-mail域,并设置成等于目标标识符。 Then, in step 1420, the E-mail address extraction found, and remove its "@pager" E-mail domain, and is set equal to the target identifier.

无线消息处理在图15中继续,图15的流程图集中在消息始发者信息,以及可选的消息始发者全名的析取上,以用于无线消息收发单元116的识别目的。 Wireless message processing continues in FIG. 15, the flowchart of FIG. 15 is concentrated on the message originator information, and optionally the full name of the message originator extraction, for identifying the destination wireless messaging unit 116. 首先,在步骤1424中从SMTP头“发自:”域中析取消息始发者的E-mail消息。 First, in step 1424 from the SMTP headers "from the bottom:" field E-mail message to extract the message originator. 接着,在步骤1426中扫描SMTP头“主题:”域,以查找不区分大小写的关键字“发自”,如果找到,则检查SMTP头“发自:”域的格式,从而定位发送者的全名,它表明消息始发者请求将发送者标识附在E-mail消息之后。 Then, in step 1426 SMTP scanning head, "Subject:" field to find a case-insensitive keyword "from the bottom", if found, check the SMTP header "from the bottom:" Format field to locate the sender full name, then it indicates that the message originator request sender identification attached to E-mail message. 如果在步骤1428,E-mail地址格式是包含括号中所包含的文本部分的文本,例如“E-mail地址(全名)”,则在步骤1430中从括号中析取该消息始发者的全名,并存储在用户名变量中。 If, at step 1428, E-mail address format of the text portion of text is included in parentheses include, for example, "E-mail address (full name)", then in step 1430 the message originator extracted from the brackets full name, user name and stored in the variable. 如果在步骤1432,E-mail地址格式是包含在大于号和小于号中所包含的文本的文本,例如“全名<E-mail地址>”,则从这些符号的外部文本中析取全名,并存储在用户名变量中。 If, at step 1432, E-mail address format is text in the text in the greater than and less than the number contained comprising, for example, "Full name & lt; E-mail address & gt;", from an external text symbols in disjunctive full name, user name and stored in the variable. 否则,如果没有应用这两种形式的“发自:”域,则在步骤1434中析取“发自:”域的实际原始内容作为消息始发者的全名,并存储在用户名变量中。 Otherwise, if there is no application of the two forms of "Sent From:" field, in step 1434 Analysis take "from the bottom:" fields as the actual content of the original message originator's full name, and user name is stored in the variable . 如果SMTP头没有包括不区分大小写的关键字“发自”,则在步骤1426,不在用户名变量中存储信息。 If the SMTP header does not include the keyword is not case-sensitive, "from the bottom", the information stored in step 1426, the user name is not variable. 然后在步骤1436中,将用户名变量附在无线消息之后,创建最终无线消息。 After then, in step 1436, the user name attached to the variable radio message, to create the final wireless message.

图16中继续无线消息处理,图16的流程图描述了一些家居属性,例如步骤1438的消息分析记录。 Figure 16 continues processing the radio messages, the flowchart of FIG. 16 describes some of the properties of the home, for example, step 1438 records the message analysis. 在步骤1440,无线消息收发服务器104检查是否打开了消息分析记录,这由消息日志开关330是否置位来指示。 In step 1440, the wireless messaging server 104 checks whether the analyzed message record is opened, which is indicated by the message log switch 330 is set or not. 如果消息日志开关330置位,则在步骤1442,该无线消息以及与该无线消息相关联的当前处理信息被记录到消息分析日志。 If the message log switch 330 is set, then in step 1442, the wireless message, and the current process is associated with the wireless information message is logged to the message log analysis. 在本发明优选实施例中记录的信息包括消息始发者信息(其形式为一个E-mail消息和可选的全名)、目标标识符、无线消息、证实标志是否置位的指示、该项的时间/日期标签以及消息假脱机消息文件名。 Information recorded in the preferred embodiment of the present invention includes a message originator information (in the form of an E-mail message and an optional full name), a target identifier, a wireless message, confirm whether the flag is set an indication of the time / date stamp as well as news news spool file name. 应当理解,根据无线消息收发服务器系统管理员402的需要,可以记录或多或少的信息。 It should be appreciated that, 402 administrators need the wireless messaging server system, more or less information may be recorded.

然后,在步骤1444,无线消息收发服务器104检查“服务停止”标志是否置位。 Then, at step 1444, the wireless messaging server 104 checks "Stop Service" flag is set. 如果“服务停止”标志置位,则在步骤1446,以E-mail消息形式向该消息始发者发回一个服务停止消息360,解释无线消息收发服务器104未工作,在步骤1448,停止运行。 If the "Stop Service" flag is set, then in step 1446, in the form of E-mail message to the message originator sends back a service stop message 360, the wireless messaging server 104 explanation is not operating, at step 1448, operation stops. 服务停止消息360也可以包括无线消息收发服务器104为何停止服务的指示。 Service 360 ​​may also include a stop message indicative of why a wireless messaging server 104 to stop the service. 如果“服务停止”标志没有置位,则在步骤1444,无线消息收发服务器104在图17所示的步骤1612继续处理。 If the "Stop Service" flag is not set, then in step 104 the wireless messaging server 17 shown in FIG step 1444, process 1612 continues.

无线消息处理在图17中继续,图17说明了将目标标识符解析成无线消息单元116地址和服务名。 Wireless messaging in FIG. 17 continues, Figure 17 illustrates the target identifier parsing unit 116 into a radio message service name and address. 如图17所示,在步骤1450,通过定位第一目标标识符开始目标标识符解析,第一目标标识符可能是目标标识符名单中的一项。 As shown in FIG. 17, in step 1450 by positioning the first target identifier resolution target identifier starts, first target may be a target identifier of an identifier of the list. 如果在步骤1452明确给出了一个数字作为目标标识符的第一字符(例如当姓名被忽略时),则假定该数字是前述表Ⅱ中示出的无线消息收发单元的明确地址。 If, at step 1452 gives a clear character number as the first target identifier (e.g., when names are ignored), it is assumed that the address of the wireless digital messaging is clear of the unit shown in Table Ⅱ. 如果仅指定了该数字,也假定为“default”服务名,但是服务名可以通过下述格式明确指定:无线消息收发单元116地址后跟上一个句点字符,然后是服务名,即例如“14576.s-page”,例如如图10和12所示。 If only the number, is also assumed as "default" service name, but the service name can be explicitly specified by the following format: The address of the wireless messaging unit 116, followed by a period character, then the name of the service, i.e., for example, "14576.s -page ", for example, 10 and 12 shown in FIG. 还将搜索目标标识符以查找句点字符。 It will search to find the target identifier period character. 如果发现了句点字符,则假定目标标识符的其余部分是无线消息收发单元116地址的服务名。 If the period character found, it is assumed that the remainder of the target identifier is the service name 116 address of the wireless messaging unit. 如果没有发现句点字符,则假定为“default”服务名。 If no period character is assumed to be "default" service name. 在这两种情况下,目标标识符分解将导致单个(一个)无线消息收发单元116码以及这类目标标识符的相应服务名。 In both cases, the decomposition will result in a single target identifier (s) corresponding to the wireless messaging service name code and the unit 116 such target identifier. 在另一种情况下,当目标标识符的第一字符不是数字时,则搜索目标数据库325以匹配目标标识符。 In another case, when the first character is not numeric target identifier, then the search target database 325 to match the target identifier. 如果没有发现匹配的目标名(无),则在步骤1454创建/追加一个E-mail响应,向消息始发者指示“目标标识符未找到”错误。 If no match for the target name (no), then in step 1454 to create / append a response E-mail, the message originator indicating "target identifier is not found" error. 如果发现了目标标识符的单个无线消息收发单元和服务名,则在步骤1456中,将无线消息收发单元地址和服务名加入到无线消息收发单元116地址名单中。 If the discovery unit and the single wireless messaging service name target identifier, then in step 1456, the wireless messaging service name and address units were added to the wireless messaging unit 116 in the address list. 如果发现了多于一个(>1)无线消息收发单元116地址和服务名,则在步骤1460创建/追加一个“发现<目标标识符>的多个无线消息收发单元”消息响应,其中<目标标识符>是搜索的实际目标标识符。 If it is found more than one (> 1) wireless messaging unit 116, the address and service name, then in step 1460 to create / append a "discovery & lt; Object Identifier & gt; a plurality of wireless messaging means" message response, wherein & lt ; target identifier & gt; is the actual search target identifier. 如果在步骤1460目标标识符名单处理没有结束,则步骤1462中定位下一个目标标识符,重复步骤1452到步骤1454、1456和1458。 If the process is not finished in step 1460 the target identifier list, the next step 1462 to locate a target identifier, repeat steps 1454,1456, and 1452 to step 1458. 如果目标标识符名单处理结束,则在步骤1460,程序流程继续到图18所示的步骤1464。 If the identifier of the target list process ends, at step 1460, program flow proceeds to the step shown in FIG. 181,464.

图18的流程图说明了在将目标标识符分解成无线消息收发单元116地址和服务名时遇到困难时,确定或者准备向消息始发者发回哪类E-mail消息的判定处理。 18 illustrates a flowchart of FIG. Encounter difficulties when the target identifier decomposed into the wireless messaging service name and address unit 116 determine which type or to prepare the E-mail message back to the originator of the message determination process. 下面将予以描述,发回给消息始发者的E-mail消息也被发送给WMS系统管理员402。 It will be described below, back to the message originator's E-mail message is also sent to the WMS 402 system administrator. 图18还说明了基于下述事实决定是实际发送无线消息还是停止执行:没有发现分解的目标标识符和服务名。 Figure 18 also illustrates the fact that the decision was actually sent wireless messages or stop the execution based on: target identifier and did not find the service name decomposition. 采取的第一行动是在步骤1464检查在前一次地址分解步骤中何时创建了E-mail响应消息。 The first action taken at step 1464 is checked in the previous address when the decomposition step is created in response to E-mail message. 如果步骤1464中E-mail响应消息并不存在,则步骤1474中无线消息收发服务器104将发出该无线消息。 If in step 1464 in response to the E-mail message does not exist, then in step 1474 the wireless messaging server 104 will send the wireless message. 如果步骤1464中已创建了无线消息,则在该消息中至少报告一个分解问题。 If in step 1464 the wireless message has been created, the report decompose at least a problem in the message. 这种情况下的下一个分解问题是步骤1466中生成目标标识符或服务名时是否有分解成功。 The next decomposition problem in this case is whether there is decomposition step 1466 success when generating object identifier or service name. 如果步骤1466中分解都不成功,没有可以发送无线消息的目标标识符或服务名,则在步骤1470向该消息始发者发送一个“寻呼失败”E-mail响应消息,指示可能的分解,并在步骤1472运行终止。 In step 1466, if the decomposition is not successful, no service name or identifier of the destination of the wireless message, at step 1470 to the message originator sends a "paging failure" E-mail response message, indicating possible decomposition, and terminates in step 1472 run. 如果一个或多个分解成功,则在步骤1468准备一个“无线消息分解失败”E-mail响应消息,步骤1474总无线消息收发服务器104将发送该无线消息。 If one or more successful decomposition, is prepared in step 1468 a "failed radio message into" E-mail message in response, step 1474 total wireless messaging server 104 to transmit the wireless message. 在无线消息的发送过程中,在步骤1476中将该处理期间的所有事件记录到日志文件。 In the process of transmitting wireless messages in all events during the processing step 1476 is recorded into a log file. 该日志文件用于确定是否所有无线消息都被成功发送。 The log file is used to determine whether all the wireless messages are sent successfully.

图19的流程图描述了发送图18中描述的无线消息的结果估计,以及在包含消息始发者E-mail地址的E-mail消息中向该消息始发者发回响应的结果估计。 19 describes the flowchart of FIG wireless message transmission 18 described in FIG estimation result, and the E-mail message contains the message originator's E-mail address is sent back to the message originator in response to the result of the estimation. 如果在步骤1478,所有的无线消息提交都成功,则在步骤1480检查确认E-mail属性是否选通,如果没有选通,在步骤1502运行终止。 If, in step 1478, all radio messages submitted are successful, then confirm whether the E-mail attribute gated check in step 1480, if no strobe, running terminates at step 1502. 如果在步骤1480确认E-mail属性选通,则步骤1482中生成确认响应消息,在响应消息中列出成功交付的无线消息和激活的目标标识符,并在包含消息始发者E-mail地址的E-mail消息中发送给该消息始发者。 1480 If the E-mail confirmation attribute gating step, step 1482 generates an acknowledgment response message that lists the successful delivery and activation of the target wireless message identifier in the response message, comprising the message originator and E-mail address the E-mail message sent to the message originator. 接着检查调试记录,如果步骤1486中调试记录被选通,则步骤1488中将成功指示记录到日志文件,然后在步骤1502终止运行。 Then check the debug log, if step 1486 is recorded in the debug gated, then step 1488 will be a success indication to the log file, then at step 1502 terminates. 如果步骤1484中调试记录未被选通,则在步骤1502终止运行。 If in step 1484 the recording debug unselected, then in step 1502 terminates.

如果步骤1478中接收到该次无线消息提交未成功的指示,在步骤1488,无线消息收发服务器104检查是否有无线消息提交成功,并将消息提交归类为部分成功。 If in step 1478 receiving the message submitted by the secondary wireless unsuccessful indication, at step 1488, the wireless messaging server 104 checks whether the wireless message submission was successful and submits the message is classified as partially successful. 如果有无线消息提交成功,则在步骤1490,无线消息收发服务器104将发送部分消息失败消息,该消息表明哪些无线消息收发单元116被激活,哪些未被激活,无线消息收发服务器104还将系统使用指令追加到部分消息失败消息上,并将该部分消息失败消息在包含消息始发者E-mail地址的E-mail消息中发送回该消息始发者,并且发送该E-mail消息给系统管理员402。 If successful commit wireless message, at step 1490, the wireless messaging server 104 sends the failure message portion of the message, the message indicating which wireless messaging unit 116 is activated, which is not activated, the wireless messaging server 104 will use the system message to the command appended to the partial failure message, and the message part failure message E-mail message containing the message E-mail address of the originator of the message sent back to the originator, and transmits the E-mail message to the system manager 402 members. 一旦E-mail消息发送给消息始发者和无线消息系统管理员402,系统使用指令追加到该消息上。 Once the E-mail message sent to the message originator 402 and wireless messaging system administrators, the system uses the instruction appended to the message. 接着检查调试记录,如果步骤1492中调试记录被选通,则步骤1494中将部分失败指示记录到日志文件,然后在步骤1502终止运行。 Then check the debug log, if in step 1492 is gated debug recording, then step 1494 will be part of a failure indication to the log file, then at step 1502 terminates. 如果步骤1492中调试记录未被选通,则在步骤1502终止运行。 If in step 1492 the recording debug unselected, then in step 1502 terminates.

如果步骤1488中所有的无线消息提交都失败,则在步骤1492,无线消息收发服务器104发送一个消息失败消息,该消息指示所有未被激活的无线消息收发单元,无线消息收发服务器104也向该消息失败消息追加系统使用指令,并将该消息失败消息在包含消息始发者E-mail地址的E-mail消息中发送回该消息始发者,并且发送该E-mail消息给系统管理员。 If in step 1488 the wireless message submitted all fail, the transmission at step 1492, the wireless messaging server 104 a message failure message, the message indicates that all the non-activated wireless messaging unit, a wireless messaging server 104 to the message append command system failure message, the message and the failure message E-mail message containing the message E-mail address of the originator of the message sent back to the originator, and transmits the E-mail message to the system administrator. 接着检查调试记录,如果步骤1498中调试记录被选通,则步骤1500中将失败指示记录到日志文件,然后在步骤1502终止运行。 Then check the debug log, if step 1498 is gated debug recorded, then step 1500 will indicate a failure to a log file, and then terminates at step 1502. 如果步骤1498中调试记录未被选通,则在步骤1502终止运行。 If in step 1498 the recording debug unselected, then in step 1502 terminates.

成功指示的解释是所有目标标识符都被完全分解,所有无线消息都被成功提交的情况,这就是为什么需要一个目标标识符分解失败检查。 Explain the success of an identifier indicating that all targets are completely decomposed, of all wireless messages have been successfully submitted, which is why you need a target identifier decomposition failed inspection. 失败的解释是完全没有无线消息被成功生成。 Failure of the explanation is not entirely wireless message was successfully generated. 这使得部分成功的分类囊括了其它所有情况。 This makes the classification of a successful encompasses all other cases. 如果调试记录属性被选通,则这种分类将被记录到日志文件。 If debug logging property is gated, then this classification would be recorded in the log file.

图20是E-mail(SENDMAIL)分析规则结构图,它示出了在采用UNIX E-mail中转和路由选择程序SENDMAIL的E-mail分析中使用的多种主要规则。 FIG 20 is a E-mail (SENDMAIL) analysis rule configuration diagram, which shows a variety of primary rules used in the E-mail E-mail analysis using the UNIX relay and routing procedures in SENDMAIL. SENDMAIL程序使用存储在配置文件“/etc/sendmail.cf”中的规则,以决定邮件是如何选择路由并重新格式化。 SENDMAIL program uses the rules in the configuration file "/etc/sendmail.cf" in memory to determine how messages are routed and reformat. 配置文件“/etc/sendmail.cf”包含的规则集用于匹配该E-mail的“发往:”域中的E-mail地址格式。 Rule set configuration file "/etc/sendmail.cf" comprising for matching of the E-mail "sent:" E-mail address format domain. 如果发现某条规则匹配E-mail地址的当前格式,则采取该匹配条件的相应行动。 If you find a rule match the E-mail address of the current format, the appropriate action is taken by the matching condition. 这些规则被编排在编号的集合中。 These rules are organized in the collection numbered. SENDMAIL程序的处理首先估计使用哪个邮件收发程序为该邮件选择路由。 SENDMAIL processing program which first estimated using the mail program for routing e-mail. 这首先通过应用E-mail地址分析规则集3 2001来完成。 This first set of rules 32001 to complete the application by E-mail address analysis. 规则集3 2001普遍用于清除E-mail地址并将其置入标准格式。 Common set of rules for removing 32,001 E-mail address and places the standard format. 接着使用规则集0 2002以发现将使用哪个邮件收发程序为该E-mail消息寻找路由。 Then use the rule set 02002 to find out which mail program will use the search route for the E-mail message. 这是WMS系统修改E-mail系统以捕获寻址任意SMTP E-mail子域“@pager”的所有E-mail的情况。 This modification is the WMS system E-mail addressed to capture any case the SMTP E-mail sub-domain "@pager" all the E-mail. 在规则集0 2002的顶端加入一条附加规则,该规则查找地址中带有“@pager”的一个匹配的E-mail地址。 At the top of the ruleset 02002 added one additional rule that find address E-mail address with "@pager" of a match. 这种类型的所有E-mail都被路由寻址到新定义的邮件收发程序。 All of this type of E-mail are routed mail addressed to the new program definition. 邮件收发程序由标准的邮件收发程序定义规则定义,并将激活WMS软件。 Mail program defined by standard mail program defines the rules, and activate WMS software. 这样,在配置文件“/etc/sendmail.cf”中必须进行两项基本改变以支持子域寻呼:1)如上所述,在规则集0 2002的顶端加入一条规则,以及2)增加激活WMS软件的新邮件收发程序的定义。 Thus, the configuration file must be "/etc/sendmail.cf" substantially changed to support the two sub-area paging: 1) As described above, a rule is added to the top of the rule set 02,002, and 2) increased activation WMS send and receive e-mail software to define a new program. SENDMAIL程序的其它目的是适当地重写E-mail地址。 Other objects SENDMAIL rewriting procedure is suitably E-mail address. 首先通过应用规则集3 2001,然后1 2004,然后与分解邮件收发程序2005相关联的规则集,然后是清除规则集4 2007于“发自:”域的内容,为发送者完成这项工作。 First, by applying a set of rules 32,001, then 12,004, then the decomposition mail program associated with the 2005 rule set, then clear set of rules to 42007 "from the bottom:" Content field, get the job done for the sender. 接着,通过应用规则集3 2001,然后2 2003,然后与分解邮件收发程序2006相关联的规则集,然后是清除规则集4 2007于“发自:”域的内容,为每个接收者完成重写。 Then, by applying a set of rules 32001, then 22003, then 2006 with the decomposition mail rule set associated with the program, and then clear set of rules to 42007 "from the bottom:" Content field, complete weight of each recipient write.

总之,提出的无线消息收发系统包括有线消息传输网络,用于在有线网络节点之间交付E-mail消息,并进一步用于输入E-mail消息以交付给至少一个无线消息收发单元。 In summary, the proposed wireless messaging system includes a wired network messaging, E-mail message for delivery between a wired network node, and further for inputting E-mail message for delivery to the at least one wireless messaging unit. 无线消息收发系统与无线消息收发服务器通信,无线消息收发服务器接收并处理从有线消息传输网络输入的E-mail消息,以交付给至少一个无线消息收发单元。 Wireless messaging system message server and the wireless communication transceiver, a wireless messaging server receives and processes the input message E-mail message from the wired transmission network for delivery to the at least one wireless messaging unit. E-mail消息包括一个简单邮件传输协议(SMTP)地址,该地址的一部分表示了无线选择呼叫用户标识。 E-mail message includes a Simple Mail Transfer Protocol (SMTP) address, a portion of the address in a wireless selective calling subscriber identity. 此外,无线消息传输网络连接到无线消息收发服务器,以响应于无线选择呼叫用户标识符与至少一个预定无线选择呼叫用户地址的关联,交付至少一个无线选择呼叫消息给无线消息收发单元。 In addition, wireless message transmission network connected to a wireless messaging server in response to a selective call radio with at least one user identifier associated with the wireless selective call address of the predetermined user, the delivery of the at least one wireless selective call message to the wireless messaging unit.

无线消息收发系统使用至少一个有线消息传输网络,例如局域网(LAN)消息传输网络、广域网(WAN)消息传输网络、局域无线(LAWN)消息传输网络、广域无线(WAWN)消息传输网络进行通信。 Wireless messaging system using at least one wired message transmission network, for example, a local area network (LAN) message transmission network, a wide area network (WAN) message transmission network, local area wireless (LAWN) message transmission network, a wide area wireless (WAWN) communicate message transmission network . 并且,在优选实施例中,有线消息传输网络利用遵从RFC-822 SMTP E-mail的E-mail系统将E-mail消息交付给无线消息收发服务器。 And, in a preferred embodiment, the compliant wired message transmission network using RFC-822 SMTP E-mail of the E-mail E-mail message will be delivered to the wireless messaging server. 该无线消息收发系统最好采用TCP/IP协议在有线消息传输网络内传送E-mail消息。 The wireless messaging system is preferably using TCP / IP transport protocol message E-mail message transmission in a cable network. 可选地,消息通信可以通过诸如X.400或类似协议实现,仅需作一些前面所公开的情况中提到的较小修改。 Alternatively, such as a X.400 message through the communication protocol or the like, only to make minor modifications in some cases disclosed previously mentioned.

参看无线消息收发服务器,它包括一个E-mail输入接口,连接到有线消息传输网络以接收从有线消息传输网络输入的E-mail消息,交付给无线消息收发单元。 Referring wireless messaging server, an E-mail comprising an input interface connected to a wired network to transmit a message E-mail message received from the wired input message transmission network, delivered to the wireless messaging unit. 处理器连接到E-mail输入接口,用以处理从有线消息传输网络输入的E-mail消息,以决定(1)无线选择呼叫用户标识符,包括指定无线消息收发单元的无线消息收发单元地址,(2)网络标识符,从至少一部分SMTP地址中识别出无线消息传输网络,以及(3)在交付给至少一个无线选择呼叫消息收发单元的至少一个无线选择呼叫消息上增加至少一部分与SMTP地址相关联的E-mail消息的信息内容。 E-mail processor is connected to the input interface for processing input message E-mail message from the wired transmission network, to determine (1) the radio selective calling user identifier, the designated wireless messaging unit comprising a wireless messaging unit addresses, (2) a network identifier, identifying SMTP address from at least a portion of a wireless messaging network, and (3) adding at least a portion of the SMTP address associated with at least one wireless selective call message is delivered to the at least one wireless selective call messaging unit E-mail message content is associated. 在执行完这些步骤之后,输出接口将至少一个无线选择呼叫消息连接到由网络标识符标识的无线消息传输网络以交付该E-mail消息给该无线消息收发单元地址所指定的无线消息收发单元。 After performing these steps, the output of the at least one wireless interface to connect to a wireless selective call message message transmission network identified by the network identifier of the wireless messaging unit to deliver the E-mail message to the wireless messaging address of a specified unit.

最后,无线消息收发服务器包括一个存储器,用以存储多个无线选择呼叫用户标识符和相关的无线消息收发单元地址和无线网络标识符。 Finally, the wireless messaging server comprises a memory for storing a plurality of wireless user identifier and associated selective call messaging radio cell address and the wireless network identifier.

包括无线消息收发单元地址的E-mail消息可以通过存储器中存储的缺省网络标识符来进行处理。 The default network identifier includes a wireless messaging address unit E-mail message may be stored by a memory for processing. 这是可能的,因为与存储在存储器中的无线消息收发单元地址相关联的缺省无线消息传输网络与该处理器所接收的E-mail消息相关联。 This is possible, because the E-mail message associated with the wireless messaging unit addresses stored in memory associated with the default wireless message transmission network and received by the associated processor. 该处理器确定无线消息收发单元地址,并响应于该地址的确定,从存储器中恢复出标识该无线消息传输网络的缺省网络标识符。 The processor determines that the wireless messaging unit addresses and in response to determining the address to recover the identifier of the wireless message transmission network default network identifier from the memory. 此后,连接到处理器的输出接口将至少一个无线选择呼叫消息交付给该网络标识符所标识的无线消息传输网络中相关无线消息收发单元地址所指定的无线消息收发单元。 Thereafter, an output interface coupled to the processor to the at least one wireless selective call messaging radio message delivered to the message transport network of the wireless network identified by the identifier associated wireless messaging address of a specified unit. 注意到至少一个无线选择呼叫用户标识符标识至少一个无线选择呼叫消息的接收用户。 Noting at least one radio selective calling user identifier identifying at least one selective call message received wireless user.

此外,存储器还存储与多个无线选择呼叫用户标识符中的每一个相关联的无线消息收发单元类型。 In addition, the memory further stores a plurality of wireless radio selective call messaging unit type identifier for each user associated with one. 这个参数可以用于标识目标单元的任一独特性质,例如显示能力、呈现方式(音频、视频、硬拷贝)。 Any one of the unique properties of this parameter can be used to identify a target cell, for example, display capabilities, presentation (audio, video, hard copy).

在优选实施例中,处理器根据E-mail消息确定至少一个无线选择呼叫用户标识符,并响应于该无线选择呼叫用户标识符的确定,从存储器中恢复出相关的无线消息收发单元地址和标识该无线消息传输网络的网络标识符。 In a preferred embodiment, the processor determines at least one radio selective call according to user identifier E-mail message and choose OK response to the call to the wireless subscriber identifier, recover the associated radio messaging addresses and identification unit from the memory wireless network identifier for the message transmission network. 如上所述,输出接口将至少一个无线选择呼叫消息交付给该网络标识符所标识的无线消息传输网络中相关无线消息收发单元地址所指定的无线消息收发单元。 As described above, the output interface at least one radio selective call messaging radio message delivered to the message transport network of the wireless network identified by the identifier associated wireless messaging address of a specified unit.

一种附加属性允许无线消息收发单元进一步接受要求始发者标识自动追加在至少一个无线选择呼叫消息上的请求。 An additional attribute allows wireless messaging unit further automatically accept the request identifies the originator of the request on the at least one additional radio selective call message. 这允许无线消息的接收者识别出该消息的发送者或消息源。 This allows a wireless message receiver identifies the source of the message or the sender of the message.

无线消息传输系统的另一种属性是消息接收、交付以及传输证实。 Another attribute is the wireless messaging system message reception, transmission and delivery confirmed. 在这种情况下,E-mail消息包括一个消息始发者E-mail地址,无线消息收发服务器利用该消息始发者E-mail地址生成回应状态消息给该E-mail消息的始发者。 In this case, E-mail message includes a message originator E-mail address, the wireless messaging server by using the E-mail message originator address generation status response message to the originator of the E-mail message. 该回应状态消息表明了交付至少一个无线选择呼叫消息给无线消息收发单元是否成功。 The response status message indicates that the delivery of at least one radio paging messages to wireless messaging unit is successful. 此外,回应状态消息还可以指示发送至少一个无线选择呼叫消息给无线消息传输网络是否成功。 In addition, the message may also indicate the status response transmitting at least one wireless selective call message to the wireless network is successful message transmission. 这些属性允许对消息交付的肯定证实。 These properties allow for affirmative message delivery confirmation.

在本发明的优选实施例中,E-mail消息包括一个E-mail地址,其形式为user@pager.entity.ext,参数为user、pager和entity.ext。 In a preferred embodiment of the present invention, E-mail message includes an E-mail address in the form of user@pager.entity.ext, parameters for the user, pager and entity.ext. 前面已针对图9-20讨论了这种寻址和消息交付方法的例子。 Previously discussed example of such a message addressing and delivery methods for the Figure 9-20. 更特定地,E-mail消息可以包括的信息内容包括至少文本消息、音频消息和视频消息。 More specifically, the information content may include E-mail messages including at least text messages, audio messages, and video messages.

如果使用user@pager.entity.ext的形式寻址,entity.ext参数表示了至少一个无线选择呼叫消息发向的无线消息传输网络中的目的节点。 If user@pager.entity.ext form addressing, entity.ext parameter indicates the destination node at least one selective call radio message sent to the wireless message transmission network. 类似地,pager(寻呼机)参数表示SMTP E-mail地址的无线消息传输域。 Similarly, pager (pager) of a radio message transmission parameter domain SMTP E-mail address.

检测到user@pager.entity.ext格式的pager参数之后,处理器处理SMTP E-mail地址以确定与用户参数相关联的无线消息收发单元地址以及与entity.ext参数相关联的网络标识符。 After detecting parameters user@pager.entity.ext pager format, SMTP E-mail processor to determine the address of the wireless messaging unit addresses associated with the user and the parameters associated with the network identifier associated entity.ext parameters. 此外,处理器响应于pager参数的检测,析取与SMTP地址相关联的E-mail消息的信息内容,生成至少一个无线选择呼叫消息的信息部分。 Further, the processor in response to detection of the pager parameters, and extracting the information content SMTP E-mail address associated message, and generates at least one radio selective call message information part.

在识别和析取之后,不论是直接的本地发射还是延迟的远程发射,处理器都组合至少一个包含无线消息收发单元地址的无线选择呼叫消息和该E-mail消息的至少一部分信息内容。 After extraction and recognition, whether direct or remote local transmitter transmitting delay processor combination of wireless selective call message contains at least a wireless messaging unit addresses and E-mail message to the at least a portion of the information content. 在第一种情况下,可以由本地无线消息传输系统实时发射至少一个无线选择呼叫消息。 In the first case, the at least one wireless selective call message may be transmitted by the local wireless message transmission system in real time. 在第二种情况下,最好将至少一个无线选择呼叫消息传送(发送)给远程寻呼系统以进行直接或延迟发射。 In the second case, is preferably at least one wireless selective call messaging (sent) to a remote paging system for direct or delayed emission.

至于用户参数,它代表了唯一的用户,是从用户全名、用户别名、无线消息收发单元地址以及无线选择呼叫消息收发单元标识符中的某一个选出。 As user parameters, it represents only the user, from the user's full name, user alias, the wireless messaging unit addresses and the wireless selective call messaging unit selecting one identifier. 此外,唯一用户可以包括预定的无线消息收发用户名单,该名单包含某个用户组。 Further, only user may include a predetermined wireless messaging user lists, the list comprising a group of users.

参看可选编址形式,E-mail消息包括一个形式为paging-identifier@entity.ext的E-mail地址,其参数为paging-identifier和entity.ext。 Selected site may be in the form of reference, a message including E-mail E-mail address form paging-identifier@entity.ext which paging-identifier and parameter entity.ext. 在优选实施例中,E-mail消息可以包括的信息内容包括文本消息、音频消息以及视频消息。 In a preferred embodiment, the content may include E-mail message including text messages, audio messages, and video messages.

象前面一样,entity.ext参数表示了至少一个无线选择呼叫消息发向的无线消息传输网络中的目的节点。 As before, entity.ext parameter indicates the destination node at least one selective call radio message sent to the wireless message transmission network. 但是,在可选编址形式下,paging-identifier参数表示了与遵从RFC-822的SMTP E-mail系统相兼容的无线选择呼叫消息收发单元标识符,该标识符由无线消息收发服务器识别。 However, access may be in the form of Selected, paging-identifier parameter indicates the compliance with RFC-822 compatible with the SMTP E-mail system, selective call messaging radio unit identifier, the identifier identifying the wireless messaging server. 一旦无线消息收发服务器将该paging-identifier参数识别为具有相应无线选择呼叫消息收发单元标识符,处理器处理SMTP E-mail地址以确定与paging-identifier参数相关联的无线消息收发单元地址,以及与entity.ext参数相关联的网络标识符。 Once the wireless messaging server the paging-identifier parameter identified as having respective wireless selective call messaging unit identifiers, processor address SMTP E-mail messaging unit determines that the wireless address associated with the paging-identifier associated parameters, and a entity.ext network identifier associated parameters. 此外,处理器析取与SMTP地址相关联的E-mail消息的信息内容,以生成至少一个无线选择呼叫消息的信息部分。 Further, the processor extracting the information content of the message SMTP E-mail address associated, to generate at least one wireless selective call message information part. 无论所使用的编址形式如何,本地和远程传输或交付都以相同方式完成。 How addressed regardless of the form used by local and remote transmission or delivery is done in the same way.

类似地,在优选实施例中的用户参数中,paging-identifier代表了唯一的用户,是从用户全名、用户别名、无线消息收发单元地址以及无线选择呼叫消息收发单元标识符中的某一个选出。 Similarly, the user parameters in the preferred embodiment, paging-identifier represents a unique user, from the user's full name, user alias, the wireless messaging unit addresses and the wireless selective call messaging unit identifier in one selected from out. 此外,唯一用户可以包括预定的无线消息收发用户名单,该名单包含某个用户组。 Further, only user may include a predetermined wireless messaging user lists, the list comprising a group of users.

Claims (36)

1. 1. 一种无线消息收发系统,包括:有线消息传输网络,在有线网络节点之间交付E-mail消息,还用于输入E-mail消息以交付给至少一个无线消息收发单元;无线消息收发服务器,连接到有线消息传输网络,用于接收并处理从有线消息传输网络输入的E-mail消息,将其交付给至少一个无线消息收发单元,该E-mail消息包括一个简单邮件传输协议(SMTP)地址,该地址的一部分表示了无线选择呼叫用户标识符;以及无线消息传输网络,连接到无线消息收发服务器,用于将至少一个无线选择呼叫消息交付给无线消息收发单元,以对无线选择呼叫用户标识符和至少一个预定无线选择呼叫用户地址的关联作出响应。 A wireless messaging system, comprising: a wired network messaging, E-mail delivery of messages between the wired network nodes, but also for inputting E-mail message for delivery to the at least one wireless messaging unit; wireless messaging server, connected to wired message to the transmission network, for receiving and processing input E-mail message from a wired network message transmission, which will be delivered to the at least one wireless messaging unit, the E-mail message includes a simple Mail transfer protocol (SMTP) address, a portion of the address in a wireless selective calling user identifier; and a wireless message transmission network coupled to the wireless messaging server, for the at least one message delivered to the wireless selective call messaging radio unit to the radio selective calling user identifier and at least one predetermined radio selective call address associated with the user to respond.
2. 2. 根据权利要求1的无线消息收发系统,其中有线消息传输网络是一个局域(LAN)消息传输网络。 Wireless messaging system of claim 1, wherein wired message transmission network is a local area (LAN) network messaging.
3. 3. 根据权利要求1的无线消息收发系统,其中有线消息传输网络是一个广域(WAN)消息传输网络。 Wireless messaging system of claim 1, wherein wired message transmission network is a wide area (WAN) network messaging.
4. 4. 根据权利要求1的无线消息收发系统,其中无线消息传输网络是一个局域无线(LAWN)消息传输网络。 Wireless messaging system of claim 1, wherein the message transmission network is a wireless local area wireless (LAWN) message transport network.
5. 5. 根据权利要求1的无线消息收发系统,其中无线消息传输网络是一个广域无线(WAWN)消息传输网络。 Wireless messaging system of claim 1, wherein the wireless message transmission network is a wide area wireless (WAWN) message transport network.
6. 6. 根据权利要求1的无线消息收发系统,其中有线消息传输网络利用遵从RFC-822 SMTP E-mail的E-mail系统交付E-mail消息给无线消息收发服务器。 The wireless messaging system as claimed in claim 1, wherein the compliant wired message transmission network using RFC-822 SMTP E-mail of the E-mail E-mail message delivery system, to the wireless messaging server.
7. 7. 根据权利要求6的无线消息收发系统,其中E-mail系统在有线消息传输网络中使用TCP/IP传输E-mail消息。 Wireless messaging system according to claim 6, wherein the E-mail system using TCP / IP transport message E-mail message transmission in a cable network.
8. 8. 根据权利要求1的无线消息收发系统,其中无线消息收发服务器包括:一个E-mail输入接口,连接到有线消息传输网络以接收从有线消息传输网络输入的E-mail消息,交付给无线消息收发单元;一个处理器,连接到E-mail输入接口,用以处理从有线消息传输网络输入的E-mail消息,以决定无线选择呼叫用户标识符,包括指定无线消息收发单元的无线消息收发单元地址,一个网络标识符,用于从至少一部分SMTP地址中识别出无线消息传输网络,以及在交付给至少一个无线选择呼叫消息收发单元的至少一个无线选择呼叫消息上增加至少一部分与SMTP地址相关联的E-mail消息的信息内容;以及一个输出接口,用于将至少一个无线选择呼叫消息连接到由网络标识符标识的无线消息传输网络以交付该E-mail消息给该无线消息收发单元地址所指定的无线消息收发单元。 Wireless messaging system of claim 1, wherein the wireless messaging server comprising: an E-mail input interface connected to a wired message transmission network to E-mail receiving input from a wired message transmission network message delivery to the wireless messaging unit ; a processor coupled to the E-mail input interface for processing the E-mail message from the wired message transmission network inputs to determine radio selective calling user identifier, the designated wireless messaging unit comprising a wireless messaging unit addresses, E is increased by at least a portion of the SMTP address associated with a network identifier, for identifying from at least a portion of the SMTP address of a wireless message transmission network, and delivered to at least one radio selective call messaging radio unit at least one selective call message -mail information content message; and an output interface for connecting at least one wireless selective call message to the wireless message transmission network identified by the network identifier to deliver the E-mail message to the wireless messaging unit addresses designated wireless messaging unit.
9. 9. 根据权利要求8的无线消息收发系统,其中E-mail消息还包括至少一个无线选择呼叫用户标识符,其中无线消息收发服务器还包括:一个存储器,用以存储多个无线选择呼叫用户标识符和相关的无线消息收发单元地址和无线网络标识符。 Wireless messaging system according to claim 8, wherein the E-mail message further comprises at least a radio selective calling user identifier, wherein the wireless messaging server further comprises: a memory for storing a plurality of radio selective calling user identifier and associated wireless messaging unit addresses and the wireless network identifier.
10. 10. 根据权利要求9的无线消息收发系统,其中:E-mail消息包括无线消息收发单元地址;存储器存储缺省网络标识符,标识与该无线消息收发单元地址相关联的缺省无线消息传输网络;处理器处理接收到的E-mail消息,确定无线消息收发单元地址,并响应于该地址的确定,从存储器中恢复出标识该无线消息传输网络的缺省网络标识符;以及输出接口将至少一个无线选择呼叫消息交付给该网络标识符所标识的无线消息传输网络中相关无线消息收发单元地址所指定的无线消息收发单元。 The wireless messaging system as claimed in claim 9, wherein: E-mail message includes a wireless messaging unit addresses; default wireless message transmission network memory storing the default network identifier identifying the wireless messaging address associated unit; Processing processing the received E-mail message, determines whether the wireless messaging unit addresses and in response to determining the address to recover the identifier of the wireless message transmission network default network identifier from the memory; and an output interface to the at least one radio message delivery to the selective call messaging radio message transmission network of the wireless network identified by the identifier associated wireless messaging address of a specified unit.
11. 11. 根据权利要求9的无线消息收发系统,其中至少一个无线选择呼叫用户标识符标识至少一个无线选择呼叫消息的预期的接收用户。 Wireless messaging system of claim 9, wherein the at least one wireless selective call radio user identifier identifying at least one selective call message intended receiving user.
12. 12. 根据权利要求9的无线消息收发系统,其中存储器还存储与多个无线选择呼叫用户标识符中的每一个相关联的无线消息收发单元类型。 The wireless messaging system as claimed in claim 9, wherein the memory further stores a plurality of wireless radio selective call messaging unit type identifier for each user associated with one.
13. 13. 根据权利要求9的无线消息收发系统,其中处理器还连接到存储器,处理所接收的E-mail消息以确定至少一个无线选择呼叫用户标识符,并响应于该无线选择呼叫用户标识符的确定,从存储器中恢复出相关的无线消息收发单元地址和标识该无线消息传输网络的网络标识符;以及输出接口将至少一个无线选择呼叫消息交付给该网络标识符所标识的无线消息传输网络中相关无线消息收发单元地址所指定的无线消息收发单元。 Wireless messaging system of claim 9, wherein the processor is further coupled to a memory, E-mail message received process to determine at least one wireless selective call subscriber identifier, and choose OK response to the call to the wireless subscriber identifier, recover from the memory of a network identifier associated with the wireless messaging unit address and message identifies the wireless transmission network; and an output interface to the at least one wireless selective call message delivered to the message transport network of the wireless network identified by the identifier associated wireless messaging unit address specified wireless messaging unit.
14. 14. 根据权利要求9的无线消息收发系统,其中无线消息收发单元包括接受要求始发者标识自动追加在至少一个无线选择呼叫消息上的请求的装置。 The wireless messaging system as claimed in claim 9, wherein the wireless messaging unit comprises a receiving apparatus identifies the originator of the request requires at least one radio selective call message is automatically added.
15. 15. 根据权利要求9的无线消息收发系统,其中E-mail消息包括一个消息始发者E-mail地址,无线消息收发服务器利用该消息始发者E-mail地址生成回应状态消息给该E-mail消息的始发者,该回应状态消息表明了交付至少一个无线选择呼叫消息给无线消息收发单元是否成功。 Wireless messaging system of claim 9, wherein the E-mail message includes a message originator E-mail address, the wireless messaging server by using the E-mail message originator address generation status response message to the E-mail message originator, the response to the status message indicates the at least one wireless selective call delivery message to the wireless messaging unit is successful.
16. 16. 根据权利要求15的无线消息收发系统,其中回应状态消息还进一步包括发送至少一个无线选择呼叫消息给无线消息传输网络是否成功的指示。 Wireless messaging system of claim 15, wherein the status of the response message further comprises transmitting at least one wireless selective call message to the transmission network if the wireless message indicating success.
17. 17. 根据权利要求8的无线消息收发系统,其中E-mail消息包括:一个E-mail地址,其形式为user@pager.entity.ext,参数为user、pager和entity.ext。 Wireless messaging system according to claim 8, wherein the E-mail message comprises: an E-mail address in the form of user@pager.entity.ext, parameters for the user, pager and entity.ext.
18. 18. 根据权利要求17的无线消息收发系统,其中E-mail消息还包括:至少包括下述之一的信息内容:文本消息;音频消息;以及视频消息。 Wireless messaging system of claim 17, wherein the E-mail message further comprises: the information content comprises at least one of the following: a text message; audio message; and a video message.
19. 19. 根据权利要求17的无线消息收发系统,其中entity.ext参数表示了至少一个无线选择呼叫消息发向的无线消息传输网络中的目的节点。 Wireless messaging system of claim 17, wherein the destination node entity.ext parameter indicates the at least one wireless selective call message is sent to the wireless message transmission network.
20. 20. 根据权利要求17的无线消息收发系统,其中pager参数表示SMTPE-mail地址的无线消息传输域。 The wireless messaging system as claimed in claim 17, wherein the radio pager message transmission parameter represents SMTPE-mail address field.
21. twenty one. 根据权利要求20的无线消息收发系统,其中响应于pager参数的检测,处理器处理SMTP E-mail地址以确定与用户参数相关联的无线消息收发单元地址以及与entity.ext参数相关联的网络标识符。 Wireless messaging system of claim 20, wherein in response to detection of the pager parameters, SMTP E-mail processor to determine the address of the wireless messaging unit addresses associated with a user and the parameters associated with the network identification parameter entity.ext symbol.
22. twenty two. 根据权利要求20的无线消息收发系统,其中处理器响应于pager参数的检测,析取与SMTP地址相关联的E-mail消息的信息内容,生成至少一个无线选择呼叫消息的信息部分。 Wireless messaging system of claim 20, wherein the processor is responsive to the detection of the pager parameters, and extracting the information content SMTP E-mail address associated message, and generates at least one radio selective call message information part.
23. twenty three. 根据权利要求20的无线消息收发系统,其中处理器组合至少一个包含无线消息收发单元地址的无线选择呼叫消息和该E-mail消息的至少一部分信息内容,由无线消息收发服务器直接发射。 At least a part of the radio selective call message E-mail message and the message content in accordance with a wireless messaging system as claimed in claim 20, wherein the processor comprises a combination of at least one wireless messaging unit addresses directly transmitted by the wireless messaging server.
24. twenty four. 根据权利要求20的无线消息收发系统,其中处理器组合至少一个包含无线消息收发单元地址的无线选择呼叫消息、网络标识符和该E-mail消息的至少一部分信息内容,由远程无线消息收发服务器发射。 Wireless selective call message according to a wireless messaging system as claimed in claim 20, wherein the processor comprises a combination of at least one wireless messaging unit addresses, at least a portion of the information content of the network identifier and the E-mail message, transmitted by the remote wireless messaging server .
25. 25. 根据权利要求17的无线消息收发系统,其中用户参数代表了唯一的用户,从下述之一选出:用户全名;用户别名;无线消息收发单元地址;以及无线选择呼叫消息收发单元标识符。 Wireless messaging system of claim 17, wherein the user unique parameter represents the user, is selected from one of the following: Full name; user aliases; wireless messaging unit addresses; and a wireless selective call messaging unit identifier.
26. 26. 根据权利要求25的无线消息收发系统,其中唯一用户可以包括预定的无线消息收发用户名单,该名单包含某个用户组。 Wireless messaging system according to claim 25, wherein the predetermined unique user may include wireless messaging user lists, the list comprising a group of users.
27. 27. 根据权利要求8的无线消息收发系统,其中E-mail消息包括:一个形式为paging-identifier@entity.ext的E-mail地址,其参数为paging-identifier和entity.ext。 Wireless messaging system according to claim 8, wherein the E-mail message comprises: a paging-identifier@entity.ext form of E-mail address, which is a paging-identifier and parameter entity.ext.
28. 28. 根据权利要求27的无线消息收发系统,其中E-mail消息还包括:包括下述之一的信息内容:文本消息;音频消息;以及视频消息。 Wireless messaging system according to claim 27, wherein the E-mail message further comprises: the information content comprises one of the following: a text message; audio message; and a video message.
29. 29. 根据权利要求27的无线消息收发系统,其中entity.ext参数表示了至少一个无线选择呼叫消息发向的无线消息传输网络中的目的节点。 Wireless messaging system according to claim 27, wherein the destination node entity.ext parameter indicates the at least one wireless selective call message is sent to the wireless message transmission network.
30. 30. 根据权利要求27的无线消息收发系统,其中paging-identifier参数表示了与遵从RFC-822的SMTP E-mail系统相兼容的无线选择呼叫消息收发单元标识符,该标识符由无线消息收发服务器识别。 Wireless messaging system according to claim 27, wherein the paging-identifier parameter indicates the compliance with RFC-822 compatible with the SMTP E-mail system, selective call messaging radio unit identifier, which identifies the wireless messaging server.
31. 31. 根据权利要求30的无线消息收发系统,其中处理器响应于无线选择呼叫消息收发单元标识符的检测,处理SMTP E-mail地址以确定与paging-identifier参数相关联的无线消息收发单元地址,以及与entity.ext参数相关联的网络标识符。 Wireless messaging system according to claim 30, wherein the processor is responsive to a wireless selective call messaging unit detects the identifier, the process to address SMTP E-mail messaging unit determines that the wireless address associated with the paging-identifier associated parameters, and a entity.ext network identifier associated parameters.
32. 32. 根据权利要求30的无线消息收发系统,其中处理器响应于paging-identifier参数的检测,析取与SMTP地址相关联的E-mail消息的信息内容,以生成至少一个无线选择呼叫消息的信息部分。 Wireless messaging system according to claim 30, wherein the processor is responsive to detection of paging-identifier parameter, and extracting the information content SMTP E-mail addresses associated with the message to generate at least one radio selective call message information part.
33. 33. 根据权利要求30的无线消息收发系统,其中处理器组合至少一个包含无线消息收发单元地址的无线选择呼叫消息和该E-mail消息的至少一部分信息内容,由无线消息收发服务器直接发射。 At least a part of the radio selective call message E-mail message and the message content in accordance with a wireless messaging system as claimed in claim 30, wherein the processor comprises a combination of at least one wireless messaging unit addresses directly transmitted by the wireless messaging server.
34. 34. 根据权利要求30的无线消息收发系统,其中处理器组合至少一个包含无线消息收发单元地址的无线选择呼叫消息、网络标识符和该E-mail消息的至少一部分信息内容,由远程无线消息收发服务器发射。 Wireless selective call messaging radio messaging system according to claim 30, wherein the at least one combination of processor element address radio message transceiver comprising at least a portion of the information content of the network identifier and the E-mail message, transmitted by the remote wireless messaging server .
35. 35. 根据权利要求27的无线消息收发系统,其中paging-identifier代表了唯一的用户,从下述之一选出:用户全名;用户别名;无线消息收发单元地址;以及无线选择呼叫消息收发单元标识符。 Wireless messaging system according to claim 27, wherein the paging-identifier represents a unique user, is selected from one of the following: Full name; user aliases; wireless messaging unit addresses; and a wireless selective call messaging unit identifier .
36. 36. 根据权利要求35的无线消息收发系统,其中唯一用户包括预定的无线消息收发用户名单,该名单包含某个用户组。 Wireless messaging system according to claim 35, wherein the predetermined unique user comprises a wireless messaging user lists, the list comprising a group of users.
CN 97191929 1996-01-30 1997-01-23 Wireless message delivery system CN1219259A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
US59407296A true 1996-01-30 1996-01-30

Publications (1)

Publication Number Publication Date
CN1219259A true CN1219259A (en) 1999-06-09

Family

ID=24377404

Family Applications (1)

Application Number Title Priority Date Filing Date
CN 97191929 CN1219259A (en) 1996-01-30 1997-01-23 Wireless message delivery system

Country Status (10)

Country Link
EP (1) EP0877993A4 (en)
JP (1) JP2000504515A (en)
KR (1) KR19990082117A (en)
CN (1) CN1219259A (en)
AR (1) AR005592A1 (en)
AU (1) AU1701097A (en)
BR (1) BR9708293A (en)
TW (1) TW364242B (en)
WO (1) WO1997028518A1 (en)
ZA (1) ZA9700734B (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102158427A (en) * 2011-03-23 2011-08-17 陈伟强 Email address structure and mail sending and receiving system
CN101784126B (en) 2008-12-31 2012-09-19 上海庆科信息技术有限公司 Wireless data transmission device

Families Citing this family (16)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US7035914B1 (en) 1996-01-26 2006-04-25 Simpleair Holdings, Inc. System and method for transmission of data
GB2345424B (en) * 1997-11-11 2000-09-13 Nec Corp Electronic mail system and electronic mail server
JPH11146011A (en) * 1997-11-11 1999-05-28 Nec Corp Electronic mail system, electronic mail server and communication terminal
US6157630A (en) * 1998-01-26 2000-12-05 Motorola, Inc. Communications system with radio device and server
DE19819802A1 (en) * 1998-05-04 1999-11-11 Krone Ag Method of implementing a wireless E-mail pager for a local network
US6219694B1 (en) * 1998-05-29 2001-04-17 Research In Motion Limited System and method for pushing information from a host system to a mobile data communication device having a shared electronic address
US20080039052A1 (en) 1999-06-02 2008-02-14 Knowles Andrew T Digital Message Processing System
KR100285122B1 (en) * 1999-01-13 2001-03-15 이수복 internet email add-on service system
AU5728800A (en) * 1999-06-07 2000-12-28 Infospace, Inc. Messaging system and method
DE69943321D1 (en) 1999-10-08 2011-05-12 Nokia Corp Multimedia news transmission with local dependence
DE10057847A1 (en) * 2000-11-22 2002-05-29 Fujitsu Siemens Computers Gmbh Communications unit establishes connection to communications partner using alternative communications technique in event of fault in connection establishment
GB0112666D0 (en) * 2001-05-24 2001-07-18 Dunedin Ltd A communication system and method of use thereof
US6947772B2 (en) 2002-01-31 2005-09-20 Qualcomm Incorporated System and method for providing messages on a wireless device connecting to an application server
GB2395401B (en) * 2002-11-09 2006-02-15 Intellprop Ltd Telecommunications services apparatus and methods
US7599339B2 (en) 2003-11-12 2009-10-06 Interdigital Technology Corporation Method and system for transferring wireless transmit/receive unit-specific information
US7366528B1 (en) 2004-01-13 2008-04-29 At&T Mobility Ii Llc Preventing wireless message delivery outside of specified times

Family Cites Families (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5436960A (en) * 1991-05-20 1995-07-25 Campana, Jr.; Thomas J. Electronic mail system with RF communications to mobile processors and method of operation thereof
DE69332932T2 (en) * 1992-09-30 2003-11-27 Motorola Inc Electronic news notification legal deposit system
AU5956294A (en) * 1992-12-23 1994-07-19 Gordon Novel Mobile telecommunications system
US5550861A (en) * 1994-09-27 1996-08-27 Novalink Technologies, Inc. Modular PCMCIA modem and pager
US5604788A (en) * 1995-03-16 1997-02-18 Motorola, Inc. Wireless messaging system with electronic mail replication
US5621798A (en) * 1995-04-18 1997-04-15 Intel Corporation Method and apparatus for cooperative messaging
US5612682A (en) * 1995-05-30 1997-03-18 Motorola, Inc. Method and apparatus for controlling utilization of a process added to a portable communication device

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101784126B (en) 2008-12-31 2012-09-19 上海庆科信息技术有限公司 Wireless data transmission device
CN102158427A (en) * 2011-03-23 2011-08-17 陈伟强 Email address structure and mail sending and receiving system

Also Published As

Publication number Publication date
EP0877993A1 (en) 1998-11-18
AU1701097A (en) 1997-08-22
AR005592A1 (en) 1999-06-23
ZA9700734B (en) 1997-08-04
BR9708293A (en) 1999-08-03
TW364242B (en) 1999-07-11
KR19990082117A (en) 1999-11-15
WO1997028518A1 (en) 1997-08-07
JP2000504515A (en) 2000-04-11
EP0877993A4 (en) 2002-03-13

Similar Documents

Publication Publication Date Title
US6788648B1 (en) Method and apparatus for load balancing a distributed processing system
JP3471622B2 (en) Apparatus and method for data communication
US6404762B1 (en) Universal messaging system providing integrated voice, data and fax messaging services to pc/web-based clients, including a session manager for maintaining a session between a messaging platform and the web-based clients
JP3490286B2 (en) Router device and a frame transfer method
US7603467B2 (en) Instant messaging architecture and system for interoperability and presence management
US6965917B1 (en) System and method for notification of an event
JP4557655B2 (en) The method for extracting information from a network device in the multi-protocol remote monitoring system, system and computer program
US8582140B2 (en) Communication system and communication apparatus building the system
US7212302B2 (en) Internet facsimile apparatus and E-mail communication method
US8249062B1 (en) Scalable architecture for transmission of messages over a network
US6427164B1 (en) Systems and methods for automatically forwarding electronic mail when the recipient is otherwise unknown
US20010009017A1 (en) Declarative message addressing
EP0804010A2 (en) Voice processing system
US6035327A (en) SMTP extension to preserve per-message and per-recipient properties
EP0715435A2 (en) Batch transfer system and method for high performance graphic display of network topology
US6731410B2 (en) Facsimile communication method and facsimile machine
US7533167B2 (en) Method for efficiently extracting status information related to a device coupled to a network in a multi-protocol remote monitoring system
EP0725523A2 (en) Transaction message routing in digital communications networks
US7096255B2 (en) System and method for providing a roster list of temporary contacts having expiration periods designated by a user in an instant messaging environment
US5937161A (en) Electronic message forwarding system
CN1036691C (en) Electronic mail message delivery system
US5812795A (en) Automatic addressing of messages and message components of different media
US20020007400A1 (en) Profile responsive electronic message management system
US6609138B1 (en) E-mail list archiving and management
JP3281713B2 (en) Media conversion apparatus and method

Legal Events

Date Code Title Description
C06 Publication
C10 Request of examination as to substance
C02 Deemed withdrawal of patent application after publication (patent law 2001)