TW586290B - Mobile server for internetworking WPAN, WLAN and WWAN - Google Patents

Abstract

A mobile server for internetworking WPAN, WLAN and WLAN used as an access point in mobile wireless communication applications. The mobile server includes a center processing unit (CPU), a plurality of detachable WPAN, WLAN and WLAN adapters, and a storage device. The CPU includes a flow-controller and a bridge module for managing amount and direction of data flow and transforming forms of data. The storage device is electrically connected to the CPU for storing multimedia data and system codes.

Description

586290 V. Description of the invention (1) ~-The technical field to which the invention belongs: The present invention provides a mobile server, especially a wireless personal network, a wireless local area network, and a wireless wide area network. Stores mobile servers that provide users with a variety of services. Prior technology: Wireless network technology can range from global voice and data networks (allowing the use of long-range wireless connections) to optimized infrared and wireless frequency technologies (for short-range wireless connections). Common devices that use wireless networks include portable computers, desktop computers, portable computers, personal digital assistants (PDAs), cell phones, stylus computers, pagers, and more. Wireless technology offers a lot of practical value. For example, mobile users can use their phones to access email. Passengers using portable computers can connect to the Internet through basic platforms installed at airports, train stations and other public places. When users are at home, they can connect to their desktop devices to sync data and transfer files. The wireless network is the same as other types of networks. The transmission of data on the network requires a unified network structure so that electronic equipment with different specifications produced by various information vendors can be connected to the same network. There is also a network architecture standard for open system interconnection (0s I, 0pe ^ system Interconnection). The network is regulated under this architecture

586290 5. Description of the invention (2) The seven layers of transmission. The closest to the user terminal is the physical layer in the seven layers of the network. The physical layer refers to the hardware network interface or $ is the communication medium. The part of "mainly" converts the actual hardware signal into a signal that can be accepted by a computer. This level of control environment does not have standard protocol 1 content, but is produced by the hardware manufacturer itself. The second layer counted up is called the data link layer, which mainly provides computers and computers to send data packets to the other party on the physical network. It also contains the network layer, the transport layer, and so on. Wireless network types are like fixed networks. Wireless networks can be divided into different types based on the distance that data can be transferred, including wireless wide area network (WWAN), wireless metropolitan area network (WMAN), wireless local area network (WLAN), And wireless personal networks (WPAN). Closely related to the present invention are wireless wide area networks, wireless local area networks, and wireless personal networks (W p A N). The wireless wide area network technology allows users to establish wireless connections on remote public or private networks. These connections can be made in a wide area (such as cities or countries) using multiple antenna stations or artificial satellite systems maintained by wireless service providers. Wireless area network technology allows wireless connection in small areas (for example, in a company building or teaching building, or in a public space, such as an airport). Wireless LANs can be used in temporary offices or other spaces where extension cables are prohibited, so that users can choose to work at different times in different locations within the building. In a wireless LAN infrastructure, a wireless workstation (with radio

586290 V. Description of the invention (3) 1 ~ ", 'Circuit card or external modem device' will be connected to the wireless access point (AP), its function is like a workstation and the existing network backbone Bridge. IEEE passed the 80 2 · 11 standard for wireless local area networks in 1997, designated! Data transfer rates up to 2 million bits per second (Mbps). The new governing standard IEEE 802 · lla / b / g sets the general specifications for detailed transmission data formats and transmission rates in wireless local area networks. Finally, 'wireless personal network technology allows users to build personal Space, communication transmission range up to 10 meters. At present, the two main WPAN technologies are Bluetooth and infrared. Bluetooth uses radio waves to transmit data. It can penetrate walls, pockets, and briefcases. Another type of connection that is very close (within one meter) is to establish an infrared connection. In order to standardize the development of WPAN technology, iEEE WPAN's IEEE 80 2 · 15 working group was established, with the main goals of low complexity, low power consumption, interoperability, and coexistence with the IEEE 80 2 · 11 network. The ideal of mobile information service environment is to provide a ubiquitous information environment so that information users can use various wired or wireless transmission networks to use information resources on the network. However, today's mobile communication capabilities are not enough to provide mobile users with cost-effective wireless communication to support real-time multimedia information transmission. The main obstacles to P are low communication bandwidth, poor communication quality, and poor integration between various wireless networks. Nowadays, wireless network access has already provided all the functions that information users need most, one in the office.

586290 V. Description of the invention (4) The user can easily obtain the support of wireless LAN or fixed LAN, and can access the Internet at any time. However, when the user moves outside, such as on a bus, on a train, or even On the plane, you ca n’t enjoy the fast and convenient wireless LAN connection while using wireless WAN for mobile communication. Therefore, how to effectively integrate various wireless networks has become an important issue for the communication industry and academia. In US Patent 6, 314, 16 3, and 6, 049, 593, Acampora et al. Proposed the concept of multi-hop (mui ti-hop) wireless wide area network and the basic implementation methods to improve users' wireless network. The quality of the received signal. In 2002, Hung_Yun Hsieh and others in the GNAN Research Group further published a method for integrating next-generation wireless networks with Internet work wireless LANs and wireless wide area networks. -h ο p) wireless WAN and multi-hop wireless WAN become a new communication structure 'to simulate the effect of the integration of wireless LAN and wireless WAN to achieve better wireless communication quality 'The conventional techniques described above are all prior art to the present invention. It can be seen from the above that the integration of wireless networks that originally used different communication specifications and forms has led to the next generation of wireless communication. However, the previous technology methods described above have a common feature in that their technology is more complex and their The integrated solution cannot be solved by an additional equipment type, and a new structure must be divided by the existing architecture. In addition, today ’s consumer demand for multimedia information is increasing, such as mp3 music, online movies, and many other communications-related hardware and software devices are also facing how to provide customers with more

586290

:: Multimedia information services and other considerations. Therefore, how can we save time and costs under the premise of severance or = new network architecture, and achieve the following: jj "network, the effect of wireless WAN, and provide user quality, good, many choices The best multimedia information service in the form of assembly, ^) ackaged) electronic products, such as an integrated chip, to show the efficacy and business opportunities in the market is the focus of future technology development. Summary of the Invention:

Therefore, the main object of the present invention is to provide a mobile server, which is used as a capture point device for mobile communication, to connect a wireless personal network, a wireless local area network, and a wireless wide area network. Provide quick media information to solve the problems of the above-mentioned conventional technologies. According to the scope of patent application of the present invention, a UOblle server is provided, which is an access point (AP) device for wireless mobile communication, and is used to connect to a wireless personal network (WPAN). , A wireless local area network (WLAN), and a wireless wide area network (WWAN), the mobile server includes a central network processor, which includes a controller 'for processing data traffic; and a bridge

(bridge) module, used to convert data into a form; to a wireless personal network interface device (adapter), pluggably connected to the mobile server, and electrically connected to the central network for processing Device for transmitting, receiving and processing data having the first data type; at least one wireless local area network

Page 9 586290 Description of the invention (6) Πϊί 'Connected to the mobile server in a plug-in manner and electrically connected to the type data; at least one wireless wide area network interface device' is connected to the mobile feeder And is electrically connected to the central network processing puller for transmitting, receiving, and processing a data storage device having a third data type, and is electrically connected to the central network processor for storing the frame according to the present invention The scope of the patent application provides a mobile server, which is an access point (AP) device for wireless mobile communication and is used to connect to a wireless personal network. (WPAN), a wireless local area network (WLAN), and a wireless wide area network (WWAN). The mobile server includes a physical layer circuit. The physical layer circuit includes at least one wireless personal network interface device. ^ (adapter), which is connected to the mobile server in a pluggable manner, and is electrically connected to the central network processor for transmitting and receiving data having a first data state; at least one wireless LAN interface Device, pluggably connected to the mobile server, and electrically connected to the central network processor, to transmit and receive data with a second data type; and at least 1 device without a WAN interface to Pluggably connected to the mobile feeding server ... and electrically connected to the central network processor for transmitting and receiving data with three data types; a data link layer (data link la / e'r ), The data connection layer circuit includes a central network processor, and today the central network processor includes a flow controller for processing data traffic,

586290

And a bridge module, which is used to form data as at least one storage device, which is electrically connected to the central network processor, and uses the conversion of material 0; to store the server network layering method line area of the server Road data link transmission road. According to the patent application scope of the present invention, a method for connecting a wireless personal network (ffpA WLAN) and wireless wide area network (WWAN) using a mobile server is provided. The ",,,,, and zone devices include a The physical layer circuit, a data link layer circuit, and at least one stored as a data link include using the physical layer circuit to receive data from a wireless individual H, the domain network and the wireless wide area network, and The data is sent from the Siwu to the data connection layer circuit, using the form of the data connection layer I, using the storage device to store data, transmitting the data, = layer circuit to the physical layer circuit, and using the physical data to wireless The advantage of the patented scope of the personal network, wireless local area network and non-green broadband & network invention is that the server of the invention uses a central network processor directly in the first data transmission layer. Conversion of forms to connect wireless personal networks, two-way and wireless wide area networks, so only the interface of the present invention is required. 域 Domain: Existing frames must be divided and adjusted Or create a new communication network architecture;:, check as an integrated wireless LAN and wireless WAN function '586290 five this operation, the invention described (8).

The application of the special storage device of the present invention for storing the system program allows users to use storage materials and provide a better range of communication. The advantage is that the present invention uses a storage type and multimedia (mul ti-media) data, and the device quickly accesses Multimedia information and related information services. Implementation method: Please refer to FIG. 1, HI ik / 4r ^ ^ „1 〇 FIG. 1 is a communication using the mobile server 1 of the present invention. 〇 :: ,,,., Wireless LAN 14, and wireless WAN 1 6

= ί 田 釭 前 二 a 不 'The mobile server 10 of the present invention can be installed in the TT 5 22, the network 14, such as a bus, an airplane, or a fire transmission and a wireless LAN. The road i4 has a 仏 ra lake, Λ access point (AP) device, and the format of the data transmitted in the shoulder road 14 in the line area must conform to the provisions of ΙΕΕΕ. In the two rooms constituted by these movable wireless local area networks 14, there are a plurality of mobile clients 18 (raobiie = llent,) >, that is, the establishment of large-scale vehicles with mobile communication equipment. , '' Some mobile clients! 8 can install wireless personal networks such as Bluetooth i = 妾 devices: to establish wireless devices in a certain space surrounding itself, so these mobile clients 1 8 can use existing wireless personal

, Zhoulu 12 and 14 wireless LAN are only available. In this mode of transportation, choose different time to communicate with other mobile client network departments. In addition, since the mobile server of the present invention provided on these interfaces, some multimedia information has been stored originally.

586290

Or some Internet site resources, so Ming Private & some wireless personal networks 1 2 and wireless LAN 丨 4 2 are used, u find the information you want to view, such as music channel; The mobile server 10 on these vehicles not only can be used as a holding point device for the second LAN 14 but also connected to the wireless personal network route LAN 14 and also has a wireless LAN for communication. The wide area 广 16 of the power H line includes a plurality of (Radio Port, RP) to communicate with the mobile server 10, and the base station 20 will communicate with a base station control station (Radioport… 'C. ntroyer Unit (RPCU) for communication transmission, while the base station controls

2〇 '# 收 基 台 2〇 ## The signal input will be 2 = function / shown in Figure 1, in the wireless WAN network, the format of the data must conform to the current wireless WAN network specifications, smart] SM GPRS or 3 21 format of information. In addition, the base station M controls the station to be connected to a wider communication network, such as the Internet ^^ Γηθΐ) such as a telephone network (telephone network). In this way, a large-scale communication area network is used. A plurality of mobile passenger servers 10 in 14 are connected by wireless personal network wide area network 16 and then connected to the Internet communication tools, that is, in the wireless client 18, can be accessed through the wireless network of the present invention. LAN 1 4 Wider access to wireless networks, telephone networks, etc.

Page 13 586290

V. Description of Invention (ίο) Information Network. FIG. 2 is a functional block diagram of the mobile server 10 according to the present invention. The terms described in FIG. 2 with the same codes as those in FIG. 1 have the same functions as those described in FIG. The mobile server 10 includes a central network processor 2 2. At least—a wireless personal network interface device 2 4. At least one wireless LAN interface device 26, at least one wireless wide area network interface device 28, and at least one storage device 30. The wireless personal network interface device 24 is connected to the mobile server in a pluggable manner, and is electrically connected to the central network processor 22, and is used to transmit, receive, and process relevant data in accordance with IEEE 802 · 15 or infrared transmission format. Data of a predetermined data type, and the wireless LAN interface device 26 is also pluggable to the mobile server and electrically connected to the central network processor 22 for transmitting, receiving, and processing the system. Data conforming to the data type of IEEE 8 002 · 11 a / b / g. Similarly, the wireless WAN interface device 28 is pluggably connected to the mobile server and is electrically connected to the central network. The processor 22 is used for transmitting, receiving, and processing data having a data type in a data format of GSM, GPRS, CDMA, W-CDMA, or 3G. Please note that four wireless wide area network interfaces are shown in FIG. 2 The device 28 is due to the use of the wireless WAN. The concept of bandwidth adjustment and data flow balance and the actual data transmission ^ low special = more ^ wireless WAN interface device 28. One of the important technical features of the action feeding of the present invention is that it contains a storage device 30, and in FIG. 2 it contains a hard disk 32, which is used to store multimedia data. /: A memory 3 of the subsystem function 4 'This memory 3 4 type

586290 V. Description of invention (11) Formula can be dynamic random access memory (DRAM), synchronous dynamic random access memory (SDRAM), or read-only memory (ROM). The storage device 30 is electrically connected to the central network processor 22, and the mobile client 18 can access the data through the storage device 30, especially the hard disk 32. Please continue to refer to FIG. 2. In the mobile server 10 of the present invention, the central network processor 22 occupies a very important position. The central network processor 22 includes a flow controller 3 for processing data traffic. 6, and a bridge 3 8 for up-converting data. The flow controller 36 will also judge the direction of the data, and the bridge 38 is a packet form conversion circuit, which is used to transfer the data in accordance with the relevant requirements of I EEE 8 0 2 · 15 or infrared transmission format. Data type, data type that complies with IEEE 802.11a / b / g, and data types that comply with GSM, GPRS, CDMA, W-CDMA or 3G are converted from GSM, GPRS, CDMA, and will be based on different The data flow direction determines the corresponding data conversion mode, that is, in the three-party data transmission, if the material flow direction is from the wireless LAN to the wireless WAN, the flow control writes 36 instructions and bridges. The device 38 converts the data from the wireless LAN ^ character; after ^

It is transmitted to a wireless wide area network. If the network is to a wireless personal network, the flow control data is transmitted from GSM, GPRS, CDMA to IEEE 8 0 2 · 1 5 or infrared > 1 network. Of course, as it goes from wireless LAN to wireless LAN 586290

In the process of making data in the wireless local area network, the central network processor is used. At this time, the action of the present invention is a simple acquisition point device. Transmission, without going through the data format conversion 22, the bridge 38 does not need to function, and the server 10 becomes a wireless local area network. In order to more clearly illustrate the relationship of the present invention at the technical network layer of data conversion, the present invention is also disclosed. Another embodiment is shown in FIG. ^ And FIG. 3 as functional block diagrams of another mobile server 40 of the present invention, which is used to emphasize that the data type conversion of the present invention is a data link layer in the seven layers of the network. In progress. The mobile server 40 includes a physical layer circuit 43, a data connection layer circuit 41, and two storage devices 50. The data link layer circuit 41 includes a central network processor 42 'and the body layer circuit 43 includes at least one wireless personal network interface device (adapter) 44, at least one wireless LAN interface device 46, at least, a wireless wide area network The road interface device 48, in which the wireless personal network interface device 44 is connected to the mobile server 40 in a pluggable manner, and is electrically connected to the central network processor 42 for transmitting and receiving signals having IEEE 80 2 ·· 15 or the relevant data type of the infrared transmission format, and the wireless LAN interface device 4 6 is also pluggable · connected to the mobile server ^ 〇 and electrically connected to the central network processor 4 2. It is used to send and receive data with data types conforming to the requirements of IEEE 8 0 2.1 la / b / g. The same 'Wireless Wide Area Network Interface Device 4 8 is pluggably connected to The mobile server 40 is electrically connected to the central network processor 42 for transmitting and receiving data having a data format of GSM, GPRS, CDMA, W-CDMA or 3G.

Page 16 586290 V. Description of the invention (13) '-Data type information. In addition, similar to the mobile server 40 in Figure 2, the four wireless WAN interface devices are not shown in Figure 2. The lower bandwidth of the wired WAN network is used. In order to emphasize the balance of data traffic and the consideration of actual data transmission, a larger number of wireless WAN interface devices 48 are shown. Finally, please note that the form of the data transmitted in the physical layer circuit 43 must comply with the physical layer rules in the seven-layer architecture of the open system connection (0pen System ^ Interconnection, 0SI). Therefore, the above mentioned Of various wireless network interface devices also need to < convert the data format received from the corresponding wireless network into a data format that conforms to the physical layer of the network ^ seven-layer architecture, and The data format of the physical layer is converted to the data format of the corresponding wireless network to transmit data.凊 Continue to refer to FIG. 2. The data link layer circuit includes a central network processor 42. The functions and architecture of the central network processor 42 are the same as those of the central network processor 42 in FIG. A flow controller 56 and a flow controller 56 for judging the flow of data and a bridge 58 for converting the data into a form. This explains the data type conversion of the mobile server 40 of the present invention. Yes · It is carried out in the data link layer in the seven layers of the network, and the data transmitted in the data link layer circuit 41 must conform to the Open System Interconnection (0SI) network Relevant requirements for the data connection layer in the seven-tier structure. Finally, the mobile server 40 includes a storage device 5 0 ′, which is electrically connected to the central network processor 42 to store multimedia data and data.

Unified function. Data received and described as described in the personal network of the local area network, such as the requirements for the transmission and transmission of the line network 43. The network connection will process the data on the data link 4 and the transmission network. The road is described in detail. The wireless front-end information is related to the data, and the data is sent on the shelf. The data is sent to the command storage. The data is stored in the wireless data via the wireless LAN in Figure 3. The phase shown in Figure 3 is shown in Figure 3. "Personal network, no description" In each irrelevant regulation, then the circuit form of the connection layer must conform to the data connection 41 in the data connection layer electrical structure, and the central flow and judgment of the formation circuit in the connection layer 4 1 are transmitted to the material. Until the wireless individual receives the data and puts it into the central network processing unit 50, pre-store it, and do n’t mention the wireless network with the same code as the first line of the local area network 'receive 4 network please layer 7 network 41 The data of the road is transferred to the physical layer network, the row data device 4 2 will store the data, the wireless local area network and the mobile server 40. The term of the flowchart of the transmission of the wide area network is equivalent to the function of 'available physical layer network The data to be identified in the data format in the wireless wide area network will be considered by the entity, and the data form transmitted by the physical layer in the physical layer electrical layer structure also has relevant regulations. In the flow control flow direction of the data manager 42, the bridge module is changed, and the converted data circuit 43 is used. In the process of using the real wireless LAN and no conversion, the data is stored in the storage and the selected data is selected. wireless. Figure 4 The connection of 43 in Figure 3 meets the relevant requirements of the non-layer circuit 43. If it reaches the 5f of the router, the user who passes through the line f can set the information to 50. Compared with the conventional technology, the present invention provides a mobile servo α ′ system

586290

An acquisition point used for mobile communication and conversion in the form of data packets = a ^ connected to a wireless transmission network and a helmet at a data transmission layer. After that, it connects to a wireless personal network, stores a system program, and Multi-media it; network 'and provide a healthy storage device to store and retrieve multimedia information and related ;: ΐ The user uses the library storage to quickly set up the mobile server according to the present invention, and you have 2 communication services. Depend on or forgive me, or establish a new communication architecture, which can integrate various wireless networks and quickly provide multimedia based on existing information.

The above description is only a preferred embodiment of the present invention, and any equivalent changes and modifications made in accordance with the present invention should fall within the scope of the patent of the present invention.

586290 Schematic illustration of the diagram: Brief description of the diagram: Figure 1 is a schematic diagram of using the mobile server of the present invention to communicate with a wireless personal network, wireless local area network, and wireless wide area network. Figure 2 is a function of a mobile server according to the present invention. Block diagram. FIG. 3 is a functional block diagram of another mobile server according to the present invention. Figure 4 is a flow chart of the data transmitted from various wireless networks to various wireless networks via the mobile server of Figure 3. Explanation of symbols: 10 ^ 40 Mobile server 12 Wireless personal network 14 Wireless local area network 16 Wireless wide area network 18 Mobile client 20 Base station 11, 42 Central network processor 2 [44 Wireless personal network interface device 26 '46 wireless LAN interface device 28' 48 wireless WAN interface device 30 > 50 storage device 32 hard drive 34 memory 36 ^ 56 flow controller 38 '58 bridge

Page 20

Claims (1)

586290 6. Scope of patent application 1. A mobile server, which is an access point (AP) device used for wireless mobile communication, is used to connect to a wireless personal network (WPAN), A wireless local area network (WLAN) and a wireless wide area network (WWAN), the mobile server includes: a central network processor including: a flow controller for processing data flow; and A bridge for converting data into a form; at least one wireless personal network interface device (adapter) connected to the mobile server in a pluggable manner and electrically connected to the central network for processing Device for transmitting, receiving, and processing data having the first data type; at least one wireless LAN interface device, pluggably connected to the mobile server, and electrically connected to the central network processor For transmitting, receiving, and processing data having the second data type; at least one wireless wide area network interface device is pluggably connected to the mobile server and is electrically connected to the mobile server; Network Processor, to transfer, to receive and process data having the third data type; and at least one storage device is electrically connected to the central network processor for data storage. 2. If the mobile server in the first scope of the patent application, the flow controller will also determine the flow of data, and the bridge module will determine the corresponding data conversion form according to the flow of different data. 3. For example, the mobile server in the scope of patent application, wherein the bridge Page 21 586290 6. The scope of patent application is a packet form conversion circuit, which is used to convert data between the first data type, the second data type, and the third data type. . 4. For example, the mobile server of the scope of patent application, wherein the storage device is a hard disk, a dynamic random access memory (DRAM), a synchronous dynamic random access memory (SDRAM), or a unique memory. Read memory (ROM), which can be used to store system programs and multimedia (mu 11 i-media) data. 5. If the mobile server of item 1 of the patent application scope, the first data type conforms to the relevant regulations of I EEE 8 0 2. 15 or infrared transmission format. 6. If the mobile server in the first scope of the patent application, the second data type conforms to the requirements of IEEE 802.1 la / b / g. 7. For the mobile server in the first scope of the patent application, the third data type is the data format of GSM, GPRS, CDMA, W-CDMA or 3G. 8. A mobile server, which is an access point (AP) device used for wireless mobile communications and is used to connect to a wireless personal network (WPAN) and a wireless local area network (WLAN) and a wireless wide area network (WWAN), the mobile server includes: a physical layer circuit, the physical layer circuit includes Page 22 586290 VI. The scope of patent application is at least one wireless personal network interface device (adapter), which is connected in a pluggable manner-to the mobile server and is electrically connected to the central network processor. To transmit and receive data with the first data type; at least one wireless LAN interface device is pluggably connected to the mobile server and electrically connected to the central network processor for transmitting, Receiving data having a second data type; and at least one wireless wide area network interface device, pluggably connected to the mobile server, and electrically connected to the central network processor for sending and receiving Data of the third data type; ° The data is connected to a data link layer circuit, and the layer circuit includes: a central network processor, the central network processor includes a flow controller for processing The data traffic is a bridge, which is used to store data at least as a storage device, and is electrically connected to the central network to store data. Jie Liyi is used to store 9 · If the mobile server in the 8th scope of the patent application, the form of data transmitted in the circuit of the layer is in line with the open, in the continuous system sy — Interc_ection, os; The relevant rules of the model layer I are expected to be true in the seven-layer structure. 10 If the mobile server in the 8th scope of the patent application, its order is in the data Page 586290 6. Scope of patent application The data transmission form in the connection layer circuit conforms to the relevant requirements of the data connection layer in the Open System Interconnection (0SI) network seven-layer structure. a 11 If the mobile server in item 8 of the scope of patent application is applied, the flow controller will also judge the flow of data, and the bridge module will determine the corresponding data conversion form according to different flow directions. 1 2 · If the mobile server in the 8th scope of the patent application, the bridge is a packet form conversion circuit, which is used to put data in the _ data type, the second data type, And the conversion of the third data bear. ~ 、 At first glance. · If the mobile server of the eighth item of the patent application, the storage device is a hard disk, a dynamic random access memory (DRAM), together with ^ dynamic random access memory (SDRAM) Or a read-only memory (ROM), which can be used to store system programs and mill ti-media data. 1 4 · If the mobile server of item 8 of the patent application scope, wherein the first data metamorphosis is in accordance with the relevant provisions of I EEE 8 0 2. 15 or infrared transmission format. 1 5 · If the mobile server of item 8 of the patent application scope, wherein the second data is in compliance with the IEEE 80 2.1 la / b / g. Page 24 6. Scope of patent application 16 · If the patent application model is in the form of GSM, it is a mobile server of 8 items, in which the third-party CDMA, W-CDMA or 3G data format. 1 7 · —A method to make one person network (WPAN), (WWAN), 1 ayer) circuit, one and at least one storage device use the physical network and wireless wide area to use the data to use the data to use the storage The data is stored in the physical area network and the wireless mobile phone word wireless area. The mobile data is connected to the physical layer connection layer device of the layer circuit network, and the data connection layer circuit domain server server domain network server layer. Method: receiving data, circuit, circuit, fund, layer, transmission (mobile server), connecting to a wireless circuit (WLAN), and the wireless wide area network device includes a physical layer (physical (data link 1 ayer)) circuit, including: from a wireless individual The network and wireless area are transmitted to the data connection layer circuit; the form of data is converted; the data is transmitted to the physical layer circuit; the data is transmitted to the wireless personal network and wireless area. At least one wireless personal network interface method, wherein the physical layer circuit covers a local area network interface device, an adapter, and at least one Wherein the wireless personal network via a wireless wide area network interface apparatus means and two wireless wide area network, means, the wireless LAN interface; | begin surface means based pluggable manner 586290 Connect to the mobile server. 19. The method of claim 17 in the scope of patent application, wherein the data connection sound path includes a central network processor, and the central network processor includes a flow controller for processing data flow; and a bridge device (bridge) 'is used to convert data into a form. The bridge is a packet form conversion circuit.口 "20. The method according to item 17 of the scope of patent application, wherein the storage device is a hard disk, a dynamic random access memory (DRAM), a synchronous dynamic random access memory (SDRAM), or a unique memory. Read memory (R0M), which is used to store system programs and multi-media data. 2 1 · For example, the method of item 17 in the scope of patent application, in which the form of data transmitted in the physical layer circuit is Comply with the relevant requirements of the physical layer in the seven-layer network structure of Open System Interconnection (OS Pen System Interconnection). 2 2 · If the method of the 17th scope of the patent application, the data connection layer The forms of data transmitted in the circuits are in accordance with the relevant requirements of the data connection layer in the seven-layer network architecture of Open System Interconnection (OSI). Page 26