TW591918B - Interpreter apparatus over an IP network - Google Patents

Abstract

The invention discloses an interpreter apparatus connected to global IPv4-IPv6 networks. The interpreter apparatus is between a mobile gateway and a remote server or between a mobile gateway and a web appliance for providing transparent and dynamic interpretation work. We only need to set a local address and a remote address of the interpreter apparatus before we use the interpreter apparatus. The interpreter apparatus has a client module, a server module, and a device adapter. The interpreter apparatus provides file transmission between mobile devices, e.g. mobile phones, and the remote server, e.g. a WWW web site or between mobile devices and web appliance.

Description

591918 V. Description of the Invention (i) Related Field The present invention relates to a device for providing information to a mobile device, and particularly to a device for connecting a mobile device with an information system or an information home control system developed by an existing global information network. Background note US Patent No. 6, 33 6, 1 37, "Web Client-server ^

"System And Method for Incompatible Page Markup and Presentation Languages", with some relevant background notes. Due to the advancement of electronics and information technology, mobile electrical activities that were originally used for pure purposes can now be used to provide richer and more diverse information in addition to voice. .Using wireless communication to access website information on the Internet has become a new trend of future communications. Compared with ordinary desktop computers, mobile phones have less memory, slower central processing, smaller glories, and fewer color options. And other restrictions. Therefore, Liu Lanyi on the mobile phone is not suitable for interpreting the case of Hypertext Markup Language (HTML, Hypertext Markup Language). Therefore, many wireless communication content providers use the simplified markup t (striped down version of markup language) provides webpage content for mobile devices to access the content. For example, WML, HDML, HTML, cHTMU iMODE), xHTML are currently commonly used languages.

591918 V. Description of the invention (2) Due to the limitation of bandwidth of wireless transmission, sometimes the communication protocols used in mobile networks are not completely compatible with IP networks. At present, one of the developments for mobile communications is the WAP Application Protocol (Wireless Application Protocol). These special communication protocols are specially designed for small and unstable transmission quality. For example, WAP compresses data before transmitting it. For further relevant information, please refer to the WAP Forum's website (http://www.wapforum.org) or the website of a mobile phone manufacturer such as Nokia. Since the WAP protocol is different from the HTTP protocol commonly used on the general network, mobile devices that use the WAP protocol and servers that use the "D?" Protocol need to have a conversion protocol (pr〇t〇c〇l transmission). ○ Due to the above restrictions In order to meet the requirements of mobile phones that can only read simplified markup language, the content of the website must provide a simplified markup language version for mobile phones to access. In addition, some websites are built directly with WAp (WAp Web Site) and provide WML Files in other formats. The fAp website stores web pages written in languages such as WML and provides services to mobile phones through mobile communication gateways. Due to the above restrictions, mobile communication has not been able to use the original development of the World Wide Web (WWW) foundation. The original data system, unless the original data system separately permits it to be a mobile device system. Therefore, if the original World Wide Web Information System can be used, the mobile device can be flexibly provided to browse and use data.

591918 V. Description of the invention (3) The requirements of telecommunication and remote equipment control will be a very attractive thing. Summary The purpose of the present invention is to provide a transliteration device for mobile devices using this information system without changing the existing information system of the World Wide Web, and to support IPv6 and information appliance control. An embodiment of the present invention is an interpreter apparatus connected to an IP network (Ip n e t w ok r k). The transliteration device is provided between a mobile communication gateway (m 0bi 1 egateway) provided by a wireless system, and a remote server (remote HTTP server) or information appliances (Web A pp 1 iance). Communication and dynamic work (transparent and dynamic work) ° This transliteration device has a setting module and an intermediary module. This setting module allows users to set a local address and a remote address. The local address is the IP address of this transliteration device, and the remote address is the IP address of this server on this IP network. The intermediary module includes a server module, a client module, and a device adapter. Its converter functions include language translation, Unicode translation, graphics conversion and automatic identification of wireless devices. The server module (se r ve r m odu 1 e) package

591918 V. Description of the invention (4) Contains the content debugging and optimization module of the proxy server (Proxy Server) and the fast reading module of the cache server (Catch Server). Through the HTTP protocol (Hypertext Transmission Protocol), the translator provides mobile devices connected to the mobile communication gateway, such as mobile phones, and this server, such as the World Wide Web site (WWW Web Site) or information appliances (Web Appliance) control Communication. Detailed description of the invention First of all, we introduce a connection method of the literal translation device (i n t e r p r e t e r apparatus) 10 according to the embodiment, please refer to the first figure. The transliteration device 10 is connected to the IP network 12. This IP network 1 2 is a network that currently uses T C P / I P as the underlying transmission structure, such as the Internet, intranet, and other networks. The literal translation device 10 has a local address (iocai address) on the IP network 12, and the local address may be an IP address, such as 140 · 118 · 1 · 1, or Global positioning address (URL, Universal

Resource Locator) 'such as http: //wap.mysite·com. Ordinary computer users use a device 20 capable of reading the World Wide Web browser, such as Internet Explorer or Netscape, to access the services provided by this server 22. This server 22 provides a variety of information, such as graphics, text files, or HTML files, ASP, PHP, JSP and other file or mail services. ^ /

Page 8 591918 V. Description of the invention (5) The transliteration device 10 is between a user connected to the Internet and a remote server 22, and is responsible for providing instant interpreting work of the two data. In addition, through the instant translation function of the direct translation device 10, users can control devices with remote addresses, such as information appliances 24. The server 2 2 is connected to the IP network 12, and the server 2 2 has a remote address on the IP network 12. The remote address may be an IP address, such as 1 4 0 · 11 8 · 1 · 2 or a global positioning address, such as http: // www · mys it e · com. The server 22 may be a server that receives and transmits data through the HTTP protocol. HTTP is the Hyperfile Transfer Protocol (Hypertext) currently used by the World Wide Web.

Transmission Protocol). Examples of the server 22 include a Web site, a mail server, and so on. The website referred to here includes the provision of static Hypertext Markup Language (HTML, Hypertext

Markup Language), and dynamic interactive webpages, such as websites composed of asp, PHP, JSP, CGI, Perl and other language frameworks. The mail server can be a POP3 or SMTP mail server, or Lotus-Note,

Ms — Exchange servers such as Exchange. The Internet user uses the mobile device 14 to log in to the IP network 12 through the mobile network 16 and the mobile communication gateway 18. A mobile gateway 18 is connected to this IP network 12. Mobile device

591918 V. Description of the invention (6) device) 1 4. For example, a mobile phone (m 0bi 1 eph ο ne) is connected to the mobile network 16 and accesses the IP network through the mobile communication gateway is. 1 2 on the service. Examples of the mobile network 16 include GSM, GPRS, CDMA, WLAN IEEE 802.1 1 and so on. Due to the limitations of mobile devices 14, most browsers can read content written in simplified markup languages, such as WML, HDML, xHTML, cHTML, and so on. For example, some mobile devices 14 use a WAP protocol, which is different from the protocol used by the server 22. Therefore, according to different mobile devices 14, the required language translation and protocol conversion are the work of the literal translation device 10. Please refer to the first diagram and the second diagram to outline the implementation method of the transliteration device 10. Referring to the first and second figures, the transliteration device 10 has a setting interface (not shown) and an intermediary module 100. The setting interface and the intermediate module 100 are set on an operating system (not shown). Examples of operating systems include Linux, UNIX, Microsoft Windows, OS2, MacOS, and the like. The setting interface provides the user with the ability to set a local address and a remote address. The local address is the address of the literal translation device 10 on the IP network 12, and the remote address is the address of the designated mapping server 22 on the IP network 12. Examples of the local address and the remote address include positioning using a p address such as 1 40 · 1 · 1 · 1 and using a global positioning address such as http://www.mysite.com To target.

Page 10 591918 V. Description of the invention (7) " " A ~ 'The intermediary module 100 mainly includes a client-side module 102, a server-side module 106 and a converter 104. The converter 104 includes a language translation module 1042, a Unicode translation module 1 044, a graphics conversion module 1046, and a mobile device 14 for automatic discrimination. The server-side module includes a proxy host (

Server) The content debugging and optimization module and the fast reading module of the Catch Server. Now Qian Qian introduces this literal translation 1 to 10 embodiments. Please refer to the Γ diagram, the second diagram ... The author uses the action to generate the output file of the previous action. This action rollout document contains the address on the Internet and the device " load. For example, 'mobile device 14 with WAP pan browser' is a mobile output file Risi, which will rotate the header information of the file. One: fill in the brand of this mobile device 14 with ΑΓηΐΛ And machine generation, examples of user actions include selecting a restaurant website and entering "post:". , Information, etc. An example of this action output file is the input of m to search a WML web page. The mobile device 14 is broadcasted via radio. If you want to output the file, send it to ^ Ding Qin \ Lu 16 via mobile network 16. 6. Examples of this mobile network are included on the GSM network. This line and so on. Use the WAP protocol to transfer data, etc. Mobile communication gateway 1 8 This operation outputs a file. Examples of this first input file include, ",", one round. On request, a WH / ίϊ; ^ macro. Enter a WML form data (form data), etc. Residents, ^, and rounds are determined by communication protocols, such as

Page 11 591918 V. Description of the invention (8) HTTP, mobile communication gateway 12 This first input file is passed to the client module 102 of the translator j 0. The user terminal group 102 sends this first input file to the converter 丨 〇4. The converter 104 translates this first input file into a corresponding first output file, and learns the device status of the mobile device 14. The implementation examples of the first output file described here include requiring an HTML file, rotation-HTML form data, an input data of ASP, PHP, JSP, CGI, etc. The converter 丨 〇4 transmits this first output file to the server-end module 106. The server-side module 丨 〇 6 transmits this first output file to the server 2 2. The server 22 outputs a second input file in response to the first output file. For example, when the content of this first output file includes requesting http: //www·mysite.com/my.asp? A = 2. In response to this first output file, the ASP Server of the server 22 is started, the a parameter is set to 2, the command of the my.asp file is executed, and the execution result is output as the second input file. 1 As some mobile devices 14 do not support encodings such as Big5 or Japanese, they use Uni code to process characters other than English. Therefore, we added a Unicode translation module 1 04 4 to the converter 104 to provide translation functions for non-English materials. . In addition, due to the color

Page 12 591918 V. Restrictions on Invention Statement (9). We add graphics to shape conversion to WMP, GIF (turn 25 == 2 will respond, GIF and other complex screen output of Figure 14 in the converter 104. Γ) weight, suitable for different mobile devices feeding 2 2 will The first-to-incoming conformation is performed by the service π 4, and the input file is transmitted to the temple service end module 106. wait

The server end group 1 06 passes this-第 Λ 今 from # ^ J 1Π / Ι ^ a —Ang input file to the converter 104. The converter 104 is set according to the previously collected decoration energy η, 侠 士 裔 A Ι Α The display is evil, for example, in WML ·, grab

User-Agent This header parameter. Find the database of "Shovel Projection Mobile Device" == Use the state parameters and analyze the resolution of the flute-Xu from the recognized iu. Then, the converter 104 converts the first input file into an appropriate second output file. Convert Zhai 1 0 4 to send the second round of female du crumbs from M Mountain >, and send it to the client module 1 02 〇 The user knows the change group 1 〇 2 this second output file 偻 仏 > 』 φ1 is good enough for the mobile communication gateway 18. The mobile communication gateway 18 will output this second output file A " The communication gateway 18 will turn the second operation into the file, 牛 仃 动 轩 勒 # m μ The first eight pieces were sent to this through the impulsive network 16: mobile name set 14. Finally, the mobile device took this walker in response to the user's previous operation on mobile device 14. Chihiro Next, we explain this literal translation Decoration! Η, Fan > f.r + rQ, and the important features of the operation of 4 tables and 10, transparency (please refer to the first picture and the second picture interactively. It seems like a picture from ^ 叹 乐). For the general website 2 6 which meets the requirements of mobile device 591918 V. Invention Description (ίο), the mobile communication gateway 1 8 is designated first (a ssign) The address of the website 26 in the IP network. Then, the mobile communication gateway 18 transmits the instruction or request of the mobile device 14 such as a mobile phone to the website 26. According to this instruction or request, the website 26 responds to the corresponding WML, xHTML, cHTML, HDML and other types of files, or carry out corresponding procedures. When the mobile communication gateway 18 points the address to the address of the transliteration device 10, the mobile communication gateway 18 still meets the requirements. Its content requires the communication method of the website 26 to request and receive the data. After receiving the data request, the transliteration device 10 converts it into corresponding HTML, PHP, ASP, CGI and other requests, and then sends it to the server 22. Servo After receiving the request of HTML, PHP, ASP, CGI, etc., the server 22 sends the mapped web page or performs the corresponding calculation. The transliteration device i 〇 receives the response result from the server 2 2 and converts this response result into a mobile device. 14 The response format for content requirements, such as wml files. Therefore, 'for mobile communication gateway 18, it will not be aware of the difference between the transliteration device 10 and the website 26 that meets the content requirements of the mobile device 14, and they all use the same communication. square In addition, for the server 22, the transliteration device 10 is not different from the device 20 generally carrying a World Wide Web browser, so there is no need to develop or modify the contents of the server. The transliteration disclosed by the superiors here The device 10 has a transparent property. As long as the direct lesson device 10 is installed, we do not need to retrain the workers to "write in languages such as ML" or worry about the content of multiple content sites.

591918 V. Inconsistency between invention description (11). Encountered repair% sleeve # + ^ programs. For example, we do n’t: ^ 日!: ‘We only need to modify-for-a mobile phone user, and another complicated jsp program, because of this literal translation device !. Department 4 ';;; =: Human computer. At the same time, for the contents of ASP, JSP, CGI ... 牦 Serving benefits, therefore, do. · Specially moving the sad website, can also achieve the translation work. So when the server 2 2 A-Hao Cong a method, users can use the above method through Γ:

10 Transparency, access to mail by mobile. Because the transliteration equipment 3 browses the piano wearing 9n six settings 4 to access the mail, and usually uses a device 20 with WWW property U to access the mail in a similar way. Bright. pVa ί 5: ‘Here ’s an example of a practical operation. When P uses the internal network, it ’s far away from the road’. When ρ is in the office, and uses the calendar H t, the web server 52 obtains the latest mobile phone 51. A eight ^ Although P is out, P is carrying a micro-browser. ^ A company installed a Jigan day on the intranet. She will translate the device 10 into a straight device # 10, and

At the time of the meeting, the P buckle and U address were buckled to this web server 52. When P is in the translation device 1 G to the network 9 stations ^ the local address of the device 10 ′ can be transmitted through the straight type. In addition, P 5 server 5 2 obtains the file format suitable for reading by mobile phone 5 1 and uses the calendar. The browser 53 reads the latest news in a similar manner as browser 1 E and so on. The server 52 is a postal service. This can achieve seamlessness. Network environment. If the website can access the mail, the server, ‘fP when going out to negotiate business, use the mobile phone 51’ and the content of the mail will be translated into a mobile phone through a transliteration device 〖〇

Page 15 591918 V. Description of the invention (12) The language used by Liu Lanyi, such as WML, HDML, HTML, cHTML, xHTML, etc. As long as Company A installs a transliteration device, and sets the local address and remote address, then it can provide employees with the ability to use data at any time. This greatly reduces the software development costs and the learning costs of employees. ~ Please refer to FIG. 1 'When the transliteration device 丨 〇 is located between the mobile device 丨 4 and the information 24, the mobile device 丨 4 can control the data through the transliteration device 丨 〇24. The information appliance 24 includes a microprocessor (not shown). This microprocessor has a local address, which is the address of the information appliance 24 on the 1 network 12. This embodiment of the local address includes using an IP address, for example, 14111, and positioning using a king ball address, for example, http://wwwappHcance.com. According to the number of device 10, the direct report received the use of the first status file of the end-of-line status text. The control device of this control translation device 1 0 sets the Internet file at 1 4 address to the status file and transfers it to the status file. Implementation method, the mobile equipment file includes controlling the transmission of control commands, driving information, and installation through the network. The information transliteration device 10 is translated into a corresponding mobile device 14. Then set 14 to transmit a control file to the processor of mobile device 14. Micro instructions and send to Weijia electric control information appliances 24 I translation equipment second equipment by action. In this way, the home appliance 24 can be set to 1 any time. 0 According to the device status file, the device 14 can be given the root of the translator device, and it can be used to know the second state with the first parameter. Information

Page 16 591918 V. Description of the invention (13)-State of the home appliance 24. In a similar control method, the device 20 having a WWW browser can also control the information appliances 24 through the transliteration device 10. Due to the large number of batteries, the number of IPV4 addresses currently in use will not be allocated to all Internet-connected devices. Until the next-generation I Pv 6 matures, the Straight 7 device 10 may provide another solution. Since the transliteration device 1 〇 has a local address, the transliteration device 丨 〇 can be used as a server

(server) to establish an intranet. The remote address points to the information appliances on the internal network.

Please refer to the fifth figure for the purpose of establishing an intranet using a transliteration device. General information appliances 24 may include home appliances such as electric lights 242, air conditioners 244, televisions 246, refrigerators 248, and computers 250. These appliances are connected via an internal network and a translator device 10, and each information appliance has its own virtual address. Examples of the internal network may be a wireless local area network (WLan IEEE 802.11), Bluetooth technology, radio frequency transmission, infrared transmission, and the like. The transliteration device 10 has a local address of the IP network. The local address may be an IP address (IP address), for example, 1 4 0 · 1 1 8. 1 · 1 or a global positioning address (URL) , For example http: / / www · my ho use · com 〇 Link to the literal translation

Page 17 591918 V. Description of the invention (14) The information appliance with the number 10 has its virtual address, which can be an IP address, such as 1 4 0 · 11 8 · 1 · 2 4 2 or Global positioning address (URL), for example, h 11 p: // 1 amp. Com ° The virtual address is the remote address set in the translator device 10 internally. The address representing an information appliance is a combination of the physical address of the literal translation device 10 and the virtual address of the information appliance. The two addresses are separated by a double slash (//), for example, an address represented by an IP address, http: // 140 · 118 · 1 · 1 // 1 40 · 1 · 1 · 242 or a global positioning address ( URL), http://www.myhouse.com // 1 amp.com ° When the mobile device 14 wants to control a certain information appliance, it can directly use the device 10 and use the method described above Send control instructions to the microprocessor on the information appliance. The URL entered at this time is a physical and virtual address as previously described. The microprocessor drives the home appliance according to control instructions, such as electric. At this time, the transliteration device 1G not only needs the mobile device 14 to be: the telecommunication appliance can accept the format '1 and serve as a ^ gueran-like way of the home area network'. • The device 20 with a browser can also pass through Naozawa Set 1 to control the information appliances. In addition, since the transliteration device is available. We just need to set the same network balance at the remote end of the IP translation device. At the same time, it can also be simple, so 'this literal translation device does create only a few local translation devices by setting only the local address and the remote address, and these stations can be loaded to provide flexible expansion ability. Considerable value.

Page 18 591918 V. Description of the invention (15) With the above detailed description of the preferred embodiments, it is hoped that the features and spirit of the present invention will be more clearly explained. Further, it is hoped that various changes and equivalent arrangements can be covered within the scope of the patents to be applied for by the present invention, rather than limiting the scope of the present invention with the above-mentioned preferred specific embodiments. Therefore, the scope of the patent scope of the present invention should be interpreted in the broadest sense according to the above description, so that it covers all possible changes and equivalent arrangements.

Page 19 591918 Brief description of the diagram The first diagram is a schematic diagram of the translation device and other Internet devices connected to the network. The second figure is a system architecture diagram of a transliteration device. The third figure is a schematic diagram showing the permeability of the transliteration device. The fourth figure is a schematic diagram of an embodiment. The fifth figure is a schematic diagram of another embodiment. Component symbol description

10 Translator 102 Client module 1 042 Language translation module 1 00 Intermediate module 104 Converter

1044 Un ic ode conversion module 1046 Graphic conversion module 106 Feeder module 12 IP network 14 Mobile device 16 Mobile network 18 Mobile communication gateway 20 Device with WWW browser 22 Server 24 Information appliance 242 Electric lights 244 Air conditioners 246 TVs 248 Refrigerators 250 Computers 26 Websites Page 20 591918 Schematic descriptions 51 Mobile phones 52 Web servers 53 Web servers 6 LAN range 11 ··

Claims (1)

591918 VI. Scope of patent application 1. An interpreter apparatus connected to a network, a network access device connected to the network, the translator includes a setting interface (conf iguration) interface), for setting (se 11 i ng) — remote address and a local address (iocai address), the remote address is the position of a server connected to the network 'The local address is the address of the transliteration device on the network, where the transliteration device is configured to: receive a first input file transmitted by the Internet device through the network, and the first input The file contains a device parameter of the Internet device and the local address; the first input file is translated into a corresponding first output file; the first output file is transmitted to the A server; receiving a second input file transmitted by the server in response to the first output file; translating the second input file into a corresponding second output file according to the device parameters And transmitting the output file to the second access device. 2 · The transliteration device according to item 1 of the scope of patent application, wherein the transliteration device further includes a Uni code conversion module for performing 1111 ^ 0 (^ conversion on the second input file, so that the second output file starts with 111 ^ (: 〇 (^ code. 3) The transliteration device as described in item 1 of the patent application scope, wherein the device is referred to Page 22 591918 6. The number of patent applications includes a graph format. The translator also includes a graph converting module. When the second input file is a graph file, ), The transliteration device converts the second input file into a format conforming to the drawing file. 4. The transliteration device according to item 1 of the patent application scope, wherein the remote address is a global resource location address or IP address, and the local address is a global resource location address or IP address. 5. The transliteration device as described in item 1 of the scope of patent application, wherein the internet device is a mobile device connected to the network via a mobile network. 6. The transliteration device according to item 1 of the scope of patent application, wherein the server is a web site. 7. The transliteration device according to item 1 of the scope of patent application, wherein the server is a mail server (mai 1 server), and the second input file and the second output file are e-mail. 8. The transliteration device according to item 1 of the scope of patent application, wherein the server is a web appliance, and the first output file includes a control command. Page 23 591918 VI. Scope of patent application 9 · The transliteration device described in item 1 of the scope of patent application, wherein the typesetting of the second output file conforms to the size of a screen of the Internet device ° I 0 · The transliteration device according to item 1 of the scope of patent application, wherein the first input file includes ASP, HTML, JSP, PHP, CGI, and Universal Resource Locator (URL) types transmitted using the HTTP protocol. Requirements II. The transliteration device as described in item 10 of the scope of patent application, wherein the second output file contains files in WML, XML, HDML, cHTML, MML, xHTML format transmitted by the HTTP protocol. 12. · A translator device connected to an ip network, the translator device includes: A setting interface for setting a remote address and a local address, the remote address is an address of a remote HTTP server connected to the IP network, and the local address is the transliteration device The address on the IP network; a middle-ware module module, the intermediate module includes · an HTTP client module (HTTp client module); an HTTP server module (HTTP server module) A converter (device adapter); where a mobile device will output a mobile output file (m〇biie output Page 24 591918 6. The scope of patent application (d ocument) is transmitted to a mobile gateway through a mobile network. The mobile output file contains a device parameter and the local address. The mobile communication gateway is connected to the mobile network. The other end of the mobile communication gateway is connected to the IP network. The mobile communication gateway is used to convert the mobile output file into a corresponding one of the first HTTP. Input document (first HTTP i nput document), the mobile communication gateway obtains the local address and sends the first HTTP input document to the HTTP server module, and the jjTTP server module sends the first HTTP The input converter obtains the device parameters, the conversion file corresponds to a first HTTP output, and an HTTP output file is passed to the HTTp end module to send the first HTTP output file, and in response to the first HTTP server, a The second HTTP input text. The HTTP client module refers to the second converter. The device parameters will be suitable for the output of the mobile device. The converter converts the second Ηττρ module and the HTTP server module. Group To the mobile communication gateway, the line output file is converted into a corresponding one of the line gateways. The mobile input file is passed to the file and passed to the converter. The converter directly interprets the first HTTP input-output file, and the converter converts the first HTTP input-output file. Client module, the HTTP client sends the remote HTTP server output file, the remote HTTP server sends the HTTP client module, the input file is passed to the converter, and the second HTTP input file is translated directly A second HTTP output file is transmitted to the HTTP server, the second HTTP output file is transmitted to the communication gateway, and the second HTTP dynamic input file is transmitted to the mobile device. 591918 Six 'scope of patent application 13. As in the patent, the 12th range of the translation device described in the patent, in which the action is split into an electronic device carrying a WAP browser. 1 1 2 3 4. The Naozawa device as described in item 13 of the scope of patent application, wherein the mobile communication gateway is a WAP communication gateway. 15 · The transliteration device as described in item 14 of the scope of patent application, wherein the device parameters are User-Agent variables sent by the WAP browser for mapping to various types of electronic devices. 16. The transliteration device according to item 12 of the scope of patent application, wherein the first HTTP input file includes requirements of asp, HTML, JSP, PHP, CGI, and Universal Resource Locator (URL) types. 17 · The transliteration device according to item 16 of the patent application scope, wherein the second HTTP output file includes files in WML, XML, HDML, cHTML, MML, and xHTML formats. Page 26 1 8 · The transliteration device described in item 12 of the patent application scope, wherein the intermediary 2 module further includes a Uni code conversion module for performing Unicode conversion on the second Ηττρ input 3 file, so that The second Ηττρ output file is encoded with 4 U nic ode. 591918 VI. Patent application scope 1 9 · The transliteration device described in item 12 of the patent application scope, wherein the intermediary module further includes a graphic conversion module. When the first HTTP input file is a graphic file, the first Two Ηττρ output files are converted to a WBMP file. 20 · The transliteration device according to item 12 of the scope of patent application, wherein the remote address is a global resource location address or IP address, and the local address is a global resource location address or IP address. 1. The patent application is called the Naozawa device described in item 12 of Qianwei, wherein the remote HTTP server is a website site). 22 · —A method for controlling an information appliance through a translator device, the translator device is connected to a network, an internet device controls the information appliance through the translator device, and the translator device includes a setting interface for setting: a remote address And a local address, the remote address is the address of the information appliance, the local address is the address of the transliteration device on the network, and the method includes the following steps: the transliteration device receives the Internet access A control file transmitted by the device, the control file including the remote address, a device parameter of the internet device and a control command; translating the control command and identifying the device parameter; the control instruction to the information appliance ; And executing the control instruction on the information appliance. Page 27 591918 6. Application for Patent Scope 2 3. The method described in Item 22 of Patent Application Scope further includes the following steps: The information appliance sends a first status file to the translator, the first status file contains The information appliance status; translating the first status file according to the device parameters of the Internet access device; and transmitting the second status file to the Internet access device by the transliteration device. 24. The method as described in item 22 of the scope of patent application, wherein the internet device is a mobile device connected to the network through a mobile network. 25. The method according to item 22 of the scope of patent application, wherein the Internet access device is a device carrying a WWW browser and connected to the Internet. 2 6. The method according to item 22 of the scope of patent application, wherein the remote address is the address of the information appliance on the network. 2 7. The method according to item 22 of the scope of patent application, wherein the remote address is a virtual address of the information appliance corresponding to the transliteration device. 2 8. The method as described in item 22 of the scope of the patent application, wherein the control file includes requirements of ASP, HTML, JSP, PHP, CGI, Universal Resource Locator (URL) types transmitted using the HTTP protocol . Page 28 591918 6. Application for Patent Scope 2 9. The method as described in Item 23 of the Patent Application Scope, wherein the second state file contains files in WML, XML, HDML, cHTML, MML, xHTML format transmitted by HTTP protocol . Page 29