201124912 六、發明說明： •【發明所屬之技術領域】 $月係關於-種包含Gps定位資訊與多媒體資料之 即時通訊軟體$士 ° °方法’特別是關於一種封裝GPS定位資 $資料與夕媒體資料之資料結構，及其組合與解析資 料、。構軟體物件之流程與方法。可供具備存取網路能力的各 種又備p時傳送包含Gps定位資訊、文字資料與多媒體資料 | 之特定訊息。 【先前技術】 目則在網際網路的應用中，即時通訊技術（Instant Message IM)可衍生出許多應用，諸如即時聊天、訊息 通報、檔案傳送，目前代表性的軟體包含微軟MSN、雅 虎 YAHOO Messenger 等。而定位資訊服務（Locati〇n-based Service，LBS)係以定位座標為基礎所衍生之應用，諸如 φ 車輛定位與導航、在地資訊導覽等。結合地理資訊系統 (Geographic Information System，GIS)，可提供更多元的 服務，挖掘更多殺手級應用。 現今多數行動設備（如手機、PDA)大多具備GPS模 組、攝影機及麥克風，可輸出GPS定位資訊與多媒體資 料（如圖片播、錄音檔及影音檔）。但以往之即時通訊技 術’並未結合上述資料，必須以不同軟體分別擷取與傳輪 定位資訊、文字資料與多媒體資料，並在另一接收端作資 3 201124912 訊整合。 由此可見，傳統即時通訊之技術無法滿足現今行動應 用之需求，而亟待加以改良。 【發明内容】 本發明之目的在於提供一包含定位資訊、文字資料與 多媒體資料之即時通訊軟體設計方法’使其可應用於智慧 型行動電話（Smart Phone)、個人手持通訊系統（心⑽ Digital Assistant，PDA)及智慧型運輪系统叫训州 Τ_Ρ°"㈣刪，ITS)等，以滿足現今蓬勃發展的行 動應用耑求，強化產品在資訊通訊市場之競爭力。 達成上述發明的之一種包含定位資訊 Γ 多媒體資料 之即時通訊軟體設計方法，内容包含： κ 一種資料傳送格式與結構，可封UPS定㈣ 文子資料與多媒體資料之基本組成格式與資料結構 (以下稱「訊息封包」）； 2.組合與解析上述資料結構《流程與方法。 “因此：發明主要在於描述用戶端設備擷取㈣定位 讯息、文子資料及多媒體眘4:1你i . 、 媒體貝枓後組合成訊息封包，並透過 網路通訊介面即時值译$ A m σ 、 15端設#後，解析並儲存上 述貝枓之軟體設計方法。 【實施方式】 請參閱圖一，為眘& + 為貫施本發明所揭示之架構示意圖。其 201124912 中具有一用戶端設備ιοί，該用戶端設備1〇1進一步具有 • 一 GPS定位模組103,主要提供載取（3PS定位資訊之功能； 一多媒體資料擷取模組1〇4,主要提供自攝影機或麥克風截 取多媒體資料（圖片檔、錄音檔、影音檔），並儲存為二進位 内容之功能；一文字資料擷取模組105,主要提供使用者介 面擷取文字資料之功能；一訊息封包收送模組1〇6，主要提 供遠端Socket連線及透過此連線收送資料之功能；一訊息封 • 包組合模組1〇7，主要提供將自GPS定位模組103、文字資 料掏取模組105、多媒體資料擷取模組1〇4所得到之資料， 依多媒體資訊類別封裝成訊息封包物件之功能；一訊息封包 解析模組108,主要提供解析來自訊息封包收送模組1〇6之 多媒體資訊類別物件之功能；通訊埠109，主要提供訊息封 包收送模組106於此通訊埠109上經由網際網路收送資料之 功能。 鲁 該用戶端設備101係透過GPS定位模組1〇3榻取定 位賓Λ ’並透過多媒體資料搁取模組操取多媒體資 料。文字資料擷取模組1 〇5所擷取之文字資料，可單獨傳 送亦可作為定位資訊與多媒體資料之選擇性描述。 用戶端設備1 〇 1取得GPS定位資訊、多媒體資料與 文字資料後，將其送往訊息封包組合模組107組合成特定 訊息封包格式，之後透過訊息封包收送模組106在通訊皡 109經由網路傳送至伺服器端設備102。該伺服器端設備 5 201124912 102進一步包括有一通訊埠11〇’主要提供訊息封包收送模 組112於此通訊埠11 〇上經由網際網路收送資料之功能；一 訊息封包收送模組111 ’主要提供伺服器端設備1〇2接受遠 端Socket連線及透過此連線收送資料之功能；一訊息封包組 合模組112 ’主要提供伺服器端設備1〇2將確認接收訊息封 裝成多媒體資訊類別物件之功能；一訊息封包解析模組 113，主要提供伺服器端設備1〇2解析來自訊息封包收送模 組111所傳來之多媒體資訊類別物件之功能；一資料庫存取 模組114，主要提供伺服器端設備1〇2儲存來自訊息封包解 析模組113之GPS定位資訊、文字資料及多媒體資料至後端 資料庫之功能。 該伺服器端設備102之訊息封包收送模組i丨丨自通訊 埠110接收到訊息封包後，送至訊息封包解析模組i J 3 以萃取出所含資料内容，再按照其型態透過資料庫存取模 組114儲存至資料庫中。伺服器端設備1〇2解析訊息封包 釔束後，按照其先前所接收到之訊息封包格式類別回覆一 確認接收訊息封包至用戶端設備101。 6青參閱圖二’為本發明所揭示之訊息封包之示意圖， 「Head」部分201封裝訊息封包之基礎資訊及GPS定位 貝讯，Payload部分202封裝文字資料及多媒體檔案之長 度資訊及二進位資料（Binary Content)，詳細資料結構請 參閱圖三。 201124912 請參閱圖三，為本發明所揭示之訊息封包之資料結構 • 類別圖，「GPS定位資訊類別」301即圖二所示之「Head」 部分，「多媒體資訊類別」302繼承（Inherit)「GPS定位資 訊類別」類別301，使得「多媒體資訊類別」302具備完 整「Head」201與「Payload」202結構。其中「GPS定位 資訊類別」301係固定長度之資料結構，「多媒體資訊類 別」302係不定長度之資料結構。「多媒體資訊類別」302 φ 繼承自「GPS定位資訊類別」301，故所有訊息封包皆包 含GPS定位資訊。 「GPS定位資訊類別」301之結構與組成方式如201124912 VI. Description of the invention: • [Technical field to which the invention belongs] $月月--A kind of instant messaging software containing GPS positioning information and multimedia data. The method of '°°°' is especially about a packaged GPS positioning resource and data The data structure of the data, as well as its combination and analytical data. The process and method of constructing a soft object. It can be used to transmit specific information including GPS location information, text data and multimedia data when it is available. [Prior Art] In the Internet application, Instant Message IM can be used to derive many applications, such as instant messaging, messaging, and file transfer. The current representative software includes Microsoft MSN and Yahoo! Wait. The Locati〇n-based Service (LBS) is an application based on locating coordinates, such as φ vehicle positioning and navigation, local information navigation, etc. Combined with the Geographic Information System (GIS), it can provide more meta-services and tap into more killer applications. Most mobile devices (such as mobile phones and PDAs) today have GPS modules, cameras, and microphones that output GPS location information and multimedia data (such as picture broadcasts, audio files, and audio and video files). However, in the past, instant messaging technology did not combine the above information. It must separately capture and transmit positioning information, text data and multimedia data in different software, and integrate it at another receiving end. It can be seen that the technology of traditional instant messaging cannot meet the needs of today's mobile applications, and needs to be improved. SUMMARY OF THE INVENTION The object of the present invention is to provide an instant messaging software design method including positioning information, text data and multimedia data, which can be applied to smart phones and personal handheld communication systems (heart (10) Digital Assistant , PDA) and intelligent transport system called training state Τ Ρ & & ( ( ( ( ( IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT The invention relates to an instant messaging software design method comprising positioning information 多媒体 multimedia data, which comprises: κ a data transmission format and structure, which can seal the basic composition format and data structure of the UPS (4) text and multimedia materials (hereinafter referred to as "Message Packet"); 2. Combine and analyze the above data structure "Process and method. "Therefore: the invention is mainly to describe the user equipment to capture (4) location information, text information and multimedia caution 4:1 you i., the media is combined into a message packet, and the real-time translation of $ A m σ through the network communication interface After the 15-terminal setting #, the software design method of the above-mentioned Bellow is analyzed and stored. [Embodiment] Please refer to Figure 1, which is a schematic diagram of the architecture disclosed by the present invention. The user has a client terminal in 201124912. The device ιο1, the user equipment 〇1 further has a GPS positioning module 103, which mainly provides loading (3PS positioning information function; a multimedia data capturing module 〇4, mainly providing multimedia capturing from a camera or a microphone) Data (image file, audio file, video file), and stored as a binary content function; a text data capture module 105, mainly provides a user interface to capture text data; a message packet delivery module 1 6, mainly provides remote Socket connection and the function of receiving data through this connection; a message pack and package combination module 1〇7, mainly provides the self-GPS positioning module 103, text The information obtained by the module 105 and the multimedia data capture module 1〇4 is encapsulated into a message packet object according to the multimedia information category; a message packet parsing module 108 mainly provides parsing from the message packet delivery module. The function of the multimedia information category object of the group 1〇6; the communication port 109 mainly provides the function of the message packet delivery module 106 to receive data via the Internet on the communication port 109. The user equipment 101 of the user terminal is transmitted through the GPS. The positioning module 1〇3 is positioned to locate the guest' and the multimedia data is taken through the multimedia data capture module. The text data captured by the text data capture module 1 〇5 can be transmitted separately or as positioning information. Selective description of the multimedia data. After the user equipment 1 obtains the GPS positioning information, the multimedia data and the text data, the user equipment 1 sends the message to the message packet combination module 107 to form a specific message packet format, and then transmits the message packet through the message packet. 106 is transmitted to the server device 102 via the network at the communication port 109. The server device 5 201124912 102 further includes a communication port 11' To provide the function of the message packet receiving module 112 to receive data via the Internet on the communication port 11; a message packet receiving module 111' mainly provides the server device 1〇2 to accept the remote socket connection. And a function of receiving data through the connection; a message packet combination module 112' mainly provides a function of the server device 1〇2 to encapsulate the acknowledged received message into a multimedia information category object; a message packet parsing module 113, mainly Providing the server device 1〇2 to parse the function of the multimedia information category object sent from the message packet receiving module 111; a data inventory taking module 114, mainly providing the server device 1〇2 to store the information from the message packet parsing The function of the GPS positioning information, the text data and the multimedia data of the module 113 to the back-end database. The message packet receiving module i of the server device 102 receives the message packet from the communication port 110, and then sends it to the message packet parsing module i J 3 to extract the content of the data, and then according to its type. The data inventory retrieval module 114 is stored in the database. After the server device 1〇2 parses the message packet, it replies with a confirmation message packet to the user equipment 101 according to the message packet format category it has received. 6 Qing refers to FIG. 2' is a schematic diagram of the message packet disclosed by the present invention, the "Head" part 201 encapsulates the basic information of the message packet and the GPS location, and the Payload part 202 encapsulates the length information and the binary data of the text data and the multimedia file. (Binary Content), please refer to Figure 3 for details. 201124912 Please refer to FIG. 3 for the data structure and category diagram of the message packet disclosed in the present invention. The "GPS positioning information category" 301 is the "Head" part shown in FIG. 2, and the "Multimedia information category" 302 is inherited (Inherit). The "GPS Positioning Information Category" category 301 enables the "Multimedia Information Category" 302 to have a complete "Head" 201 and "Payload" 202 structure. The "GPS Positioning Information Category" 301 is a fixed length data structure, and the "Multimedia Information Category" 302 is a data structure of indefinite length. The "Multimedia Information Category" 302 φ inherits from the "GPS Positioning Information Category" 301, so all message packets contain GPS positioning information. The structure and composition of the "GPS Positioning Information Category" 301 is as follows:
Table · 1 所示： 序號 欄位名稱 長度(Byte) 格式 說明 1 UTC_Date 3 ddmmyy (1)意義：曰期。 (2) dd :日期，mm :月份，yy :年份(僅取西元 年後兩碼）。 ⑶各以1 Byte儲存。 2 UTC_Time 3 hhmmss ⑴意義：時間。 (2) hh :小時，mm :分鐘，ss :秒鐘。 (3)各以1 Byte儲存。 3 Latitude 4 度分.分 ddmm.mmmm (1)意義：緯度。 (2) dd :「度」，1 Byte。 (3) mm. mmmm :「分」，整數部份：1 Byte。小 數部份：2 Bytes。 (4)小數部份前兩位封裝於小數部份第一個 Byte，後兩位封裝於小數部份第二個Byte。 4 Longtitude 4 度分.分 ddmm.mmmm ⑴意義：經度。 (2) dd :「度」’ 1 Byte。 (3) mm.mmmm ：「分」，整數部份：1 Byte。 小數部份：2 Bytes。 (4)小數部份前兩位封裝於小數部份第一個 Byte，後兩位封裝於小數部份第二個Byte。。 201124912 5 Speed 2 浮點數 6 Direction 2 浮點數 7 Function_Code 1 整數 (1)意七速度 (2)整^^，1 Byte ⑶小數邹份，1 Byte 位0 y)意義^向 (2)整數部份Table · 1 shows: No. Field name Length (Byte) Format Description 1 UTC_Date 3 ddmmyy (1) Meaning: period. (2) dd: date, mm: month, yy: year (only two yards after the first year). (3) Each is stored in 1 Byte. 2 UTC_Time 3 hhmmss (1) Meaning: time. (2) hh: hour, mm: minute, ss: second. (3) Each is stored in 1 Byte. 3 Latitude 4 degrees. ddmm.mmmm (1) Meaning: Latitude. (2) dd : "degree", 1 Byte. (3) mm. mmmm : "minute", integer part: 1 Byte. Fractional part: 2 Bytes. (4) The first two digits of the fractional part are encapsulated in the first Byte of the fractional part, and the last two digits are encapsulated in the second Byte of the fractional part. 4 Longtitude 4 degrees. ddmm.mmmm (1) Meaning: longitude. (2) dd : "degree" ' 1 Byte. (3) mm.mmmm : "minute", integer part: 1 Byte. Fractional part: 2 Bytes. (4) The first two digits of the fractional part are encapsulated in the first Byte of the fractional part, and the last two digits are encapsulated in the second Byte of the fractional part. . 201124912 5 Speed 2 Floating point number 6 Direction 2 Floating point number 7 Function_Code 1 Integer (1) Italian seven speed (2) Whole ^^, 1 Byte (3) Fractional Zou, 1 Byte Bit 0 y) Meaning ^ (2) Integer Part
Function_Code」欄位用以標示「多媒體資訊類別」 3〇2所屬之訊息封包類別，如Table.2所示： 訊息封包類別 Hex代碼 訊息功能 __—- 文字訊息回傳 0x3D 用戶端設備丨⑴得送文字訊息至伺服器端設備102___一_ 0x3E 伺服器端設備1〇2回覆確認認接文字訊息至用戶端設色 照片圖稽回傳 0x40 用戶端設備ιοί傳送照片圖檔至伺服器端設備π)2__ 0x41 伺服器端設備丨〇2回覆確認接收照片圖檔訊息至用戶端設備 101 錄音檔回傳 0x42 用戶端設備101傳送錄音檔至伺服器端設備102 0x43 伺服器端設備犯2回覆確認接收錄音檔訊息至用戶端設備 影音擋回傳 0x44 用戶端設備101傳送影音檔至伺服器端設備102 0x45 伺服器端設備102回覆確認接收影音檔訊息至用戶端設 請參閱圖四，為本發明實施步驟首先揭示之用戶端設 備101擷取GPS定位訊息、文字資料及多媒體資料之循 序圖。其中，擷取GPS定位訊息、擷取文字資料及擷取 多媒體資料之流程，可合併為一「GPS定位資訊、文字資 料及多媒體資料擷取流程」。 請參閱圖五，為本發明所揭示之用戶端設備101傳送 「 多媒體資訊類別」302物件至伺服器端設備101之循序 圖°接著圖四的步驟，用戶端設備1 〇 1由「GPS定位資訊、 文字資料及多媒體資料擷取流程」取得GPS資訊、文字 201124912 資料及多媒體資料之後’經由訊息封包组合模組107依照 Table.l與Table.2之編碼原則封裝成「多媒體資訊類別」 302物件。用戶端設備1〇1取得訊息封包組合模組ι〇7封 裝之「多媒體資訊類別」302物件後，傳入訊息封包收送 模組106。然後，訊息封包收送模組ι〇6先於網際網路U5 上建立與伺服器端設備1 〇2之訊息封包收送模組111之 Socket連線，之後將「多媒體資訊類別」3〇2物件内容以 % 位元組串流（Byte Stream)依序將r Head」201及「Payload」 202傳送至訊息封包收送模組u i。 緊接著下一步驟’伺服器端設備1〇2之訊息封包收送 模組111接收到「多媒體資訊類別」3〇2物件之位元組串 流後’將位元組串流輸入訊息解析模組u 3。訊息解析模 組113負責解析位元組串流，將位元組串流所含之gps 定位資訊、文子資料及多媒體資料傳送給伺服器端設備 • 1〇2。伺服器端設備1〇2透過資料庫存取模組114將上述 資訊存到資料庫中。並且，伺服器端設備j〇2依先前解析 訊息封包所得之訊息封包格式，回傳一對應之確認接收訊息 封包至用戶端設備101 ° 請參閱圖六’為本發明所揭示之用戶端設備1 〇 i之訊 息封包組合模組107封裝「多媒體資訊類別」3〇2物件之 流程圖，其步驟包含： a.用戶端設備先建立一「多媒體資訊類別」302 201124912 物件； b.封裴GPS定位資訊於多媒體資訊類別物件； c·判斷所擷取之多媒體資料格式’選擇適當之訊息封 包類別代碼並封裝至多媒體資訊類別物件； &計算文字資料長度並封裝至多媒體資訊類別物件； e.計算多媒體資料長度並封裝至多媒體資訊類別物 件； f·將文字資料封裝至多媒體資訊類別物件；及 g ·將多媒體資料封裝至多媒體資訊類別物件。 6月參閱圖七，為本發明所揭示之伺服器端設備i〇2 之訊息封包解析模組113解析「多媒體資訊類別」3〇2物 件之流程圖，其步驟包含： a .用戶端設備1 0 1持續接收來自網際網路上之資料； b. 依GPS定位資訊類別之資料結構擷取GPS定位資 訊； c. 依多媒體資訊類別之訊息封包類別擷取多媒體資 料之類型； d. 依多媒體資訊類別之訊息封包類別擷取文字資料 長度； e. 依多媒體資訊類別之訊息封包類別擷取多媒體資 料長度； f. 依多媒體資訊類別之訊息封包類別擷取文字資料 10 201124912 長度内之文字資料；及 g.依多媒體資訊類別之訊息封包類別擷取多媒體資 料長度内之多媒體資料。可解讀GPS定位資訊、封包格 式類別（判定多媒體資料格式）、文字資料與多媒體資料。 本發明所提供之一種包含定位資訊與多媒體資料之 即時通訊軟體設計方法，與其他習用技術相互比較時，更 具有下列之優點： # 1 ·可相容於傳統即時通訊軟體之功能，提供文字訊自 之即時傳送服務。 2·可擴展即時通訊軟體所傳送之内容，包含Gps定 位訊息及多媒體檔案之即時傳送。伺服器端設備可取得行 動通訊設備（用戶端設備）所提供之資訊，與Lbs或GIS 做整合，提供更多元的服務。 上列詳細說明係針對本發明之一可行實施例之具體 籲說明，惟該實施例並非用以限制本發明之專利範圍，凡未 脫離本發明技藝精神所為之等效實施或變更，均應包含於 本案之專利範圍中。 综上所述，本案不但在技術思想上確屬創新，並能較 %知方法增進上述多項功效應已充分符合新穎性及進步 性之法定發明專利要件’爰依法提出申請，懇_貴局核 准本件發明專利申請案’以勵發明，至感德便。 【圖式簡單說明】 11 201124912 請參閱有關本發明之詳細說明及其附圖，將可進一步 瞭解本發明之技術内容及其目的功效；有關附圖為/ 圖一為本發明「一種包含定位資訊與多媒體資料之即 時通訊軟體設計方法」之架構示意圖。 圖二為本發明中封裝GPS定位資訊、文字資料與多 媒體資料所需之資料結構示意圖。 圖一為本發明中封裝Gps定位資訊、文字資料與多 媒體資料所需之資料結構繼承體系類別圖。 圖四為本發明中用戶端設備擷取GPS定位訊息、文 字資料及多媒體資料之循序圖。 圖五為本發明中用戶端設備傳送「多媒體資訊類別」 物件至伺服器端設備之循序圖。 圖六為本發明中用戶端設備之訊息封包組合模組封 裝「多媒體資訊類別」物件之流程圖。 圖七為本發明中伺服器端設備之訊息封包解析模組 解析「多媒體資訊類別」物件之流程圖。 【主要元件符號說明】 1 〇 1用戶端設備 102伺服器端設備 103 GPS定位模組 1〇4多媒體資料擷取模組 105文字資料擷取模組 12 201124912 I 0 6訊息封包收送模組 * 107訊息封包組合模組 108訊息封包解析模組 109通訊埠 II 0通訊埠 111訊息封包收送模組 11 2訊息封包組合模組 $ 11 3訊息封包解析模組 114資料庫存取模組 11 5網際網路 201訊息封包類別圖「Head」部份 202訊息封包類別圖「Payload」部份 301 GPS定位資訊類別圖 3 02多媒體資訊類別圖 13The Function_Code field is used to indicate the message packet category of the "Multimedia Information Category" 3〇2, as shown in Table.2: Message Packet Category Hex Code Message Function __-- Text Message Return 0x3D Client Device 丨 (1) Send text message to the server device 102___一_0x3E Server device 1〇2 Reply to confirm the text message to the user color photo map back to the 0x40 client device ιοί transfer the photo file to the server device π) 2__ 0x41 The server device 丨〇 2 replies to confirm the receipt of the photo file message to the client device 101 The recording file is transmitted back 0x42 The client device 101 transmits the recording file to the server device 102 0x43 The server device slams 2 acknowledgment Receiving the recording file message to the user terminal device, the audio and video transmission back 0x44, the client device 101 transmits the video file to the server device 102 0x45, the server device 102 replies to confirm the reception of the video file information to the user terminal, please refer to FIG. 4, which is the present invention. The implementation step first reveals that the user equipment 101 captures a sequence diagram of GPS location information, text data, and multimedia data. The process of capturing GPS location information, extracting text data and capturing multimedia data can be combined into a "GPS positioning information, text data and multimedia data retrieval process". Please refer to FIG. 5 , which is a sequence diagram of the UE device 101 transmitting the “Multimedia Information Category” 302 object to the server device 101 according to the disclosure. Next, the steps of FIG. 4 are performed, and the user equipment 1 〇 1 is configured by “GPS positioning information”. , text data and multimedia data capture process" after obtaining GPS information, text 201124912 data and multimedia data, 'packaged into a "multimedia information category" 302 object via the message packet combination module 107 according to the coding principles of Table.l and Table.2. After the user equipment 1〇1 obtains the “multimedia information category” 302 object encapsulated by the message packet combination module 〇7, the message packet receiving module 106 is transmitted. Then, the message packet delivery module 〇6 first establishes a connection with the Socket of the message packet delivery module 111 of the server device 1 先2 on the Internet U5, and then sets the "multimedia information category" 3 〇 2 The contents of the object are sequentially transferred to the message packet delivery module ui in a % byte stream (Byte Stream) in order to send r Head" 201 and "Payload" 202. Immediately following the next step, the message packet receiving module 111 of the server device 1〇2 receives the byte stream of the "multimedia information category" 3〇2 object, and then inputs the byte stream into the message parsing module. Group u 3. The message parsing module 113 is responsible for parsing the byte stream, and transmitting the gps positioning information, the text data and the multimedia data contained in the byte stream to the server device. The server device 1〇2 stores the above information in the database through the data inventory taking module 114. Moreover, the server device j〇2 returns a corresponding acknowledgement receiving message packet to the client device 101 according to the message packet format obtained by parsing the message packet. Please refer to FIG. 6 as the user equipment 1 disclosed in the present invention.讯息i's message packet combination module 107 encapsulates a flow chart of the "multimedia information category" 3〇2 object, the steps of which include: a. The user equipment first establishes a "multimedia information category" 302 201124912 object; b. seals the GPS location Information in the multimedia information category; c. Judging the multimedia data format selected 'Select the appropriate message packet category code and package it into the multimedia information category object; & Calculate the length of the text data and package it into the multimedia information category object; e. The length of the multimedia material is encapsulated into a multimedia information category object; f. The text data is encapsulated into a multimedia information category object; and g · the multimedia material is encapsulated into a multimedia information category object. Referring to FIG. 6 in June, a flow chart of the "multimedia information category" 3〇2 object is analyzed by the message packet parsing module 113 of the server device i〇2 disclosed in the present invention, and the steps thereof include: a. the client device 1 0 1 Continuously receive data from the Internet; b. Capture GPS location information according to the data structure of the GPS location information category; c. Type the multimedia data according to the message packet category of the multimedia information category; d. e. The length of the text data is obtained by the message packet category; e. The length of the multimedia data is captured according to the message packet category of the multimedia information category; f. The text data is captured according to the message packet category of the multimedia information category 10 201124912 The text within the length; The multimedia data in the length of the multimedia data is captured according to the message packet category of the multimedia information category. It can interpret GPS positioning information, packet format categories (decision multimedia data format), text data and multimedia materials. The instant messaging software design method including the positioning information and the multimedia data provided by the invention has the following advantages when compared with other conventional technologies: # 1 · Compatible with the functions of the traditional instant messaging software, providing text information From the instant delivery service. 2. Scalable content delivered by instant messaging software, including Gps location messages and instant delivery of multimedia files. The server-side device can obtain the information provided by the mobile communication device (the client device) and integrate with the Lbs or GIS to provide more services. The detailed description of the present invention is intended to be illustrative of the preferred embodiments of the present invention, and is not intended to limit the scope of the invention. In the scope of the patent in this case. To sum up, this case is not only innovative in terms of technical thinking, but also able to improve the above-mentioned multiple functions by the method of knowing the above. The legal requirements for the inventions that have fully complied with the novelty and progress should be submitted in accordance with the law. This invention patent application 'invented the invention, to the sense of virtue. [Brief Description] 11 201124912 Please refer to the detailed description of the present invention and its accompanying drawings, which will further understand the technical contents of the present invention and the effects of the objects of the present invention. Schematic diagram of the instant messaging software design method for multimedia materials. Figure 2 is a schematic diagram showing the structure of data required for packaging GPS positioning information, text data and multimedia data in the present invention. FIG. 1 is a class diagram of a data structure inheritance system required for packaging GPS positioning information, text data, and multimedia data in the present invention. FIG. 4 is a sequence diagram of the GPS device for acquiring GPS positioning information, text data, and multimedia data in the present invention. FIG. 5 is a sequence diagram of the user equipment transmitting the “multimedia information category” object to the server device in the present invention. FIG. 6 is a flow chart of the message multimedia packet type module of the user equipment in the present invention for packaging the “multimedia information category” object. FIG. 7 is a flow chart of parsing a “multimedia information category” object by a message packet parsing module of a server device according to the present invention. [Main component symbol description] 1 〇1 client device 102 server device 103 GPS positioning module 1 多媒体 4 multimedia data capture module 105 text data capture module 12 201124912 I 0 6 message packet delivery module * 107 message packet combination module 108 message packet analysis module 109 communication 埠 II 0 communication 埠 111 message packet delivery module 11 2 message packet combination module $ 11 3 message packet analysis module 114 data inventory module 11 5 internet Network 201 message packet category map "Head" part 202 message packet category map "Payload" part 301 GPS positioning information category Figure 3 02 multimedia information category Figure 13