M379121 五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種管理丰 子商路的物g s 種應用於電 千商務的物流管理系統。 【先前技術】M379121 V. New description: [New technology field] This new type is about a kind of logistics management system for managing the business of Fengzi Road. [Prior Art]
A如圖1所示’目前電子商務架構中，包括-網路購物平 。9〇、多數提供商品的賣方91，及多數買方92。買方92 透過網路購物平㈣進行下單並透過網路銀行轉帳、件用 卡線上付款或ATM匯款等方式付款後，#方Μ則會透過宅 配、貨運公司或郵局等物流商93將商品寄送給買方92。上 述電子商務流程中，當賣方91打算將商品寄出，往往會依 ，方便性、價格、配送時效、熟悉度等考量找到㈣一或幾 家物流商93處理收貨及配送。 以與多數家物流商93配合而言，賣方91每次寄貨，需 依據該次所選定之物流商93提供之配送單進行填寫。然 而，各家物流商93之配送單格式不同、計費方式不同、收 送貨時間也不同，對於較頻繁出貨的賣方91而言，難免感 到混淆而容易出錯’且後續欲查詢物流狀況時，又需個別向 各家詢問，並不方便。但若賣方91僅與特定一家物流商93 配合，就賣方91本身而言雖較不容易混淆，但將必須屈就 於單一物流商93所提供的服務，缺乏選擇性。 目鈿與電子商務中物流相關的已公開技術，例如中華民 國第94123371號專利申請案「遠距購物貨品配送監控方法 僅涉及單一賣方91與單一物流商93,主要技術特徵在於利 3 用網路傳輸技術監控配送狀態；中華民國第號專 利申請案「-種整合分銷管理系統及方法」是解決供應商、 分銷商與零售商之間分銷管理的問題，說明書中所揭露一物 /机商管理次系統是用來處理進貨、出貨及倉儲管理，例如貨 ^品入庫'依據出貨單排車、撿貨及裝車等；至於中華民國第 90131090號專利申請案「在一供應鏈中致能產品共同採構 系統及方法」則疋&供一種用以共享、追縱及更新供應 鍵採購交易資訊的系統，讓買方、供應商及例如貨物運輸業 者之第三方可在訂購/交貨過冑中依序擁有修改狀態搁位的 權限。然而上述技術，改良重點皆在於貨品的監控或即時更 新資訊，雖有助貨品追蹤管理，但並未提供賣方91與多家 不同的物流商93媒合的機制，也未針對賣方91與多家物流 商93配合方面的問題提供輔助以提升效率。 由以上可知，在目前的電子商務技術領域中，針對賣方 91與多豕物流商93之間，尚需開發一輔助工具，以協助賣 方91與物流商93媒合並有效處理及追蹤寄貨事宜，進而維 護買方92權益。 【新型内容】 因此，本新型之目的，即在提供一種第四方物流管理系 統，提供賣方與多家物流商之間媒合管道，並協助賣方有效 率處理寄貨及查詢事宜。 於是’本新型第四方物流管理系統，架設於至少—買 方、至少一賣方，及多數個物流商之間，包含一或多數個伺 服器。以單一伺服器的實作方式而言，該伺服器包括—出貨 M379121 單接收模組、—出貨單號請求模組，及—地址條產生模組。 該出貨單接收模組供接收來自任一賣方傳送進來的出 貨指令。出貨單號請求模組與該出貨單接收模組連接，依據 該出貨指令向其中一對應物流商要求出貨單號。地址條產生 椟組與該出貨單接收模組連接，依據該出貨指令中所含出貨 資訊及該出貨單號產生地址條㈣，並將該地址條標案傳送 回該賣方以供該賣方直接列印’該地址條檔案内容包括該出 貨單號、收貨人名稱及地址。A is shown in Figure 1 'current e-commerce architecture, including - online shopping. 9. The majority of sellers 91 who provide goods, and the majority of buyers 92. After the buyer 92 makes an order through online shopping (4) and pays through online bank transfer, online payment by card or ATM remittance, #方Μ will send the goods through the logistics company 93 such as home delivery, shipping company or post office. To the buyer 92. In the above e-commerce process, when the seller 91 intends to send the goods, it will often find, based on convenience, price, delivery timeliness, familiarity and other considerations. (4) One or several logistics providers 93 handle the receipt and distribution. In cooperation with most logistics providers 93, each time the seller 91 sends the goods, it must be filled in according to the delivery slip provided by the selected logistics company 93. However, each logistics company 93 has different delivery order formats, different charging methods, and different delivery times. For sellers 91 who are more frequently shipped, it is inevitable that they are confused and error-prone. It is not convenient to ask each other individually. However, if the seller 91 only cooperates with a specific logistics company 93, it is less confusing for the seller 91 itself, but it will have to succumb to the services provided by the single logistics provider 93, which lacks selectivity. Seeing the open technologies related to logistics in e-commerce, such as the Patent Application No. 94123371 of the Republic of China, "The remote shopping goods distribution monitoring method involves only a single seller 91 and a single logistics provider 93. The main technical feature is the use of the network. Transmission technology monitors the status of distribution; the Republic of China No. 1 patent application "--integrated distribution management system and method" is to solve the problem of distribution management between suppliers, distributors and retailers, and the product/machine management is disclosed in the specification. The secondary system is used to handle the purchase, shipment and warehousing management, such as the goods into the warehouse, according to the delivery list, the loading and loading, etc.; the patent application of the Republic of China No. 90131090 "in the supply chain "Product Co-production System and Method" is a system for sharing, tracking and updating supply key purchase transaction information, allowing buyers, suppliers and third parties such as cargo carriers to order/delivery In the past, you have the right to modify the status of the position. However, the above-mentioned technologies, the improvement focus is on the monitoring or real-time update of the goods. Although it helps the goods to track and manage, it does not provide the mechanism for the seller 91 to cooperate with a number of different logistics companies, and it does not target the sellers 91 and many. Logistics providers 93 provide assistance in coordination to improve efficiency. It can be seen from the above that in the current e-commerce technology field, an auxiliary tool is needed between the seller 91 and the multi-department logistics company 93 to assist the seller 91 and the logistics company 93 to effectively handle and track the delivery matters. In turn, the buyer’s 92 interest is maintained. [New content] Therefore, the purpose of the present invention is to provide a fourth-party logistics management system that provides a communication channel between the seller and a plurality of logistics providers, and assists the seller in efficiently handling the delivery and inquiries. Thus, the fourth-party logistics management system of the present invention is installed between at least a buyer, at least one seller, and a plurality of logistics providers, and includes one or more servos. In terms of the implementation of a single server, the server includes-shipping a M379121 single receiving module, a shipping order number requesting module, and an address strip generating module. The shipper receipt module is configured to receive delivery instructions from any of the sellers. The delivery order number requesting module is connected to the shipping order receiving module, and requests a shipping order number from one of the corresponding logistics providers according to the shipping instruction. The address bar generating group is connected to the ship receipt receiving module, generating an address bar (4) according to the shipping information and the shipping order number included in the shipping instruction, and transmitting the address bar record back to the seller for providing The seller directly prints the contents of the address bar file including the shipper number, the consignee name and the address.
較佳地，該第四方物流管理系統還包括一資料庫，針對 每一筆出貨貧訊儲存有一可更新的表單，且該資料庫與該出 貨單號請求模組連接，供紀錄該出貨單號於該表單。 較佳地，該第四方物流管理系統還包括一訂單接收模 組，供接收來自任-買方傳送進來的—訂tf訊並將該訂 貨資訊傳送給對應賣方。Preferably, the fourth party logistics management system further comprises a database, and an updateable form is stored for each shipment of the poor news, and the database is connected with the shipment number requesting module for recording the output. The manifest number is on this form. Preferably, the fourth party logistics management system further includes an order receiving module for receiving the incoming mail from the any-buyer and transmitting the order information to the corresponding seller.
較佳地，該第四方物流管理系統還包括一出貨通知模 組’與該出貨單接收模組連接，依據該丨貨指令中的出貨資 訊通知該物流商進行物流處理，並通知該買方即將出貨。 “較佳地’該第四方物流管理系統還包含—物流狀態接收 模組，接收各該物流商回報的物流狀態資訊並儲存之。 以多數飼服器的實作方式而言，該系統包括一接收來自 賣方之-出貨指令的伺服器;一依據該出貨指令向其中一物 流商要求-出貨單號的伺服器;及一依據該出貨指令中所含 出貨資訊以及⑯流商回傳之出貨單號產生一地址條檔案： 飼服器，將該地址條檔案傳送回該#方以供該賣方直接列 5 印，該地址條檔案内容包括該出貨單號、收貨人名稱及地址。 較佳地’該第四方物流管理系統更包含一接收來自買方 傳送進來的-訂貨資訊並將該訂貨資訊傳送給對應賣 伺服器。 較佳地’該第四方物流管理系統中，接收出貨指令的饲 服器與該產生地址條檔案的飼服器整合為同一飼服器。 較佳地’該第四方物流管理系統還包含-可供該等飼服 器存取的資料庫’該接收出f指令的㈣器針對每—筆出貨 資訊紀錄成-可更新的表單而儲存於該資料庫中。該要求出 貨單號的健器接收對應之物流商回傳之出f單號並紀錄 於该資料庫的表單中β 較佳地，該第四方物流管理系統中，該要求出貨單號的 伺服器還接收各該物流商回報的物流狀態資訊並儲存之。 本新型之功效在於，利用架設在買方、賣方與物流商之 間的第四方物流官理系統，作為賣方與多個物流商之間的媒 合管道’且提供賣方產生地址條、查詢出貨狀態等便捷的服 務，確實為一有用的輔助工具。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在以 下配合參考圖式一個較佳實施例的詳細說明中，將可清楚的 呈現。 參閱圖2 ’本新型第四方物流管理系統1之第一較佳實 把例架疋一設於多數個買方2、多數個賣方3，及多數個物 /爪商之間的伺服器，且與至少一網路拍賣網站或網路購物網 M379121 站的飼服器（圖未示）整合連結。前述物流商例如為宅配公 司A 4〗、貨運公司B 42，及郵局c 43。買方2、賣方 物流商皆以電腦透過網際網路與該第四方物流管理系統】 連線。 ~Preferably, the fourth party logistics management system further includes a shipping notification module 'connecting with the shipping order receiving module, notifying the logistics provider to perform logistics processing according to the shipping information in the shipping instruction, and notifying The buyer is about to ship. Preferably, the fourth party logistics management system further comprises a logistics status receiving module, which receives and stores the logistics status information returned by the logistics company. In the manner of the majority of the feeding device, the system includes a server that receives a shipment instruction from the seller; a server that requests a shipment number from one of the logistics providers in accordance with the shipment instruction; and a shipment information and 16 flows according to the shipment instruction The return shipping number of the merchant returns an address bar file: the feeding device transmits the address bar file back to the # party for the seller to directly print 5, the address bar file content includes the shipping order number, and the receipt The name and address of the shipper. Preferably, the fourth party logistics management system further comprises receiving the order information transmitted from the buyer and transmitting the order information to the corresponding selling server. Preferably, the fourth party logistics In the management system, the feeding device that receives the shipping instruction and the feeding device that generates the address bar file are integrated into the same feeding device. Preferably, the fourth party logistics management system further comprises - for the feeding device Accessed database The (four) device that receives the f command is stored in the database for each-pen shipping information record-updateable form. The health care device that requests the shipment number receives the corresponding logistics provider's return f And recorded in the form of the database β. Preferably, in the fourth party logistics management system, the server that requests the shipment number also receives the logistics status information returned by each logistics provider and stores it. The function is to use the fourth party logistics official system between the buyer, the seller and the logistics provider as the communication channel between the seller and the multiple logistics providers' and provide the seller with the address bar, query the shipping status, etc. The convenient service is indeed a useful auxiliary tool. [Embodiment] The foregoing and other technical contents, features and effects of the present invention will be clear from the following detailed description of a preferred embodiment with reference to the drawings. Referring to Figure 2, the first preferred embodiment of the fourth-party logistics management system 1 is provided in a servo between a majority of buyers 2, a majority of sellers 3, and a majority of objects/claws. And integrated with at least one online auction website or a shopping cart (not shown) of the online shopping network M379121. The aforementioned logistics companies are, for example, home delivery company A 4 , freight company B 42, and post office c 43. Both the buyer 2 and the seller's logistics provider are connected to the fourth party logistics management system via the Internet via the computer.
該第四方物流管理系統1包括一訂單接收模組u、一 出貨單接收模組12、一與該出貨單接收模組12連接的出貨 單號請求模組13、一資料庫〗4、一地址條產生模組15、2 出貨通知模組16,及一物流狀態接收模組17。前述模组 U〜13、15〜17可以是由該第四方物流管理系統！之飼服器 利用其處理單元讀取其記憶體單元中儲存之特定程式指令 並執行後產生，也可以利用硬體電路實作。 當貝方2在拍賣網站或購物網站購物，將透過該第四方 物流管理系統！產生-筆訂f資訊，該訂貨資訊内容包含賣 方帳號、商品名稱、數量、送貨地址等。訂單接收模組u 接收該訂貨#訊，並將該訂貨資訊^送給對應賣方3。The fourth party logistics management system 1 includes an order receiving module u, a shipping order receiving module 12, a shipping order number requesting module 13 connected to the shipping order receiving module 12, and a database. 4. An address bar generating module 15, 2 shipping notification module 16, and a logistics status receiving module 17. The aforementioned modules U~13, 15~17 may be managed by the fourth party logistics management system! The feeding device uses its processing unit to read and execute the specific program instructions stored in its memory unit, and can also be implemented by using a hardware circuit. When Bayi 2 is shopping on the auction website or shopping website, it will pass through the fourth party logistics management system! Generate - pen order information, the order information content includes the seller's account number, product name, quantity, shipping address, and so on. The order receiving module u receives the order # message and sends the order information ^ to the corresponding seller 3.
，該賣方3透過該第四方物流管理系統1接獲訂貨資訊 後’系統1產生對應的出貨資訊（訂單與出貨資訊之間視情 况而可以7C對一、一對多，或多對一），每一筆出貨資訊 紀錄成-可更新的表單而儲存於資料庫14中表單内容包 括賣方帳號、商品名稱、叙旦 W化，丨 ^數里、达貨地址、選擇的物流商種 類或指定物流商、訂單虛搜业能 _ , 早堤理狀態，及地址條產生及列印狀態 等。在此同時，賣方3 —古而供也 σ 方面備、，另一方面則透過該第四 方物流管理系統1發出—屮眢共 ▲丄& ^ 出^才曰令。在本實施例，該出貨指 令是由該賣方3在如圖3所千百 _ J所不頁面中按下「列印出貨單」之 M379121 按紐而產生，指令内容中包括指定的物流業者種類（例如宅 配或貨運），或指定的特定物流業者（例如宅配種類中的宅 配通或宅急便等）。 該出貨單接收模組12接收來自該賣方3傳送進來的出 貨指令’即分頭傳送給出貨單號請求模組13及出貨通知模 組…該出貨單號請求模組13依據該出貨指令向對應物流 商要求一出貨單號，在此同時，出貨通知模組16向該物流 商下達-出貨通知訊息；該出貨單號是物流商在收送貨等管 理流程中所使用的國際條碼。在本實施例，系統1作為賣方癱 3與各種類的物流業者、各家物流業者合作的媒介，賣方3 可在出貝指令中指定特定業者，也可僅選擇物流業者種類， 甚至不選擇，則系統！會依據特枝則，使出f單號請求模 組13向其中一物流商要求出貨單號。以下’以宅配公司A 41 被要求出貨單號舉例說明。 匕。該宅配公司A 41依據該要求，回覆一出貨單號給該出 貨早號請求模組13，同時’由於已從出貨通知模組16得知 出貨通知訊息，因此將該筆出貨排入其宅配流程。前述宅配 · 公司A 41是利用其既採行的規則產生出貨單號，本新型不 以特定規則為限》 當出貨單號請求模組13接收該出貨單號，一方面將該 出貨單號紀錄於資料庫14中的表單，另一方面傳遞給該地 址條產生模組15，該地址條產生模組15依據該出貨指令中 所含的出貨資訊（包括收貨人名稱及地址等）及該出貨單號 產生地址條擋案，並將該地址條檔案傳送回該賣方3以供 8 該貝方3直接列印。該賣方3所瀏覽的頁面上即出現如圖 4所示之晝面，該地址條檔案内容中除出貨單號、收貨人名 稱及地址之外，還包括訂單名細及批次條碼。 。。出、通知模組16與出貨單號請求模組13争接，當出貨 早號：求模組13接收到出貨單號，該出貨通知模組16還通 知該買方即將出貨。 宅配公司A 41在物流的收發流程中，可由該宅配公司 之電腦連線系統1回報物流狀態，即時地使物流狀態 登錄為例如「收發中」（代表貨已取出）、「出貨中」（代表在 送貨途”、「取貨結案」(代表貨已送達)，及I二在」 (*代表有退貨貨物品遺失等非正常狀況）等。物流狀態接收 模組17即接收各該物流商回報的物流狀態資訊並儲存之， 以供買方2或賣方3查詢時提供。 參閱圖5’本新型第四方物流管理系統5之第二較佳實 施例是-架設於該等買方2、#方3,及物流商之間的伺服 ’群該词服器群與至少一網路拍賣網站或網路講物網站的 飼服器（圖未示）整合連結，且包括相互串接的—第一飼服 ，51、一第二伺服器52，及一第三伺服器53，分別負責與 買方2、賣方3 ’及物流商41〜42的資訊聯繫及處理工作。 田買方2在拍賣網站或購物網站購物，將透過該第四方 物流管理系統i產生—筆訂貨資訊。第―伺服器Η接收該 訂貨資訊，並將該訂貨資訊傳送給對應賣方3。 乂 該賣方3透過該第四方物流管理系統！接獲訂貨資訊 後’-方面備貨’另-方面則透過該第四方物流管理系統^ M379121 52針對 資料庫 列印出 業者種 司A 41 發出一出貨指令傳送至第二伺服器52。第二伺服器 每一，出貨資訊紀錄成—可更新的表單而儲存於該 中广述出責指令是由該賣方3在操作頁面中按下「 貨單」之按紐而產生，指令内容中包括指定的物流 類’或指定的特定物流業者。在本實施例是以宅配： 被要求出貨單號舉例說明。 該第二伺服器52接收來自該賣方3傳送進來的 令’即傳送給第三飼服器53’第三祠服器53據此向對應： 物流商-宅配公司A 41要求-出貨單號，並下達一出貨通 知汛息’該出貨單號是物流商在收送貨等管理流程 的國際條碼。 災用 -玄毛配公司A 41依據該要求，回覆一出貨單號給該第 三伺服器53,同時，依據接收到的出貨通知訊息將該筆出 貸排入其宅配流程。 當該第三伺服器53接收該出貨單號，—方面將該出貨 單號傳遞給第二伺服器52,另一方面紀錄於一該第一、第 二及第三伺服器5卜52、53皆可存取之資料庫Μ。該第二 词服器52依據該出f單號連同所對應之出貨指令中所含的 出貨資訊（包括收貨人名稱及地址等）產生—地址條標案， 並將該地址條槽案傳送回該#方3以供該賣方3直接列印。 當第三伺服器53接收到出貨單號，會對第一伺服器51 發出通知，使第一伺服器51通知該買方即將出貨。 宅配公司A 41在物流的收發流程中，可由該宅配公司 A 41之電腦連線系統！回報物流狀態，即時地使物流狀態 10 ，第三伺服器53中登錄為例如「收發中」(代表貨已取出)、 出貨中j (代表在送貨途中）、「取貨結案」（代表貨已送 達及「異常結案」（代表有退貨貨物品遺失等非正常狀況） 等第二飼服器53接收各該物流商回報的物流狀態資訊並 儲存之，以供買方2或賣方3查詢時提供。 綜上所述，本新型第四方物流管理系統丨利用單—或多 數個伺服器實作，在電子商務的架構中協助#方3與物流商 之間相互媒合，賣方3不再需要與各個物流商直接聯繫、一 一查詢’只要透過本新型系統1就能便捷地取得出貨單號並 印出地址條’賣方3與多家物流商之間容易配合，藉此大幅 降低出錯機會且提升效率，故確實能達成本新型之目的。 惟以上所述者，僅為本新型之較佳實施例而已，當不能 以此限定本新型實施之範圍，即大凡依本新型申請專利範圍 及新型說明内容所作之簡單的等效變化與修飾，皆仍屬本新 型專利涵蓋之範圍内。 【圖式簡單說明】 圖1疋一習知電子商務交易中買方、賣方與物流商之間 的關係圖； 圖2是本新型第四方物流管理系統之第一較佳實施例 的系統方塊圖，並說明該第四方物流管理系統與買方、賣方 及物流商之間的關係； 圖3是賣方使用本系統較佳實施例時其中一操作畫面 的不意圖； 圖4是賣方使用本系統較佳實施例所產生的地址條畫 11 M379121 面的示意圖；及 圖5是本新型第四方物流管理系統之第二較佳實施例 以伺服器群實作的關係圖。 12 M379121 【主要元件符號說明】 1…… •…第四方物流管理系統 3…… …·賣方 11… •…訂單接收模組 41 •…宅配公司A 12 ···· •…出貨單接收模組 42…·. …··貨運公司B 13… …·出貨單號請求模組 43••… •…郵局C 14 ···· •…資料庫 51 ··.·_ •…第一伺服器 15… •…地址條產生模組 52…… •…第二伺服器 16 ··· …·出貨通知模組 53.···_ •…第三伺服器 17 ···· …·物流狀態接收模組 54 •…資料庫 2…… …·買方 13After the seller 3 receives the order information through the fourth party logistics management system 1, 'system 1 generates the corresponding shipping information (the order and the shipping information may be 7C one-to-one, one-to-many, or multiple pairs depending on the situation). a), each shipment information is recorded in an updateable form and stored in the database 14 in the form including the seller account number, the product name, the Syrian W, the number of the goods, the cargo address, the selected logistics company type Or specify the logistics company, order virtual search industry _, early dike status, and address bar generation and printing status. At the same time, the seller 3 - the ancient supply is also prepared by σ, on the other hand, through the fourth party logistics management system 1 - a total of ▲ 丄 amp amp amp 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 In this embodiment, the shipping instruction is generated by the seller 3 pressing the M379121 button of "printing the shipping order" in the page of the thousands of pages as shown in FIG. 3, and the instruction content includes the designated logistics. Type of business (such as home delivery or shipping), or designated specific logistics operators (such as home delivery or home delivery in home delivery categories). The shipper receipt module 12 receives the shipment instruction sent from the seller 3, that is, the split delivery to the manifest number request module 13 and the shipment notification module. The shipment order number request module 13 is based on The shipping instruction requests a corresponding shipping number from the corresponding logistics provider. At the same time, the shipping notification module 16 issues a shipping notification message to the logistics provider; the shipping order number is managed by the logistics provider in the delivery and delivery. The international bar code used in the process. In this embodiment, the system 1 serves as a medium for the seller 与3 to cooperate with various types of logistics operators and various logistics operators. The seller 3 may specify a specific operator in the order of the export, or may only select the type of the logistics operator, or even not select. Then the system! According to the special branch, the request number 13 of the f-number requesting group 13 requests the delivery number from one of the logistics providers. The following is an example of the order number of the home delivery company A 41. dagger. According to the request, the home delivery company A 41 replies with a shipping order number to the shipping early request module 13 and 'sends the shipping notification message from the shipping notification module 16 Discharged into the home delivery process. The above-mentioned home delivery company A 41 uses the rules adopted by the company to generate the shipping order number, and the present invention is not limited to the specific rules. When the shipping order number requesting module 13 receives the shipping order number, on the one hand, the outbound The order number is recorded in the form in the database 14 and is transmitted to the address strip generating module 15 on the other hand. The address strip generating module 15 is based on the shipping information contained in the shipping instruction (including the consignee name). And the address, etc.) and the shipper number generate an address bar file, and the address bar file is transmitted back to the seller 3 for direct printing by the Bayer 3. The page displayed by the seller 3 appears as shown in FIG. 4, and the address bar file includes the order name and the batch barcode in addition to the shipping order number, the consignee name and the address. . . The delivery and notification module 16 contends with the delivery order number requesting module 13. When the shipping early number: the seeking module 13 receives the shipping order number, the shipping notification module 16 also informs the buyer that the shipment is about to be shipped. In the process of receiving and dispatching the logistics, the home delivery company A 41 can return the logistics status by the computer connection system 1 of the home delivery company, and immediately log the logistics status to, for example, "receiving and receiving" (representing the goods have been taken out), and "shipping" ( The representative is on the delivery route, "receive the goods closed" (representing the goods have been delivered), and I two in the "(* represents the abnormal condition of the returned goods lost), etc. The logistics status receiving module 17 receives each of the logistics The logistics status information returned by the merchant is stored and stored for the buyer 2 or the seller 3 to query. Referring to Figure 5, the second preferred embodiment of the fourth fourth party logistics management system 5 is - installed on the buyer 2 #方3, and the servo's group between the logistics providers, the word server group is integrated with at least one online auction website or a web-based website (not shown), and includes a series connection- The first feeding service, 51, a second server 52, and a third server 53, are respectively responsible for contacting and processing the information with the buyer 2, the seller 3' and the logistics company 41 to 42. The buyer 2 is at the auction site. Or shopping on the shopping site, through the fourth party The flow management system i generates the pen order information. The first server receives the order information and transmits the order information to the corresponding seller 3. 乂 The seller 3 passes the fourth party logistics management system! After receiving the order information - On the other hand, the other party sends a shipment instruction to the second server 52 via the fourth party logistics management system ^ M379121 52 for the database printer, the supplier A 41. The second server, The shipping information is recorded as an updateable form and stored in the general disclosure order is generated by the seller 3 pressing the "bill of lading" button on the operation page, and the instruction content includes the specified logistics class' Or the specified specific logistics provider. In this embodiment, the home delivery: the required shipping order number is illustrated. The second server 52 receives the order from the seller 3 to transmit 'that is, to the third feeding device 53'. The third server 53 accordingly corresponds to: the logistics provider-home delivery company A 41 requirements - the delivery number, and the release of a shipment notification message 'the shipment number is the logistics provider in the delivery process, etc. International barcode. Disaster - According to the request, the black hair matching company A 41 replies a shipping order number to the third server 53, and at the same time, discharges the pen to the home delivery process according to the received shipping notification message. The device 53 receives the shipping order number, and transmits the shipping order number to the second server 52, and records on the first, second, and third servers 5, 52, and 53 The second word server 52 generates the address bar label according to the shipping number and the shipping information (including the consignee name and address) included in the corresponding shipping instruction. And transmitting the address strip slot back to the #party 3 for direct printing by the seller 3. When the third server 53 receives the shipping order number, the first server 51 is notified to make the first server 51 inform the buyer that it is about to ship. In the process of sending and receiving logistics, the home delivery company A 41 can be connected to the computer system of the home company A 41! Returning the logistics status, the logistics status 10 is immediately activated, and the third server 53 is registered as, for example, "receiving and receiving" (representing the goods have been taken out), shipping j (representing the delivery), and "removing the goods" (representing The second feeding machine 53 receives the logistics status information returned by each of the logistics providers and stores them for the inquiry of the buyer 2 or the seller 3 when the goods have been delivered and the "abnormal settlement" (representing the abnormal condition such as the return of the returned goods). In summary, the new fourth-party logistics management system uses single-or-many server implementations to assist #方3 and logistics providers in the e-commerce architecture, and seller 3 is no longer available. Need to contact each logistics company directly, one by one query 'As long as the new system 1 can easily obtain the shipping order number and print the address bar' seller 3 and a number of logistics providers easily cooperate, thereby greatly reducing errors Opportunity and efficiency improvement, it is indeed possible to achieve the purpose of the present invention. However, the above is only a preferred embodiment of the present invention, and it is not possible to limit the scope of the present invention to the present invention. The simple equivalent changes and modifications made by the scope of the patent and the new description are still within the scope of this new patent. [Simplified description of the diagram] Figure 1. The buyer, seller and logistics provider in the e-commerce transaction Figure 2 is a system block diagram of a first preferred embodiment of the fourth party logistics management system of the present invention, and illustrates the relationship between the fourth party logistics management system and the buyer, the seller, and the logistics provider; 3 is a schematic diagram of one of the operation screens when the seller uses the preferred embodiment of the system; FIG. 4 is a schematic diagram of the address strip 11 M379121 produced by the seller using the preferred embodiment of the system; and FIG. 5 is the fourth of the present invention. The second preferred embodiment of the party logistics management system is a diagram of the implementation of the server group. 12 M379121 [Description of main component symbols] 1... •... fourth party logistics management system 3... ...·seller 11... •... Order Receiving Module 41 •...Home Delivery Company A 12 ····•... Shipment Order Receiving Module 42...····Cargo Company B 13... ... Shipment Number Request Module 43••... •... Post office C 14···· •...Database 51 ······...First Server 15...•...Address Strip Generation Module 52...•...Second Server 16···...·Shipping Notification Module 53.···_ •...third server 17 ······Logistics status receiving module 54 •...database 2... ... buyer 13