200830203 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種資產管理系統，特別是指—種 RFID資產管理系統。 【先前技術】 如圖1所示，一般貨物在盤點過程中’通常是使用紙 張製成的一表單11，並且在各個貨物包裝上留下一標記 ，藉此以進行各項的盤點作業，這樣的盤點方式不但需要 工作人員很仔細核對，才不致於記錄錯誤，如果貨物2量 相當龐大時，或者貨物的種類繁多，往往就有盤點耗時里 出錯率較高的情形發生，另外就管理者而言，必須等到所 有表單11都輸入到電腦中，或者等到所有表單丨丨都收集完 畢^才能較全面地瞭解貨物狀態，如此一來，對管理:: ::也不佳’以致於影響後續的管理、流通、使用等相關 【發明内容】 二 本^明的目的是在於提供一種可以有效提昇盤 ”占放率’並且降低出錯產生的rfid資產管理系統。 ，士於疋，本發明RHD資產管理系統是用在一受監控物上 4糸統包含-射頻辨識標籤及-收訊裝置。 •連接、^辨識‘籤是設置於該受監控物上，並包括彼此 私逆接的一工你留一 作軍- 疋、一傳輸單元、一提示單元，及一操 作早7L，該工作 诉 資料及一… 70内建有一可與該受監控物對應的識別 辨識5己錄’該傳輸單元可接收及發出一射頻信號 5 200830203 ;該提示單元可經由該工作單元的控制輸出-提示信號， 作早7G可在操作下產生_輸人到該卫作單元的觸發信 號。 j該收訊裝置可接收與發出射頻信號，並内建有一辨識 記錄’該收訊裝置可讀取出該射頻辨識標籤的識別資料， 亚同時在該收訊裝置與該射頻辨識標籤令儲存該辨識記錄 Ο …該工作單元可依據自身辨識記錄的㈣，經由該提示 早讀出該提示信號；紅作單元可依據該操作單元所輸 出的觸發信號，再改變該提示單元的提示信號；該工作單 :可依據4傳輸單元所接收的射頻信號内$，再改變該提 不早兀的提不信號；該工作單元可依據該操作單元所輸出 的觸K“虎’再改變該傳輸單元所發出的射頻信號内容。 本發明的有益效果在於··當使用者進行盤點時，可以 直接藉由該操作單元的使用，而讓該收訊裝置接收到來自 1頻辨識標籤的識別資料，如此就可以從該辨識記錄與 違提不#號中來判斷、區別出已經盤點或未盤點的受監控 物，、另外該收職置也可以主動，剛頻信號來對該㈣ 辨識&籤做確認’進而讓使用者能有效率地、準確地完成 盤點工作。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 乂下配合參考圖式之較佳實施例的詳細說明中，將可 的呈現。 200830203 壶丄土t圖2、3、4所示，本發明RFID資產管理系統200的 ^圭貫施例是用在多數受監控物2〇1上，該系統細包含 數射頻辨識標籤2。、_收訊裝置3。，及一控制中心仙。 4等射頻辨識標籤20是分別設置於該等受監控物201 ’各該射_識標籤2G包括彼此電連接的—卫作單元21 、一傳輸單元22、一裎 — ^不早儿23、一操作單元24，及一接 觸感應單元25。 該工作單it 21具有運算處理及控制功能，並内建有一 "…亥又血控物201對應的識別資料及一辨識記錄。 該傳輸單元22具有天線可接收及發出一射頻信號。 該提示單元23可經由社作單元21的控制輸出一提 不^號，在本較佳實施例中，該提示單it 23是-發光元件 /際製造時也可以是一發聲元件，該提示信號可以選擇 使用一發光信號或者一聲音信號。 該操作單元24可在操作下產生一輸入到該工作單元21 的觸發信號’在本較佳實施例中，該操作單元24是一按紐 ’該按鈕是採用微動開關。 該接觸感應單元25可與該受監控物2〇1接觸，並可依 據接觸狀態產生-檢知信號到該卫作單元21，在本較佳實 施例中，該接觸感應單元25是採用—光接收元件，該工作 單元21是依據該檢知信號的變化來判斷與該受監控物2〇ι 的接觸狀態，例如當該射頻辨識標籤20與該受監控物201 黏貼牢固時’會大幅減弱光線進人到該接觸感應單元& 因此該工作單元21就可以判斷為㈣牢固良好，相反地若 200830203 不夠牢固’或者該射頻辨識標籤職，或者被工 作^撕下，則^作單元21可依據瞬間的光線變化強度 ，進而驅使該提示單元23發出一個 ，或者聲音信號(例如一長—短的：仏例如_) 一配合圖5所示’此外’該接觸感應單S 25也可以採用 動開關’該微動開關是藉由該射頻辨識標籤2〇盘該受 ::2〇1之間的黏著力量而產生觸發，進而提供該工作 早凡21判斷黏貼是否牢固良好的狀態。 乍 該收訊裝置30可接收與發出射頻信號 識記錄，該收訊裝置30可讀取出該Α 辨 別資料，並同時在該收訊裝置3 20的識 儲存該辨識記錄。 30㈣射頻辨識標鐵2〇中 =制中心40是電連接於該收訊裝置30，並内建有_ 貝^式，在本較佳實施射，該收《置30是採用 -個固定式的讀取器（Reader)，實際應用時，也可以：用用 一=攜式的行動讀取裝置31，並且可與該控制中心 仃有線與無線的傳輸來交換資料。 ^料-步說明本發明的使用方式，實際運用時， :二作早^ 21可以依據自身辨識記錄的内容，經由該提干 =二輸出該提示信號’例如當辨識記錄為，，已盤成: I就可以發光或發聲的方式產生提示錢。 成 ^該工作單元21也可以依據該操作單元24所輸出的觸 “號’再改變該提示單元23的提示信號，例如當 &不信號產㈣，可以透過㈣作單元Μ來停止，或錢 8 200830203 用者該操作單元24時，該工作 記錄，如果辨識記錄為，，已 曰檢視内部的辨識 ，，#此#讓般Et 、，、皿” ^成時，就可以發出提示信 ，皿點人員迅速地判斷盤點狀態。 工作早I 21還可以依據該傳輸單元 頻信號内容，再改-哕趄_ # _ W接收的射 丄外Ρ壯 早π Μ的提示信號，例如可夢 由忒收汛袭置30發出射頻作费，人 曰 夫虎°卩々所有，，已盤點完成，，或，, 未盤點儿成㈣頻辨識標籤20全部發光 ，藉此盤點人員的查核將可以更準確迅速。㈣序發先 "該：=元21也可依據該操作單元24所輸出的觸發 ^虎，再改變該傳輸單元22所發出的射頻信號内容，例如 虽盤點广員按壓該操作單元24時，該傳輸單元22會發出 射頻信號以提供該收訊裝置3G確認盤點狀態。 所以，透過上述說明將可以發現，當使用者進行盤點 時，可以直接藉由該操作單元24的使用，而讓該收訊裝置 3〇接收到來自該射頻辨識標籤2()的識別資料，如此就可以 從該辨識記錄與該提示信號中來判斷、區別出已經盤點或 未盤點的受監控物201，另外該收訊裝置30也可以主動發 出射頻信號來對該射頻辨識標籤2G做確認，進而讓使用者 能有效率地、準確地完成盤點工作。 此外值付一提的是，該提示信號的變化可依據盤點的 便利性加以設計，例如發出不同顏色的光以區別狀態，或 者全部發光、閃燦等，此外聲音信號也可以有長、短聲的 不同，除了可以藉由該操作單元24的操作來促使該射頻辨 識標籤20主動發出提示信號外，也可以使用該收訊裝置扣 9 200830203 命令發出提示信號，如此一來，將可大幅提昇盤點上、杳 核上的準確與速度，充分滿足本發明的使用目的及要求。 惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請i利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆4 屬本發明專利涵蓋之範圍内。 乃 【圖式簡單說明】 圖1是一示意圖，說明一般盤點作業的方式； 管理系統 一射頻 圖2是一使用示意圖，說明本發明rfid資產 的較佳實施例； 圖3是一俯視圖，說明上述該較佳實施例中 辨識標籤的組成結構；200830203 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to an asset management system, and more particularly to an RFID asset management system. [Prior Art] As shown in Fig. 1, in general, the goods are usually in the form of a sheet 11 made of paper, and a mark is placed on each package of goods, thereby performing various inventory operations. The inventory method not only requires the staff to check carefully, but also does not record errors. If the quantity of goods 2 is quite large, or the variety of goods, there are often cases where the error rate is high in the counting time, and the manager In this case, you must wait until all the forms 11 are entered into the computer, or wait until all the forms have been collected ^ to get a more comprehensive understanding of the status of the goods, so that the management:: :: is not good enough to affect the follow-up Management, circulation, use, etc. [Summary] The purpose of the two is to provide an rfid asset management system that can effectively increase the disk occupancy rate and reduce errors. The management system is used on a monitored object to include - radio frequency identification tag and - receiving device. • Connection, ^ identification 'sign is set to the receiving On the control object, and including the work of privately reversing each other, you leave one for the army - 疋, a transmission unit, a reminder unit, and an operation 7L early, the work v. information and a... 70 built-in with the monitored object Corresponding identification identification 5 has been recorded 'The transmission unit can receive and send a radio frequency signal 5 200830203; the prompting unit can output the prompt signal via the control unit of the working unit, and the early 7G can be generated under the operation _ input to the guard The trigger signal of the unit. The receiving device can receive and transmit the radio frequency signal, and has an identification record built in. The receiving device can read and receive the identification data of the radio frequency identification tag, and the receiving device and the receiving device simultaneously The RFID tag causes the identification record to be stored. The working unit can read the prompt signal according to the prompt of the self-identification record (4); the red-making unit can change the prompting unit according to the trigger signal output by the operating unit. The prompt signal; the work order: according to the RF signal received by the 4 transmission unit, and then change the signal that is not earlier; the work unit can be based on An output unit for the contact K "Tiger 'then change the contents of the radio frequency signal transmitting unit is issued. The beneficial effects of the present invention are that when the user performs the inventory, the receiving device can directly receive the identification data from the 1-frequency identification tag by using the operation unit, so that the identification record can be obtained from the identification record. The violation is not ## to judge and distinguish the monitored objects that have been counted or un-inventory, and the other positions can also take the initiative, just the frequency signal to confirm the (4) identification & sign and let the user Perform inventory work efficiently and accurately. [Embodiment] The foregoing and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments. 200830203 Pottery soil t shown in Figures 2, 3, and 4, the RFID application of the RFID asset management system 200 of the present invention is used on most of the monitored objects 2〇1, and the system includes a plurality of radio frequency identification tags 2. , _ receiving device 3. , and a control center fairy. 4 or the like, the radio frequency identification tags 20 are respectively disposed on the monitored objects 201. The respective tags 203 are electrically connected to each other. The security unit 21, a transmission unit 22, a 裎-^ are not early 23, one The operating unit 24 and a contact sensing unit 25. The work order it 21 has an arithmetic processing and control function, and has built-in identification data corresponding to the "...Hui and blood control object 201 and an identification record. The transmission unit 22 has an antenna for receiving and transmitting a radio frequency signal. The prompting unit 23 can output a notification number through the control of the social processing unit 21. In the preferred embodiment, the prompting unit it 23 is a light emitting component or a sounding component, which is also a sounding component. It is optional to use an illumination signal or an acoustic signal. The operating unit 24 is operable to generate a trigger signal input to the working unit 21. In the preferred embodiment, the operating unit 24 is a button. The button is a microswitch. The contact sensing unit 25 can be in contact with the monitored object 2〇1, and can generate a detection signal according to the contact state to the working unit 21. In the preferred embodiment, the touch sensing unit 25 adopts light. Receiving component, the working unit 21 determines the contact state with the monitored object 2〇 according to the change of the detection signal, for example, when the RFID tag 20 is firmly adhered to the monitored object 201, the light is greatly reduced. Into the contact sensing unit & therefore, the working unit 21 can be judged as (four) firm and good, if the 200830203 is not strong enough 'or the RFID tag, or is torn off by the work ^, the unit 21 can be based on The momentary intensity of the light changes, which in turn drives the prompting unit 23 to emit one, or an acoustic signal (for example, a long-short: 仏, for example, _). In conjunction with the 'in addition' of the contact sensing single S 25, the movable switch can also be used. 'The micro switch is triggered by the adhesion of the RFID tag 2 to: 2:1, and thus provides the work to determine whether the adhesive is firm or not. State.收 The receiving device 30 can receive and transmit a radio frequency signal, and the receiving device 30 can read and extract the identification data, and simultaneously store the identification record at the receiving device 3 20 . 30 (4) Radio frequency identification standard 2 〇 = Center 40 is electrically connected to the receiving device 30, and has a built-in _ ^ ^ type, in the preferred implementation, the "30 is a fixed type The reader (Reader), in actual application, can also use: a portable mobile device 31, and can exchange data with the control center for wired and wireless transmission. The material-step illustrates the use mode of the present invention. In actual use, the second operation can be based on the content of the self-identification record, and the prompt signal is output via the lift=2, for example, when the identification record is, : I can generate prompt money in the way of lighting or sounding. The working unit 21 can also change the prompt signal of the prompting unit 23 according to the touch “number” output by the operating unit 24, for example, when & no signal production (4), the unit can be stopped by (4), or money 8 200830203 When the user operates the unit 24, the work record, if the identification record is, the internal identification has been checked, ############################################# The point personnel quickly judges the inventory status. Working early I 21 can also be based on the content of the transmission unit frequency signal, and then change the signal of the 丄 # # 接收 接收 接收 接收 接收 接收 接收 接收 , , , , , , , , , , , , , , , , , , Fees, people, husbands and tigers, all, have been counted, or,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, (4) The sequence of the first " the:= element 21 can also change the content of the radio frequency signal emitted by the transmission unit 22 according to the trigger outputted by the operation unit 24, for example, when the inventory unit presses the operation unit 24, The transmission unit 22 sends a radio frequency signal to provide the receiving device 3G to confirm the inventory status. Therefore, through the above description, it can be found that when the user performs the inventory, the receiving device 3 can receive the identification data from the RFID tag 2() directly by the use of the operating unit 24. The monitored object 201 can be judged and distinguished from the identification record and the prompt signal, and the receiving device 30 can also actively send out a radio frequency signal to confirm the RFID tag 2G. Allow users to complete the inventory work efficiently and accurately. In addition, it is worth mentioning that the change of the prompt signal can be designed according to the convenience of the inventory, for example, different colors of light are emitted to distinguish the state, or all of the light, flashing, etc., and the sound signal can also have long and short sounds. The difference is that, in addition to the operation of the operating unit 24, the RFID tag 20 can promptly send a prompt signal, and the receiving device can also be used to issue a prompt signal, so that the inventory can be greatly improved. The accuracy and speed of the upper and lower nucleus fully satisfy the purpose and requirements of the present invention. The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent changes and modifications made by the present invention in accordance with the scope of the invention and the description of the invention. All of them are within the scope of the patent of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing a manner of general inventory operation; a management system-radio frequency diagram 2 is a schematic diagram for explaining a preferred embodiment of the rfid asset of the present invention; FIG. 3 is a top view illustrating the above The composition of the identification tag is identified in the preferred embodiment;
圖4是一示意圖，說明上述該較佳實施例 辨識標鐵的—接觸感應單元是採用-光接收元件； 圖5是一示意圖，說明上述該較佳實施 辨硪標鐵的接觸感應單元是採用—微動開關。 10 200830203 【主要元件符號說明】 200···· ···· RFID資產管理 23 ·… ••…提示單元 系統 24 ···· .....操作單元 201···· •…受監控物 25 ···· ••…接觸感應單元 20 ·… •…射頻辨識標籤 30 ···· ••…收訊裝置 21…… •…工作單元 31 •… ••…行動讀取裝置 22…… •…傳輸單元 40 •… ••…控制中心 114 is a schematic view showing that the contact sensing unit of the identification iron of the preferred embodiment is a light receiving component; FIG. 5 is a schematic view showing that the contact sensing unit of the preferred embodiment is used. -Micro Switch. 10 200830203 [Explanation of main component symbols] 200········ RFID asset management 23 ·... ••...Cue unit system 24 ···· .....Operation unit 201···· •...monitored Object 25 ···· ••...contact sensing unit 20 ·... •...radio frequency identification tag 30 ···· •• receiving device 21... •...work unit 31 •... ••...action reading device 22... ... •...Transmission unit 40 •... ••...Control Center 11