1308450 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種主從式無線資料保密識別追蹤電池模組 -管理裝置。尤其是指-種於電池歡上設置有至少—無線識別桿 籤以及一無線讀寫裝置來管理電池狀態之一種主從式無線資料保 密識別追蹤電池模組管理裝置。 【先前技術】 在人類日常生活有許多行為牽涉到物品之使用或進出，這類 動作常有紀錄其歷史資料並於必要時純追溯、細等需求，例 如上述電池模組之級賴史紀錄，如出廠之基本資料、充 次數、深度、儲存及使用環境因素等動態㈣，均為電池模組 全、可靠度、回收與再利用之重要依據，傳統上這類需求 曾管控，就是僅以人工方式紀錄域計最基本之初輕料 使用過程巾之動㈣料’尚無有效之管理技術與方案，因此易 產生人為失誤並釀成災害。易 池管理技術’大多_電池之電源f理系統，針對電 池之充放魏祕彳了控管，資料僅可紀騎顧 ==车ίΐ鍋讀取均採用傳輸線連結的方式：： 种來由於無線電子技術的進步，開始有採用1線傳 輸，將電池模組所紀錄之基本資訊對外傳送電3 組了複數個電池部件、電源管理電源系統管理= 卩件即時_態資料及環境因素進行存取 1308450 與傳輸。又如，U.S. Pat. No. 5, 654, 623所揭露的為一種即時監 控以及顯示電池殘餘電力之裝置。雖然該技術可以讓使用者掌握 電池之電力狀態，不過還是具有下列幾項缺點： 1·僅在電池上没置識別碼，並無法動態即時監控電池之溫 度、壓力、電壓、電流以及深度的狀態。 2. 需要在電池連接到充電器或者是電子裝置時，才可以監控 到其電力狀屬於被動式的監控。因此，使用者無法任意 隨時的主動監測以有效率的掌握電池之狀態。 3. 由於該，術僅對於殘餘之電力進行監控，並無法真正掌握 電池之壽命’以進行再利用、回收、廢棄之履歷管理。 、、也f—種主^㈣料絲糊追縱電 池模組管理裝置來解決習用技藝之缺點。 【發明内容】 本發明的主要目的是提供一種主 、 管雜倾、_元件生命(如：生產 再利用、回收、廢棄之履歷）之目的。 使用s理、 本發明的次要目的是提供一種主從 電池模组管理裝置，且係矛丨 〜、、貝保畨識別追蹤 人 衣1其係利用無線識別技術鱼 5 ’達到對於電池模組進行即時識別 由，也摘，'、且進订結 態資料追溯之目的。 ’、使用狀態等相關動 本發明的另-目的是提供—種 電池模組管理裝置，其係利用無線識二 == 7 1308450 合，達到對於電池模組内之從屬電池單&進行電池狀態(如： 之電流、電壓、溫度、次數、深度）的控管與記錄。 雷=咖又-目岐提供—種主從式無_料保 —錢、溫度、壓力以及深度等 態之於電池早凡内之無線識別標籤中，達到即時監控料狀 4了制上述之目的’本發明提供—種 莫組管理裝置，包括:至少一從屬電忒 及—'崎理控制單元，其係與該 -無绫讀貞錢接，魏源祕#雜鮮元具有 …’項寫裝置㈣該至少—録翻賊進行㈣讀取及 =該從屬電池單元之蝴重要f訊被記錄儲存之後，該電源系 以藉由該無線讀寫裝置讀取儲存於該無線識 該無線識別標籤内，同時 杜構，早70，而可形成一種群組型主從 史遽幻1 從關係故可進行資料識別、保密、充放電歷 再利用= 之重要域(如：生產、使用管理、 整個電池歷）’以_每個從屬之從屬電池單元與 -傳元該1:=:控編有··-主控單元； 元，為h ::與控早70作魏連H及一記憶單 系统管理訊連接，該記憶單对以記錄該電源 糸統5理控制早响_無__錢之資料。 ⑤ 8 1308450 較佳的是，該記憶單元可為一無線識別標籤或者是一快閃記 憶體。 β 較佳的是，該傳輸介面單元係為一無線傳輸介面、一 介 面或者是一 RS-232介面。 較佳的是，該從屬電池單元更包括有至少一感測器。其中， 該感測器可為-壓力感測器、一溫度感測器、―電壓感測器、一 電池液位感測H或者是其組合。藉由該感測器所感測之資訊，例 如：電壓、溫度、壓力、電池液深度，而將資訊紀錄於該從數電 池單元之無線識別標籤内。 較佳^的是，該主從式無線資料保密識別追蹤電池模組管理裝 置’其係包括有-中央監控裝置，該中央監控裝置具有一無線讀 取裝置。_該中央監控裝置可以監控該為從屬電池單元與電源 系統管理控制單元之生命週鮮理(如：生產、使用管理、再利用、 回收、廢棄之履歷），以確保每個從屬之從屬電池單元與整個電池 模組之品質控管。1308450 IX. Description of the Invention: [Technical Field] The present invention relates to a master-slave wireless data privacy identification and tracking battery module-management device. In particular, it refers to a master-slave wireless data confidentiality identification tracking battery module management device that is provided with at least a wireless identification tag and a wireless read/write device to manage the battery state. [Prior Art] There are many behaviors in human daily life that involve the use or entry of articles. Such actions often record historical data and, if necessary, trace back to the requirements, such as the history of the above battery modules. Such as the basic data, charge times, depth, storage and use environment factors (4), are important basis for battery module reliability, recycling, recycling and reuse. Traditionally, such requirements have been controlled, only artificial The method of recording the most basic light-weight material used in the process of measuring the field (four) material 'there is no effective management technology and program, so it is easy to cause human error and cause disaster. Easy pool management technology 'most _ battery power system, for the battery charge and release Wei secret control, data can only be Ji Gu == car ΐ 读取 reading are all using transmission line connection:: Advances in wireless electronic technology have begun to adopt 1-wire transmission, and the basic information recorded by the battery module is transmitted to the external group. A plurality of battery components, power management, power system management, and real-time information and environmental factors are stored. Take 1308450 with the transfer. As another example, U.S. Pat. No. 5, 654, 623 discloses a device for real-time monitoring and display of residual battery power. Although this technology allows the user to grasp the power status of the battery, it has the following shortcomings: 1. Only the identification code is not set on the battery, and the temperature, pressure, voltage, current and depth of the battery cannot be monitored dynamically. . 2. It is necessary to monitor the power status of the battery when it is connected to a charger or an electronic device. Therefore, the user cannot actively monitor at any time to effectively grasp the state of the battery. 3. Because of this, the operation only monitors the residual power, and can't really grasp the battery life' for the management of recycling, recycling, and disposal. , and f-type master ^ (four) material paste paste battery module management device to solve the shortcomings of the conventional skills. SUMMARY OF THE INVENTION The main object of the present invention is to provide a purpose of main, tube, and _ component life (e.g., production re-use, recycling, and disposal history). The secondary purpose of the present invention is to provide a master-slave battery module management device, and to use the wireless recognition technology fish 5' to reach the battery module. For the purpose of real-time identification, also pick, ', and the final state of the information. ', the use state, etc. Another object of the present invention is to provide a battery module management device, which uses the wireless identification two == 7 1308450 to achieve battery status for the slave battery unit & Control and recording of (eg, current, voltage, temperature, frequency, depth). Lei = coffee and - the target provides - a master-slave type - no insurance - money, temperature, pressure and depth of the state of the wireless identification tag in the battery, to achieve the purpose of monitoring the material The present invention provides a mohs group management device, comprising: at least one subordinate eMule and - 'Kazaki control unit, which is connected with the - no reading, and Wei Yuan Mi #杂鲜元 has...' item writing device (4) the at least the recording thief performs (4) reading and = the important battery information of the slave battery unit is recorded and stored, and the power source is read by the wireless reading and writing device and stored in the wireless identification wireless identification tag At the same time, Du Fu, early 70, can form a group-type master-slave history illusion 1 from the relationship can be used for data identification, confidentiality, charge and discharge calendar reuse = important areas (such as: production, use management, the entire battery Calendar] '_ each dependent subordinate battery unit and - Chuanyuan 1:=: control has ··- main control unit; yuan, h: and control early 70 for Wei L and a memory system Management communication connection, the memory single pair to record the power system 5 control early sound _ no __ money Information. 5 8 1308450 Preferably, the memory unit can be a wireless identification tag or a flash memory. Preferably, the transmission interface unit is a wireless transmission interface, a interface or an RS-232 interface. Preferably, the slave battery unit further includes at least one sensor. The sensor can be a pressure sensor, a temperature sensor, a voltage sensor, a battery level sensing H, or a combination thereof. The information is recorded in the wireless identification tag of the slave battery unit by information sensed by the sensor, such as voltage, temperature, pressure, and battery depth. Preferably, the master-slave wireless data privacy identification tracking battery module management device includes a central monitoring device having a wireless reading device. _ The central monitoring device can monitor the life cycle of the slave battery unit and the power system management control unit (eg, production, usage management, reuse, recycling, and waste history) to ensure each slave subordinate battery unit Quality control with the entire battery module.
【實施方式】 ，使胃審查委員能對本發明之特徵、目的及功能有更進一 二的⑽知與瞭解’下文特將本發明之裝置的糊細部結構以及設 β的，原由進行說明，以使得審查委員可以了解本發明之特 點，細說明陳述如下： 資料=以及圖二所示，其中圖—係為本發明主從式無線 貝^保;朗魏電_崎雜置，顧於f池裝置之較佳實 1、圖’ 係為本㈣域式無線資料保密識別追縱電池 ^308450 ^組管理裝置之喊示意圖。該電池模組1係包括有複數個從屬 單元11以及一電源系統管理控制單元13。本發明所謂之主從 、，構其疋義分為主控的部分以及從屬的部分，主控的部分係 可藉由無線讀取技麟於從屬的部分進行資料賴，進而對從屬 ，部分進行管理錢狀態之轉。錄此實施财，舰屬電池 早凡115卩為前述之從屬的部分；該電源系統f理控制單元即 述之主控的部分。 ’[Embodiment] The stomach reviewing committee can further improve the characteristics, objects, and functions of the present invention. (10) Knowing and understanding the following describes the structure of the paste portion of the device of the present invention and the reason for setting β. The review committee can understand the characteristics of the present invention, and the detailed description is as follows: Data = and Figure 2, wherein the figure - is the master-slave wireless security of the invention; Lang Weidian _ Qi Zai, Gu pool The device is better, the figure is based on (4) domain-type wireless data security identification tracking battery ^308450 ^ group management device shouting diagram. The battery module 1 includes a plurality of slave units 11 and a power system management control unit 13. The so-called master-slave, the part of the main control and the subordinate part of the invention are controlled by the wireless reading technology, and then the subordinates and parts are carried out. Manage the state of money. Recording this implementation, the ship's battery is 115 parts of the aforementioned subordinate part; the power system is the main control part of the control unit. ’
該複數個從屬電池單元1卜係容置於一殼體1〇内，其中每一 ，從屬電池單元11上具有無線識別標籤111以及感測器'112。該 $測器m係可為偵測該從屬電池單元u相關特性之感測器，例 曰、溫度感測n、電池液位_器、電壓感測器或 ίΐϊί，’但不在此限。細器112之配置可以視使用狀況 之需求而疋。娜_ 112所感測之資訊可 標藏⑴内，物卩時監控或者是歷讀4分析之依據:=； =識==m可叫埋餅狀方式封胁雜屬電池單^; 波設倾㈣技術之導人以減少金屬與水分等因素 之卞擾。 該電源系統管理控制單元13，係設置於 =:單元13係與該至少一從屬電池單元η作資: 接如圖—中所不，該電源系統管理控制翠元13 Γ傳ΐΐ1寫裝^13卜—主控單元132、—記憶單元⑶I 及傳輸;丨面早兀134。該電源130提供該電 聞乍所f之電力，_娜理控制單元13 ^ 寫裝謂糖少-_賴m妨_=;= 1308450 =、、、線II寫裝置131可藉由内埋或外封之方式設置於該電源 控制單元上13 ’透過電磁波設計與材料技術之導入以減 :〃水分等因素之干擾。職無線讀寫襄置131所讀取之資 該主控單元132之控制使資料儲存於與該主控單元132 料元133巾。胁轉元133可以是快閃記 疋‘、、、線制細等’但不在錄。該聽介面單元134 元132偶接，該傳輪介面單元134可以提供USB介 無線資料傳輸或妓M2資料傳輸，但不在此限，以 制單夕之裝置經由該傳輸介面單元134取得該電源系統管理控 早π 13所儲存關於該從屬電池單元丨丨之資料。 中之實施狀態’該電池模組丨具有人倾屬電池單元 屬電從屬電池單元11上都有無線識別標籤m，所以從 _時候，工廢就可以_電池單元η之 用梦 廠日、電池序號、電池液類別、保養日、使 之外==訊記錄及讀取在該無線識別標箴111内，除此 中兮單元11設置有感測器112，因此在使用過程 中心二度等資料都可以被記錄於該無線識別標籤111 如快閃記億體或===管理單元13上也有設置一記憶單元， 也，，及==動_ 後，該;源元11之相關重要資訊被記錄儲存之 讀取3就可以藉由該無線讀寫裝置131 子於该無_別顧U1㈣轉或者是寫人雜於該無 1308450 線識別標籤111内，進關時或分時控制㈣朗之從屬電池單 =U ’而可形成-種群_域結構，建立雙方之主從關係故可 進行資料酬、絲、綠電敎記__重要倾之追溯， 从作為從屬電池單元與電源系統管理㈣單元之生命週期管理之 重要依據(如：生產 '使用管理、再·、回收、廢棄之履 以確保每個從屬之從屬電池單幻1與整個電池歡丨之品質控 管。 、工The plurality of slave battery units 1 are housed in a casing 1 , wherein each of the slave battery units 11 has a wireless identification tag 111 and a sensor '112. The detector m can be a sensor for detecting the relevant characteristics of the slave battery unit u, for example, temperature sensing n, battery level_device, voltage sensor or ίΐϊί, but not limited thereto. The configuration of the squeegee 112 can be varied depending on the needs of the use condition. The information sensed by Na_112 can be marked in (1), the monitoring of the object or the basis of the 4 analysis: =; = Sense == m can be called buried cake-like way to protect the miscellaneous battery unit ^; (4) The guide of technology to reduce the nuisance of factors such as metal and moisture. The power system management control unit 13 is configured to: the unit 13 is associated with the at least one slave battery unit η: as shown in the figure, the power system management control Cuiyuan 13 Γ传ΐΐ1 writing and mounting ^13 Bu-master unit 132, - memory unit (3) I and transmission; The power source 130 provides the power of the electric device, and the control device 13 ^ writes that the sugar is less - _ _ _ _ =; = 1308450 =,,, line II writing device 131 can be buried or The external sealing method is set on the power control unit 13' through the introduction of electromagnetic wave design and material technology to reduce interference caused by factors such as moisture. The information read by the service wireless reading and writing unit 131 is controlled by the main control unit 132 to store the data in the unit 133 of the main control unit 132. The threat element 133 may be a flash 疋 ‘, ,, line fine, etc. but not recorded. The listening interface unit 134 is connected to the device 132, and the transmitting interface unit 134 can provide USB wireless data transmission or 妓M2 data transmission, but not limited thereto, and the device can obtain the power system via the transmission interface unit 134. The management controls the information stored in the slave battery unit π 13 . In the implementation state of the battery module, the battery module has a wireless identification tag m, and the battery module 11 has a wireless identification tag m, so when it is _, the work waste can be used _ battery cell η with dream factory day, battery The serial number, the battery liquid type, the maintenance date, and the other == recording and reading in the wireless identification target 111, except that the middle unit 11 is provided with the sensor 112, so the second level information is used in the process center. All can be recorded on the wireless identification tag 111, such as flash memory or === management unit 13, also has a memory unit, also, and == move_, the important information of the source element 11 is recorded The stored read 3 can be controlled by the wireless read/write device 131 in the no-neighbor U1 (four) or in the non-1308450 line identification tag 111, and can be controlled at the time of entry or time division (4) The battery single = U ' can form a - population _ domain structure, establish the master-slave relationship between the two parties, so the data can be remunerated, silk, green electricity __ important trace back, from the slave battery unit and power system management (four) unit An important basis for life cycle management (eg Production 'use management, re-recovered, discarding the shoe to ensure that each of the slave 1 and slave cell units phantom of the overall battery quality control joy Shu tube, working
在熟悉此領域之人-定會常感覺到，當電池放電量不足 是充放電頻率異常的喃，要如何能從複數個從屬電池單元 出有問題之從屬電池單it ’常常是很_關題。例如：备該電 池，組！充滿電時’還是電壓不糾時候，到底是哪—二屬 池早7G 11 Μ題，這就會讓使用者相t_。而—般簡單的 就是對每-個從屬電池單元龍進行量測，不過耗時、耗力是一 大缺點。所以透過本發明之裝置，這些問題都可以迎刃而解。 言月參閱圖三所示’棚係為本發明主從式無線㈣保密識) 追縱電池模組管理裝置之另—較錄施例示賴。在本實施4 中’係指於-使用複數個電池模、组i的工廢或者是電動車廠心 是半導體、面板所使用之無人搬運車(Aut_ionGuided Vehicl AGV)等場合時，由於這些場所需要之電池模組丨數量相當龐大 因此可以本發明之裝置來進行電池管理。在财所描述的名 為利用本發明之精神所架構之無線識別電池模組監控系統2,動 統管理有複數個電池模組〗以及具有一甲央監控裝置2，在本實梯 例中，該巾央監控裝置21可以為電子計算裝置(舰器、工作 等）。該巾央驗裝置21具有-讀寫健22，可_時或者 時讀取該電池模組1之記鮮元⑶崎記錄之㈣，在本實ς :1308450 例中’該記憶單元133係為無線識別標籤。本發明所謂之主從式 架構，其定義分為主控的部分以及從屬的部分，主控的部分係可 無線讀取技術對於從屬的部分進行資料絲，進而對從屬的 P刀進行管理以及狀態之掌握。*在此實施例巾，該電池模組1 即為前述之從屬的部分；該中央監控裝置21即為前述之主控的部 &利用該中央監控裝置2 i可以對該電池模組進行電池狀態的控 管與記錄，如充放電之電流、電壓、溫度、次數、深度等· ·，並 進^從屬電池單元11以及電源线管理㈣單元13之生命週期 控管，如生產、使用管理、再利用、回收、廢棄之履歷管理，除 強化產品之安全、可靠度與有崎低營運成本以及增加彈性調度 之靈活性外，更使電池、電源系統管理控制單元、關鍵材料等… 回收及再彻之管理齡得减立。此外，該巾央驗裝置Μ也 可以長期記錄該電池模組丨以及從屬電池單元n之資料以便進 行統汁製程官制(Statistical Process Control，SPC)，長期監 ，每-個電池模組〗以及從屬電池單元u之雜，以提早發現^ 能有問題之電賴組丨或者是從屬電池單元丨卜避免危安問題產 生。 本發明的獨特性在於從屬電池單元u部件與電㈣統管理控 制單元匕上都有獨立的無線識職置，可對複數個無線識別電ς 進订資料讀取及寫人’進關時或分時控制多做屬電池單元Μ 裝置故可職-種群_域結構，透過触從結構可分別針對 各倾屬電池單元11進行電池狀態的控管與紀錄，如充放電之雷 流、頓、溫度、次數、深度等...，並進行電池部件以及電 理電源系統管理控制單元之生命週期控管，如生產、使用总理 :l3〇845〇 再利用、回收、廢棄之履歷管理，除強化產品之安全、可靠度與 有效降低營運成本以及增加雜調度之靈活性外，更使該從屬電 池單元Η、電源系統管理控制單元13、甚至其他之關鍵材料等回 收及再利用之管理體系得以建立。 唯以上所述者，僅為本發明之較佳實施例，當不能以之限制 本發明範圍。即大凡依本發明申請專利範圍所做之均等變化及修 飾’仍將不失本發明之要義所在，尤其是本發明實施例之步驟僅 為說明所示，其順序僅為了說明而定，如有順序改變或相互置換， _ 亦不脫離本發明之精神和翻，故鑛視為本發_進—步實施 狀況。 綜合上述，本發明提供有效監控以及管理電池模組之狀態， $以滿足業界之需求’進而提高該產業之競爭力以及帶動週遭產 業之發展’誠已符合發明專利法所規定申請發明所需具備之要 件’故爰依法呈提發明專利之申請，謹請貴審查委員允撥時間 惠予審視，並賜準專利為禱。 1308450 【闽式簡單說明】 圖-係為本發明主從式無線資料保密識別追瞰電池模組管理裝 置應用於電池裝置之較佳實施例示意圖。 圖一係為本發明主從式無線資料保密識別追蹤電池模組管理裝置 之組成示意圖。 、 圖二係為本發明主從式無線資料保密識別追蹤電池模組管理裝置 之另一較佳實施例示意圖。 【主要元件符號說明】 1〜電池模組 10- 殼體 11- 從屬電池單元 111- 無線識別標籤 112- 感測器 12- 電路板 > 13 -電源系統管理控制單元 130- 電源 131- 無線讀寫襞置 132- 主控單元 ' 133-記憶單元 134-傳輪介面單元 2~無線識別電池模組監控系統 21-監控中心 1308450 22-無線讀寫裝置People who are familiar with this field will often feel that when the battery discharge is insufficient, the charge and discharge frequency is abnormal, how can the slave battery from the multiple slave battery units be 'it is often very close? . For example: prepare the battery, group! When the battery is fully charged, or when the voltage is not correct, what is it? The second genre is 7G 11 ,, which will let the user phase t_. It is generally simple to measure each of the subordinate battery cells, but time and effort are a major drawback. Therefore, with the device of the present invention, these problems can be solved. See the picture shown in Figure 3, 'The shed is the master-slave wireless (4) secret identification of the invention.) The other is to record the battery module management device. In the present embodiment 4, the use of a plurality of battery modules, the use of the group i, or the electric vehicle manufacturer's heart is a semiconductor or panel used in an autonomous vehicle (Aut_ionGuided Vehicl AGV), etc., because these places require The number of battery modules is so large that battery management can be performed by the apparatus of the present invention. The wireless identification battery module monitoring system 2, which is described in the financial sense by using the spirit of the present invention, has a plurality of battery modules and a central monitoring device 2, and in the present example, The towel monitoring device 21 can be an electronic computing device (ship, work, etc.). The towel inspection device 21 has a read/write key 22, and can read the battery element 1 (3) of the battery module 1 (4). In the present embodiment: 1308450, the memory unit 133 is Wireless identification tag. The so-called master-slave architecture of the present invention is defined as a part of the main control and a subordinate part, and the part of the main control is a wireless reading technology for the subordinate part to carry out the data line, and then to manage the subordinate P blade and the state. Mastery. * In this embodiment, the battery module 1 is the aforementioned subordinate portion; the central monitoring device 21 is the aforementioned main control unit &; the central monitoring device 2 i can be used to battery the battery module Control and recording of the state, such as current, voltage, temperature, frequency, depth, etc. of the charge and discharge, and the life cycle control of the slave battery unit 11 and the power line management (4) unit 13, such as production, use management, and then In addition to enhancing the safety, reliability, and low operating costs of the products, as well as increasing the flexibility of flexible scheduling, the battery management of the battery, power system management control unit, key materials, etc. The management age is reduced. In addition, the towel inspection device can also record the data of the battery module and the slave battery unit n for a long time to carry out the statistical process control (SPC), long-term monitoring, each battery module and subordinates. The battery unit u is mixed to detect the problem of the power supply unit or the slave battery unit. The uniqueness of the invention lies in that the slave battery unit u component and the electric (four) system management control unit have independent wireless affiliation, and can read and write the data to the plurality of wireless identification cards. The time-sharing control is more than the battery unit 装置 device, so the service-population_domain structure, through the touch structure, the battery state control and recording can be respectively performed for each of the declining battery cells 11, such as lightning flow and discharge of charging and discharging, Temperature, frequency, depth, etc., and the life cycle control of the battery components and the power management system control unit, such as production and use of the prime minister: l3〇845〇 reuse, recycling, waste management, in addition to strengthening The safety and reliability of the product and the effective reduction of operating costs and the flexibility of miscellaneous scheduling enable the management system for the recovery and reuse of the subordinate battery unit, the power system management control unit 13, and even other key materials. . 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 equivalent changes and modifications of the scope of the present invention will remain the same, and the steps of the embodiments of the present invention are merely illustrative, and the order is only for the sake of explanation. The order is changed or replaced with each other, and _ does not deviate from the spirit and the turning of the present invention, so the mine is regarded as the implementation status of the present invention. In summary, the present invention provides effective monitoring and management of the state of the battery module, to meet the needs of the industry 'to further enhance the competitiveness of the industry and to promote the development of the surrounding industry. 'The company has met the requirements of the invention patent law to apply for inventions. The application of the article 'Issued to file an invention patent in accordance with the law, please ask your review board to allow time for the review, and grant the patent as a prayer. 1308450 [Simple description] The diagram is a schematic diagram of a preferred embodiment of the battery module management device for the master-slave wireless data privacy identification and tracking battery module management device of the present invention. FIG. 1 is a schematic diagram of the composition of a master-slave wireless data privacy identification and tracking battery module management device according to the present invention. 2 is a schematic diagram of another preferred embodiment of the master-slave wireless data privacy identification tracking battery module management apparatus of the present invention. [Main component symbol description] 1~Battery module 10 - Case 11 - Slave battery unit 111 - Wireless identification tag 112 - Sensor 12 - Circuit board > 13 - Power system management control unit 130 - Power supply 131 - Wireless read Write device 132- main control unit '133-memory unit 134-transport interface unit 2~ wireless identification battery module monitoring system 21-monitoring center 1308450 22-wireless read/write device