M441884 五、新型說明： 【新型所屬之技術領域】 本創作係為一種識別裝置及具有識別裝置之酒瓶存玫 裝置，特別是一種具有可在較小的範圍内辨識出不同的識 別標籤之識別裝置及具有其識別裝置之酒瓶存放裝置之創 作。 • 【先前技術】 隨著科技的發展，利用條碼或標籤來作為倉儲管理的 方式已經是非常廣泛的技術，而其中利用射頻識別技術 (Radio Frequency IDentification，RFID)標籤也是主要發 展的技術’利用RFID讀寫器就可以同時讀取多個rFI£)標 藏。但先前技術令若要得知RFID標籤之座標，需事先放 置參考座標之RFID讀寫器至適當位置，並經過反覆之座 標校正和適當之演算法計算，才能得知rFID標籤之座標。 鲁而且由於RFID標籤係為一無線電訊號之應用，其射頻訊 號易受外在環境之影響，且不易將射頻訊號圈定在一特定 範圍内。 另外，如果欲以RHD標籤建立一小型且封閉的系統， 如將RFID標籤設置於酒瓶上，再放置到酒櫃中，先前技 術中RFID讀寫器判斷RnD標籤座標的精確度會明顯下 降。其原因在於受限於酒櫃等較小的空間，並不適合建置 多個參考座標，相對的其建置之成本會增加很多。另外在 狹小的空間中對於RFID訊號強度的分辨力也存在一定的 3 M441884 不可行性，匪）讀寫器除了要能辨識不同訊號源的訊號強 度外’也要有能力排除-些訊號重覆反射及延遲等干擾的 問題。換言之，若要單單以RFID讀寫器做為定位的技術， 會面臨-些條件限制，如需—複雜之定位演算法定位系 統需建立參考座標，需經由校正公式建立訊號值強度 (Received Signal Strength Indicati〇n，RSSI)與距離之特 性曲線’或是需利用主動標籤（active tag)建立一已知的 定位環境以及需考量環境差異對RFID定位技術之影響。 而且RFID讀寫器對於複數個RFID標籤而言，並無法 辨識複數之RFID標籤相對於座標體系之相對位置，也就 疋RF1D讀寫器無法辨識酒瓶放在酒櫃的哪個位置。另外 如果有一個或二個以上之標籤同時出現在RFiD讀寫器所 ，蓋的訊號範圍内’ RFID讀寫器會同時讀出兩個RHD標 籤，但無法分辨出彼此。RFm讀寫器也必須要隨時讀取 KPID標$ f @得#複數之RFm標籤是否有增加或減少。 因此有必要創作出一種新的識別裝置及具有其識別裝 置之酒瓶存放裝置以解決先前技術的缺失。 【新型内容】 本創作之主要目的係在提供一種識別裝置，其具有可 在較小的範圍内辨識出不同的識別標籤之功能 本創作之另一主要目的係在提供-種具有上述識別裝 置之酒瓶存放裝置。 M441884 為達成上述之目的，本創作之識別裝置係用於複數之 容置空間内以辨識元件之識別標籤。識別裝置包括複數之 感應裝置、複數之開關袈置、切換電路、讀取裝置及處理 裝置。複數之感應裝置係分別設置於其中任一容置空間 内。複數之開關裝置係分別設置於其中任一容置空間内。 切換電路係選擇性地與複數之感應裝置電性連接。讀取裝 置係與切換電路電性連接，以經由切換電路電性連接至其 中一感應裝置。處理裝置係與複數之開關裝置、切換電路 _及債測裝置電性連接，其中當元件放入其中任一容置空間 時，係使得容置空間所設置之開關裝置傳輸啟動訊號至處 理裝置，處理裝置係根據啟動訊號控制切換電路啟動對應 之感應裝置，以使讀取裝置得以讀取位於容置空間内之元 件之識別標籤，以得到讀取資料。 本創作之具有識別裝置之酒瓶存放裝置用以放置複數 之酒瓶。複數之酒瓶各自具有識別標籤。酒瓶存放裝置包 括複數之酒瓶槽及識別裝置。識別裝置包括複數之感應裝 _置、複數之開關裝置、切換電路、讀取裝置及處理裝置。 複數之感應裝置係分別設置於其中任一酒瓶槽内。複數之 開關裝置係分別設置於其中任一酒瓶槽内。切換電路係選 擇性地與複數之感應裝置電性連接。讀取裝置係與切換電 路電性連接，以經由切換電路電性連接至其中一感應裝 置。處理裝置係與複數之開關襄置、切換電路及^裝置 電性連接’其中當酒瓶放入其中任一酒瓶槽時，係使得酒 瓶槽所設置之開關裝置傳輸啟動訊號至處理裝置，處理裝 置係根據啟動訊號控制切換電路啟動對應之感應裝置，^ 5 M441884 使讀取裝置得以讀取位於酒瓶槽内之酒瓶之識別標籤，以 得到讀取資料。 由於本創作構造新穎，能提供產業上利用，且確有增 進功效，故依法申請新型專利。 【實施方式】 為讓本創作之上述和其他目的、特徵和優點能更明顯 易懂，下文特舉出本創作之具體實施例，並配合所附圖式， 作詳細說明如下。 以下請先參考圖1係本創作之識別裝置之架構示意圖。. 本創作之第一實施例之識別裝置10係用於複數之容置 空間20，複數之容置空間20可供放置複數之元件30，每 一元件30都具有識別標籤31，識別裝置10可以辨識出每 一元件30的每一識別標籤31，以讀取出識別標籤31預先 設定之讀取資料。識別裝置10包括複數之感應裝置21、 複數之開關裝置22、切換電路11、讀取裝置12、處理裝 置13、記憶單元14及網路傳輸裝置15。感應裝置21係設 置於每一容置空間20中’同樣地開關裝置22亦設置於每 一容置空間20中。當元件30放置入容置空間20時’可藉 由按壓等方式讓開關裝置22產生啟動訊號，但本創作並不 限定開關裝置22為機械式之裝置。 切換電路11係與複數之感應裝置21電性連接’用以 根據啟動訊號來選擇㈣切換，使得其巾一滅應裝置21 可啟動。讀取裝置12係與切換電路11電性連接，用以根 M441884 據切換電路11之切換來讀取識別標籤31。並須注意的是， 感應裝置21與讀取裝置12係可根據不同的識別標籤31之 種類而有不同的實施方式。舉例而言，當識別標籤31為條 碼時，感應裝置21係為影像掃描裝置，讀取裝置12則為 條碼讀取裝置。因此感應裝置21係掃描擷取識別標籤31 之條碼影像，再讓讀取裝置12讀取出條碼内容。而其中條 碼可為一維條碼或是二維條碼，本創作並不限於此。另外， 若識別標籤31為RFID標籤時，感應裝置21係為天線裝 鲁置，讀取裝置12則為RF1D標籤讀取裝置。因此感應裝置 21係得以感應識別標籤31之射頻訊號，再讓讀取裝置12 讀取出射頻訊號之内容。 處理裝置13係與複數之開關裝置22、切換電路11及 讀取裝置12電性連接，處理裝置13可利用一硬體、一韌 體結合硬體或一軟體結合硬體等方式架構而成，但本創作 並不限於此。當元件30放入某一容置空間20時，該容置 空間20具有之開關裝置22係產生啟動訊號。處理裝置13 籲係根據啟動訊號控制切換電路11以啟動該容置空間20具 有之感應裝置21，讓讀取裝置12得以經由切換電路11電 性連接至該感應裝置21，藉由感應裝置21讀取元件30之 識別標籤31，以得到讀取資料。 記憶單元14係與處理裝置13電性連接，係利用一硬 體方式架構而成。當讀取裝置12讀取得到讀取資料後，可 將讀取資料記錄於記憶單元14，以供日後存取。識別裝置 10還可包括網路傳輸裝置15，網路傳輸裝置15係與處理 裝置13電性連接，用以經由有線或是無限之路徑以傳輸讀 7 M441884 取資料至擴充裝置（圖未示），或是由其他的電子裝置（圖 未示）來控制處理裝置13之運作。 接著請參考圖2係本創作之識別裝置放置複數之元件 之示意圖。 本創作之識別裝置10可供複數之元件30同時放入不 同之容置空間20。就如圖2所示，元件30a與元件30b分 別放入不同之容置空間20。如此一來，不同之容置空間20 内的不同開關裝置22係依照元件30的放入順序以依序產 生啟動訊號。由於開關裝置22之位置不同，且各個開關裝 置22設置於各個容置空間20内會有一唯一的位置，因此 處理裝置13可以根據所得到的不同啟動訊號得知那些容 置空間20内放入了元件30。接著處理裝置13係根據啟動 訊號之順序控制切換電路11，來連接至不同之容置空間20 内的不同的感應裝置21，使得讀取裝置12得以依序讀取 出識別標籤31a與31b之讀取資料。 例如當元件30a放入容置空間20的時間點略快於元件 30b時，處理裝置13係先控制切換電路11切換，讓讀取 裝置12得以先藉由元件30a所在位置之感應裝置21讀取 得識別標籤31a之讀取資料。其次再控制切換電路11切 換，以藉由元件30b所在位置之感應裝置21讀取出識別標 籤31b之讀取資料。如此一來，不論元件30之數量多寡或 是放置的間距，識別裝置10都可以讀取出每個元件30個 別的f買取資料*而不會混清誤認。 接著請參考圖3係本創作之具有識別裝置之酒瓶存放 裝置之架構示意圖。 M441884 在本創作之第二實施例中，識別裝置10係用於酒瓶存 放裝置1内。因此複數之容置空間20係為複數之酒瓶槽 20a，用以放置酒瓶40,每一酒瓶40皆具有其識別標籤41， 且各個酒瓶槽20a内會有一唯一的位置來設置開關裝置 22。圖3中係先以一個酒瓶槽20a進行說明，且圖3所示 之酒瓶槽20a形狀僅為示意，本創作並不限定酒瓶槽20a 或是酒瓶40之形狀或大小。因此同樣地，當酒瓶40放入 酒瓶槽20a時，可藉由按壓等方式讓開關裝置22產生啟動 鲁訊號。當開關裝置22產生啟動訊號後，處理裝置13係控 制切換電路1卜使得切換電路11得以根據啟動訊號來選擇 性地與其中一個感應裝置21連接。讀取裝置12用以經由 切換電路11之切換連接至感應裝置21，來讀取識別標籤 41以得到讀取資料。識別裝置10内亦同樣具有記憶單元 14及網路傳輸裝置15，用以記錄及傳輸得到的讀取資料。 由於識別裝置10在第二實施例中的作用方式與本創作第 一實施例中所述的作用方式類似，故在此不再贅述。同樣 鲁地，識別標籤41也可為條碼或RFID標籤，本創作並不限 定。 另一方面，酒瓶存放裝置1還包括了音頻輸出裝置23 或是震動裝置24。音頻輸出裝置23用以利用一高頻超音 波震動酒瓶40，讓酒在高頻超聲波的震盪下，增加酒内各 種物質的反應機會，進而改變酒分子團結構。如此一來， 可增加酒體香味，酒味較醇正，總酯提高。震動裝置24係 利用機械力量，使酒瓶40發生震盪，從而增加酒精與水分 子的碰撞機會，增加它們的反應效率。 9 M441884 最後請參考圖4係本創作之具有識別裝置之酒瓶存放 裝置放置複數之酒瓶之架構示意圖。 複數之酒瓶40可以放入不同之酒瓶槽20a。不同之酒 瓶槽20a内的不同開關裝置22係依照酒瓶40的放入順序 以依序產生啟動訊號。如此一來，處理裝置13係根據所接 收的不同啟動訊號之順序控制切換電路11，來連接至不同 酒瓶槽20a内的感應裝置21，使得讀取裝置12得以依序 讀取出複數之識別標籤41之複數之讀取資料。藉此即可有 效地管理與辨識酒瓶存放裝置1内的複數之酒瓶40。由於 此實施方式與圖2所示之實施方式類似，故在此不再贅述。 因此本創作之識別裝置10可同時識別複數之元件 30，若識別裝置10用於酒瓶存放裝置1内時，亦可同時識 別出複數之酒瓶40。 綜上所陳，本創作無論就目的、手段及功效，在在均 顯示其迥異於習知技術之特徵，懇請貴審查委員明察， 早曰賜准專利，俾嘉惠社會，實感德便。惟應注意的是， 上述諸多實施例僅係為了便於說明而舉例而已，本創作所 主張之權利範圍自應以申請專利範圍所述為準，而非僅限 於上述實施例。 【圖式簡單說明】 圖1係本創作之識別裝置之架構示意圖。 圖2係本創作之識別裝置放置複數之元件之示意圖。 M441884 圖3係本創作之具有識別裝置之酒瓶存放裝置之架構示意 圖。 圖4係本創作之具有識別裝置之酒瓶存放裝置放置複數之 酒瓶之架構示意圖。 【主要元件符號說明】 酒瓶存放裝置1 識別裝置10 *切換電路11 讀取裝置12 處理裝置13 記憶單元14 網路傳輸裝置15 複數之容置空間20 複數之酒瓶槽20a 籲感應裝置21 開關裝置22 音頻輸出裝置23 震動裝置24 元件 30、30a、30b 識別標籤 31、31a、31b、41 酒瓶40 11M441884 V. New description: [New technical field] This creation is an identification device and a bottle storage device with identification device, especially a recognition that can identify different identification tags in a small range. Creation of a device and a bottle storage device having its identification device. • [Prior Art] With the development of technology, the use of bar codes or labels as a way of warehouse management is already a very wide-ranging technology, and the use of radio frequency identification (RFID) tags is also a major development technology. The reader can read multiple rFI £) tags at the same time. However, in order to know the coordinates of the RFID tag, the prior art order requires the RFID reader of the reference coordinate to be placed in the appropriate position, and the coordinates of the rFID tag can be known after repeated coordinates correction and appropriate algorithm calculation. Lu also because the RFID tag is a radio signal application, its RF signal is susceptible to the external environment, and it is not easy to set the RF signal within a certain range. In addition, if a small and closed system is to be built with the RHD tag, such as placing the RFID tag on the bottle and placing it in the wine cabinet, the RFID reader in the prior art judged that the accuracy of the RnD tag coordinates would be significantly reduced. The reason is that it is limited by the small space such as the wine cabinet, and it is not suitable for the construction of multiple reference coordinates, and the cost of its construction will increase a lot. In addition, in the small space, there is a certain degree of resolution for the intensity of the RFID signal. 3 M441884 is not feasible. In addition to being able to recognize the signal strength of different signal sources, the reader must also have the ability to eliminate - some signals repeat reflection. And delays and other interference problems. In other words, if you want to use the RFID reader as the positioning technology, you will face some conditions. If you need to - the complex positioning algorithm positioning system needs to establish the reference coordinates, you need to establish the signal value strength through the correction formula (Received Signal Strength) Indicati〇n, RSSI) and distance characteristic curve 'either need to use active tags to establish a known positioning environment and need to consider the impact of environmental differences on RFID positioning technology. Moreover, RFID readers cannot recognize the relative position of a plurality of RFID tags relative to the coordinate system for a plurality of RFID tags, and thus the RF1D reader cannot recognize where the bottle is placed in the wine cabinet. In addition, if one or more tags appear in the RFiD reader at the same time, the RFID reader will read two RHD tags at the same time, but cannot distinguish each other. The RFm reader must also read the KPID $f @得# complex RFm tag for any increase or decrease. It is therefore necessary to create a new identification device and a wine bottle storage device with its identification device to address the lack of prior art. [New content] The main purpose of the present invention is to provide an identification device having a function of recognizing different identification tags in a small range. Another main object of the present invention is to provide a device having the above identification device. Bottle storage device. M441884 In order to achieve the above objectives, the identification device of the present invention is used in a plurality of accommodating spaces to identify identification tags of components. The identification device includes a plurality of sensing devices, a plurality of switching devices, switching circuits, reading devices, and processing devices. The plurality of sensing devices are respectively disposed in any of the accommodating spaces. The plurality of switching devices are respectively disposed in any of the accommodating spaces. The switching circuit is selectively electrically coupled to the plurality of sensing devices. The reading device is electrically connected to the switching circuit to be electrically connected to one of the sensing devices via the switching circuit. The processing device is electrically connected to the plurality of switching devices, the switching circuit _ and the debt measuring device, wherein when the component is placed in any of the accommodating spaces, the switching device provided in the accommodating space transmits the activation signal to the processing device, The processing device activates the corresponding sensing device according to the activation signal control switching circuit, so that the reading device can read the identification tag of the component located in the accommodating space to obtain the read data. The bottle storage device with the identification device of the present invention is used to place a plurality of wine bottles. Each of the plurality of bottles has an identification tag. The bottle storage device includes a plurality of wine bottle slots and identification devices. The identification device includes a plurality of sensing devices, a plurality of switching devices, a switching circuit, a reading device, and a processing device. A plurality of sensing devices are respectively disposed in any of the wine bottle slots. A plurality of switching devices are respectively disposed in any of the bottle slots. The switching circuit is selectively electrically coupled to the plurality of sensing devices. The reading device is electrically connected to the switching circuit to be electrically connected to one of the sensing devices via the switching circuit. The processing device is electrically connected to a plurality of switch devices, switching circuits and devices. When the wine bottle is placed in any one of the wine bottle slots, the switch device provided in the wine bottle slot transmits the start signal to the processing device. The processing device activates the corresponding sensing device according to the activation signal control switching circuit, and the M 5884 enables the reading device to read the identification label of the wine bottle located in the wine bottle slot to obtain the reading data. Due to the novel construction of this creation, it can provide industrial use, and it has improved efficiency. Therefore, it applies for a new type of patent according to law. [Embodiment] The above and other objects, features and advantages of the present invention will become more apparent and understood. Please refer to FIG. 1 for the schematic diagram of the structure of the identification device of the present invention. The identification device 10 of the first embodiment of the present invention is used for a plurality of accommodating spaces 20, and a plurality of accommodating spaces 20 are provided for arranging a plurality of components 30, each of which has an identification tag 31, and the identification device 10 can Each identification tag 31 of each component 30 is identified to read the read data preset by the identification tag 31. The identification device 10 includes a plurality of sensing devices 21, a plurality of switching devices 22, a switching circuit 11, a reading device 12, a processing device 13, a memory unit 14, and a network transmission device 15. The sensing device 21 is disposed in each of the accommodating spaces 20. Similarly, the switching device 22 is also disposed in each of the accommodating spaces 20. When the component 30 is placed in the accommodating space 20, the switching device 22 can be caused to generate an activation signal by pressing or the like, but the present invention does not limit the switching device 22 to a mechanical device. The switching circuit 11 is electrically connected to the plurality of sensing devices 21 for selecting (four) switching according to the activation signal so that the towel-disabling device 21 can be activated. The reading device 12 is electrically connected to the switching circuit 11 for reading the identification tag 31 by the switching of the switching circuit 11 by the root M441884. It should be noted that the sensing device 21 and the reading device 12 may have different embodiments depending on the type of the identification tag 31. For example, when the identification tag 31 is a bar code, the sensing device 21 is an image scanning device, and the reading device 12 is a bar code reading device. Therefore, the sensing device 21 scans the barcode image of the identification tag 31 and causes the reading device 12 to read the bar code content. The barcode may be a one-dimensional barcode or a two-dimensional barcode, and the creation is not limited thereto. Further, when the identification tag 31 is an RFID tag, the sensing device 21 is an antenna mounted, and the reading device 12 is an RF1D tag reading device. Therefore, the sensing device 21 senses the RF signal of the tag 31, and then causes the reading device 12 to read the content of the RF signal. The processing device 13 is electrically connected to the plurality of switching devices 22, the switching circuit 11 and the reading device 12. The processing device 13 can be constructed by using a hardware, a firmware combined with a hardware or a software combined with a hardware. However, this creation is not limited to this. When the component 30 is placed in a certain accommodating space 20, the switching device 22 of the accommodating space 20 generates an activation signal. The processing device 13 is configured to control the switching circuit 11 according to the activation signal to activate the sensing device 21 of the accommodating space 20, so that the reading device 12 can be electrically connected to the sensing device 21 via the switching circuit 11, and the sensing device 21 can be read by the sensing device 21. The identification tag 31 of the component 30 is taken to obtain the read data. The memory unit 14 is electrically connected to the processing device 13 and is constructed by a hardware method. After the reading device 12 reads the read data, the read data can be recorded in the memory unit 14 for later access. The identification device 10 can further include a network transmission device 15 that is electrically connected to the processing device 13 for transmitting data to the expansion device (not shown) via a wired or infinite path. Or the operation of the processing device 13 is controlled by other electronic devices (not shown). Next, please refer to FIG. 2, which is a schematic diagram of the components of the present invention. The identification device 10 of the present invention allows a plurality of components 30 to be simultaneously placed in different housing spaces 20. As shown in Fig. 2, the component 30a and the component 30b are respectively placed in different accommodating spaces 20. In this way, the different switching devices 22 in the different housing spaces 20 sequentially generate the activation signals in accordance with the order in which the components 30 are placed. Since the positions of the switch devices 22 are different, and each switch device 22 is disposed in each of the accommodating spaces 20, the processing device 13 can learn that the accommodating spaces 20 are placed according to the different start signals obtained. Element 30. Then, the processing device 13 controls the switching circuit 11 according to the sequence of the activation signals to connect to different sensing devices 21 in different accommodating spaces 20, so that the reading device 12 can sequentially read out the identification tags 31a and 31b. Take the information. For example, when the component 30a is placed in the accommodating space 20 at a point slightly faster than the component 30b, the processing device 13 first controls the switching circuit 11 to switch, so that the reading device 12 can be read by the sensing device 21 at the position of the component 30a. The read data of the tag 31a is identified. Next, the switching circuit 11 is controlled to switch to read the read data of the identification tag 31b by the sensing means 21 at the position of the component 30b. In this way, regardless of the number of components 30 or the spacing of the components, the identification device 10 can read 30 individual f-buy data for each component* without misunderstanding. Next, please refer to FIG. 3, which is a schematic diagram of the structure of the bottle storage device with the identification device. M441884 In the second embodiment of the present invention, the identification device 10 is used in the bottle storage device 1. Therefore, the plurality of accommodation spaces 20 are a plurality of wine bottle slots 20a for placing the wine bottles 40, each of the wine bottles 40 having its identification tag 41, and each wine bottle slot 20a has a unique position to set the switch. Device 22. In Fig. 3, the description is made first with a wine bottle groove 20a, and the shape of the wine bottle groove 20a shown in Fig. 3 is merely illustrative. The present invention does not limit the shape or size of the wine bottle groove 20a or the wine bottle 40. Therefore, when the wine bottle 40 is placed in the wine bottle slot 20a, the switch device 22 can be caused to activate the Lu signal by pressing or the like. When the switching device 22 generates the activation signal, the processing device 13 controls the switching circuit 1 so that the switching circuit 11 can selectively connect to one of the sensing devices 21 in accordance with the activation signal. The reading device 12 is configured to be connected to the sensing device 21 via the switching of the switching circuit 11 to read the identification tag 41 to obtain the read data. The identification device 10 also has a memory unit 14 and a network transmission device 15 for recording and transmitting the read data. Since the mode of action of the identification device 10 in the second embodiment is similar to that described in the first embodiment of the present invention, it will not be described herein. Similarly, the identification tag 41 can also be a bar code or an RFID tag, and the creation is not limited. On the other hand, the bottle storage device 1 further includes an audio output device 23 or a vibration device 24. The audio output device 23 is configured to utilize a high-frequency ultrasonic wave vibrating bottle 40 to increase the reaction chance of various substances in the wine under the shock of high-frequency ultrasonic waves, thereby changing the molecular structure of the wine. In this way, the body aroma can be increased, the alcohol taste is more positive, and the total ester is increased. The vibrating device 24 uses mechanical force to oscillate the wine bottle 40, thereby increasing the chance of collision of alcohol and water, and increasing their reaction efficiency. 9 M441884 Finally, please refer to Figure 4 for a schematic diagram of the structure of a bottle storage device with a recognition device. The plurality of wine bottles 40 can be placed in different wine bottle slots 20a. The different switching devices 22 in the different wine bottle slots 20a sequentially generate the activation signals in accordance with the order in which the wine bottles 40 are placed. In this way, the processing device 13 controls the switching circuit 11 according to the sequence of the received different activation signals to connect to the sensing device 21 in the different wine bottle slots 20a, so that the reading device 12 can sequentially read the identification of the complex number. The reading of the plural of the tag 41. Thereby, the plurality of wine bottles 40 in the bottle storage device 1 can be effectively managed and identified. Since this embodiment is similar to the embodiment shown in FIG. 2, it will not be described again here. Therefore, the identification device 10 of the present invention can simultaneously identify the plurality of components 30. If the identification device 10 is used in the bottle storage device 1, the plurality of wine bottles 40 can be identified at the same time. In summary, this creation, regardless of its purpose, means and efficacy, is showing its characteristics different from the well-known technology. You are kindly asked to review the examinations and give you a patent in advance, and you will feel the virtues. It is to be noted that the various embodiments described above are merely illustrative for ease of explanation, and the scope of the claims is intended to be limited by the scope of the application, and not limited to the above embodiments. [Simple description of the drawing] Fig. 1 is a schematic diagram of the structure of the identification device of the present creation. Figure 2 is a schematic illustration of the components of the present invention in which the plurality of components are placed. M441884 Figure 3 is a schematic diagram of the structure of the bottle storage device with the identification device of the present invention. Fig. 4 is a schematic view showing the structure of a plurality of wine bottles in the bottle storage device having the identification device. [Description of main component symbols] Wine bottle storage device 1 Identification device 10 * Switching circuit 11 Reading device 12 Processing device 13 Memory unit 14 Network transmission device 15 Multiple housing space 20 Multiple wine bottle slots 20a Calling sensing device 21 Switch Device 22 audio output device 23 vibration device 24 elements 30, 30a, 30b identification tag 31, 31a, 31b, 41 wine bottle 40 11