TW200821440A - Identification device especially in cleaning room - Google Patents

Abstract

The device has an identification unit (7) assigned to each installation space (5), where the identification unit has a characteristic that identifies the respective installation space. An installation unit is installed in the installation space for detecting the identification characteristic. The identification unit comprises an identification chip provided at a housing, where the identification unit is a radio frequency Identification (RFID) unit e.g. tag and a plastic card.

Description

200821440 九、發明說明： 【發明所屬之技術領域】 1項引文的一種特別在除 本發明關於申請專利範圍第 塵室的識別裝置。 【先前技術】200821440 IX. Description of the invention: [Technical field to which the invention pertains] One type of citation is particularly an identification device in addition to the dust chamber of the patent application scope of the present invention. [Prior Art]

在安置-除塵室的天花板時，先將具有網格開口的網 格天=板安裝。然後將㈣器風扇單域人，將電流電線 接到k些單70 ’並將滙流排（Bus ) 1線接線。經由匯流 排電線在除塵設備操作時控制該過濾器風扇單元，除塵室 天花板係利用一種儲存在一電腦中的設計（Lay〇ut)安裝， 在該設計中有網開口資料及過濾器風扇單元位置的資料。 利用此設計將過濾器風扇單元安裝，利用此設計將各過遽 器風扇單元的建入地點位置覓定（1〇kansieren，英：1〇以“）。 表後將一「服務銷」（Servicepin)壓入或將一 ⑺ (神經7L識別物）輸入。然後可將過濾器風扇單元安置。 如果過濾器風扇單元有瑕疵，則先將其位置在該設計 中見出，並經由該服務銷或Neur〇nID將一新的過濾器-風 扇單元裝入。又，該過濾器風扇單元可在該網格天花板内 改裝。 在除塵室天花板構建階段時，往往該設計成使除塵室 天t板改變’而不校準。如此，往往該設計 不是所安裝的除塵室天花板的實際狀態。如果發生這些錯 誤’則該設計要花很大功夫實際化。往往該除塵室設備的 操作者將除塵室天花板變更，而沒考慮到該設計也要對應 5 200821440 地修正。如此，在除塵室設備操作時，該過濾器-風扇單元 會受錯誤控制。 【發明内容】 抑—本發明的目的在將上述那種識別裝置設計成使它能簡 單女凌且建入單元的位置在任何時候都可檢出。When placing the ceiling of the dust chamber, first install the grid day = panel with the grid opening. Then connect the (four) fan to a single domain, connect the current wires to the k-single 70' and wire the busbars (Bus). The filter fan unit is controlled by the bus bar wire when the dust removal device is operated, and the dust chamber ceiling is installed by a design stored in a computer, in which the mesh opening data and the filter fan unit position are provided. data of. Use this design to install the filter fan unit, and use this design to set the location of each fan unit to be built (1〇kansieren, English: 1〇). After the table, there will be a “service pin” (Servicepin). ) Press in or enter a (7) (neural 7L identifier). The filter fan unit can then be placed. If the filter fan unit has defects, its position is first seen in the design and a new filter-fan unit is loaded via the service pin or the Neu`〇nID. Again, the filter fan unit can be retrofitted within the grid ceiling. In the stage of the construction of the dust chamber ceiling, it is often designed to change the dust chamber to a 'no calibration'. As such, often the design is not the actual state of the installed ceiling of the dust chamber. If these errors occur, the design takes a lot of effort to actually implement. Often the operator of the dust chamber equipment changes the ceiling of the dust chamber without considering that the design also corresponds to the correction of 5 200821440. As such, the filter-fan unit is subject to erroneous control during operation of the dust chamber equipment. SUMMARY OF THE INVENTION It is an object of the present invention to design the above-described identification device such that it can be simply swayed and built into the unit at any time.

在本發明的識別裝置，該建入單元在它建入時，將一 些識別單元的識別特徵檢出，這些識別單^係位在相關之 建入位置者。如此，各建人單元在其以時可靠地識別其 位置:即使建人單元改裝，此位置變化可以利用該識別單 兀可靠地檢出’此識別單元有利地設計成可使建入單元將 其個自的位置以信號方式自動地送出，例如送到一電腦。 此信號可用於將電腦中儲存的相關設計（一叫實際化。 甚至可用此方式使該設計在電腦中自動建立，目此不須先 將一設計畫入或投入在電腦中。 本發明的其他特點見於其他申請專利範圍各項，說明 書及圖式。 本發明兹酉己合-些圖式中所示的實施例詳細說明 【實施方式】 圖1的示意圖顯示一除塵室天花板⑴，它呈有互相垂 直交叉的軌⑺(3)’它們接到結點（4):軌（2)(3)與結點⑷構 成-網格天花板，具有多邊形（例如方形）的開口⑺，過 渡器-風扇單元（6)(_ 5)以f知方式放人，過濾器-風扇 单元(6)以習知方式放入該開口中’過濾器、風扇單元⑹利 用-匯流㈣統相連接，過濾'器風扇單元的馬達可敏由該 6 200821440 糸統控制。 徊执有-識別早凡⑺與各網格開口（5)相關聯，利用它可將 =ί板中的各過滤器-風扇單元⑷檢出。藉著使用這 ⑺’可使㈣器·風扇單帥6)在網格天花板中 的正個女置作業及維修會自動化。甚至可以例如當在網格 天化板内有偏位時，該過據器_風扇單元⑹可自動發訊， 夸二新位置〔匕可很容易利用該識別單元⑺確認〕在一 控制系統中變已知。整個天花板設計可用此方式變自動。 圖1的例子顯示分成四列八‘行的網格天花板。各網格 開口⑺有-識別單元⑺與之配合，這些單元舉例而言編為In the identification device of the present invention, the building unit detects the identification features of the identification units when it is built, and the identification units are located at the relevant construction positions. In this way, each building unit reliably identifies its position at the time: even if the building unit is modified, the position change can be reliably detected using the identification unit. 'This identification unit is advantageously designed to enable the building unit to The location is automatically sent out by signal, for example to a computer. This signal can be used to correlate the relevant design stored in the computer. It can even be used in this way to automatically create the design in the computer. It is not necessary to first draw or put a design into the computer. Others of the present invention The features are described in the scope of the other patent applications, the description and the drawings. The present invention has been described in detail with reference to the embodiments shown in the drawings. FIG. 1 is a schematic view showing a dust chamber ceiling (1). Rails (7) (3) that cross each other vertically. They are connected to the node (4): rail (2) (3) and node (4) - grid ceiling, with a polygonal (eg square) opening (7), transition - fan Unit (6) (_ 5) is placed in a known manner, and the filter-fan unit (6) is placed in the opening in a conventional manner. 'Filter, fan unit (6) is connected by using - sink (four), filtering The motor of the fan unit can be sensitively controlled by the 6 200821440. 徊 - - 识别 识别 识别 识别 (7) is associated with each grid opening (5), which can be used to check each filter-fan unit (4) in the board Out. By using this (7) 'can make (four) device fan single handsome 6) Ceiling grid being a woman home and repair work will be automated. It is even possible, for example, when there is a bias in the grid, the fan unit (6) can automatically send a message, and the new position can be easily confirmed by the identification unit (7) in a control system. Become known. The entire ceiling design can be automated in this way. The example of Figure 1 shows a grid ceiling divided into four columns and eight rows. Each grid opening (7) has a matching unit (7) with which the units are programmed as

No.l〜NG.32。因此經由識別單元可清楚識別各網格位置或 各網格開口。 圖2顯示一識別單元的一第一實施例，它有一識別晶 片（8)。匕设在一殼體（9)中，該殼體設有一匯流排插座（⑺) 及一匯流排插頭（π)。匯流排插座（19)及匯流排插頭（ιι)有 φ 利地設在殼體（9)的對立側。殼體（9)經由一保持件（12)例如 鐵4或塑膠繩與一夾緊單元（13)連接。利用它將識別單元（？） 保持在網格天花板的軌（2)或（3)。軌（2)(3)以習知方式設計 成型條軌形式，夹緊單元（13)在適當位置***及固定在該 型條軌中。在此實施例中型條執（2)(3)有一 τ形槽（1句，夾 緊單疋（13)從型條執（2)(3)—端開始推入T形槽中。在τ形 槽（14)内，夾緊單元（13)可無段式地推入所想要或所需的位 置並夾緊。由於夾緊單元係習知者，它們在圖2中只作示 意顯示。夾緊單元可具各種適當設計。經由匯流排插座（1〇) 7 200821440 與匯流排插頭⑴)可 統及各過遽器風扇單元⑹連早元⑺與匯嶋 匯流排插頭⑴)***一位在過濟：：’又體(9)可用此 ^ ^ ^ ^ 、應时風扇早元的馬達電子電 的插座中。匯流排電線***匯流排插座⑽中。 識別晶片（8)可呈分別微晶片 辦的一. J戗日日月的形式放入殼體（9)中或殼 體的·^應之以開α(15)巾並心知方式保持在該處。 =器-風扇單元(6)的各網格位置設有一識別單元No.l~NG.32. Therefore, each grid position or each grid opening can be clearly identified via the recognition unit. Figure 2 shows a first embodiment of an identification unit having an identification wafer (8). The housing is provided in a housing (9) provided with a busbar socket ((7)) and a busbar plug (π). The bus bar socket (19) and the bus bar plug (1) are provided on the opposite sides of the casing (9). The housing (9) is connected to a clamping unit (13) via a retaining member (12) such as iron 4 or a plastic cord. Use it to hold the recognition unit (?) on the rail (2) or (3) of the grid ceiling. The rails (2) (3) are designed in a conventional manner in the form of a shaped rail, and the clamping unit (13) is inserted and fixed in position in the rail. In this embodiment, the profile holder (2) (3) has a τ-shaped groove (in one sentence, the clamping unit 疋 (13) is pushed into the T-shaped groove from the end of the profile (2) (3). Within the slot (14), the clamping unit (13) can be pushed into the desired or desired position without clamping and clamped. Since the clamping unit is known to the prior art, they are only shown schematically in FIG. The clamping unit can be of various suitable designs. The busbar socket (1〇) 7 200821440 and the busbar plug (1) can be integrated with each of the fan unit (6) and the early element (7) and the busbar plug (1) are inserted into one. In the over-the-counter:: 'The body (9) can be used in this ^ ^ ^ ^, in the socket of the motor electronic power of the fan. The bus bar wires are inserted into the bus bar socket (10). The identification wafer (8) can be placed in the housing (9) in the form of a separate micro-chip, or the housing can be opened by a (15) towel and kept in a knowing manner. Here. = identification unit for each grid position of the fan-fan unit (6)

()口此在此網格位置中的各過清5| n w 慮為-風扇早元（6)可檢出。 =部⑼也可與圖示實施例不@，直接固定在網格 一 次枯入執中。也可將識別單 A (7)的殼體（9)例如利用+ 1 (川如㈣鐵絲或類㈣直接@定在軌 上。 在殼體（9)上可設-標鐵，它含有說明文書（心㈣ 及/或條紋碼（Barcode)形式的識別號碼，因此可利用_ 相關之讀取裝置將相關之識別單元⑺的識別號碼讀出 析出。 識別單元在網格天花板安置時一齊建入。識別單元⑺ 與網格開口（5)的關聯可稍後達成。 圖3的例子顯示在網格天花板安褒後將識別單元⑺與 各格開口（5)相關聯的可能方式。為此目的，有一車（丨7)在 除塵室⑽巾在除塵室地板（18)上移行1上有—讀取裝置 (19)及一電腦（20)，讀取裝置（19)接到該電腦（2〇)有一天線 ⑼接到讀取裝置（19)，天線（21)位在一長度可調整的保持 件（22)上，藉之可將天線（21)相對於識別單元（？）放到一最 8 200821440 佳位置。車 _ )在網格天花板（1)下行駛，其中’經由天線（21) 將識別單7Q ( 7、 一的識別號碼讀出，並與網格天花板（1)的格座 才示繫。資料餐读 、、 、、項取裝置（19)运到電腦（20)，電腦將這此資 料及其關聯蝕 ~二μ — Ρ儲存。讀取裝置（19)依識別單元（7)的種類而設 疋。在圖2中％ -a也 斤不的κ轭例，識別單元（7)設有微晶片（8)， 匕言免有一 X J»_() The mouth of this port in this grid position 5| n w is considered to be - fan early element (6) can be detected. The = part (9) can also be fixed directly to the grid in the illustrated embodiment without @. It is also possible to use the housing (9) of the identification sheet A (7), for example, with + 1 (Chuan Ru (4) wire or class (4) directly on the rail. The housing (9) can be provided with a standard rail, which contains instructions The identification number in the form of a document (heart (4) and/or barcode), so that the identification number of the relevant identification unit (7) can be read out by the _ related reading device. The identification unit is built together when the grid ceiling is placed. The association of the identification unit (7) with the grid opening (5) can be achieved later. The example of Figure 3 shows a possible way of associating the identification unit (7) with the individual openings (5) after the grid ceiling is mounted. There is a car (丨7) in the dust chamber (10), the towel on the floor (18) of the dust room has a reading device (19) and a computer (20), and the reading device (19) is connected to the computer (2) 〇) An antenna (9) is connected to the reading device (19), and the antenna (21) is placed on a length adjustable holding member (22), whereby the antenna (21) can be placed relative to the identification unit (?) Most 8 200821440 Good location. Car _) Drive under grid ceiling (1), where 'via antenna (21) will identify single 7Q ( 7. The identification number of one is read out and displayed with the grid ceiling (1). The data reading, and, and item picking device (19) are shipped to the computer (20), and the computer will The correlation device (2) is stored in accordance with the type of the identification unit (7). In Fig. 2, the %-a is not the case of the κ yoke, and the identification unit (7) is provided. Microchip (8), rumors are free of an XJ»_

70入之明確識別號碼。識別單元（7)也可為一 RFID (射頻識別）g ^ 兀。RFID單元利用讀取單元（19)的天線檢 出。70 into the clear identification number. The identification unit (7) can also be an RFID (Radio Frequency Identification) g ^ 兀. The RFID unit is detected by the antenna of the reading unit (19).

:π如不2此方式，可將標籤粘合在網格開口（5)及/或過 濾°°風扇早兀上’在其上該識別號碼呈說明文書（Klartext) 或條、、文碼形式存在。為了要能將標鐵或微晶片檢出， tj而σ，它們一齊接在一個固定在一桿上的補集漏 、 g ehter)。此掃瞄單元將標籤讀出，並將信號送 到:㈣的紀錄裝置，它可位在車（17)上。但該記錄裝置 也y為_立的單S，它宜為可動者。這種設計特別廉價 於：將秸開口 (5)完美地識別。這種可能方式用示意方式示 /圖4中。具有識別晶片（8)的殼體（9)經由保持件（12)用上 述方式固定在網袼天花板⑴上。殼體（9)與格開口相關聯。 2袼天花板⑴隨殼體⑼安裝後，將㈣漏斗（23)隨掃瞒 咸體(9)移動，以將識別晶片⑻檢出。掃瞄器將讀取之 貝則專輸到一檢出裝置(24)，該檢出裝置(24)一如具有掃瞄 器的導引漏斗’係設在-保持件（25)上。舉例而言，保持 )可為杯，其長度宜為可變者，如此桿的長度可簡 9 200821440 單地配合除塵室（16)的高度。利用導引漏斗（23)及其内的掃 瞄器，將殼體（9) 一列列地掃瞄，並檢出特性資料 (Kenndaten )。此檢出裝置（24)可將其資料傳輸到一電腦， 但也可當作獨立裝置使用’在其中可將檢出的識別資料儲 存’如有必要，並可叫出。 圖5的示意圖顯示一個建入網格天花板（1)中的一格開 口（5)中的過濾器-風扇單元⑹。將過濾器-風扇單元⑷保持: π If not in this way, the label can be glued to the grid opening (5) and/or the filter ° ° fan early on the 'the identification number is presented in the instrument (Klartext) or article, text code form presence. In order to be able to detect the target or microchip, tj and σ, they are connected together in a complementary trap, g ehter). The scanning unit reads the tag and sends the signal to: (4) the recording device, which can be placed on the vehicle (17). However, the recording device is also a single S, which is preferably a movable person. This design is particularly inexpensive: the straw opening (5) is perfectly identified. This possible way is shown in schematic form / in Figure 4. The housing (9) having the identification wafer (8) is fixed to the mesh ceiling (1) via the holder (12) in the above manner. The housing (9) is associated with the compartment opening. 2 袼 Ceiling (1) After installation with the casing (9), the (4) funnel (23) is moved with the broom (9) to detect the identification wafer (8). The scanner transmits the read shell to a detection device (24) which is attached to the holder (25) as a guide funnel having a scanner. For example, the hold can be a cup, and the length should be variable, so that the length of the rod can be simply adjusted to the height of the dust chamber (16). The casing (9) is scanned in a row using the guiding funnel (23) and the scanner therein, and the characteristic data (Kenndaten) is detected. The detection device (24) can transmit its data to a computer, but can also be used as a stand-alone device 'where the detected identification data can be stored' if necessary and can be called out. Figure 5 is a schematic view showing a filter-fan unit (6) built into an opening (5) in the grid ceiling (1). Keep the filter-fan unit (4)

在除塵室（16)的網袼天花板⑴上的方式係習知纟，故不資 述。该過濾1§ -風扇單元（6)有一插頭（26)以供匯流排電線（27) 之用。與過濾器-風扇單元（6)相關聯的識別單元（7)固定在 網格天花板⑴的軌⑺（3)上，該單元舉例而言為—腿〇單 凡。過濾器-風扇單元（6)有一殼體（28)，其朝向RFm單元（？） 的那-側設有-RFID讀取機（3〇)。在該過滤器、風_單元（6) 的建入位置日守，匕位於一位置中，使它能讀取單元（？） 的識別資料（7)。當過濾、n _風扇單元⑹〔它以習知方式接 J包々丨L、、、罔路〕一供電，則可利用此讀取機（3〇)將單元 ⑺的識別資料讀出。讀取機(3〇)的資料可用無線方式或經 線$达到一電腦。用此方式，可將所有的過濾器-風扇單元 〔匕們安衣在網格天花板⑴上〕設以相關的rfid讀取機 (〇)田省單元（6)通電則它們將各相關之識別單元（7)讀 出。 、 在圖6的貫施例’在過濾器-風扇單元（6)的殼體上侧， 除了仏匯飢排電線（27)外，還設有識別單元的殼體（9)。 匕W著識別晶片（8)’且經由保持部件〇2)與網格天花板⑴ 200821440 的，關軌（2)(3)連接。殼體⑼直接***過濾器風扇單元⑹ 的殼體（28)中。為此’殼體㈤設有-個制的插座，殼體 (9)的匯流排插頭（11)***其中。匯流排電線（27)***匯流 排插座（二〇)中，當過滤器_風扇單元⑹一接線，則經由該接 到識別單元⑺的匯流排線路（27)將叫言息（㈣加％ )送 到各控制系統。如此，將單元⑺的識別號碼。在此，將單 =⑺的識別號碼傳$。控制系統檢查看是否過據器-風扇 _ 單元（6)為已知，並放入天花板網格設計中。如果過濾器_ 風扇單元（6)剛被接收到網格天花板（1)中，則將此過濾器_ 風扇單70在網格天花板（1)中的位置以及識別單元（7)之相關 識別號碼檢出及儲存。 但也可使一過濾器風扇單元（6)由網格天花板内的一第 -位置偏移到—第二位置。識別單元⑺的識別號碼保持相 同，但該識別號碼（它與網格天花板（1)中新的建入位置相 關）則改t。因此可根據此新的連結將過渡器-風扇單元⑹ • 在網格天化板中的新位置檢出並儲存。對應地，此過濾器_ 風扇早70 (6)的舊位置改變。用此方式，可以很簡單地將網 格天花板構造的圖形設計一直變到或保持在最新狀態。 利用上述資料，可將一網格天花板全自動地安置，並 :使過濾器-風扇單元系統作警告。如果過濾器-風扇單元 容納到一個網格架中並獨立地在系統上發訊息，則各過遽 器-風扇單元（6)知悉。經由識別單元⑺，各過據器_風鱗 兀(6)得知其在網袼天花板⑴内的位置。在網格天花板⑴ 中過渡器_風扇單元的位置變化也可知悉。在此將各種變化 11 200821440 送到一電腦，因此在任何睹挺 _ ^ ^ T候，過濾裔-風扇單元（6)在網 格天花板（1)中的準確位置皆A p A本 罝白為已知者。網格天花板的設計 固定在所謂的「設計」（、士 一， 时 、ayeut)中。它們可用此方式簡 單而可靠地保持到實際的愔 JLB 4# ^ ^ u. 貝τ幻It形。根據過濾器_風扇單元（6) 的識別號碼開口（5)的關聯， J將各過/慮-風扇早元在網 格天花板（1)中的位置固定。‘ ^ 疋如此不再需要經由敷設網格天 花板⑴而示出其設計，因為過濾器-風扇單元(6)與格開口 (5) 的識別資訊係自動求出及僂於 ,.^ ^ ^夂得輸，故各設計甚至也可獨立地 建立。 識別單元（7)係為簡單廉 — 平康彳貝的構件，它們可毫無問題地 固定在二格天花板⑴中，如圖2的例子所示。在此識別單 女衣後，將匯流排線路（27)插人殼體（9)的匯流排插座 〇)中。在過“ ·風扇單元（6)在建立後，—供電，則該各 才〇開口的識別號碼被檢出， 抑 並和過濾态_風扇單元（6)的識 別號碼相關聯。因此，過滹 中的仿番η* π A 、，慮為-風扇早兀（6)在網格天花板（1) T的位置可付知，力； ^5，π ^ OD 。化板（1)每次改建時，改裝的過 濾為-風扇早70(6)用相同方式識別。 要將天花板網袼設舛途 ^ ^ , 在一電腦中，根據上述設計 並不須知此设計的達☆ 該設計程式中H、 此讀出的資料可移交到 Μ 匕1用适些資料自動地將該設計書出戋 變到實際情形。 一 4 中。此外可確定，該過據器風扇單元正確地安置在網路格 Ί彳特別疋在網格天花板⑴的建構階段有很大 12 200821440 因為過遽器·風扇單元（6)在網格天花板⑴的内的 的好處 位置識別作用係用上述方式自動達成，甚至―已完成安置 的除塵室天花板的操作者可將㈣器_風扇單元⑷改裝， :種改造經由識別號碼而檢出。這種改變可直接送到設計 私式4 &式再作對應的配合。但也可將資料儲存，並 且舉例而5經由育料載體或網際網路傳輸到設計建立者 或設計管理者，彼可利用所傳的資料再將其設計變到最新The manner in which the ceiling (1) of the dust chamber (16) is on the ceiling (1) is not known. The filter 1 § - fan unit (6) has a plug (26) for use with the bus bar wires (27). The identification unit (7) associated with the filter-fan unit (6) is attached to the rail (7) (3) of the grid ceiling (1), which is for example a leg singular. The filter-fan unit (6) has a housing (28) which is provided with an RFID reader (3) towards the side of the RFm unit (?). At the location where the filter and the wind_unit (6) are built, the cockroach is located in a position so that it can read the identification data (7) of the unit (?). When the filter, n_fan unit (6) (which is connected in the conventional manner), the reader (3) can be used to read the identification data of the unit (7). The data of the reader (3〇) can be reached to a computer by wireless or via the $. In this way, all the filter-fan units (we put them on the grid ceiling (1)) with the relevant rfid readers (〇) the province units (6) energized then they identify each correlation The unit (7) is read out. In the embodiment of Fig. 6, on the upper side of the casing of the filter-fan unit (6), in addition to the stagnation line (27), a housing (9) for the identification unit is provided. The identification wafer (8)' is connected to the grid (2) (3) of the grid ceiling (1) 200821440 via the holding member 〇 2). The housing (9) is inserted directly into the housing (28) of the filter fan unit (6). To this end, the housing (five) is provided with a socket, and the bus bar plug (11) of the housing (9) is inserted therein. The bus bar wire (27) is inserted into the bus bar socket (2), and when the filter_fan unit (6) is wired, the bus line (27) connected to the identification unit (7) will be called ((4) plus %) Send to each control system. Thus, the identification number of the unit (7). Here, the identification number of the single = (7) is transmitted by $. The control system checks to see if the pass-fan _ unit (6) is known and placed in the ceiling grid design. If the filter_fan unit (6) has just been received into the grid ceiling (1), then the position of this filter_fan sheet 70 in the grid ceiling (1) and the associated identification number of the identification unit (7) Check out and store. However, it is also possible to offset a filter fan unit (6) from a first position in the grid ceiling to a second position. The identification number of the identification unit (7) remains the same, but the identification number (which is related to the new build position in the grid ceiling (1)) is changed to t. Therefore, the transitioner-fan unit (6) can be detected and stored in a new position in the grid in accordance with this new link. Correspondingly, this filter _ fan changes the old position of 70 (6) early. In this way, the graphic design of the mesh ceiling construction can be easily changed or kept up to date. Using the above information, a grid ceiling can be fully automated and the filter-fan unit system can be warned. If the filter-fan unit is housed in a grid rack and messages are sent independently on the system, each of the filter-fan units (6) is known. Via the identification unit (7), each of the passers _ wind scales (6) knows its position in the ceiling (1) of the net. The position change of the transitioner_fan unit in the grid ceiling (1) is also known. Here, various changes 11 200821440 are sent to a computer, so in any _ ^ ^ ^ T, the exact position of the filter-fan unit (6) in the grid ceiling (1) is A p A Known. The design of the grid ceiling is fixed in the so-called "design" (, Shi Yi, Shi, ayeut). They can be simply and reliably maintained in this way to the actual 愔 JLB 4# ^ ^ u. According to the association of the identification number opening (5) of the filter_fan unit (6), J fixes the position of each of the over/under-fan early elements in the grid ceiling (1). ' ^ 疋 So it is no longer necessary to show the design by laying the grid ceiling (1), because the identification information of the filter-fan unit (6) and the grid opening (5) is automatically found and ,,. ^ ^ ^夂If you lose, the designs can even be built independently. The identification unit (7) is a simple and inexpensive member of the Pingkang mussel, which can be fixed in the two-ceiling ceiling (1) without any problem, as shown in the example of Fig. 2. After the identification of the single garment, the busbar line (27) is inserted into the busbar socket (〇) of the housing (9). After the "fan unit (6) is set up, - power supply, the identification number of each port opening is detected, and is associated with the identification number of the filter state_fan unit (6). Therefore, In the imitation of η* π A , , the consideration is - the fan is early (6) in the grid ceiling (1) T position can be known, force; ^5, π ^ OD. The board (1) each time the reconstruction The modified filter is identified as -fan early 70 (6) in the same way. To set the ceiling network to ^ ^, in a computer, according to the above design does not need to know the design of this design ☆ In the design program H The data read out can be handed over to Μ 匕 1 to automatically change the design book to the actual situation with appropriate information. In addition, it can be determined that the filter fan unit is correctly placed in the network Ί彳Specially in the construction stage of the grid ceiling (1) is very large 12 200821440 Because the position recognition function of the filter unit (6) in the grid ceiling (1) is automatically achieved in the above way, even The operator who completes the placement of the dust chamber ceiling can change the (four) device_fan unit (4) , : The type of modification is detected by the identification number. This change can be sent directly to the design private 4 & type, but the data can be stored, and for example, 5 via the breeding carrier or the Internet. Transfer to the design creator or design manager, who can use the information passed to change their design to the latest

狀態。由於過濾器-風扇單元(6)的位置在任何時候都為已 ♦ 口此可確實將過濾器_風扇單元毫無問題地控制。因此， 舉例而言’可毫無問題地將過據器_風扇單元⑹分組作控 制因為各單凡的位置為已知者，根據過遽器-風扇單元⑹ 與格開Π(5)㈣聯可將該單元（6)個別控制，使它們以所要 之程度將清潔空氣送入除塵室（1 6)中。 【圖式簡單說明】 圖1係-由過濾益_風扇單元構成之本發明的識別裝置 的示意圖’舉例而言，它設計成除塵室天花板形式， 圖2係本發明識別褒置一部分的示意圖， 圖3係-除塵室—部分的示意，其中有—設有天線的車 它具有積取裝置及電腦，利用它可檢出除塵室天花板中的 識別單元， 圖4係用於在除塵室天花板中將識別晶片檢出的另一 實施例對應於圖3的示圖， 圖5係一過滤器.風扇單元的示意圖，具有一讀取裝 置藉之可將一位在除塵室天花板中的識別單元檢出， 13 200821440 圖6係一過濾器-風扇單元，它可接到除塵室天花板的 一識別單元。 【主要元件符號說明】 (1) 除塵室天花板 (2) (3)執 (4) 結點 (5) 開口 (6) 過濾器-風扇單元 (7) 識別單元 (8) 識別 (9) 殼體 (10) 匯流排插座 (11) 匯流排插頭 (12) 保持件 (13) 夾緊單元 (14) T形槽 (16) 除塵室 (17) 束 (18) 除塵室地板 (19) 讀取裝置 (20) 電腦 (21) 天線 (23) 導引漏斗 (24) 檢出裝置 14 200821440 (25) 保持件 (26) 插頭 (27) 匯流排電線 (28) 殼體 (30) RFID讀取機status. Since the position of the filter-fan unit (6) is at any time, the filter_fan unit can be surely controlled without problems. Thus, for example, the instrument_fan unit (6) can be grouped for control without any problems because the individual positions are known, according to the filter-fan unit (6) and the grid (5) (four) The units (6) can be individually controlled so that they deliver clean air to the dust chamber (16) to the desired extent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of an identification device of the present invention which is constituted by a filter unit_fan unit. For example, it is designed as a dust chamber ceiling form, and FIG. 2 is a schematic view of a part of the identification device of the present invention. Figure 3 is a schematic view of a portion of a dust-cleaning chamber, in which there is a vehicle with an antenna, which has an accumulating device and a computer, which can be used to detect the identification unit in the ceiling of the dust chamber, and Figure 4 is used in the ceiling of the dust chamber. Another embodiment for identifying the wafer is corresponding to the diagram of FIG. 3. FIG. 5 is a schematic diagram of a filter unit having a reading device for detecting a single identification unit in the ceiling of the dust chamber. Out, 13 200821440 Figure 6 is a filter-fan unit that can be connected to an identification unit on the ceiling of the dust chamber. [Description of main component symbols] (1) Dust chamber ceiling (2) (3) Hold (4) Node (5) Opening (6) Filter-fan unit (7) Identification unit (8) Identification (9) Housing (10) Busbar socket (11) Busbar plug (12) Holder (13) Clamping unit (14) T-slot (16) Dust chamber (17) Bundle (18) Dust chamber floor (19) Reading device (20) Computer (21) Antenna (23) Guide funnel (24) Detection device 14 200821440 (25) Holder (26) Plug (27) Busbar wire (28) Housing (30) RFID reader

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Claims (1)

200821440 十、申請專利範固： 1.一種特別在除塵室用的識別裝置，具有建入位置以 供建入單元建入，其特徵在·· 關聯，該識別 且該建入在各 至少有一識別單元（7)與各建入位置（5)相 單元至少有一可識別各建入位置（5)的特徵， 建入位置（5)的建入單元將此識別特徵檢出。200821440 X. Application for patents: 1. An identification device specially used in a dust-removing room, having a built-in position for the built-in unit to be built, the characteristics of which are associated with, the identification and the establishment of at least one identification The unit (7) and each of the built-in position (5) phase units have at least one feature for recognizing each of the built-in positions (5), and the building unit of the built-in position (5) detects the identification feature. 2 ·如申請專利範圍第丨項之識別裝置，其中 該識別單元（7)為一 RFID (射頻識別）單元。 3.如申請專利範圍第2項之識別裝置，其中： -亥RFID單兀⑺為一標冑、一塑膠卡或一塑膠模製件 它們具有所需之電子電路。 4 .如申請專利範圍第1項之識別裝置，其中： 該識別單元（7)有一識別晶片（8)， 作識別特徵。 當 它有一識別號碼， 5 ·如申請專利範圍第4項之識別裝置，其中： 该識別晶片（8)設在一殼體（9)上。 6 ·如申請專利範圍第5項之識別裝置，其中： 該殼體（9)有-插座（10)以供一匯流排電線（27)插接。 I.如申請專利範圍第5或第6項之識別裝置，其中： 兮* 乂 :體（9)6又有一插頭（11)，藉之可使識別單元⑺*** ^建入單元（6)的一插座中。 1或第2項之識別裝置，其中·· 一讀取裝置（30)以讀取該識別單 8 ·如申請專利範圍第 該建入單元（6)至少有 元（7)的識別特徵。 16 200821440 9 ·如申請專利範圍第8項之識別裝置，並中. 該讀取裝置（30)為—RFID讀取裝置。、 1 〇·如申請專利範圍第1或第2項之識別裝置，直中: 該建入位置⑺為-除塵室⑽的一網格 /、 一網格開口。 化极Λ T W 專利乾圍第1或第2項之識別裝置，其中: 口乂建入早70(6)為一過濾器，風扇單元。 1 2 ·如申明專利範圍第10項之識別裝置，· 該識別單元⑺固定在網格天花板（1)的執（2)⑺上· 13:申請專利範圍p或第2項之識別裝置· /至少设有-讀取單元（19)以將該識別單元的「· 徵檢出。 （）的識別特 ’其中.· 1 4 ·如申請專利範圍第13項之識別裝置 該讀取單元（19)接到一電腦（2〇)。2. The identification device of claim </RTI> wherein the identification unit (7) is an RFID (Radio Frequency Identification) unit. 3. The identification device of claim 2, wherein: - the RFID unit (7) is a label, a plastic card or a plastic molded part having the required electronic circuits. 4. The identification device of claim 1, wherein: the identification unit (7) has an identification chip (8) for identifying features. When it has an identification number, 5, as identified in claim 4, wherein: the identification wafer (8) is disposed on a casing (9). 6. The identification device of claim 5, wherein: the housing (9) has a socket (10) for plugging a busbar wire (27). I. The identification device of claim 5 or 6, wherein: 兮* 乂: body (9) 6 has a plug (11), by which the identification unit (7) can be inserted into the unit (6) In a socket. The identification device of item 1 or 2, wherein a reading device (30) reads the identification sheet. 8. The application unit (6) has at least the identification feature of the element (7). 16 200821440 9 • An identification device as claimed in claim 8 and wherein the reading device (30) is an RFID reading device. , 1 〇 · If you identify the identification device of the first or second item of the patent scope, straight: The built-in position (7) is a grid of the dust chamber (10) / a grid opening. The identification device of the first or second item of the patented T W patent, wherein: the mouth is built into the early 70 (6) as a filter, fan unit. 1 2 · If the identification device of claim 10 of the patent scope is included, the identification unit (7) is fixed on the handle (2) (7) of the grid ceiling (1). 13: The identification device of the patent scope p or the second item is provided. At least a read-reading unit (19) is provided to detect the ".signal of the identification unit. The identification of the (") is in which the reading unit (19) is identified as the identification device of claim 13 ) Receive a computer (2 〇). 1 5.如申請專利範圍第13項之識別裝置， 該讀取單元（1 9)接到一天線（2丨）。 、 其中： 其中： 1 6·如申請專利範圍第13項之識別身 該讀取單元（19)為一 RFID讀取單元。 1 7 ·如申請專利範圍第13項之識別聋 该項取早7〇為' 一掃瞒器。 十一、圈式·· 如次頁。 171 5. As claimed in claim 13, the reading unit (19) is connected to an antenna (2丨). , wherein: 1: 6. If the identification body of claim 13 is identified, the reading unit (19) is an RFID reading unit. 1 7 · If the identification of the scope of the patent application is 13th, the item is taken as 7's as a broom. Eleven, circle type · as the next page. 17