M294034 八、新型說明： 【新型所屬之技術領域】 本創作係有關於—種可攜式資料處理製置， 之，係有關於-種插卡式氣體偵測模組: 氣體债測模組之可攜式資料處理裝置。 亥插卡式 【先前技術】 隨著經濟發展盥工堂&止 上曰, /、業的進步，所伴隨而生的汗毕诉介 大置增加，人類的峰、壬严供u η 木源亦 >脅。所幸近來η,ί 面臨到前所未有的威 所幸近h保意識逐漸受到重視，人們已開始M294034 VIII. New Description: [New Technology Field] This creation department is about a portable data processing system. It is related to a type of plug-in gas detection module: Portable data processing device. Hai plug-in type [previous technology] With the economic development, the work hall and the upper end of the work, the progress of the industry, accompanied by the increase in the sweat of the complaints, the human peak, the austerity for u η wood Source also > threat. Fortunately, η, ί has faced an unprecedented prestige. Fortunately, the awareness of protection has gradually received attention, people have begun
與自然界共存的重要性。因 J 〇 因此，如何能夠控制污染源读忐 _ 彳工制’亏染源的目的，就必彡百古 效的掌握污染源的來源與汙染量。 ’、 以污染氣體偵測為例，一妒 斤 哭r r c 叙用於氣體债測之氣體感測 口口（ Gas Sensor )係將偵測到的 " 的裝置。依昭使用目L 轉換成電子訊號 田使用目的的不同大致上可分為二種，A一是 用以檢知可燃性氣體，如 ，、疋 毒氣體，如HCN、〇3、⑶、Νί)γ笠、，、 子袁有 ^ «< . ^ ^ ^ 〇X寺，亚發出警報訊號以用 P ^ 木瓜^工之？員域。其二則係用於 ==域’如對於燃燒反應等化學反應之控制。以工 =理區分，約可分為觸媒燃燒型與金屬氧化端再利用二 習知用以_氣體的谓測裝置，如氣相層析儀咖 伽叫⑷或原子吸收光譜儀（Atomic S〇rPtl〇n)。這些精密儀器雖然具有高靈敏度、高準確 19194 5 M294034 性與低濃度偵測極限等優點，惟該些偵測裝置多半係價格 昂貴且為體積龐大難以移動的精密儀器，對於氣體偵測需 要求的機動性而言相當不利。 隨著電子科技的進步，如行動電話、個人數位助理、 筆記型電腦等可攜式資料處理裝置的體積不斷縮小且功 能不斷增加。另一方面，由於製造成本的降低，亦使得該 些可攜式資料處理裝置的普及性大幅提升。為解決前述技 術缺點，習知有將無自備電源之氣體偵測裝置透過有線連 ♦接方式與該可攜式資料處理裝置相結合以進行移動性的 氣體監測，惟此種裝置具有二個部份攜帶相當不便。另一 種技術雖然是以自備電源之氣體偵測裝置與可攜式資料 處理裝置相結合，但由於該氣體偵測裝置之功率消耗大， 如何持續供應電源則成為另一問題。此外，習知復有提供 將氣體偵測裝置内建於可攜式資料處理裝置中，受限於固 定的搭接機制而無法偵測多種氣體，遂成為另一課題。 綜上所述，如何能夠提供一種能結合氣體偵測模組與 φ 可攜式資料處理裝置以提高氣體偵測的機動性與即時性 之技術，遂成為目前亟待解決的問題。 【新型内容】 為解決上述習知技術之缺點，本創作之主要目的在於 提供一種能提高氣體偵測機動性的插卡式氣體偵測模組 以及具有該插卡式氣體偵測模組之可攜式資料處理裝置。 本創作之另一目的在於提供一種能提高氣體偵測即 時性的插卡式氣體偵測模組以及具有該插卡式氣體偵測 6 19194 M294034 模組之可攜式資料處理裝置。 本創作之又一目的在於提供一種 測不同氣體之插卡錢㈣·組的可求替換偵 置。 』“式貧料處理裝 為達成以上所述及其他目的 '測模組，係用以搭接至可攜式資料處理匕插：錢體伯 .以透過該傳輸連接介面與該可攜式資料；二、包括：用 結以進行資料值於♦庶认飞貝科處理裝置相互連 、專知之傳輸連接單元，·用以將1 j JU、 •摘測模組之身份識職Μ =插卡式氣體 的介面驅動單= ϋ處理/置 的監測之氣體感應單元；以及介面押^體及/或氧體澄度 盘氣體t 該傳輸連接單元、介面驅動單元 …花肢感應早兀間控制聯繫，並力早兀 各該單元所產决 欠 、°十^·、處理與控制 盥該可# 提供該插卡錢體偵測模組 龜：=;料處理裝置間資料傳輸之通訊協定控制。 _ 於本創作之一種型態中， 组復包括用以儲存Μ—插卡式氣體伯測模 於本㈣所產生之資料的記憶單元。 組徨勺= 中，本創作之插卡式氣體偵測模 伴罐^以控制亚提供各該單S之電源需求以及電性 保4的電源控制單元。 甩注 於本創作之一種型態中，本創作之插卡i S雕# 組復包括用以提供㈣"… 卡式乱體偵測模 摸έθ々 敌仏°亥了攜式貧料處理裝置搭接其他外部 杈組之延伸傳輸連接單元。 广# 為達成以上所述及其他目的，本創作之具有該插卡式 19194 M294034 =測模組之可攜式資料處理裝置，_ 士、、、且匕括·用以透過該傳輸連接介面與 式，體偵測 連結以進行資料傳輸之傳輪連接單;式:料處理 ，裝置的介面驅動單元;用以接可攜式資 或氣體澄度的監測之氣體感應單元；以及：:行氣體及/ 用以提供該插卡式氣體偵測模組之該傳：連單元， =驅動單元與氣體感應單元間 :二接早元、介 處理與控制各該單元所產生之資料= 計算、 體備測模組與該可攜式資料處縣 料傳=卡式氣 協定控制。該可攜式資料處理裝置包括Hi輪之通訊 氣體偵測模組之傳輪表- /、该插卡式 於本創作之連結的傳輪連接介面。 括用以健存各該單元所氣:單，復包 括用=:二態 電源控制單元。 包源而求以及電性保護的 括用攜 延伸傳輸連接單元"。f &理衣置&接其他外部模組之 括用中’該可攜式資料處理裝置復包 插卡式氣體偵測模組所嫌氣體資料的 相較於習知的氣體_裝置，本創作之插卡式氣體債 19194 8 M294034 測模組以及具有該插卡式氣體偵測模組 輪連接單元、介面驅動单元:二 奎； 早70、記憶單元、電源控制單元、延伸傳輸 連接早兀、傳輪連接介面以及顯示單元之間相互運作，除 能提，氣體偵測的機動性、即時性並能依據需求替換债測 不同軋體之插卡式氣體偵測模組 、、 多樣性。 曰加虱體偵測種類的 【實施方式】 式，二下此1 藉由特定的具體實施例說明本創作之實施方 ^技勢之人士可由本說明書所揭示之内容 瞭解本創作之其他優點與功效。補作亦 ^ 的具體實施例加以施行或應用，本說明書中二項，= 可基於不同觀點與應用，在不幢 =、、、田郎亦 種修飾與變更。 μ作之精神下進行各 請麥閱第1圖，其係本創作之插 具㈣插卡式氣體_餘之可攜式以 應用架構示意圖。 处里衣置的 可攜氣體_組1係搭接至 尸 埋衣置2。於本實施例中，本 二:模幻包括:傳輸連接單元u、*卡式 :㈣::二元二氣艘感應單元13，::： 處理裝置2則包括··傳輸連接介：二資料 該傳輪連接單元η係用以透過該傳輸連：：;。 19194 9 M294034 與該可攜式資料處理裝置2相 施例中，亨僂於、m n U貝科傳輪。於本實 中刻專輪連接早凡u與傳輸連接介自 貝料傳輸規格，該資料傳輪#执 ’…、、、才冋The importance of coexistence with nature. Because of J 〇 Therefore, how to control the source of pollution _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ For example, in the case of polluted gas detection, a gas pumping gas sensor is used to detect the " device. The purpose of using Y to convert to an electronic signal field can be roughly divided into two types. A is used to detect flammable gases, such as scorpion gas, such as HCN, 〇3, (3), Νί).笠笠,,,子元有^ «< . ^ ^ ^ 〇X Temple, Ya issued an alarm signal to use P ^ papaya ^ work? Member domain. The second is used for the control of chemical reactions such as combustion reactions such as == domain. In terms of work = rationality, it can be divided into catalytic combustion type and metal oxidation end reuse. It is known to use _ gas for pre-measurement devices, such as gas chromatographs (4) or atomic absorption spectrometers (Atomic S〇). rPtl〇n). Although these precision instruments have the advantages of high sensitivity, high accuracy, 19194 5 M294034 and low concentration detection limit, most of these detection devices are expensive and bulky and difficult to move, which is required for gas detection. It is quite disadvantageous in terms of mobility. With the advancement of electronic technology, portable data processing devices such as mobile phones, personal digital assistants, and notebook computers have been shrinking in size and function. On the other hand, the popularity of these portable data processing devices has been greatly increased due to the reduction in manufacturing costs. In order to solve the above-mentioned technical disadvantages, it is known to combine a gas detecting device without a self-contained power source with a portable data processing device through a wired connection mode to perform mobile gas monitoring, but the device has two Part of the carrying is quite inconvenient. Another technique is to combine a gas detecting device with a self-contained power source with a portable data processing device. However, since the power consumption of the gas detecting device is large, how to continuously supply power is another problem. In addition, it has become a problem to provide a gas detection device built into a portable data processing device that is limited by a fixed lap mechanism and cannot detect a plurality of gases. In summary, how to provide a technology that can combine the gas detection module and the φ portable data processing device to improve the mobility and immediacy of gas detection has become an urgent problem to be solved. [New content] In order to solve the above-mentioned shortcomings of the prior art, the main purpose of the present invention is to provide a plug-in gas detecting module capable of improving gas detection mobility and having the plug-in gas detecting module Portable data processing device. Another object of the present invention is to provide a card-type gas detecting module capable of improving the gas detection time and a portable data processing device having the plug-in gas detecting 6 19194 M294034 module. Another object of the present invention is to provide a replaceable detection for the card (4) group of different gases. 』 "The poor material processing equipment for the above-mentioned and other purposes" test module is used to connect to the portable data processing cutting: Qian Tibo. Through the transmission interface and the portable data Second, including: use the knot to carry out the data value in the ♦ 庶 飞 飞 飞 贝 贝 处理 处理 处理 处理 、 、 、 、 贝 贝 贝 飞 飞 飞 飞 飞 飞 飞 飞 飞 飞 飞 飞 飞 飞 飞 飞 飞 飞 飞 飞 飞 飞 1 The interface of the gas is driven by the single = 气体 treatment / set of monitoring gas sensing unit; and the interface of the body and / or oxygen disk disk t transmission connection unit, interface drive unit ... flower limb induction early and next control contact And force the early production of each unit, ° 10 ^ ·, processing and control 盥 可 可 提供 该 该 该 该 该 插 插 插 插 插 插 插 插 插 插 插 插 插 插 插 插 插 该 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱_ In one form of this creation, the complex includes a memory unit for storing the data generated by the Μ-plug-in gas tester in (4). Group 徨 scoop = medium, the card-type gas detection of this creation Measuring the mold with the tank ^ to control the power supply of each of the single S and the power supply The power control unit of Bao 4. In the type of this creation, the card of the creation i S carving # is included to provide (4) "... card type detection mode έ 々 々 々 仏 ° The portable poor processing device overlaps the extension transmission connection unit of other external cymbal groups. 广# In order to achieve the above and other purposes, the present invention has the portable data processing of the plug-in type 19194 M294034 = test module. Device, _ 士, 、, 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 a gas sensing unit for monitoring the carrying capacity or gas purity; and: a gas and/or a supply unit for providing the plug-in gas detecting module: a driving unit and a gas sensing unit: The data generated by the unit is processed and controlled by the early yuan, and the calculation, the physical preparation module and the portable data are controlled by the county. The portable data processing device includes a Hi wheel. Transmission wheel of communication gas detection module - / The plug-in type is connected to the transfer connection interface of the present creation. It is used to store each unit of the unit: single, complex including = two-state power control unit. Compared with other external modules, the portable transmission connection unit "f & The conventional gas_device, the plug-in gas debt of the present invention 19194 8 M294034 test module and the plug-in unit of the plug-in gas detection module, the interface drive unit: two Kui; early 70, memory unit, power supply The control unit, the extended transmission connection, the transmission connection interface and the display unit operate in each other, except for the mobility, the mobility of the gas detection, the immediacy and the ability to replace the debt measurement of the different rolling bodies. Measuring modules, and diversity.实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施efficacy. The specific embodiment of the supplement is also implemented or applied. The two items in this specification can be modified and changed based on different viewpoints and applications. Under the spirit of μ, please refer to Figure 1 for the creation of the tool (4) Plug-in gas _ Yu portable portable schematic diagram of the application architecture. The portable gas _ group 1 in the clothes is lapped to the corpse. In this embodiment, the second: the phantom includes: the transmission connection unit u, the * card type: (four):: the binary two-gas ship sensing unit 13, :::: the processing device 2 includes · · transmission connection: two data The transmission connection unit η is configured to transmit through the transmission::; 19194 9 M294034 In contrast to the portable data processing device 2, the 偻 偻 , m n U Becco transmission. In this real engraving, the special wheel connection is connected with the transmission and the transmission connection from the material transmission specification. The data transmission wheel #执 ’...,,,
Flash)+ ς // 格可例如為 CF (“pact ash)卡、Smart Media 卡、MMC + . μ 卡、SD ^. （ 1 Media Card) taU 卡、Me^S^ 卡或 PIC 、錄“具體而言，該傳輸連接介面 種規格的插槽’該傳輸連接單元η則為與該;輸連中 =面2丨相同規格用以插入該傳輪連接介…丨之金手^ 置^供該可攜式資料處理裝 直U插卡式氣體偵測模組丨身 才 述，於兮许士斗# Μ 1、 心母知硪別矾息。承前所 、W 卡式氣體偵測模組1透過^ 人該可攜式資料處理裝置2之值=傳輪連接早元U插 面驅動單元g、# 、雨連接介面21後，該介 ^ 21 ^ _心，如產品識別碼等等，傳送至 5日° 以供誃可摧4、次i、丨上 &式貝料處理裝置2， 、" 払式-貝料處理裝置2識別該彳ϋ γ 組1之用。 °亥插卡式氣體偵測模 該氣體感應單元13係用以接 氣體澄度的監測。承前所述，#^:乳進行氣體及/或 接收到兮可捭田口亥插卡式氣體偵測模組1 時C料處理裝置2執行氣體監測之指令 才該插卡式氣體偵測模組1隨即驅說、 13進行氣體及/或氣體溼度的監測。且：氣體感應單元 溼度監測數櫨之今雕1Π 肢而言，包含氣體 】數據之乳體感應早幻3能同時監測空氣中特定 19194 10 M294034 氣體分子及/或懸浮微刼〜 之準確性。 、人虱组溼度，藉以增進氣體偵測 ^實施例中’該氣體感應單元13可為半導 石工：型、電化學型、奈米材料型、 元件。 $娜型或其他具有氣體偵測功能之 於本實施例中，較佳去 具有複數個氣體感應單元i 2版備測模組1 能同時進行相同種類氣數個氣體感應單元13 時進行不该禝數個氣體感應單元13能同 才進:丁不同種類氣體及/或氣體溼度之監測。 。亥；|面控制單元14係用以提 傳輸連接單元U、介㈣㈣…亥孔肢偵測模組1之 間押制fh」 2與氣體感應單元13 間才工制耳外繫，亚判讀、計算、處理愈 ，資料以及提供該氣體偵測模組i與；可° ° :早：產生 •裝置2間資料傳輪之通訊協 ：:：中二里 理=早凡u可為依據有資料處理功能的單晶片或微處 !之^:單於f4實施财，當該插卡式氣體_模組 pi 14接收到該可攜式資料處理裝置2執 體打隹…J 制單元14隨即驅動該氣 氣體：二：二仃氣體監測。該氣體感應單元1於監測 制單^4進 之氣體監_料傳送至該介面控 14進仃貢料計算及/或處理，藉以產生用以傳送至 19194 11 M294034 該可攜式資料處理裝置2的氣體監測資料。 相憶單元15係心儲存各該單 於本貫施例中，該插丰斗、A 7座生之貝科。 夂兮鞏-辂衾° 式軋體偵測模組1復具有用以儲存 各5亥早兀所產生之資料 堵存 應單元13依據該 L、早兀15，用以於該氣體感 介面控制單元14計^早元14進^體監測後經過該 該記憶單元15之資料存取Ί里所取：的貧料。較佳者’ 單元η與傳輪連接介面21 :式規:一 須特別說明者，係於本 麻 式氣體偵測模組i不罝有之^一只施例中，該插卡 元14計算及/或處理;= 介面控制單 式資料處理裝置2,而針、々係W傳运至該可攜 ^广置2而姥存於該可攜式資料處 该電源控制單元】^备 < 置Z中。 源需求以及電性保護。於本並提供各該單元之電 模幻具有用以控制並提中，該插卡式氣體侦測 #性保護之電源控制單元16 之電源需求以及電 理裝置2提供控制透過該可攜式資料處 或電流等，避免★亥插卡^偵測輪組1之電源，如電壓 卞、尤3插卡式氣體偵測模组 電流（如過電壓、過電流 不虽的電壓或 測模組1之該些單元。 損壞該插卡式氣體偵 該延伸傳輸連接單元17係 理裝置2搭接Lμ可攜式資料處 段八他外σ卩极組。於本實施 體偵測模組1具有該延伸傳輸連接單元17，俾^卡式氣 式氣體偵測模幻佔用該 俾於該插卡 用。亥了攜式貧料處理裝置2之傳輸連 19194 12 M294034 ==21後，影響該可攜式㈣處縣置 =面21搭接至其他外部裝置之擴充性。較=傳： 延伸傳輸連接單元17係與前述者该 相同。於本創作之另〜"士接"面21之規格 例中，該延伸傳輸連接單元 面7可為不同於該傳輸連接介面21之規格的資料傳輸介 該顯示單元22,係用以提供該可攜式資 顯示=卡2體偵測模組1所提供之“ ，裡壯里所4 4插卡式氣體㈣模組1與該可攜式資料 :插t々2結合後，即可透過該可攜式資料處理裝置2 與插卡式氣體偵測模組1執行氣體監測之操作。 相較於習知的氣體偵測裝置，本創作之栖士 ^ ^ ^ 測模組以及且y 卡式氣體偵 理壯晋、/ 插卡式氧體偵測模組之可攜式資料處 ，人’透過傳輸連接單元、介面驅動單氣體感應單 :接::面控制單元、記憶單元、電源控制單元、延伸傳輸 _处接傳輸連接介面以及顯示單元之間相互運作:除 體伯測的機動性、即時性並能依據需 測 之插卡式氣體侦測模組以增加氣體侦測種類的 心&例僅為例不性說明本創作之原理及j：功 二而，"嶋創作。任何熟習此項技藝之人士均可 與變創作之精神及範脅下，對上述實施例進行修飾 糞二…*此，本創作之權利保護範圍，應如後述之申情 專利範圍所列。 夂、〈τ明 19194 13 M294034 【圖式簡單說明】 ^ 1圖係係本創作之插卡式氣體偵測模組以 该插卡式氣體侦測模組之可 ^ 八’ 構示意圖。 '式貧料處理裝置的應用架Flash)+ ς // The grid can be, for example, CF ("pact ash" card, Smart Media card, MMC + . μ card, SD ^. ( 1 Media Card) taU card, Me^S^ card or PIC, recorded "specific In other words, the transmission connection interface of the slot type 'the transmission connection unit η is the same as the transmission; the same size as the surface 2 用以 is used to insert the transmission connection medium 丨 金 金 金 置 置 供 供Carrying data processing and loading straight U-card gas detection module is a story, Yu Yu Xu Shidou # Μ 1, the mother knows not to suffocate. The front-mounted, W-type gas detection module 1 transmits the value of the portable data processing device 2 = the transmission wheel connects the early U-plane driver unit g, #, and the rain connection interface 21, which is 21 ^ _ heart, such as product identification code, etc., transmitted to 5 days ° for the 誃 4 4, i i, 丨 && type of bedding processing device 2, , &; 払 贝 贝 贝 贝 识别 识别彳ϋ γ group 1 is used. °Hai plug-in gas detection module The gas sensing unit 13 is used for monitoring the gas purity. As stated above, #^: milk is used for gas and/or when the 捭 可捭田口海 inserted gas detection module 1 is received, the C material processing device 2 executes the gas monitoring command to insert the card type gas detection module. 1 Then drive, 13 to monitor the humidity of the gas and / or gas. And: gas sensing unit humidity monitoring number 雕 雕 Π Π Π Π Π Π Π 包含 包含 包含 包含 包含 包含 包含 包含 包含 包含 包含 包含 包含 包含 包含 包含 包含 包含 包含 包含 包含 数据 数据 数据 数据 数据 数据 数据 数据 数据 数据 数据 数据 数据 数据 数据 数据 数据 数据 数据 数据 数据 数据 数据The humidity of the human body group is used to enhance the gas detection. In the embodiment, the gas sensing unit 13 can be a semi-conductive stone type: a type, an electrochemical type, a nano material type, and an element. In the present embodiment, it is preferable to have a gas detecting function in the present embodiment, and it is preferable to have a plurality of gas sensing units. The second type test module 1 can perform the same type of gas sensing unit 13 at the same time. Several gas sensing units 13 can be used to monitor the humidity of different types of gases and/or gases. . The surface control unit 14 is used to lift the connection unit U, the medium (four) (four), the sea hole detection module 1 between the fh" 2 and the gas sensing unit 13 to work outside the ear system, sub-interpretation, Calculation, processing, data and providing the gas detection module i; ° ° ° early: generation • device 2 data transmission communication protocol::: Zhong Erli Li = early Fan u can be based on information The single-chip or micro-processing of the processing function is implemented by f4, and when the plug-in gas module pi 14 receives the portable data processing device 2, the J-unit 14 is driven. The gas gas: two: two gas monitoring. The gas sensing unit 1 is configured to transmit the gas monitoring data to the interface control 14 to calculate and/or process, thereby generating and transmitting to the 19194 11 M294034 portable data processing device 2 Gas monitoring data. The memory unit 15 is stored in the center of the present embodiment, and the ABC is a 7-seat. The 夂兮 辂衾 辂衾 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 轧 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据The unit 14 counts the amount of material that is taken in the memory unit 15 after the monitoring of the element 14 is monitored. Preferably, the unit η and the transmission connection interface 21: a specification: a special description is required in the embodiment of the gas detection module i, the card element 14 is calculated. And/or processing; = interface control of the single data processing device 2, and the needle and the cymbal system W are transported to the portable device 2 and stored in the portable data unit. Set Z. Source requirements and electrical protection. The power module of each of the units is provided for control and extraction, and the power requirement of the power supply control unit 16 of the plug-in gas detection and protection device 2 provides control through the portable data. At or at the current, avoid the power of the ★Hai card ^ detection wheel set 1, such as voltage 卞, especially 3 plug-in gas detection module current (such as over voltage, over current, voltage or module 1 The unit is damaged. The plug-in gas detecting extension transmission connecting unit 17 is connected to the λ 卩 卩 L L L 。 。 。 。 。 。 。 。 。 。 The extension transmission connection unit 17 is configured to occupy the card for use in the card. The transmission of the portable waste processing device 2 is 19194 12 M294034 == 21, which affects the portability. (4) at the county level = face 21 overlap to the expansion of other external devices. Compared with = pass: extension transmission connection unit 17 is the same as the above. In this creation of another ~ "Shishi" In an example, the extension transmission connection unit surface 7 can be different from the transmission connection interface 21 The data transmission of the specification is provided by the display unit 22 for providing the portable display=card 2 body detection module 1 provided by the "Zuli Zilili 4 4 card type gas (four) module 1 and The portable data can be operated by the portable data processing device 2 and the plug-in gas detecting module 1 after the combination of the plug-in data. The gas detecting device is compared with the conventional gas detecting device. , the creation of the percussion ^ ^ ^ test module and y card gas detector Zhuang Jin, / card type oxygen detection module portable data, people 'transmission connection unit, interface driver Gas induction single: connection:: surface control unit, memory unit, power control unit, extended transmission _ connection transmission interface and display unit interaction: in addition to body mobility, immediacy and can be based on the need to measure The card-type gas detection module is used to increase the type of gas detection. The examples are only examples of the principle of the creation and the work of the author. Anyone who is familiar with the art can Under the spirit of the creation and the threat of the creation, the above embodiment is modified to the feces...* Therefore, the scope of protection of this creation should be listed in the scope of the patent application described later. 夂, <τ明 19194 13 M294034 [Simple description of the diagram] ^ 1 The system is the plug-in gas detection module of this creation. The schematic diagram of the plug-in gas detecting module can be used.
【主 要元件符號說明】 1 插卡式氣體偵測模組 11 傳輸連接單元 12 介面驅動單元 13 氣體感應單元 14 介面控制單元 15 記憶單元 16 電源控制單元 17 〇 延伸傳輸連接單元 2 可攜式資料處理裝置 21 傳輪連接介面 22 絲頁 7R jTQ 19194 14[Main component symbol description] 1 Plug-in gas detection module 11 Transmission connection unit 12 Interface drive unit 13 Gas sensing unit 14 Interface control unit 15 Memory unit 16 Power control unit 17 〇 Extension transmission connection unit 2 Portable data processing Device 21 Transfer connection interface 22 Wire page 7R jTQ 19194 14