、新型說明： 【新型所屬之技術領域】 本新型是有關於-種瓦斯债測存量裝置，特別是指一 種用於瓦斯計畫配送用的提示模組。 【先前技術】 參閱圖卜習知-種瓦斯_存量裝置，主要是在瓦斯 桶19的連結主管U上’設置-連通該連結主管u的歧管 12,並在該歧管12設置-壓力錶13,用戶藉由觀看該壓力 錶13的指針即可知道瓦斯桶19目前的瓦斯壓力。 參閱圖2 ’為習知另—種瓦斯彳貞測存量裝置，主要是在 瓦斯桶19的連結主管U ±，設置一快速接㈣14，並另 外準備一設有一快速接頭151的備用瓦斯桶15,該快速接 頭座14設有-磁簀„ 141，.該快速接頭i5i収有一磁 力件152。 當瓦斯桶19的瓦斯用完時’用戶自行將該備用瓦斯桶 15的該快速接頭151接上㈣速制座14,㈣該磁力件 52會觸動該磁頁開關141，並觸發一感應自動發訊器(圖未 示）傳送》孔號給-撥號主機（圖未示），該撥號主機便自動撥 ° u…瓦斯業者，瓦斯業者整合各個用戶的資訊後，便可計 畫配送瓦斯的路線。 省知第一種瓦斯偵測存量裝置，雖可以清楚顯示瓦斯 存里’但—般為了安全的考量，瓦斯桶19多會放置在陽台 或室外等不方便時時查視的地方，因此用戶若是不注意: 仍會有洗#或煮飯到—半才發現瓦斯用完的困擾。 M441098 習知第—種瓦㈣測存量裝置雖然可以在用戶自 上該備用瓦斯桶15 _，自動撥號給瓦斯業者，但如此 戶需多儲存一個備用瓦斯桶15，不但佔用空間且增加了 潛在安全風險，而在瓦斯用完後，用戶必須自行接上該備 j斯桶15,並等待瓦斯業者配送，這與目前的用戶使用 S丨貝並不符合’且瓦斯業者整合好各用戶的資訊後仍需 再--和用戶確認配送時間，若是用戶錯過連絡電話，則 ^斯業者仍訪能撲空’導致用戶可能在等待相配送時 就將備用瓦斯用完，而必須再自行連絡瓦斯業纟，反而需 要=次的電話往返連絡，再者，架設自動撥號設備的成 本间昂，一般用戶的負擔意願低，而瓦斯業者除了 一般的 瓦斯桶19外，還要額外負擔備用瓦斯桶15的維修、安全 檢驗費用，亦大幅增加了營業成本。 【新型内容】 因此，本新型之目的，即在提供一種架設成本低且可 提前預警的瓦斯計畫配送用的提示模緻。 於疋’本新型瓦斯§十畫配送用的提示模組.，包含一連 結主管、一歧管、一感測發訊器，及一接收提示器。 該連結主管包括一入氣端’及一相反於該入氣端的出 氣細，s亥入氣端適用於連接一瓦斯桶，該出氣端適用於連 接一瓦斯器具。 該歧管連通該連結主管且位於該入氣端與該出氣端之 間。 該感測發訊器設置於該歧管且連通該歧管内部，並勺 4 M441098 括一提供電源的感測電源單元、一感測該歧管内部的瓦斯 壓力並輪出一感測訊號的感測單元、一電連接該感測電源 單元及該感測單元的感測主控單元，及一電連接該感測主 控單元的無線發訊單元’該感測主控單元接收該感測訊號 亚輸出一發訊訊號’該無線發訊單元接收該發訊訊號並發 射一低存量訊號。, new type of description: [New technical field] This new type is related to a kind of gas debt measurement device, especially a reminder module for gas distribution. [Prior Art] Referring to the Figure-known gas-storage device, the manifold 12 is connected to the connection main pipe U of the gas drum 19, and the pressure pipe 13 is disposed in the manifold 12, The user can know the current gas pressure of the gas drum 19 by viewing the pointer of the pressure gauge 13. Referring to FIG. 2 'is another conventional gas measurement storage device, mainly in the connection main pipe U ± of the gas barrel 19, a quick connection (four) 14 is provided, and a spare gas barrel 15 having a quick joint 151 is additionally prepared. The quick connector base 14 is provided with a magnetic 箦 141. The quick connector i5i receives a magnetic member 152. When the gas of the gas drum 19 is used up, the user automatically connects the quick connector 151 of the backup gas drum 15 (4) The speed seat 14 (4) the magnetic member 52 touches the magnetic page switch 141 and triggers an induction automatic transmitter (not shown) to transmit the hole number to the dialing host (not shown), and the dialing host automatically Dial the u... gas manufacturer, after the gas industry integrates the information of each user, it can plan the route of distributing gas. The first type of gas detection and storage device is known, although it can clearly show the gas in the store. Considering that more than 19 gas buckets will be placed on the balcony or outside, which is inconvenient to check at any time, so if the user does not pay attention: there will still be washing # or cooking until half - only to find out that the gas is running out. M441098 The first type of tile (four) measured inventory Although it can be automatically dialed to the gas supplier in the user's self-supplied gas bucket 15 _, but the household needs to store more than one spare gas bucket 15 , which not only takes up space but also increases the potential safety risk, and after the gas is used up, the user You must pick up the spare js bucket 15 and wait for the gas dealer to distribute it. This is not in line with the current user's use of the S-shell, and the gas dealers need to re-integrate the information of each user - and the user confirms the delivery time. If the user misses the contact call, then the operator can still rush to the air, causing the user to run out of the backup gas while waiting for the delivery. Instead, they must contact the gas industry by themselves. Instead, they need to make a round-trip call. In addition, the cost of setting up automatic dialing equipment is high, and the general user's willingness to pay is low. In addition to the general gas bucket 19, the gas producer has to additionally bear the maintenance and safety inspection costs of the spare gas bucket 15, which also greatly increases the operating cost. [New content] Therefore, the purpose of the present invention is to provide a gas distribution plan with low erection cost and early warning. The prompting module of the new gas § ten painting distribution includes a connecting main pipe, a manifold, a sensing transmitter, and a receiving prompting device. The end portion and a gas outlet opposite to the gas inlet end are adapted to be connected to a gas barrel, and the gas outlet end is adapted to be connected to a gas burner. The manifold is connected to the joint main pipe and is located at the gas inlet end and the gas inlet end. The sensing transmitter is disposed on the manifold and communicates with the inside of the manifold, and the spoon 4 M441098 includes a sensing power supply unit that supplies power, senses the gas pressure inside the manifold, and rotates a sensing unit of the sensing signal, a sensing main control unit electrically connected to the sensing power supply unit and the sensing unit, and a wireless transmitting unit electrically connected to the sensing main control unit. The sensing master The unit receives the sensing signal and outputs a signaling signal. The wireless transmitting unit receives the signaling signal and transmits a low-storage signal.
.该接收提示器包括一提供電源的接收電源單元、一接 收該低存量訊號並輪出一對應的接收訊號的無線接收單元 電連接該接收電源單元及該無線接收單元的接收主控 單凡’及一電連接該接收主控單元的瓦斯提示單元，該接 控單元接收該接收訊號並輸出一對應的控制訊號，該 瓦斯提示單元接收該控制訊號並發出一提示訊號。 【實施方式】 、有關本新型之前述及其他技術内容、特點與功效，在 以下配合參考圖式之三個較佳實施例的詳細說明將 清楚的呈現。The receiving prompting device comprises a receiving power supply unit for providing power, a wireless receiving unit for receiving the low-storage signal and rotating a corresponding receiving signal, and the receiving receiving power unit and the receiving main control unit of the wireless receiving unit. And a gas prompting unit electrically connected to the receiving main control unit, the receiving control unit receives the receiving signal and outputs a corresponding control signal, and the gas prompting unit receives the control signal and sends a prompt signal. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments of the accompanying drawings.
%个蚵型被詳 明内容中，類似的元件是以相同的編號來表示。 參閱圖3、圖4與圖5，本新型瓦斯計晝配送用的; 之第-較佳實施例包含-連結主管2' 一歧管3、: 力調郎ϋ 4、-感測發訊H 5，及—接收提示器卜 21的^連結主管2包括—人“ 21，及—相反於該幻 氣端,I該入氣端Μ用於連接-瓦斯桶Μ ^知22適用於連接一瓦斯器具（圖未示）。 5 該歧管3連通該連結主管2且位於該入氣端與該出 瑕i端2 2之間。 該壓力調節器4設置於該連結主管2的出氣端22與該 歧管3之間’用以穩定輸出瓦斯的壓力。The % elements are detailed in the content, and similar elements are denoted by the same number. Referring to Figures 3, 4 and 5, the novel gas meter is used for distribution; the first preferred embodiment comprises - a connection main 2' a manifold 3, a force ϋ 4, a sensing transmission H 5, and - receiving reminder 226 21 ^ link supervisor 2 includes - person "21, and - contrary to the phantom end, I the air inlet end Μ for connection - gas barrel Μ ^ know 22 is suitable for connecting a gas An appliance (not shown). 5 The manifold 3 is connected to the connection main pipe 2 and is located between the air inlet end and the outlet end 2 2 . The pressure regulator 4 is disposed at the air outlet end 22 of the connection main pipe 2 The manifold 3 is used to stabilize the pressure of the output gas.
該感測發訊器5設置於該歧管3且連通該歧管3内部 並包括一提供電源的感測電源單元5 1、一感測該歧管3 内部的瓦斯壓力並輸出一感測訊號的感測單元52、一電連 接該感測電源單元51及該感測單元52的感測主控單元Μ ’及一電連接該感測主控單元53的無線發訊單元54，該感 測主控單元53接收該感測訊號並輸出一發訊訊號，該無線 發sfl單元54接收該發訊訊號並發射一低存量訊號，該低存 量訊號具有一對應該感測發訊器5的識別號碼資訊。The sensing transmitter 5 is disposed on the manifold 3 and communicates with the inside of the manifold 3 and includes a sensing power supply unit 51 for supplying power, sensing a gas pressure inside the manifold 3, and outputting a sensing signal. a sensing unit 52, a sensing main control unit 电 ' electrically connected to the sensing power supply unit 51 and the sensing unit 52, and a wireless transmitting unit 54 electrically connected to the sensing main control unit 53, the sensing The main control unit 53 receives the sensing signal and outputs a signaling signal, and the wireless transmission sfl unit 54 receives the signaling signal and transmits a low-storage signal having a pair of sensing signals to be recognized by the transmitter 5. Number information.
該感測發訊器5還包括一可移除地設置於該歧管3的 外殼單元55、一設置於該感測單元52與該歧管3内側之間 的内止漏環56、一電連接該感測主控單元53且用以顯示瓦 斯為低存量的顯示燈單元57,及一電連接該感測主控單元 53的連線測試單元58，該外殼單元55具有一螺鎖於該歧 官3外的殼體551、一可移除地設置於該殼體551的電池蓋 即可调 552，及一設置於該殼體551與該歧管3之間的外止漏老 553，該連绎測試單元58昇有一測試鈕581，按下該測試j 的連線是否正常工作。 該接枚提示器6包括一提供電源的接收電源單元61、 一接收该低存量訊號並輸出一對應的接收訊號的無線接呔 單元62、一電連接該接收電源單元61及該無線接收單元 62的接收主控單元63'—電連接該接收主控單元〇的瓦 斯提示單元64、一電連接該接收主控單元63的解除單元 65，及-電連接並受該接收主控單元63㈣的感測電量提 不單元66，該接收主控單元63接收該接收訊號並輸出一對 應的控制訊號，該瓦斯提示單元64接收該控制訊號並發出 —提示訊號，該解除單元65具有一解除鈕651，用以暫時 解除該提示訊號。 該瓦斯提示單元64具有一螢幕641及一揚聲器“2， 且該提示訊號具有顯示於該螢幕641的文字訊息及一聲音 訊號。 當該感測發訊器5的電量不足時，該感測主控單元53 控制該無線發訊單元54發射—低電量訊號，該接收主控單 元63透過該無線接收單元62接收該低電量訊號後，控制 該感測電量提示單元66發出一低電量提示訊號。 該接收提㈣6可使料接市輪頭的變壓器或是電 乂供應電源’若使用電池供應電源，則當電池的電壓過 低時，該接故提不自6可於該螢幕641上顯示電壓不足的 訊號’提醒用戶更換電池。 參閱圖5及圓6 ’-般使用時，該接收提示器6亦可同 時對應多個感測發訊器5，藉由該低存量訊號内的識別號碼 育訊’該接從主控單元63可以同時掌控多個瓦斯桶9的瓦 斯#量’並於瓦_ 9的瓦斯存量到達低準位時控制該 揚聲器642發出警示聲響，並控制該勞幕641顯示，，第〇〇 號瓦斯桶為低存量，請聯繫xx能源有限公司，電話0800_The sensing transmitter 5 further includes a housing unit 55 removably disposed on the manifold 3, an inner leakage ring 56 disposed between the sensing unit 52 and the inner side of the manifold 3, and an electric a display lamp unit 57 connected to the sensing main control unit 53 for displaying a low inventory of gas, and a connection test unit 58 electrically connected to the sensing main control unit 53, the housing unit 55 having a screw lock a housing 551 outside the ejector 3, a battery cover detachably disposed on the housing 551, and an outer leakage 553 disposed between the housing 551 and the manifold 3, The flail test unit 58 is provided with a test button 581, and the connection of the test j is normally operated. The splicing prompter 6 includes a receiving power supply unit 61 for providing power, a wireless interface unit 62 for receiving the low-storage signal and outputting a corresponding receiving signal, and an electrical connection between the receiving power unit 61 and the wireless receiving unit 62. Receiving main control unit 63' - a gas prompting unit 64 electrically connected to the receiving main control unit, a releasing unit 65 electrically connected to the receiving main control unit 63, and - electrically connected and receiving the sense of the receiving main control unit 63 (four) The power receiving unit 66 receives the received signal and outputs a corresponding control signal. The gas prompting unit 64 receives the control signal and sends a prompt signal. The releasing unit 65 has a release button 651. Used to temporarily cancel the prompt signal. The gas prompting unit 64 has a screen 641 and a speaker “2, and the prompt signal has a text message and an audio signal displayed on the screen 641. When the power of the sensing transmitter 5 is insufficient, the sensing main The control unit 53 controls the wireless transmitting unit 54 to transmit a low battery signal. After receiving the low power signal, the receiving main control unit 63 controls the sensing power indicating unit 66 to send a low battery prompt signal. The receiving (4) 6 can be used to connect the transformer of the city wheel or the electric power supply. If the battery is supplied with power, when the voltage of the battery is too low, the connection can be displayed on the screen 641. Insufficient signal 'remind the user to replace the battery. Referring to Figure 5 and circle 6', the receiving reminder 6 can also correspond to a plurality of sensing transmitters 5 at the same time, by the identification number in the low-stock signal The slave control unit 63 can simultaneously control the gas quantity of the plurality of gas barrels 9 and control the speaker 642 to sound an alarm when the gas inventory of the watts 9 reaches the low level, and control the screen 641. No. thousand and Gas ,, shows a barrel to a low inventory, please contact xx Energy Limited, Tel 0800_
* 氺木木 sk si?，，AA -V 的文子訊心’以方便用戶連絡瓦斯業者配送 瓦斯β Ρ =該感測電量提禾單元66亦可具有分別對應該等感測 毛:“ 5的三個低電量提示燈66卜且該低電量提示訊號為 =1號該等低電I提示燈661的數量是配合該等感測發 訊器5的數量而決定’故該等低電量提示燈661之數量亦 j為 四或五以上，且本新型瓦斯計晝配送用的提示模 組=可只包含—低電量提示燈661，當某個感測發訊器5的_ ^里不足時’該接收主控單元63可控制所對應的該低電量 /五661變為閃爍的黃燈，以提醒用戶需更換該感測發 訊器5的電池。 口參閱圖6及圖7 ’該接收提示器6亦可簡化為具有三瓦 斯提不燈643及三低電量提示燈⑹，且該提示訊號為一光 A，’當瓦斯為正常存量時，該等瓦斯提示燈⑷為綠燈 田瓦斯為低存置時，該等瓦斯提示燈643為閃爍的紅燈 ’其中該等瓦斯提示燈643及低電量提示燈661的數量依 據所對應的該等感測發訊器5數量而決定，而該等瓦斯提 不燈643之數量亦可為二、四或五以上，且本新型瓦斯計 畫配送用的提示模組亦可只包含—瓦斯提示燈⑷。 經由以上的說明，可將本實施例的優點歸納如下： β 一、该接收提示器6會在瓦斯存量到達低準位時自動 提示’並顯示文字訊息提醒用戶連絡瓦斯業者，相較於習 知第二種瓦斯谓測存量裝置，用戶不需改變使用習慣，不 场裳。又仏格两昂的自動撥號設備，亦不需要同時存放兩桶 =斯，減少囤積瓦斯的危險性，且該感測發訊器5可被設 定在瓦斯存置還有3_5天時即發射該低存量訊號如此可供 用戶提早連絡瓦斯業者，避免使用到一半才發現瓦斯用完 ，對瓦斯業者而言，除可提前規晝路線，免除配送時重複 路線而耗費時間及資源外，也減少了人力的待命時間，且 只需提供用戶-個瓦斯桶9,亦大幅減少了業者維修、檢驗 瓦斯桶9的成本。 二、本新型瓦斯計畫配送用的提示模組亦可用於偵測 :斯漏乳’當瓦斯關閉時’若該感測發訊g 5仍感測到低 壓的瓦斯而送出低存量訊號，則可知瓦斯外漏，需儘快維 修，如此可避免瓦斯外漏所造成的危險，有助於維護用戶 的居家安全。 參閱圖8 '為本新型瓦斯計晝配送用的提示模組的一第 一較佳實施例，該第二較佳實施例是類似於該第一較佳實 軛例，該第二較佳實施例與該第一較佳實施例的差異在於 該連結主管2還包括一第一管段23及一第二管段24， 第笞'^又23具有該入氣端21，及一相反於該入氣端 的第一連接端231，該第二管段24具有該出氣端22'，及— 相反於該出氣端22且與該第—連接端231連接的第二連接 端241，該歧管3設置於該第—管段23，且該壓力調節器4 設置於該第二管段24。 ° 如此，該第二較佳實施例亦可達到與上述第一較佳實 M441098 施例相同的目的與功效，且由於一般的瓦斯桶9都已裝設 有該第二管段24及該壓力調節器4，因此只要直接將該第 一管段23及該感測發訊器5增添在原本的架構上即可，不 需要將整個連結主管2及該壓力調節器4 一起更換，節省 更換的時間及成本。 參閱圖9,為本新型瓦斯計畫配送用的提示模組的一第 三較佳實施例，該第三較佳實施例是類似於該第一較佳實 施例’該第三較佳實施例與該第一較佳實施例的差異在於 本新型瓦斯計畫配送用的提示模組還包含一設置於該 連結主管.2的入氣端21與該歧管3之間的開關閥7,用以 控制瓦斯的開關。 如此，該第三較佳實施例亦可達到與上述第一較佳實 施例相同的目的與功效。 綜上所述，本新型不僅架設成本低、可提前警示瓦斯 即將用完、不需改變用戶目前的使用習慣，還可用於债測 瓦斯漏氣’維護用戶的居家安全，㈣實能以本新型之 目的。 能 範 屬 惟以上所述者，僅為本新型之較佳實施例而已，當不 以此限定本新型實施之範圍，即大凡依本新型中請專利 圍及新型說明内容所作之簡單的箅 刃寺效變化與修飾，皆仍 本新型專利涵蓋之範圍内。 圖式簡單說明】 υ丨|只唧仔置裝置的示意圖 10 M441098 圖2是習知另一種瓦斯偵測存量裝置的示意圖； 圖3是本新型瓦斯計畫配送用的提示模組之一第一較 佳實施例的的示意圖； 圖4是該第一較佳實施例的一感測發訊器及一接收提 示器的示意圖； 圖5是該第一較佳實施例的該感測發訊器及該接收提 示器的電路方塊圖； 圖6是一示意圖，說明該第一較佳實施例的該接收提 示器可同時搭配多個感測發訊器； 圖7是一示意圖，說明該第一較佳實施例的該接收提 示器之另一樣態； 圖8疋本新型瓦斯計晝配送用的提示模組之一第二較 佳實施例的的示意圖；及 圖9是本新型瓦斯計畫配送用的提示模組之一第三較 佳實施例的的示意圖。 11 M441098 【主要元件符號說明】 2 ........ ••連結主管 57·...· …·顯示燈單元 21....... ••入氣端 58·.··· •…連線測試單元 22....... ••出氣端 581… • · · ·測5式钮 23....... ••第一管段 6…… …·接收提示器 231 …·. ••第一連接端 61 ·.··· •…接收電源單元 24....... …第二管段 62··..· •…無線接收單元 241 … ••第二連接端 63···.· •…接收主控單元 3 ........ ••歧管 64·.··· •…瓦斯提示單元 4 ........ ••壓力調節器 641… …·螢幕 5 ........ ••感測發訊器 642… •…揚聲器 51....... ••感測電源單元 643… •…瓦斯提示燈 52....... ••感測單元 65…… •…解除單元 53....... ••感測主控單元 65 1··. •…解除紐 54....... ••無線發訊單元 66…… …·感測電5·提不單 55........ ••外殼單元 元 551…… ••殼體 661 ··.. …低電里提不燈 552 ..... ••電池蓋 7 ....... …開關閥 553…… ••外止漏環 9 ....... …瓦斯桶 56........ ••内止漏孩 12* 氺木木 sk si?,, AA-V's Wenzi Xunxin' to facilitate the user to contact the gas dealer to distribute the gas β Ρ = the sensed charge unit 66 can also have a corresponding corresponding sense of hair: "5 The three low battery indicator lights 66 and the low battery indicator signal is =1. The number of the low power I indicator lights 661 is determined according to the number of the sensing transmitters 5, so the low battery indicator lights The number of 661 is also four or more, and the prompt module for the distribution of the new gas meter can only include the low battery indicator 661, when the _ ^ of a sensing transmitter 5 is insufficient. The receiving main control unit 63 can control the corresponding low battery/five 661 to become a flashing yellow light to remind the user that the battery of the sensing transmitter 5 needs to be replaced. Referring to FIG. 6 and FIG. 7 'the receiving prompt The device 6 can also be simplified to have three gas-free lamps 643 and three low-power indicator lights (6), and the prompt signal is a light A, 'When the gas is a normal stock, the gas light (4) is low for the green light and the gas is low. When stored, the gas light 643 is a flashing red light 'where the gas light 643 and The number of the power indicator lights 661 is determined according to the number of the sensing transmitters 5 corresponding thereto, and the number of the gas-saving lamps 643 may be two, four or more, and the gas metering distribution of the novel is used. The prompt module may also include only the gas warning light (4). Through the above description, the advantages of the embodiment can be summarized as follows: β 1. The receiving prompter 6 automatically prompts when the gas inventory reaches the low level. The text message is displayed to remind the user to contact the gas dealer. Compared with the conventional second gas pre-measurement device, the user does not need to change the usage habits, and does not have a skirt. The two-automatic automatic dialing device does not need to store two at the same time. Barrel = s, reducing the risk of hoarding gas, and the sensor 5 can be set to emit the low-storage signal when the gas is stored for 3_5 days, so that the user can contact the gas operator early, avoiding half of the use. It is found that the gas is used up. For the gas industry, in addition to pre-routing the route, it is time-consuming and resource-free to repeat the route during the delivery, and the manpower standby time is reduced. The user-gas bucket 9 also greatly reduces the cost of repairing and inspecting the gas bucket 9. The reminder module for the new gas project distribution can also be used for detecting: the leaking milk 'when the gas is off' The sensing transmitter g 5 still senses the low-pressure gas and sends the low-storage signal, so that the gas leakage is required to be repaired as soon as possible, so as to avoid the danger caused by the gas leakage, and help to maintain the user's home safety. Referring to FIG. 8 is a first preferred embodiment of the prompting module for the gas metering distribution of the present invention. The second preferred embodiment is similar to the first preferred embodiment of the yoke. The difference between the example and the first preferred embodiment is that the connection main pipe 2 further includes a first pipe section 23 and a second pipe section 24, and the second and second ends have the air inlet end 21, and a gas inlet is opposite to the air inlet end. a first connecting end 231 of the end, the second pipe section 24 has the air outlet end 22', and a second connecting end 241 opposite to the air outlet end 22 and connected to the first connecting end 231, the manifold 3 is disposed on the The first pipe section 23, and the pressure regulator 4 is disposed on the second pipe section 24. Thus, the second preferred embodiment can achieve the same purpose and effect as the first preferred embodiment of the above M441098, and since the general gas bucket 9 has been equipped with the second pipe section 24 and the pressure regulation Therefore, as long as the first pipe section 23 and the sensing transmitter 5 are directly added to the original structure, the entire connection main pipe 2 and the pressure regulator 4 need not be replaced together, thereby saving replacement time and cost. Referring to FIG. 9, a third preferred embodiment of the prompting module for the gas distribution of the present invention is similar to the first preferred embodiment of the third preferred embodiment. The difference from the first preferred embodiment is that the prompt module for the distribution of the gas plan of the present invention further comprises an on-off valve 7 disposed between the inlet end 21 of the connection main pipe 2 and the manifold 3, To control the switch of the gas. Thus, the third preferred embodiment can achieve the same objects and effects as the first preferred embodiment described above. In summary, the new model not only has low erection cost, but also warns that the gas is about to be used up in advance, does not need to change the user's current usage habits, and can also be used for debt testing and gas leakage to maintain the user's home safety, (4) practically adopting the new type The purpose. The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple blade of the patent and the new description in the present invention. The changes and modifications of the temples are still covered by this new patent. Brief description of the diagram υ丨 示意图 示意图 示意图 示意图 10 M M 10 M441098 Figure 2 is a schematic diagram of another gas detection and storage device 4 is a schematic diagram of a sensing transmitter and a receiving prompter of the first preferred embodiment; FIG. 5 is the sensing transmitter of the first preferred embodiment. And a circuit block diagram of the receiving prompter; FIG. 6 is a schematic diagram showing that the receiving prompter of the first preferred embodiment can be matched with a plurality of sensing transmitters at the same time; FIG. 7 is a schematic diagram illustrating the first Another aspect of the receiving reminder of the preferred embodiment; FIG. 8 is a schematic diagram of a second preferred embodiment of the prompting module for dispensing a new gas meter; and FIG. 9 is a schematic diagram of the novel gas distribution A schematic diagram of a third preferred embodiment of one of the prompting modules used. 11 M441098 [Description of main component symbols] 2 ........ •• Connection supervisor 57·...·...·Display lamp unit 21....... ••Inlet terminal 58·.·· · •...Connection test unit 22.... ••Exhaust end 581... • · · ·Measure 5 type knob 23.... ••First pipe section 6.........·Receive prompter 231 ...·. ••1st connection end 61·····•...receiving power supply unit 24....the second pipe section 62··.....the wireless receiving unit 241 ... •• second Connection end 63·····•...receiving main control unit 3 ........ ••Manifold 64·.···•...Gas cue unit 4 ........ ••Pressure Regulator 641 ... ... screen 5 ........ • Sensing transmitter 642... • Speaker 51....... • Sensor power unit 643... • Gas warning light 52 ....... ••Sense unit 65...•...Release unit 53.......••Sense master unit 65 1··.•...Remove button 54... ••Wireless Transmitter Unit 66...··Resistance Battery 5·Reminder 55........ •• Enclosure Unit 551... ••Shell 661 ··.....low battery No light 552 ..... •• Battery cover 7 .............Switch valve 553... ••Outside leak ring 9 .............Gas bucket 56..... ... •• Stop the child 12