五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種充電裝置，特別是指一種整合多 組充電裝置的充電站設備。 【先前技術】 一般付費充電設備都是獨立的單元，即每一台充電設 傷皆有用以投幣付款的投帶器、計時裝置以及充電裝置， 由於零件複雜並且體積大，因此一般的設備成本較高，並 且體積較大而浪費空間，而減少可容納車輛與設備的數量 0 【新型内容】 因此本新型之目的’即在提供-種可避免S間7良費 且可降低設備成本的充電站設備。 、於是，本新型充電站設備，可供使用者付費而輸出電 原以供充電，並包含：數個可輸出電源以供充電的充電裝 ^及-個訊號連接料充電裝置的管控裝置。每一充電 、卩匕括㈤可供電且可受觸發地啟動或關閉的電源器 器固電連接該電源器的接頭，及一個電連接該電源 發訊號的子收發器。該管控裝置包括-個可供使 接，：1的操作盜、數個分別對應於該等充電裝置且電連 接該#作器的充電營理哭 ^ B h 及一個電連接該等充電管理 可收發訊號地與該等充電裝 ° 操作器具有一個可供乂 、貝訊的主收發器。該 應於該等充好置且可顧的收銀件，及數個分別對 、置且了頌不充電時間的時間顯示件。 M415501 本新型之有益功效在於：藉由該管控裝置同時管控該 等充電裝置，並提供統-的操作介面供使用者操控，因此 在建構充電站時，僅需該管控裝置即可操控多台充電裝置 ’不僅可節省空間’還可降低設備的成本，且可進一步地 管理停車時間與位置。 【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一個較佳實施例的詳細說明中，將可 清楚的呈現。 參閲圖卜2、3,本新型充電站設備之一較佳實施例， 可供數名使用者付費而輸出電源以供充電，並包含·數個 可輸出電源以供充電的充電裝置】’一個訊號連接該等充電 裝置1並可供使用者操作的管控裝置2。 該等充電裝置1是可供例如行動電話、筆記型電腦或 電動汽機車等電子裝置進行充電。每一充電裝置1都包括 一個可供電的電源器U、數個電連接該等電源器n的接頭 12、一個可用以照明的照明器18、一個可供置物的置物盒 19兩個可顯示充電狀態的狀態燈16、一個可供使用者按 壓地啟動充電的子啟動鍵15、一個可供使用者按壓地停止 充電的子停止鍵14、一個電連接該電源器n的電流偵測器 17 ’及—個可用以收發訊號的子收發器13。 該電源器11具有一個可供電的供電件1H，及一個電 連接該供電件111的控制開關112。該控制開關112可受觸 M415501 發地控制該供電件111啟動或關閉β 供電件111，且位在該置物盒19中 以進行充電。所述接頭12的樣式各里’ 、分/、以配合不同型式或 廠牌電氣的需要。在本較佳實施例中該供電件⑴是利用 ’再進一步的變壓或整 的數目也可以僅設置一V. New description: [New technical field] The present invention relates to a charging device, and more particularly to a charging station device integrating a plurality of charging devices. [Prior Art] Generally, the charging device is a separate unit, that is, each charging device is useful for coin dispensers, timing devices, and charging devices. Due to complicated parts and large size, the general equipment cost is It is high, and it is bulky and wastes space, and reduces the number of vehicles and equipment that can be accommodated. [New content] Therefore, the purpose of the present invention is to provide a kind of charging that can avoid the cost of S and reduce the cost of equipment. Station equipment. Therefore, the charging station device of the present invention can be charged by the user for outputting the electricity for charging, and includes: a plurality of charging devices capable of outputting power for charging and a control device for charging the signal charging device. Each of the charging, including (5) power supplies that can be activated or deactivated by a trigger is electrically connected to the connector of the power supply, and a sub-transistor electrically connected to the power signal. The control device comprises: an operation lock, a number 1 operation stolen, a plurality of charging operations corresponding to the charging devices and electrically connected to the charging device, and a charging connection. The transceiver signal and the charging device have a main transceiver for the cymbal and the cymbal. This should be the display of the cashier, which is well-received and can be taken care of, and a number of time-changing items that are respectively paired and placed without charging time. M415501 The beneficial effect of the present invention is that the control device simultaneously controls the charging devices and provides a unified operation interface for the user to control. Therefore, when constructing the charging station, only the control device can control multiple charging devices. The device 'not only saves space' but also reduces the cost of the device and can further manage parking time and location. 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. Referring to Figures 2 and 3, a preferred embodiment of the charging station device of the present invention can be used by a plurality of users to output power for charging, and includes a plurality of charging devices that can output power for charging. A control device 2 for connecting the charging devices 1 and being operable by a user. The charging device 1 is for charging an electronic device such as a mobile phone, a notebook computer or an electric motor vehicle. Each charging device 1 includes a power supply U that can be powered, a plurality of connectors 12 that electrically connect the power supplies n, an illuminator 18 that can be illuminated, and a storage compartment 19 that can be placed to display charging. The status light 16 of the state, a sub-start button 15 for the user to start charging, a sub-stop button 14 for the user to stop charging, and a current detector 17 ' electrically connected to the power source n' And a sub-transceiver 13 that can be used to transmit and receive signals. The power supply unit 11 has a power supply unit 1H and a control switch 112 electrically connected to the power supply unit 111. The control switch 112 can be controlled to touch the power supply member 111 to activate or deactivate the beta power supply member 111, and is located in the storage box 19 for charging. The joints 12 are in the form of ', minute', to match the needs of different types or brand electrical. In the preferred embodiment, the power supply member (1) may be further adjusted by the number of further transformations or integers.
該狀態燈是電連接該等電源器^，並可顯示充電狀 態，在本較佳實施例中’該狀態燈16是利用紅色表示充電 中’並利用綠色來表示充電完成。 該電流偵測器17、子啟動鍵15及子停止鍵14皆電連 接該子收發器13,並且可驅動該子收發器13傳送出訊號。 該電流偵測器17是用來偵測該電源器u的狀態，並且在 使用者將電器在充電過程中忽然拔除時，輸出訊號至該子 收發器13。The status light is electrically connected to the power supply unit and can display a state of charge. In the preferred embodiment, the status light 16 is indicated by red in charge and green is used to indicate completion of charging. The current detector 17, the sub-start button 15 and the sub-stop button 14 are electrically connected to the sub-transceiver 13, and the sub-transceiver 13 can be driven to transmit a signal. The current detector 17 is for detecting the state of the power supply u, and outputs a signal to the sub-transceiver 13 when the user suddenly removes the electric appliance during charging.
該等接頭12電連接該 ’並可供電子裝置插設 110V或220V的交流電為主要電源 流以配合該等接頭12，然而接頭12 個’並不以本實施例的數個為限。 該子收發器13具有一個電連接該控制開關112的子接 收模組131，及一個電連接該子停止鍵14、該子啟動鍵15 與該電流偵測器17的子傳送模組132。 該子接收模組131可接收該管控裝置2傳送的訊號， 並且具有一個啟動觸發單元133,及一個關閉觸發單元134 。違啟動觸發單元13 3在接收到訊號後，即進一步地輸出 訊號至該控制開關112，並觸發該控制開關i i 2啟動該供電 件111以供電。該關閉觸發單元丨34在接收到訊號後，即 進一步地輸出訊號至該控制開關112，並觸發該控制開關 5 M415501 112關閉該供電件111以停止供電。 該子傳送模組132可受該子啟動鍵15、該子停止鍵14 與該電流偵測器17觸發，而傳送訊號至該管控裝置2。該 子傳送模組132具有一個電連接該子啟動鍵15的啟動請求 單元I35、一個電連接該子停止鍵14的關閉請求單元137 ，及一個電連接該電流偵測器17的中斷請求單元136。 該啟動請求單元135可受該子啟動鍵15觸發，而傳送 訊號至該官控裝置2。該關閉請求單元137可受該子停止鍵 14觸發’而傳送訊號至該管控裝置在該電流侧器η 偵測到充電中斷的情形時，該中斷請求單元136會受該電 流偵測器17的觸發，而傳送訊號至該管控裝置2 ^ 該官控裝置2包括一個可供使用者操作的操作器21、 數個電連接該操作器21的充電管理器22、-個電連接該等 充電管理II 22的主收發器23,及—個電連接該主收發器 23且可受觸發地進行累計的中斷紀錄器24。 該操作器21可顯示充電與付費相關資訊，並可供使用 按聖地操作豸操作器21具有一個可供使用者按遷地設 定充電時間的時間選擇件216 一個可顯示使用者需支付的 ^額的費用顯不件218、一個可供使用者送入貨幣以付款的 個供使用者點選地選擇充電裝置丨的機台選 擇件217、數個顯示可用充電時間的時間顯示件⑴、一個 =㈣地清除設^的更正鍵212 一個可供㈣地啟動充 •主啟動鍵213，及—個可供按㈣停止充電的主停止鍵 如。該等時間顯示件215分別對應於該等充電裝置】，即 6 M415501 分別顯示各個充電裝置1可執行充電的時間。該主停止鍵 211、主啟動鍵213、更正鍵212皆可受按壓而輸出訊號至 =充電f理器22，以觸發該充電管理器22。本實施例的機 口選擇件217是設有燈號的按鍵，可供使用者點選地選擇 充電，置之外，還可由該管控裝置2主動地偵測此情 況下心&燈或閃爍的方式提示’此外，該機台選擇件加 還可利用燈光不同的閃燦模式或不同光色來區分。 該等充電管理器22分別對應於該等充電裝置卜每一 充電管理器22都具有一個管理模組221、一個中斷模組 222 ’及一個電連接該管理模組22ι及中斷模組^ 編碼模組223。 出 〜該管理模組221電連接該操作器2卜並具有一個可執 ^丁汁時的主計時單元224、—個電連接該主計時單元以的 計，啟動單元226、-個電連接該主計時單元224的計時終 :單7L 225 ’及-個電連接該主計時單元224的計時暫停單 凡220。該主計時單元224可受該等時間選擇件觸動而 設定計時額度，並在計時結束時輸出訊號至該輸出編碼模 組223，此外，該主計時單元224的時間顯示在該時間頻示 件215上。該計時啟動單元以電連接該主啟動鍵213,並 可受觸發地啟動該主計時單A 224執行計時，進而傳送來 ，地觸動該主收發器23以啟動該充電裝置卜該計時終了 早疋225電連接該主停止鍵2Π，並可受觸發地使該主計時 單元224停止計時，並將該主計時單it 224重新設定，同 時輪出訊號至該輸出編碼模組223。該計時暫停單元22〇可 7 丈觸發，而使該主計時單元224暫停計時。 該中斷模組222具有一個可倒數計時一預定時間的倒 數單元227 —個電連接該倒數單元227的倒數啟動單元 228,及一個電連接該倒數單元227的倒數終了單元229。 該倒數單元227在完成倒數後，輸出訊號至該輸出編碼模 組223。該倒數啟動單元228可受觸發，而啟動該倒數單元 227執行倒數。該倒數終了單元⑵可受觸發而使該倒數 單元227停止倒數，並重新設定。 該輸出編碼模組223可對應於該充電裝置i地執行編 碼，並輸出訊號至該主收發器23，即在訊號中增加可代表 相對應的充電裝置1的訊息，以供主收發器23判斷，而正 確地傳送訊號。 該主收發器23可收發訊號，即是用以與該等充電裝置 1交換資料。該主收發器23具有一個可傳送訊號的主傳送 模組232，及一個可接收訊號的主接收模組231。該主傳送 模組232可將該等輸出編瑪模組223輸出的資料傳送至該 等充電裝置1，並且具有一個啟動執行單元236，及一個關 閉執行單元237。該啟動執行單元236電連接該等充電管理 器22的輸出編碼模組223 ’並且可被該主計時器224訊贫 觸發，而傳送訊號至相對應的該子接收模組131的啟動觸 發單元133,並進行觸發以啟動該電源器11β該主傳送模 組232的關閉執行單元237電連接該等充電管理器22的輸 出編碼模組223，並且可被該主計時器224訊號觸發，而傳 送訊號至相對應的該子接收模組131的關閉觸發單元〗34 , M415501 並進行觸發以關閉該電源器11〇補充說明的是，該啟動執 行單元236是間接地受該等計時啟動單元226或倒數終了 單元229觸發，而該關閉執行單元237是間接地受該等計 時終了單Tt 225、計時暫停單元22〇或倒數啟動單元228的 觸發。 工饮队保 組傳送的資料，並且具有一個主啟動單元233、一個關 閉處理單it 235,及-個中斷處理單元234。該主啟動單元 233可接收該等子傳送模組132的啟動請求單元出傳送的 訊號’並可進—步地觸發相對應的該充電管理器22的計時 啟動單元226，同時觸動該啟動執行單元236。該關閉處理 ^ 235可接收該等子傳送模組132的關閉請求單元Η? 的訊號，而進一步地觸發相對應的該充電管理器22的 ㈣終了單元225’並同時觸動該關閉執行單元加。該中 斷处理早7L 234可接收該等子傳送模組132的中斷請求單 L136傳送㈣號’而進-步地觸發相對應的該中斷模組 模^^數啟動早^28 ’以進行倒數，同時亦觸發該管理 的#時暫#早％ 22G ’並使該主計時單元224暫停 i明二卜還觸發該中斷紀錄器24進行累計。而進-步 况明的疋，該主接收槿έ 該中斷避4 ^ 、 31的主啟動單元233還可觸發 ^魅Γ 數終了單元229’使該倒數單元227停 止倒數，並重新設定。 在操作時，使用者先將汽 的接頭!2,並點選該管控裝 ：-個充電裝置1 衮置2的機台選擇件217，以選 9 M415501 擇該充電裝置1對應的號碼，而此時該機台選擇件還 以亮燈或閃爍的方式提示使用者。再利用該時間選擇件216 ，以a又疋要進打充電的時間長度，並且該費用顯示件 會顯示所需支付的金額’接著，使用者以現金或***等 透過該收銀件214執行付款動作。 在付款完成後，使用者可利用該管控裝置2的主啟動 鍵213或該充電裝置！的子啟動鍵15兩種方式，來啟動該 充電裝置1。按壓該主啟動鍵213啟動時，該主啟動鍵213 會同時觸動該管理模組221以及該主傳送模組232的啟動鲁 執行單元236。此時，該主計時單元224會開始計時倒數， 並將可用的充電時間長度顯示在對應的該時間顯示件215 上。另一方面，該啟動執行單元236會傳送訊號至該充電 裝置1的啟動觸發單元133，使該啟動觸發單元133觸發該 電源器11的控制開關112，以啟動該供電件U1執行充電 功能。 而利用該子啟動鍵15啟動該充電裝置丨時，該充電 裝置1的啟動請求單元！ 35會傳送訊號至該主收發胃23籲 的主啟動單元233，此時，該主啟動單元233會進一步地 觸發该管理模組221的主計時單元224進行計時倒數，同 時亦觸動該主傳送模組232的啟動執行單元236傳送訊號 至該子接收模組131的啟動觸發單元133。需要注意的是 ，在該時間選擇件216已被確實點選，同時該收銀件214 執仃收款完成後，該主啟動鍵213與該子啟動鍵15才可 執行觸動，也就是使用者必須在完成時間選擇與付款的程 10 M415501 序後，才可啟動該充電裝置j。 在充電時間結束後，該主計時單元224會輸出訊號， 以觸發該主傳送模組232的關閉執行單元237，而傳送訊 號至該充電裝1： 1的關閉觸發單元134，接著，該關閉觸 發單7〇 134會觸發該電源器u的控制開關112，以關閉該 供電件111，而停止充電。 值得一提的是，該置物盒19具有可上鎖的功能，並 且其内設有該等接頭12中的數個，使用者可將手機、筆 記型電腦、電池或充電器等電器置於該置物盒19内，並 在付款後將置物盒19上鎖，以達到防盜的功能。 當使用者在充電令途中要停止充電時，可直接按屢該 主停止鍵211或該子停止鍵14。此時，該關閉請求單元 137會傳送訊號至該關閉處理單元235,並依照前述充電 時間終了的關閉行程，進行停止充電的動作。 在使用者未《主或子停止鍵14，而直接將充電電卷 或接頭12㈣時，該電流偵测器17會觸發該中斷 早7" 136’並傳送訊號至該主收發器23的中斷處理翠 二4,接著’該中斷處理單“34會觸動該中斷模組 22的倒數單元227進行倒數， 亦觸發該管理模組 的計時暫停單&咖，使該主計時單元224暫停計時 行該令斷處理…4還觸發該中斷紀錄器以進 倒;：’=用/查閱中斷的次數。該倒數單元227在 數凡一預定長度的時間後，即完成 ^ , 飒坷數時，會觸發該關 執订早疋加，以停止充電。需要注意的是，該倒數單 11 M415501 元227的預定倒數的時間長度，要大於剩餘可用的充電時 間。 當使用者發現因接頭12脫落而充電中斷時，可在將 接頭12重新插裝後，再利用該管控裝置2重新啟動，此 時，使用者是先點選該機台選擇件217，再按壓該主啟動 鍵213，或者使用者也可利用該充電裝置丨的子啟動鍵15 執行重新啟動。重新啟動過程中，皆是經由該管控裝置2 的主啟動單元233、主啟動件213或子啟動件15，直接或 間接地觸動該倒數終了單元229及該計時啟動單元226, 使該倒數單元227停止倒數並重新設定，還使該主計時單 元似接續地進行計時，最後再由該主傳送模組232的啟 動執行單元236啟動該充電裝置i。 由於該管控裝置2可同時管控該等充電裝置j，並提 供統-的操作介面供使用者操控，因此在建構充電站時， 僅需該管控裝置2即可操控多台充電裝置t，不僅可節省 空間’還可降低設備的成本。 准以上所述者，僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍；即大凡依本新型申請專利 範圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一立體示意圖，顯示本新型充電站設備的一較 佳實施例； 圖2是一功能方塊圖，主要顯示該較佳實施例的一管 12 M415501The connectors 12 are electrically connected to the 'and allow the electronic device to interpose 110V or 220V AC power as the main power source to match the connectors 12, however the connector 12' is not limited to the number of the embodiment. The sub-transceiver 13 has a sub-receiving module 131 electrically connected to the control switch 112, and a sub-transport module 132 electrically connecting the sub-stop button 14, the sub-start button 15 and the current detector 17. The sub-receiving module 131 can receive the signal transmitted by the control device 2, and has a start trigger unit 133 and a turn-off trigger unit 134. After the triggering unit 13 3 receives the signal, it further outputs a signal to the control switch 112, and triggers the control switch i i 2 to activate the power supply unit 111 to supply power. After receiving the signal, the shutdown trigger unit 丨34 further outputs a signal to the control switch 112, and triggers the control switch 5 M415501 112 to turn off the power supply 111 to stop the power supply. The sub-transfer module 132 can be triggered by the sub-start button 15, the sub-stop button 14 and the current detector 17, and transmit signals to the control device 2. The sub-transfer module 132 has a start request unit I35 electrically connected to the sub-start key 15, a close request unit 137 electrically connected to the sub-stop button 14, and an interrupt request unit 136 electrically connected to the current detector 17. . The activation request unit 135 can be triggered by the sub-start button 15 to transmit a signal to the official device 2. The shutdown request unit 137 can be triggered by the sub-stop button 14 to transmit a signal to the control device. When the current-side device η detects a charge interruption, the interrupt request unit 136 is subjected to the current detector 17 Triggering and transmitting a signal to the control device 2 ^ The official control device 2 includes an operator 21 for operation by the user, a plurality of charging managers 22 electrically connected to the operator 21, and an electrical connection for charging management The main transceiver 23 of the II 22, and an interrupt recorder 24 electrically connected to the main transceiver 23 and capable of being triggered to be accumulated. The operator 21 can display charging and payment related information, and can be used to operate the operation device. The operator 21 has a time selection member 216 for the user to set the charging time by the excursion. The fee display unit 218, a machine selection member 217 for the user to input the money for payment, the user selects the charging device 、, and a plurality of time display members (1) for displaying the available charging time, one = (4) The correction key 212 of the ground removal setting ^ is a (four) start charging/main start key 213, and a main stop key for pressing (4) to stop charging. The time display members 215 respectively correspond to the charging devices, that is, 6 M415501 respectively display the times when the respective charging devices 1 can perform charging. The main stop button 211, the main start button 213, and the correction button 212 can all be pressed to output a signal to the charge controller 22 to trigger the charge manager 22. The machine mouth selection member 217 of the embodiment is a button with a light number, and the user can select the charging point by clicking, and the control device 2 can actively detect the heart & light or flashing in this case. Mode Tips 'In addition, the machine selection can also be distinguished by different flash modes or different light colors. The charging managers 22 respectively correspond to the charging devices. Each of the charging managers 22 has a management module 221, an interrupt module 222', and an electrical connection between the management module 22 and the interrupt module. Group 223. The management module 221 is electrically connected to the operator 2 and has a master timing unit 224 that can be used to control the battery, a meter that electrically connects the master timing unit, an activation unit 226, and an electrical connection. The chronograph end of the main timing unit 224: a single 7L 225 'and a timed suspension of the main timing unit 224 is 220. The master timing unit 224 can be set to the timing limit by the timing selection, and output a signal to the output encoding module 223 at the end of the timing. In addition, the time of the master timing unit 224 is displayed in the time frequency component 215. on. The timing starting unit is electrically connected to the main starting button 213, and can be triggered to activate the main timing sheet A 224 to perform timing, and then transmitted to activate the main transceiver 23 to activate the charging device. The main stop button 2 is electrically connected to the main stop unit 2, and the main timing unit 224 is reset, and the main watch unit 224 is reset, and the signal is rotated to the output coding module 223. The timer suspending unit 22 can be triggered to cause the master timing unit 224 to pause timing. The interrupt module 222 has a countdown unit 227 that can count down a predetermined time, a countdown start unit 228 that electrically connects the countdown unit 227, and a countdown end unit 229 that is electrically coupled to the countdown unit 227. The countdown unit 227 outputs a signal to the output coding module 223 after the countdown is completed. The countdown activation unit 228 can be triggered and the countdown unit 227 is activated to perform a countdown. The countdown unit (2) can be triggered to cause the countdown unit 227 to stop counting down and reset. The output encoding module 223 can perform encoding corresponding to the charging device i, and output a signal to the main transceiver 23, that is, add a message representing the corresponding charging device 1 to the signal for the main transceiver 23 to judge. And correctly transmit the signal. The main transceiver 23 can transmit and receive signals, that is, to exchange data with the charging devices 1. The main transceiver 23 has a main transmission module 232 that can transmit signals, and a main receiving module 231 that can receive signals. The main transfer module 232 can transfer the data output from the output comma module 223 to the charging device 1, and has a start execution unit 236 and a shutdown execution unit 237. The startup execution unit 236 is electrically connected to the output encoding module 223 ′ of the charging manager 22 and can be triggered by the main timer 224 to transmit a signal to the corresponding startup trigger unit 133 of the sub-receiving module 131 . And triggering to activate the power supply 11β. The shutdown execution unit 237 of the main transmission module 232 is electrically connected to the output encoding module 223 of the charging manager 22, and can be triggered by the main timer 224 signal to transmit signals. Up to the corresponding off trigger unit 34, M415501 of the sub-receiving module 131 and triggering to turn off the power supply 11 . The supplementary execution unit 236 is indirectly affected by the timing start unit 226 or the countdown The end unit 229 is triggered, and the close execution unit 237 is indirectly triggered by the timed end order Tt 225, the timed pause unit 22, or the countdown start unit 228. The squad team maintains the transmitted data and has a main startup unit 233, a shutdown processing unit it 235, and an interrupt processing unit 234. The main activation unit 233 can receive the signal transmitted by the activation request unit of the sub-transfer module 132 and can trigger the corresponding timing activation unit 226 of the charging manager 22, and simultaneously activate the startup execution unit. 236. The close processing ^ 235 can receive the signal of the close request unit of the sub-transfer module 132, and further trigger the corresponding (four) end unit 225' of the charge manager 22 and simultaneously activate the close execution unit. The interrupt processing early 7L 234 can receive the interrupt request sheet L136 of the sub-transfer module 132 to transmit the (4) number, and further trigger the corresponding interrupt module module to start early ^28' to perform the countdown. At the same time, the #时时##%%G of the management is also triggered and the main timing unit 224 is suspended and the interrupt recorder 24 is triggered to accumulate. In the case of the step-by-step, the main start unit 233 of the master receiving the interrupt avoidance 4^, 31 can also trigger the emulation unit 229' to stop the countdown unit 227 and reset it. In operation, the user first connects the steam connector! 2, and selects the control device: - a machine selection device 217 of the charging device 1 to select the number corresponding to the charging device 1 by 9 M415501, and At this time, the machine selection member also prompts the user to light or flash. The time selection member 216 is reused, the length of time for which charging is to be charged, and the fee display member displays the amount of money to be paid. Then, the user performs the payment action through the cashier 214 by cash or credit card or the like. . After the payment is completed, the user can utilize the main activation key 213 of the control device 2 or the charging device! The sub-start button 15 is activated in two ways. When the main start key 213 is pressed to start, the main start key 213 simultaneously activates the management module 221 and the startup execution unit 236 of the main transfer module 232. At this time, the main timing unit 224 starts counting down, and displays the available charging time length on the corresponding time display member 215. On the other hand, the activation executing unit 236 transmits a signal to the activation triggering unit 133 of the charging device 1, causing the activation triggering unit 133 to trigger the control switch 112 of the power supply unit 11 to activate the power supply unit U1 to perform the charging function. When the charging device 启动 is activated by the sub-start key 15, the activation request unit of the charging device 1! 35, the main start unit 233 is sent to the main transceiver unit 233. The activation execution unit 236 of the group 232 transmits a signal to the activation trigger unit 133 of the sub-reception module 131. It should be noted that after the time selection member 216 has been selected, and the cash register member 214 is configured to perform the payment, the main activation button 213 and the sub-activation button 15 can be activated, that is, the user must The charging device j can be started only after the time 10 M415501 sequence of the time selection and payment is completed. After the charging time is over, the main timing unit 224 outputs a signal to trigger the shutdown execution unit 237 of the main transmission module 232, and transmits a signal to the shutdown trigger unit 134 of the charging device 1: 1, and then the shutdown trigger The single 7 〇 134 triggers the control switch 112 of the power supply u to turn off the power supply 111 and stop charging. It is worth mentioning that the storage box 19 has a lockable function, and a plurality of the connectors 12 are provided therein, and the user can place an electric appliance such as a mobile phone, a notebook computer, a battery or a charger. The glove box 19 is locked in the storage box 19, and the lock box 19 is locked to achieve the function of theft prevention. When the user stops charging during the charging order, the main stop button 211 or the sub-stop button 14 can be directly pressed. At this time, the shutdown requesting unit 137 transmits a signal to the shutdown processing unit 235, and performs an operation of stopping the charging in accordance with the closing stroke of the charging time. When the user does not "main or sub-stop button 14, but directly charges the coil or connector 12 (four), the current detector 17 triggers the interrupt 7 " 136' and transmits the signal to the main transceiver 23 interrupt processing Cui 2, and then the 'interrupt processing list 34' will trigger the countdown unit 227 of the interrupt module 22 to count down, and also trigger the timing pause & coffee of the management module, so that the main timing unit 224 pauses the timing line. The interrupt processing...4 also triggers the interrupt logger to advance; :'=Use/review the number of interrupts. The countdown unit 227 triggers after a predetermined length of time, ie, when ^, 飒坷 is completed The switch is scheduled to be added early to stop charging. It should be noted that the predetermined reciprocal time of the reciprocal single 11 M415501 227 is greater than the remaining available charging time. When the user finds that the charging is interrupted due to the disconnection of the connector 12 When the connector 12 is reinserted, the control device 2 can be restarted. At this time, the user selects the machine selection member 217 first, and then presses the main activation button 213, or the user can also Use this charge The resetting of the sub-starting button 15 performs a restart. During the restarting process, the main starting unit 233, the main starting component 213 or the sub-actuating member 15 of the control device 2 directly or indirectly touches the countdown terminal unit 229 and The timing start unit 226 causes the countdown unit 227 to stop counting down and reset, and also causes the master timing unit to continuously count, and finally the charging device i is activated by the start execution unit 236 of the main transfer module 232. The control device 2 can simultaneously control the charging devices j and provide a unified operation interface for the user to control. Therefore, when constructing the charging station, only the control device 2 can control multiple charging devices t, which not only saves The space 'can also reduce the cost of the device. The above is only the preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto; that is, the scope of the new patent application and the new description content are The simple equivalent changes and modifications are still within the scope of this new patent. [Simplified Schematic] Figure 1 is a perspective view showing the present Type the preferred embodiment a charging station apparatus; FIG. 2 is a functional block diagram, a main display 12 M415501 this preferred embodiment
控裝置；及 圖3是一功能方塊圖，主要顯示該較佳實施例的數個 充電裝置的其中之一。 13 M415501 【主要元件符號說明】 1 ....... …充電裝置 213… •…主啟動鍵 11...... …電源斋 214… …·收銀件 111… …供電件 215… …·時間顯示件 112… …控制開關 216… …·時間選擇件 12....... …接頭 217… …·機台選擇件 13....... …子收發器 218… …·費用顯示件 131… …子接收模組 22.···· …·充電管理器 132 .... …子傳送模組 220… •…計時暫停單元 133 •… …啟動觸發單元 221… •…管理模組 134 …關閉觸發單元 222… •…中斷模組 135 … …啟動請求單元 223… ----輸出編碼模組 136 ...·. …中斷請求單元 224… •…主計時單元 137 ...·. ••關閉請求單元 225… •…計時終了單元 14....... ••子停止鍵 226… •…計時啟動單元 15....... ••子啟動鍵 227… •…倒數單元 16....... ••狀態燈 228… .··.倒數啟動單元 17…… ••電流偵測器 229… …·倒數終了單元 18....... ••照明器 23…… …·主收發器 19....... ••置物盒 231 ·.·. …主接收模組 2 ........ ••管控裝置 232 ···_ …主傳送模組 21....... …操作器 233 ·.·. …主啟動單元 211 ••… ••主停止鍵 234 ··.· …中斷處理單元 212 ····. ••更正鍵 235 ···· …關閉處理單元 14 M415501 236 .......啟動執行單元 24 237 .......關閉執行單元 中斷紀錄器Control device; and Figure 3 is a functional block diagram showing primarily one of several charging devices of the preferred embodiment. 13 M415501 [Description of main component symbols] 1 .............Charging device 213... •...Main start button 11... Power supply 214...·Cash register 111... Power supply 215... Time display member 112 ... control switch 216 ... ... time selection member 12 ... ... connector 217 ... ... machine table selection member 13 ... ... sub transceiver 218 ... ... The fee display unit 131...the sub-receiving module 22··························································· Module 134 ... close trigger unit 222 ... • ... interrupt module 135 ... start request unit 223 ... ---- output encoding module 136 ... .... interrupt request unit 224 ... ... ... main timing unit 137 .. . . . •• Close request unit 225... •...Timed end unit 14........•Sub-stop button 226... •...Time start unit 15.......••Sub-start button 227... •...Countdown unit 16.......••Status light 228... ..·. Countdown start unit 17... •• Current detector 229... ...· Countdown The unit 18............•• illuminator 23...... ...· main transceiver 19....... •• compartment 231 ·..... main receiving module 2 ..... ... •• Control device 232 ···_ ...main transfer module 21.......operator 233 ·.....main start unit 211 ••... ••main stop button 234 ··. · Interrupt processing unit 212 ····.••Correct key 235 ···· Close processing unit 14 M415501 236 .......Start execution unit 24 237 .......Close execution unit interrupt Recorder
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