201032903 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種喷霧機’特別是指一種具有手自 動供水功能的喷霧機及應用該喷霧機的載具。 【先前技術】 如圖1所示，依據中華民國第097207369號專利案所 揭露之一攜帶式喷霧降溫裝置1，適用於與一水源（圖未示） 連接，並包含：一主機座體11、一 AC/DC變壓器12、一低 壓加壓泵浦13及一過濾器14。 該主機座體11包括一入水口 111、一出水口 112及一 洩壓出水口 113。該AC/DC變壓器12設置於該主機座體u 内，用於將父流電轉為直流電，且使用之電源為市電。該 低壓加壓泵浦13設置於該主機座體u内並與該ac/dc變 壓器12電連接，且為一低直流電壓可啟動運轉之泵浦。該 過濾器14設置於該主機座體内U且連接於該入水口 iu與 該低壓加壓泵浦13之間。 然而，雖然本攜帶式喷霧降溫裝置丨便於攜帶至任何 使用地點進行喷霧降溫動作，並可依實際需求預先設定喷 霧時間，但因缺乏手動模式之設計，使用者無法視使用現 場環境之臨時狀況變換為手動模式以進行喷霧降溫動作， 使用時之靈活度較不足，並造成使用上的不便。 【發明内容】 因此，本發明之目的，即在提供一種具有手自動供水 功能的喷霧機。 201032903 於是，本發明具有手自動供水功能的喷霧機，適用於 與-水源連接，並將高壓水輸送至一第—噴霧裝置與一第 二喷霧裝置，該喷霧機包含：一本體、—入水孔、二加壓 馬達、-開關電路、一手動供水管路及一自動供水管路。 該入水孔是與該水源連接。該加壓馬達設置於該本體 並將由該入水孔流入之水加壓成高壓水。該開關電路能啟 動-手動模式與-自動模式。該手動供水管路是連接於該 加壓馬達，並包括-受手動模式電控制之第一電磁閥，^ -供該第-噴霧裝置連接的手動出水孔該手動模式被 啟動後’該第-電磁閥轉為闕開啟，由該手動出水孔輸出 高壓水給該第-喷霧裝置。豸自動供水管路是連接於該加 壓馬達’包括-受自動模式電控制之第二電磁閥，及一供 該第二喷霧裝置連接的自動出水孔。當該自動模式被啟動 後，該第二電磁閥轉為閥開啟，該自動出水孔輪出高壓水 給該第二喷霧裝置。 本發明之另一目的，即在提供一種應用於上述之具有 手自動供水功能的喷霧機之載具。 於是’本發明應用於上述具有手自動供水功能的喷霧 機之載具，包含：一水箱、一載物台座及至少一喷霧裝置 :該水箱是連接至該噴霧機之人水孔。該載物台座界定出 載物空間。該喷霧裝置是連接於該喷霧機手動出水孔與 自動出水孔其中一者，並朝該載物空間喷霧。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 201032903 以下配合參考圖式之二個較佳實施例的詳細說明中，將可 清楚的呈現。 在本發明被詳細描述之前，要注意的是，在以下的說 明内容中’類似的元件是以相同的編號來表示。 如圖2所示’本發明具有手自動供水功能的喷霧機2 之較佳實施例是適用於與一水源3連接，並將高壓水輸送 至一第一喷霧裝置4與一第二喷霧裝置5，該較佳實施例包 含：一本體21、一入水孔22、一過濾器23、一加應馬達 24 ' 一開關電路25、一手動&水管路26及一自動供水管路 ΊΊ。 該入水孔22是與該水源3連接，用於接收來自該水源 3的液體。在本實施例中，該水源3的液體添加了有機除臭 劑’通常使用於垃圾回收車中，但也可以為其他液體，並 不以此為限。 該過濾器23連接於該入水孔22與該加壓馬達24之間 用於過遽流過之液體。 該加壓馬達24設置於該本體21並將由該入水孔22流 入之水加壓成高壓水。 如圖3所示，該開關電路25能啟動一手動模式與一自 動模式，並包括一可啟動手動模式的手動開關251、一可啟 動自動模式的自動開關252、-電連接該自動開關252並在 該自動開關252電導通後進行計時的供水計時器253、一電 連接該自動開關252並在該供水計時器253完成計時後轉 為電斷路的供水延遲開關254、一電連接該自動開關252並 201032903 在該供水計時器253完成計時後轉為電導通的第一延遲開 關255、一電連接該第一延遲開關255且於該第一延遲開關 255電導通後進行計時的洩壓計時器256、一電連接該第一 延遲開關255且於該洩壓計時器256完成計時後轉為電斷 路的第二延遲開關257、一串聯於該自動、手動開關251、 252及一外部電源2〇〇之間的保險絲258，及一與該外部電 源200並聯的突波器259。該供水延遲開關254與該加壓馬 達24串聯。該保險絲258是作為電路之過載保護。該突波 器259是用於避免電路因突波的產生而燒毁。 該手動供水管路26是連接於該加壓馬達24，並包括一 受手動模式電控制之第一電磁閥261、一供該第一喷霧裝置 4連接的手動出水孔262，及一連接於該加壓馬達24與該 第一電磁閥261之間的高壓檢測裝置263。該第一電磁閥 261電連接於該手動開關251且於該手動開關251電導通後 轉為閥開啟。 當該手動模式被啟動後，該第一電磁閥261轉為閥開 啟’由該手動出水孔262輸出高壓水給該第一喷霧裝置4。 在本實施例中’該第一喷霧裝置4為一手動操作之噴搶， 但也可以為一具有多數喷頭之微霧喷頭裝置，並不以此為 限。因此’若該第一喷霧裝置4為該手動操作之噴搶，則 使用者可藉由操控該喷搶的開關來控制喷霧動作；若該第 一嗔霧裝置4為該具有多數喷頭之微霧喷頭裝置，則會在 該第一電磁閥261轉為閥開啟、由該手動出水孔2占2輸出 高壓水至其本身時直接進行喷霧動作。 201032903 另外，當檢測到該手動供水管路2 6之内部壓力高於一 預定值，例如2細Won2時，該高壓檢測裝置263會電控制該 加壓馬達24停止運轉。該高壓檢測裝置263具有一串聯於 該手動開關251與該加壓馬達24之間的高壓保護開關264 。當該高壓檢測裝置263檢測到該手動供水管路26之内部 壓力高於該預定值時，該高壓保護開關264會轉為電斷路 ，用於保護該加壓馬達24，避免受損的情形發生。 該自動供水管路27是連接於該加壓馬達24，包括一受 自動模式電控制之第二電磁閥271' —供該第二喷霧裝置5 連接的自動出水孔272、一洩壓出水孔273，及一連接於該 第二電磁閥271與該㈣出水孔273之間㈣歷電磁間— 。該第二電磁閥271電連接於該供水延遲開關254且於該 供XL遲開關254電導通後轉為閥開啟。該茂壓電磁閥274 電連接於該第二延遲開關257且於該第二延遲開關257電 導通後轉為閥開啟。 田°亥自動模式被啟動後，該供水計時器253開始進行 計時，此時該供水延遲開關254為電導通，該第二電磁闕 271轉為閥開啟，該自動出水孔272輪出高壓水給該第二喷 霧裝置5。在本實施例中，該供水計時器253可被設定之動 寺/為0〜3〇秒、停止時間為〇〜6分，假設該供水計時器 3被叹疋之動作時間為30秒、停止時間為1分，則當該 2計時ϋ 253計時至第3G秒時會使該供水延遲開關254 奋:電斷路’該第二電磁閥271轉為間關閉並停止供水， 虽該供水計時器253計時至第9()秒時會使該供水延遲開關 7 201032903 254轉為電導通’該第二電磁閥271轉為閥開啟並恢復供水 在本實施例中，該第二噴霧裝置5為一具有多數噴頭 之微霧噴頭裝置，但也可以為其他喷霧裝置，並不以此為 限。因為該第二喷霧裝置5為該具有多數喷頭之微霧噴頭 裝置’所以當該自動出水孔272輸出高壓水給該第二噴霧 裝置5時會直接進行噴霧動作。 另外，當該供水計時器253停止計時後，該供水延遲 開關254轉為電斷路，該自動供水管路27的第二電磁閥 271由閥開啟轉換成閥關閉後，且該第一延遲開關255轉為 電導通，.使該沒壓計日夺！| 256 %始計時，此時該第二延遲 開關257為電導通，該祕電_ 274轉為閥開啟並利用 該玫壓出水孔273特高壓水的茂壓，以確保使用時之安 全性。待該浪壓計時H 256 $成計時後，該第二延遲開關 257轉為電斷路，使得㈣壓電磁閥274轉為閥關閉並停止 高壓水的洩壓。 标上所述，由於使用者只需控制可啟動手動模式的^ 動開關251與可啟動自動模式的自動開關252,並配合w 施例中該等計時器253、256、該等延遲開關254、况、 ⑸及該等電磁閥261、271、274之電路設計，即可同時揭 用手動模式與自動模式以控制該等喷霧裝i 4、5進行 動作’也可以單獨採用其中—種操作模式，大幅提升了使 用時的靈活性與方便性，故確實能達成本發明之目的。 如圖2、4所示’本發明應用於上述之具有手自動供水 201032903 功能的喷霧機之載具6之較佳實施例，包含：一水箱Η、 -載物台I 62、三第一噴霧裝置4、二第二噴霧裝置$及 一第二喷霧裝置7。該載具6在本實施例中為-垃圾回收車 ,但也可以為其他載具，並不以此為限。 該水箱61是連接至該嘴霧機2之入水孔22。該載物台 座62界定出一載物空間6〇〇且用於承載各類物品，並包括 一與該載物空間600相連通的收納口 621。由於該載具石在 本實施例中為一垃圾回收車，所以該載物空間600在本實 施例中為一封閉空間，但也可以是一位於運送豬隻或其他 貨品之貨車上的開放空間，並不以此為限。 該等第一噴霧裝置4是連接於該噴霧機2之手動出水 孔262且設置於該收納口 621周遭，用於朝該載物空間6⑼ 喷霧。該等第二噴懸置5是連接於該喷霧機2之自動出 水孔272且沿—載具之前後方向設置，用於朝該載物空間 6〇〇喷霧。該第三喷霧裝置7是連接於該喷霧機2之手動出 水孔262。 在本實施例中，該等第一喷霧裝置4為具有多數喷頭 之微霧喷頭裝置，通常用於該收納口 621附近之清潔消毒 ’但也可以為其他喷霧裝置’並不以此為限。在本實施例 中’該等第二喷霧裝置5為具有多數喷頭之微霧喷頭裝置 ’通常用於該载物空間6〇〇之清潔消毒，但也可以為其他 喷霧裝置’並不以此為限。該第三喷霧裝置7在本實施例 中為一手動操作的噴搶，也可以設置於該收納口 621附近 ，並不以此為限。 201032903 值得說明的是，嗜喳救城。 D噴霧機2使用之電源是由該載具ό 所美供，為24V之直户雪、s & α _ 且如·電源，所以不需要額外設置一變壓 器(圖未示)將交流電轉為直流電以供使用。 ，练上所述，搭配具有手自動供水功能的噴霧機2使用 載具6上工作之人員可同時採用手動模式與自動模 式以控制該等喷霧裝置4、 ^ /進订噴霧動作，也可以單 獨採用其中·一種择作禮 禪作模式，大幅提升了使用時的靈活性蛊 方便性，故確實能達成本發明之目的。 ” …准以上所述者，僅為本發明之較佳實施例而已，當不 =以此限疋本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是習知-揭帶式喷霧降溫裝置的一系統配置圖； 圖2是本發明具有手自動供水功能的喷霧機之較佳實 施例的一功能方塊圖，說明該較佳實施例與一水源、—第 一噴霧裝置及一第二喷霧裝置的配置情形； 圖3是該較佳實施例的一電路配置圖，說明一開關電 路的内部元件；及 囷4是本發明應用於上述之具有手自動供水功能的喷 霧機之載具之較佳實施例的一立體配置圖。 10 201032903201032903 VI. Description of the Invention: [Technical Field] The present invention relates to a sprayer', particularly to a sprayer having a manual automatic water supply function and a carrier using the sprayer. [Prior Art] As shown in FIG. 1, a portable spray cooling device 1 according to the Patent No. 097207369 of the Republic of China is suitable for connection with a water source (not shown) and includes: a main body 11 An AC/DC converter 12, a low pressure pump 13 and a filter 14. The main body 11 includes a water inlet 111, a water outlet 112 and a pressure relief water outlet 113. The AC/DC transformer 12 is disposed in the main body u for converting the parent current into direct current, and the power source used is the mains. The low pressure pump 13 is disposed in the main body u and electrically connected to the ac/dc transformer 12, and is a low DC voltage startable pump. The filter 14 is disposed in the main body U and is connected between the water inlet iu and the low pressure pump 13. However, although the portable spray cooling device is easy to carry to any place of use for spray cooling, and the spray time can be preset according to actual needs, due to the lack of manual mode design, the user cannot view the use of the site environment. The temporary condition is changed to the manual mode to perform the spray cooling operation, and the flexibility in use is insufficient, which causes inconvenience in use. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a sprayer having a hand water supply function. 201032903 Thus, the present invention has a sprayer with automatic hand water supply function, is suitable for connection with a water source, and delivers high pressure water to a first spray device and a second spray device, the sprayer comprising: a body, - water inlet, two pressurized motor, - switch circuit, a manual water supply line and an automatic water supply line. The water inlet is connected to the water source. The pressurizing motor is disposed in the body and pressurizes water flowing in from the water inlet into high pressure water. The switch circuit can be activated - manual mode and - automatic mode. The manual water supply line is connected to the pressure motor, and includes a first solenoid valve electrically controlled by a manual mode, and a manual water outlet for the first spray device to be connected. The solenoid valve is turned into a helium opening, and the manual outlet hole outputs high pressure water to the first spray device. The automatic water supply line is connected to the pressure motor 'including a second solenoid valve electrically controlled by the automatic mode, and an automatic water outlet for connecting the second spray device. When the automatic mode is activated, the second solenoid valve is turned to the valve opening, and the automatic water outlet holes discharge high pressure water to the second spray device. Another object of the present invention is to provide a carrier for use in a sprayer having the above-described automatic water supply function. Thus, the present invention is applied to the above-described carrier for a sprayer having a hand automatic water supply function, comprising: a water tank, a carrier base and at least one spray device: the water tank is a human water hole connected to the spray machine. The stage pedestal defines a cargo space. The spray device is coupled to one of the manual water outlet and the automatic water outlet of the sprayer and sprayed toward the cargo space. 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. Before the present invention is described in detail, it is to be noted that in the following description, similar elements are denoted by the same reference numerals. As shown in FIG. 2, the preferred embodiment of the sprayer 2 having the automatic water supply function of the present invention is suitable for connection with a water source 3, and delivers high pressure water to a first spray device 4 and a second spray. The mist device 5, the preferred embodiment comprises: a body 21, a water inlet hole 22, a filter 23, a damper motor 24', a switch circuit 25, a manual & water line 26 and an automatic water supply line. . The water inlet hole 22 is connected to the water source 3 for receiving liquid from the water source 3. In the present embodiment, the liquid of the water source 3 is added with an organic deodorant, which is usually used in a garbage collection vehicle, but may be other liquids, and is not limited thereto. The filter 23 is connected between the water inlet hole 22 and the pressurizing motor 24 for the liquid flowing therethrough. The pressurizing motor 24 is disposed in the body 21 and pressurizes water flowing through the water inlet hole 22 into high pressure water. As shown in FIG. 3, the switch circuit 25 can activate a manual mode and an automatic mode, and includes a manual switch 251 capable of starting the manual mode, an automatic switch 252 capable of starting the automatic mode, and electrically connecting the automatic switch 252. A water supply timer 253 that is timed after the automatic switch 252 is electrically turned on, a water supply delay switch 254 that is electrically connected to the automatic switch 252 and that is turned to an electrical disconnection after the water supply timer 253 is completed, and an electrical switch 252 is electrically connected. And 201032903, after the water supply timer 253 completes the timing, the first delay switch 255 is turned into electrical conduction, and the pressure relief timer 256 is electrically connected to the first delay switch 255 and is timed after the first delay switch 255 is electrically turned on. And a second delay switch 257 electrically connected to the first delay switch 255 and converted to an electrical disconnection after the pressure relief timer 256 completes counting, a serial connection to the automatic, manual switch 251, 252 and an external power source 2〇〇 A fuse 258 is provided between the fuse 258 and a surger 259 in parallel with the external power source 200. The water supply delay switch 254 is in series with the pressurization motor 24. The fuse 258 is used as an overload protection for the circuit. The spoke 259 is used to prevent the circuit from being burnt due to the generation of a surge. The manual water supply line 26 is connected to the pressure motor 24, and includes a first electromagnetic valve 261 electrically controlled by a manual mode, a manual water outlet 262 for connecting the first spray device 4, and a connection The high pressure detecting device 263 between the pressurizing motor 24 and the first electromagnetic valve 261. The first solenoid valve 261 is electrically connected to the manual switch 251 and is turned to a valve open after the manual switch 251 is electrically turned on. When the manual mode is activated, the first solenoid valve 261 is turned to the valve opening. The high pressure water is output from the manual water outlet 262 to the first spray device 4. In the present embodiment, the first spray device 4 is a manually operated spray, but it may also be a micro-fog nozzle device having a plurality of nozzles, and is not limited thereto. Therefore, if the first spray device 4 is the manual operation, the user can control the spray action by controlling the spray switch; if the first mist spray device 4 has the plurality of spray heads The micro-mist nozzle device directly performs the spraying operation when the first solenoid valve 261 is turned to the valve opening and the manual water outlet 2 accounts for 2 to output high-pressure water to itself. 201032903 In addition, when it is detected that the internal pressure of the manual water supply pipe 26 is higher than a predetermined value, for example, 2 fine Won2, the high pressure detecting device 263 electrically controls the pressurizing motor 24 to stop operating. The high pressure detecting device 263 has a high voltage protection switch 264 connected in series between the manual switch 251 and the pressurizing motor 24. When the high pressure detecting device 263 detects that the internal pressure of the manual water supply line 26 is higher than the predetermined value, the high voltage protection switch 264 is turned into an electrical circuit for protecting the pressure motor 24 from damage. . The automatic water supply line 27 is connected to the pressurizing motor 24, and includes a second electromagnetic valve 271' electrically controlled by an automatic mode, an automatic water outlet 272 for connecting the second spray device 5, and a pressure relief water outlet. 273, and a connection between the second solenoid valve 271 and the (four) water outlet 273 (four) calendar electromagnetic room -. The second solenoid valve 271 is electrically connected to the water supply delay switch 254 and is turned to a valve open after the XL delay switch 254 is electrically conducted. The pressure solenoid valve 274 is electrically connected to the second delay switch 257 and is turned to a valve open after the second delay switch 257 is electrically turned on. After the automatic mode is started, the water supply timer 253 starts to count. At this time, the water supply delay switch 254 is electrically conductive, the second electromagnetic 阙 271 is turned into a valve, and the automatic water outlet 272 is rotated to give high pressure water. The second spray device 5. In this embodiment, the water supply timer 253 can be set to move to the temple / for 0 to 3 seconds, and the stop time is 〇 to 6 minutes, assuming that the water supply timer 3 is sighed for 30 seconds, stopping When the time is 1 minute, when the 2 timing 253 253 is counted to the 3rd second, the water supply delay switch 254 is operated: the electric circuit is disconnected 'the second electromagnetic valve 271 is turned off and the water supply is stopped, although the water supply timer 253 When the time is 9th () seconds, the water supply delay switch 7 201032903 254 is turned into electric conduction. The second electromagnetic valve 271 is turned into a valve opening and the water supply is restored. In the embodiment, the second spraying device 5 has a The micro-fog nozzle device of most nozzles, but it can also be other spray devices, and is not limited thereto. Since the second atomizing device 5 is the micro-mist nozzle device having a plurality of heads, when the automatic water outlet 272 outputs high-pressure water to the second spraying device 5, the spraying operation is directly performed. In addition, when the water supply timer 253 stops counting, the water supply delay switch 254 is turned into an electric open circuit, and the second electromagnetic valve 271 of the automatic water supply line 27 is switched from the valve opening to the valve closing, and the first delay switch 255 Turned into electrical conduction, so that the pressure gauge is lost! The 256 % start timing, at this time, the second delay switch 257 is electrically conductive, and the secret _ 274 is turned to the valve opening and utilizes the pressure of the high pressure water of the rust outlet 273 to ensure the safety during use. After the time limit of the wave pressure H 256 $ is counted, the second delay switch 257 is turned into an electric circuit, so that the (four) pressure solenoid valve 274 is turned to the valve closed and the pressure relief of the high pressure water is stopped. As indicated above, since the user only needs to control the switch 251 that can activate the manual mode and the automatic switch 252 that can activate the automatic mode, and cooperate with the timers 253, 256, the delay switches 254 in the embodiment of the w, (5) and the circuit design of the solenoid valves 261, 271, 274, the manual mode and the automatic mode can be simultaneously released to control the spray devices i 4, 5 to operate 'either alone or in one mode of operation The flexibility and convenience of use are greatly improved, and the object of the present invention can be achieved. As shown in FIG. 2 and FIG. 4, a preferred embodiment of the present invention is applied to the above-mentioned carrier 6 having a function of hand automatic water supply 201032903, comprising: a water tank, a carrier I 62, and a first The spray device 4, the second spray device $ and a second spray device 7. In this embodiment, the carrier 6 is a garbage collection vehicle, but may be other vehicles, and is not limited thereto. The water tank 61 is a water inlet hole 22 that is connected to the nozzle mist machine 2. The carrier pedestal 62 defines a load space 6 〇〇 and is used to carry various items and includes a receiving opening 621 that communicates with the load space 600. Since the carrier stone is a garbage collection vehicle in this embodiment, the cargo space 600 is a closed space in this embodiment, but may also be an open space on a truck for transporting pigs or other goods. Not limited to this. The first spray device 4 is connected to the manual water discharge hole 262 of the spray machine 2 and is disposed around the storage opening 621 for spraying against the load space 6 (9). The second spray suspension 5 is connected to the automatic water outlet 272 of the sprayer 2 and is disposed in the front and rear directions of the carrier for spraying toward the load space 6〇〇. The third spray device 7 is a manual drain hole 262 that is connected to the sprayer 2. In this embodiment, the first spraying device 4 is a micro-fog nozzle device having a plurality of nozzles, and is generally used for cleaning and disinfecting near the receiving port 621, but may also be other spraying devices. This is limited. In the present embodiment, 'the second spray device 5 is a micro-fog nozzle device having a plurality of spray heads' is generally used for cleaning and disinfecting the load space 6 ,, but may also be other spray devices' Not limited to this. In the present embodiment, the third spray device 7 is a manually operated spray, and may be disposed near the storage opening 621, and is not limited thereto. 201032903 It is worth noting that the embarrassed save the city. The power used by D sprayer 2 is supplied by the vehicle, which is 24V direct snow, s & α _ and such as power supply, so there is no need to set up a transformer (not shown) to convert AC power to DC power is available for use. As described above, with the sprayer 2 having the automatic water supply function of the hand, the person working on the vehicle 6 can simultaneously use the manual mode and the automatic mode to control the spray devices 4, ^ / order spray action, or The use of one of the ceremonial meditation modes alone greatly enhances the flexibility and convenience of use, and thus the object of the present invention can be achieved. The above is only the preferred embodiment of the present invention, and is not limited to the scope of the present invention, that is, the simple equivalent of the scope of the invention and the description of the invention. Variations and modifications are still within the scope of the present invention. [Simplified Schematic] FIG. 1 is a system configuration diagram of a conventional-strip-type spray cooling device; FIG. 2 is a hand-automatic water supply function of the present invention. A functional block diagram of a preferred embodiment of the sprayer illustrating the configuration of the preferred embodiment and a water source, a first spray device and a second spray device; FIG. 3 is a preferred embodiment of the spray gun; A circuit configuration diagram illustrating internal components of a switching circuit; and 囷4 is a perspective configuration view of a preferred embodiment of the present invention for use in a carrier for a sprayer having a hand automatic water supply function. 10 201032903
【主要元件符號說明】 200… •…外部電源 261 ··· •…第一電磁閥 2 ....... •…喷霧機 262… •…手動出水孔 21…… …本體 263… •…高壓檢測裝置 22…… …·入水孔 27·.··· …·自動供水管路 23…… …·過渡器 271 ··· •…第二電磁閥 24…… •…加壓馬達 272… •…自動出水孔 25…… •…開關電路 273… •…洩壓出水孔 251 ·· …手動開關 274… •…洩壓電磁閥 252 ···· …自動開關 3 ....... •…水源 253 ·· …供水計時器 4…… •…第一喷霧裝置 254 ·· …·供水延遲開關 5…… •…第二喷霧裝置 255 ·· …第一延遲開關 600… •…載物空間 256… •…洩壓計時器 6…… •…載具 257 …. …第二延遲開關 61 •…. •…水箱 258 ···. …保險絲 62••… •…載物台座 259… …突波器 621 ··· •…收納口 26…… …手動供水管路 7…… …·第三喷霧裝置 11[Description of main component symbols] 200... •...External power supply 261 ··· •...first solenoid valve 2 ....... •...sprayer 262... •...manual water outlet 21.........body 263... ...high-pressure detecting device 22 ... ...· water inlet hole 27·······automatic water supply line 23...··transition unit 271····...second electromagnetic valve 24...•...pressurizing motor 272... •...Automatic water outlet 25... •...Switch circuit 273... •...Breaking water outlet 251 ···Manual switch 274... •...Relief solenoid valve 252 ···· ...Automatic switch 3 ....... •...water source 253 ··...water supply timer 4...•...first spray device 254····water supply delay switch 5...•...second spray device 255··...first delay switch 600... •... Load space 256... •... Pressure relief timer 6... •... Vehicle 257 .... ... second delay switch 61 •.... • Water tank 258 ···. ...Fuse 62••... •... Carrier 259 ...surge 621 ··· •...storage port 26......manual water supply line 7......·third spray Set 11