M275381 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種飲水用氣壓供水裝置之新型，尤指 一種無須將沉重水桶搬移至飲水機上方，即可自動提供飲 用水進入飲水機内之氣壓供水裝置，俾具有高度使用便利 性之優點及功效者。 【先前技術】 %按’習知桶裝水飲水機之結構主要係在飲水機1〇機台 上5又置一凹陷狀承接座丨〇丨供供水桶2〇倒裝插設，苴補充 進水方式概如第-圖所示，使用者需將購回之桶裝水20 抬高並倒立插掣於飲水機10之承接座101内，令桶内的水 自瓶口注人飲水機1G中’待供水桶㈣的水用完以後，使 用者還需拔除空水桶才能更換另—桶桶裝水；經查，此種 飲水機雖無遇到自來水停水即無水可飲用之問題，然，其 必須將桶裝水整桶抬高並倒立裝設於飲水機上，才能讓飲 用水進人飲水機内之設計，相對衍生使用者需費力搬抬沉 重桶裝水及翻轉沉重水桶插_在飲水機上等動作，造成使 2者操作上之極大不便及困擾，甚者更有因為桶裝水過於 /儿重以致使用者在操作過程中引發肌肉受傷之意外，可 見該種桶裝水飲水機之供水方式顯有需加以改良之必要。 t鑑於此’本創作人遂針對上述飲水機之供水方式加 以研究及改良’期以一較佳設計解決其供水問題，並在經 過長期研發、試驗及修改後而有本創作之問世。 【新型内容】 M275381 緣是，本創作之目的係為了提供一種飲水用氣遷供水 义置之新型創作’主要具有無須搬動沉重桶裝水即可對飲 水機供水之特色，俾具有便於操作及使用之優點及功效者 0 為達致以上目的，本創作人特別設計一種飲水用氣壓 供水裝置，主要包含-插設於飲水機承接座内之控制單元 及一插設於供水桶桶蓋上之供水插座，該控制單元與供水 ，，座之間係以:進氣管與—供水管相連結，其中，該控制 單兀係由上蓋、一隔板及一插接座構成，隔板固設於上 蓋與插接座之間且頂面設有電路板、一打氣繁果及一茂氣 電磁閥’打氣幫泵與茂氣電磁閥之間係以氣管及一 T型接 頭相連結，T型接頭另端則以氣管與—出氣接頭相連结， 该出氣接頭另端係與進氣管相連結，又’出氣接頭一娜設 有一供水接頭，該供水接頭一端通往漏斗狀插接座之内空 區間，另端則與供水管相連結，再者，該插接座係配合Z 水機之承接座而形成漏斗狀’且插接座底面係開設一入水 口而可連通飲水機内部；該供水插座具一可插設於供水桶 桶盍中央出水口之本體’本體向上凸伸_對分別連結進氣 =供水管之進氣接頭與供水接頭，且該進氣接頭係連通 :水桶並可將氣體送入供水桶内部，而供水接頭底端則連 ::伸入供水桶桶底之出水管；藉以上設置，當接通控制 =2源，可啟動打氣幫泵開始打氣，此帳電磁 〜密閉狀’令氣體循出氣接頭、進氣管及進氣接頭進 入供水桶中形成高壓氣體’進而令高壓氣體壓迫桶内的水 M275381 經出水管、供水管及供水接頭自動注人控制單元之插接座 内，最後再經由插接座之人水σ進人飲水機中，俾且有益 需抬高供水桶即可㈣自動出水至飲水機之優點及^ 者。 ” 【實施方式】 關於本創作人藉以達致上述目的而採用之技術手段 ，兹舉-種較佳實施例配合圖式於下文進行詳細說明，俾 供鈞上深入了解並認同本創作。 首先請參閱第二圖所示，本創作主要主要包含一插設 於飲^機10承接座1〇1内之控制單元i及一插設於供水桶 20桶盍201上之供水插座2，且該控制單元丄與供水插座 2之間係以一進氣管3與一供水管4相連結，其中： —控制單元1，如第二至五圖所示，係由一圓弧形内凹 上，11、一隔板12及一漏斗狀插接座13構成；該圓弧内凹 上蓋11設有電路板m，電路板ln上則設有若干指示燈 鲁112 (分別為電源指示燈、滿水位指示燈及低水位指示燈） 及電源開關113 (請參閱第四圖所示該隔板丨2固設於 上蓋11與插接座13之間且頂面設有與上蓋丨丨相連結之電 路板121、一打氣幫泵122及一洩氣電磁閥123 (如第三及 五圖所不），該洩氣電磁閥！ 23之閥門啟閉係呈如第八圖及 第十一圖所示「當洩氣電磁閥123通電時，其閥門係呈封 閉無法排氣狀態」以及「當洩氣電磁閥123斷電時，其閥 門係呈開啟可以排氣狀態」；另外，隔板1 2上之電路板121 連結二組朝隔板12下方延伸之短感測棒1211、中感測棒 M275381 1 21 2及長感測棒121 3，短感測棒1211向下伸入插接座1 3 之内空區間中，而中、長感測棒1212、1213則穿出插接座 13底面且可伸入飲水機1〇之承接座ι〇1内部（如第七圖所 不），隔板12上之打氣幫泵122與洩氣電磁閥123之間係以 氣管124及一 T型接頭125相連結，T型接頭125另端則以氣 I 1 24與一出氣接頭126相連結，該出氣接頭126另端係與 進氣管3相連結（如第二及五圖所示），又，出氣接頭126 另侧設有一供水接頭127，該供水接頭127係呈直角彎折狀 鲁’ 一端向下通往漏斗狀插接座13之内空區間，另一橫向端 則與供水管4相連結（如第二及五圖所示），供水接頭12 7 一侧則設有一電源插座128 ;該插接座13係配合飲水機1〇 之承接座101而形成向下漸縮之漏斗狀，且插接座13底面 係開設一入水口 131而可連通飲水機丨〇内部； 供水插座2，如第二及六圖所示，具一可插設於供水 桶20桶蓋201中央出水口 202之本體21，本體21頂端外緣係 鲁呈向下漸縮之推拔段211而可與桶蓋2〇1出水口 2〇2緊密結 合，本體21向上凸伸一對分別連結進氣管3與供水管4之 進氣接頭22與供水接頭23,且該進氣接頭22係連通供水桶 20並可將氣體送入供水桶2〇内部，而供水接頭23底端則連 結一伸入供水桶20桶底之出水管231。 關於本創作之使用狀態則請參閱第二及七至十一圖 所示，首先將控制單元i及供水插座2分別放置於飲水機 10之承接座101及插設於供水桶20之桶蓋2〇1出水口 2〇2中 ，然後接通控制單元1之電源並按下電源開關i 13，此時 M275381 由於飲水機1 〇内部液面過低（如第七圖所示），長探測棒 1 21 3尚未伸入液面下，此時控制單元1内部之控制電路將 啟動打氣幫泵122及洩氣電磁閥123之電源，令打氣幫栗 1 22開始打氣，此時洩氣電磁閥1 23將因為通電而呈密閉狀 (如第八圖所示），因此打氣幫泵122所打氣壓縮之氣體將 循控制單元1之氣管124、出氣接頭126、進氣管3及供水 插座2之進氣接頭2 2持續被送入供水桶2 0中，並在供水桶 20中形成高壓氣體，當桶内氣體被壓縮至一適當壓力值後 春，該股高壓氣體將壓迫供水桶20内的飲用水經由供水插座 2之出水管231、供水管4及控制單元1之供水接頭127 自動注入控制單元1之插接座13内，最後再經由插接座i 3 之入水口 131進入飲水機1〇中；而當飲水機内部之飲用 水液面上升至中、長感測棒1212、1213皆浸入液面時（如 第九圖所不），控制單元i上之低水位指示燈丨丨2將發光通 知使用者飲水機1 〇内部之飲用水已補充至某一高度，但此 鲁時打氣幫泵122仍將持續打氣進水，直至飲水機1〇内部飲 用水之液面上升至接觸短感測棒12丨丨底端時（如第十圖所 :)’此時控制單元1之低水位指示燈丨丨2將熄滅並切換點 儿滿水位指不燈丨丨2，且控制單元丄將切斷打氣幫泵丨22 及洩氣電磁閥123之電源，此時洩氣電磁閥123之閥門將呈 開2狀（凊參閱第十一圖所示），進而可使供水桶20内因 持續I氣而產生之高壓氣體猶供水插座2之進氣接頭22 ^進氣g 3、控制單元1之出氣接頭126及氣管124進入洩 =電磁閥123内’並由開啟的閥門沒氣排出，避免高壓氣 M275381 體持續壓迫供水桶20内部飲用水持續注入飲水機1〇内形 成過量溢出；接下來當飲水機1G内部飲用水被取用至液面 下降至如第九圖所示之低水位時，則控制單元丄則將再度 啟動打氣幫泵122及沒氣電磁閥123之電源，恢復打氣進水 狀態。如此週而復始達成自動供水之作用。 藉以上說明可知，本創作主要在解決習知須搬抬及翻 •轉沉重供水桶20之不便及缺失，進而具有無需抬高供水桶 20即可控制自動出水至飲水機1〇之優點及功效，此外，當 i、水桶20内之飲用水被取用完畢以後，使用者只需將本創 作之供水插座2拔離空水桶並換插至另一滿水供水觸 即可再度對飲水機10供水，由此可見本創作同時兼具便於 更換供水桶20之特色，實屬習知所遠不能及者。 、不上所述本創作之「飲水用氣壓供水裝置」所竭露 ^技術手段4能有效解決習知須直接搬抬#水桶之問 題，並達致預期之目的與功效，且申請前未見諸於刊物亦 籲未曾公開使用，同時具有增進功效之事實，淘已兼具新顆 =與實用性而為專利法所稱之新型無誤，爰依法提出申 請，懇祈夠上惠予詳審並賜准專利，至感德馨。 【圖式簡單說明】 第—圖係習知搬抬供水桶至飲水機上方之使用狀態示意 圖。 第二圖係本創作搭配飲水機及供水桶之使用狀態示意圖。 第三圖係本創作控制單元之立體分解示意圖。 第四圖係本創作控制單元之立體外觀示意圖。 M275381 第五圖係本創作控制單元内部之俯視示意圖。 第六圖係本創作供水插座之側視示意圖。 第七圖係本創作控制單元之組合剖視示意圖。 第八圖係本創作洩氣電磁閥通電時之進氣示意圖。 第九圖係本創作低水位狀態之剖視示意圖。 第十圖係本創作高水位狀態之剖視示意圖。 第十一圖係本創作洩氣電磁閥斷電時之排氣示意圖。M275381 8. Description of the new type: [Technical field to which the new type belongs] This creation relates to a new type of air pressure water supply device for drinking water, especially a type of automatic supply of pressure for drinking water to enter the water dispenser without moving a heavy bucket above the water dispenser. The water supply device has the advantages of high convenience and effectiveness. [Previous technology] The structure of the conventional bottled water dispenser is mainly based on the structure of the water dispenser 10, and a recessed receiving seat is provided. The water supply bucket is inverted and inserted. The water method is as shown in Figure-. The user needs to raise the purchased bucket of water 20 upside down and insert it into the receiving seat 101 of the drinking fountain 10 so that the water in the bucket is injected into the drinking fountain 1G from the bottle mouth. After the water in the water supply bucket is used up, the user needs to remove the empty bucket before replacing the other bucket water. After investigation, although this type of water dispenser has not encountered the problem that the tap water is out of water, that is, there is no water to drink, , It must lift the whole barrel of water and install it on the water dispenser upside down in order to allow drinking water to enter the design of the water dispenser. Relative derivative users need to laboriously lift heavy barrel water and flip heavy water barrels. The top-grade action of the water dispenser caused great inconvenience and confusion to the operation of the two, and even more, the bottled water was too heavy / heavy, which caused the user to cause muscle injury during the operation. The water supply method of the machine obviously needs to be improved. In view of this, the author's research and improvement of the water supply method of the water dispenser mentioned above was planned to solve its water supply problem with a better design, and after a long period of research and development, testing and modification, this creation came out. [New content] M275381 The reason is that the purpose of this creation is to provide a new type of creation for drinking water gas transport water supply. It mainly has the characteristics of supplying water to the water dispenser without moving heavy barrel water, and it is easy to operate and Advantages and effects of use 0 In order to achieve the above purpose, the creator specially designed a pneumatic water supply device for drinking water, which mainly includes-a control unit inserted in the drinking fountain socket and a water supply bucket lid The water supply socket, the control unit and the water supply, are connected between the air inlet pipe and the water supply pipe, wherein the control unit is composed of an upper cover, a partition and a plug socket, and the partition is fixed. Between the upper cover and the socket, the top surface is provided with a circuit board, a pumping fruit and a molybdenum solenoid valve. The gas pump and the moisturizing solenoid valve are connected by a trachea and a T-type joint. The T-type joint The other end is connected with an air outlet by an air pipe. The other end of the air outlet is connected with the air inlet pipe. The air outlet is provided with a water supply connector, and one end of the water supply connector leads to the hollow of the funnel-shaped socket. The other end is connected to the water supply pipe. Furthermore, the socket is funnel-shaped with the socket of the Z water machine, and a water inlet is provided at the bottom of the socket to communicate with the water dispenser; The socket has a body that can be inserted into the central water outlet of the water supply bucket. The body is projecting upwards. The air inlet connector and the water supply connector are respectively connected to the air inlet = water supply pipe, and the air inlet connector is connected: the bucket can be The gas is sent to the inside of the water supply bucket, and the bottom end of the water supply connector is connected to the water outlet pipe that extends into the bottom of the water supply bucket. With the above settings, when the control = 2 source is connected, the pump can be started to start the pump. This account is electromagnetic ~ The closed shape 'makes the gas through the gas outlet, the air inlet pipe and the air inlet into the water supply barrel to form a high pressure gas', and then the high pressure gas presses the water in the barrel M275381 through the water outlet pipe, the water supply pipe and the water supply connector. Inside the seat, and finally enter the water dispenser through the human water σ of the socket, which is beneficial and needs to raise the water supply bucket to get the advantages of automatic water discharge to the water dispenser. [Implementation] Regarding the technical means adopted by the creator to achieve the above-mentioned purpose, a preferred embodiment is described in detail below in conjunction with the drawings, for the purpose of understanding and approval of this creation. First, please Referring to the second figure, the creation mainly includes a control unit i inserted in the receiving base 10 of the drinking machine 10 and a water supply socket 2 inserted in a water supply bucket 20 bucket 201. The control Unit 丄 and water supply socket 2 are connected by an air inlet pipe 3 and a water supply pipe 4, where:-the control unit 1, as shown in Figures 2 to 5, is recessed by a circular arc, 11 It consists of a partition plate 12 and a funnel-shaped plug socket 13; the arc-shaped recessed upper cover 11 is provided with a circuit board m, and the circuit board ln is provided with a plurality of indicator lamps 112 (respectively a power indicator lamp and a full water level indicator). Light and low water level indicator) and power switch 113 (see the partition shown in Figure 4) 2 is fixed between the upper cover 11 and the socket 13 and the top surface is provided with a circuit board connected to the upper cover 丨 丨121. A dozen air pump 122 and a bleed solenoid valve 123 (not shown in the third and fifth figures), the The blow-off solenoid valve! The valve opening and closing system of 23 is as shown in Figures 8 and 11: "When the blow-off solenoid valve 123 is energized, its valve is closed and cannot be exhausted" and "when the blow-off solenoid valve 123 is powered off. At the same time, the valve is open and can be exhausted "; In addition, the circuit board 121 on the partition plate 12 connects two sets of short sensor rods 1211, middle sensor rods M275381 1 21 2 and long which extend below the partition plate 12. The sensing rod 121 3, the short sensing rod 1211 extends downward into the empty space of the socket 13, and the middle and long sensing rods 1212 and 1213 penetrate the bottom surface of the socket 13 and can extend into the water dispenser. Inside the receiving seat ι〇1 (as shown in the seventh figure), the air pump 122 and the vent solenoid valve 123 on the partition plate 12 are connected by an air pipe 124 and a T-shaped joint 125, and the T-shaped joint The other end of 125 is connected to an air outlet 126 by air I 1 24. The other end of the air outlet 126 is connected to the air inlet pipe 3 (as shown in the second and fifth figures), and the other end of the air outlet 126 is provided. There is a water supply connector 127, which is bent at a right angle, and one end of the water supply connector 127 leads to the empty space of the funnel-shaped socket 13, One lateral end is connected to the water supply pipe 4 (as shown in the second and fifth figures), and a power socket 128 is provided on the water supply connector 12 7 side; the plug socket 13 is matched with the socket 101 of the water dispenser 10 and It forms a funnel shape that tapers downwards, and a water inlet 131 is provided on the bottom surface of the plug socket 13 to communicate with the water dispenser. The water supply socket 2, as shown in the second and sixth figures, has a pluggable socket for the supply. The main body 21 of the central water outlet 202 of the bucket 20 bucket 201, the outer edge of the top end of the body 21 is a downwardly tapered push-out section 211 and can be tightly combined with the bucket cover 201 water outlet 202, and the body 21 is convex upward A pair of air inlet joint 22 and water supply joint 23 are respectively connected to the air inlet pipe 3 and the water supply pipe 4, and the air inlet joint 22 is connected to the water supply bucket 20 and can send gas into the water supply bucket 20, and the bottom of the water supply joint 23 The end is connected to a water outlet pipe 231 that extends into the bottom of the 20 bucket of the water supply bucket. Regarding the use status of this creation, please refer to the second and seventh to eleven figures. First, the control unit i and the water supply socket 2 are placed in the receiving seat 101 of the water dispenser 10 and the bucket cover 2 inserted in the water supply bucket 20, respectively. 〇1 water outlet 〇2, then turn on the power of control unit 1 and press the power switch i13, at this time M275381 because the water level of the water dispenser 1 〇 is too low (as shown in the seventh figure), a long detection rod 1 21 3 has not yet reached the surface of the liquid. At this time, the control circuit inside the control unit 1 will start the power of the air pump 122 and the air release solenoid valve 123, so that the air pump 1 22 will start to air. At this time, the air release solenoid valve 1 23 will Because it is closed after being energized (as shown in the eighth figure), the gas compressed and pumped by the pump 122 will follow the air pipe 124, the air outlet 126, the air inlet 3 and the water inlet 2 of the control unit 1. 2 2 is continuously sent into the water supply bucket 20, and high-pressure gas is formed in the water supply bucket 20. When the gas in the bucket is compressed to a proper pressure value, the high-pressure gas will press the drinking water in the water supply bucket 20 through Outlet pipe 231, water supply pipe 4 and control sheet of water supply socket 2 The water supply connector 127 of Yuan 1 is automatically injected into the socket 13 of the control unit 1, and finally enters the drinking fountain 10 through the water inlet 131 of the socket i 3; and when the drinking water level inside the drinking fountain rises to medium When the long sensing rods 1212 and 1213 are immersed in the liquid surface (as shown in the ninth figure), the low water level indicator on the control unit i 丨 2 will emit a light to notify the user that the drinking fountain 1 has been replenished A certain height, but at this time, the air pump 122 will continue to pump air until the liquid level of the drinking water inside the water dispenser 10 rises to the bottom of the short sensor rod 12 丨 (as shown in the tenth figure: ) 'At this time, the low water level indicator of the control unit 1 will turn off and the full water level indicator will not turn on. 2 and the control unit will cut off the power of the air pump 丨 22 and the vent solenoid valve 123. At this time, the valve of the bleed solenoid valve 123 will be opened 2 (refer to figure 11), so that the high-pressure gas generated by the continuous I gas in the water supply barrel 20 is still the air inlet 22 of the water supply socket 2 ^ Gas g3, the air outlet 126 and the air pipe 124 of the control unit 1 enter the vent = the solenoid valve 123 ' And the opened valve is exhausted, avoiding the high pressure gas M275381 body continuously pressing the drinking water inside the water supply barrel 20 to continuously inject water into the drinking fountain 10 to form an excessive overflow; next, when the drinking water 1G internal drinking water is taken until the liquid level drops to When the water level is low as shown in the ninth figure, the control unit will then start the power of the air pump 122 and the airless solenoid valve 123 again to restore the air and water state. In this way, the function of automatic water supply is achieved again and again. From the above description, it can be seen that this creation is mainly to solve the inconveniences and shortcomings of the need to move and turn the heavy water supply bucket 20, and has the advantages and effects of controlling automatic water discharge to the water dispenser 10 without raising the water supply bucket 20. In addition, after the drinking water in i and bucket 20 has been taken out, the user only needs to unplug the water supply socket 2 of this creation from the empty bucket and replace it with another full water supply to touch the dispenser 10 From this, it can be seen that this creation also has the characteristics of convenient replacement of the water supply bucket 20, which is far beyond the reach of knowledge. 2. The exhaustion of the “Air Pressure Water Supply Device for Drinking Water” in this creation ^ Technical means 4 can effectively solve the problem that you need to directly lift #water buckets, and achieve the expected purpose and effect, and have not seen before the application The publications also called for the fact that they have not been used publicly and that they have enhanced effectiveness. Tao has both new and practical properties, which is a new type of patent law called infallibility. I applied for it in accordance with the law, and I hope that it will be thoroughly reviewed and reviewed. Granted a quasi-patent to the sense of virtue. [Brief description of the diagram] The first diagram is the conventional diagram of the state of use when the water supply bucket is lifted above the water dispenser. The second picture is a schematic diagram of the use state of this creation with a water dispenser and a water supply bucket. The third picture is a three-dimensional exploded view of the creative control unit. The fourth picture is a three-dimensional appearance diagram of the creative control unit. M275381 The fifth picture is a top view of the interior of the creative control unit. The sixth picture is a schematic side view of the water outlet of this creation. The seventh diagram is a schematic sectional view of the composition of the creative control unit. The eighth figure is a schematic diagram of the air intake when the venting solenoid valve is energized. The ninth picture is a schematic cross-sectional view of the low water level of this creation. The tenth figure is a schematic cross-sectional view of the high water level of this creation. The eleventh figure is a schematic diagram of the exhaust when the venting solenoid valve is powered off.
【主要元件符號說明】 【習知部分】 10 —飲水機[Description of Symbols of Main Components] [Knowledge] 10 —Water Dispenser
113-—電源開關 1211 短感測棒1212 中感測棒 123 洩氣電磁閥 201---桶蓋 【本創作部分】 1 -—控制單元 —指示燈 121-〜電路板 1213〜〜長感測棒 124-〜氣管 127一-供水接頭 131…入水口 211 一〜推拔段 231 一—出水管 101 —承接座 202---出水口 11 ---上蓋 122-—打氣幫泵 125---T型接頭 128---電源插座 2 —供水插座 22-一進氣接頭 3 —進氣管 20-—供水桶 111 —電路板 12 —隔板 126 出氣接頭 13---插接座 21---本體 23---供水接頭 4 —供水管 11113-—Power switch 1211 Short sensor rod 1212 Middle sensor rod 123 Deflate solenoid valve 201 --- Pail cover [This creative part] 1-Control unit—Indicator lamp 121- ~ Circuit board 1213 ~~ Long sensor bar 124- ~ Air pipe 127 一 -Water supply connector 131 ... Water inlet 211 One ~ Pushing section 231 One-Outlet pipe 101-Receiving seat 202 --- Outlet 11 --- Top cover 122 --- Air pump 125 --- T Type connector 128 --- power socket 2-water supply socket 22-an air inlet connector 3-air inlet pipe 20-water supply barrel 111-circuit board 12-partition 126 air outlet 13 --- plug socket 21 --- Body 23 --- water supply connector 4-water supply pipe 11