M317237 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種飲品沖泡機之冷水預熱構造，特別 是指一種將飲品沖泡機内部管路之冷水加以預熱之構皮 者。 … ^ 【先前技術】 按，一般飲品沖泡機内皆有一個以上之煮水加熱鍋， 鲁以將冷水煮沸成熱水（約在90度〜100度間）後再出水至需 沖泡的食材，但由於冷水煮沸至熱水這階段所花費之時 相當久，且如使用者大量使用熱水時，因冷水同時不斷^ -入加熱鋼内混合熱水，使得加熱銷内之熱水無法達到浸泡 食材的溫度。故使用者時常需要長時間的等待，使水再^ 加熱到一定高溫，方可再使用。 乂 【新型内容】 故本創作係以解決習知飲品沖泡機内部之加熱銷，在 ^用熱水後，冷水進人加熱鍋内，使加熱鍋内之熱水溫声 降低，無法達到浸泡食材的溫度， " 時間過長之_。 且以再:欠加熱彿騰之 ^本創作係為-種飲品沖泡機之冷水預熱構造，包 括有蒸八鍋及加熱鍋，其中：蒸汽鎢 ± ^ ^ t 係叹有主進水官路， 由路向外組射第1切路 路，該第一進水管路係組接於蒸汽 K e 組拯褚刼r . 飞鍋，而第二進水管路則 、、 该預熱區係固設於蒸汽鶴内部，兩者之空間 M317237 不相通χ，蒸π鋼設有加熱器，並該蒸汽銷頂端設有 蒸:气出口；加熱鍋，係設有加熱器，該加熱鍋組接第二進 水管路，並於加熱鍋頂端設有出水管。 上述之由主進水管路進入之水係為冷水。 上述之蒸汽鍋進一步設有水位探針。 上述之第一進水管路設有電磁閥。 上述之加熱銷内部對應第二進水管路設有導管。 本創作具有之優點在於··冷水進入預熱區加埶，故進 入加熱鋼的冷水已提高不少溫度，可以避免冷熱水之混合 過於激烈’進而縮短加熱鍋所需要之加熱時間，並可以延 長加熱鍋之使用壽命。 【實施方式】 首先’請參閱第一圖’本創作係包括有蒸汽銷⑴及 加熱鋦（2 ): >蒸汽鋦（1)，係設有主進水管路（11)，並由主進水 管路（11)組接第一進水管路(12)、第二進水管路。3)， 該第-進水管路（12)係組接於蒸汽鍋⑴，且於第一進 水管路（12)設有電磁閥（121)，而第二進水管路⑴） 則組接預熱區（14)，該預埶區 谓熟^ U4)係固設於蒸汽鍋（1) 内部，兩者之空間互不相通，又，蒗 療/飞鍋（1)設有加熱器 (15)，並該蒸汽銷⑴頂端設有蒸汽出口（16)及水位 探針（17)。 M317237 . 加熱鍋⑴，係設有加熱器（21)，該加熱鍋⑺ 組接第二進水管路（13)，且加熱鍋（2)内部對應第二進 水管路U3)而設有導管（22)，並於加熱鎢⑺頂端設 有出水管（23) ’再由出水管（23)將熱水傳送至沖泡區 •及出水頭〔沖泡區及出水頭之部份為習知，不予圖式〕。 .刼作時，如第二圖所示，冷水係由主進水管路（u) 刀另J進入第進水管路（12)、第二進水管路（η)，其 •中： 冷水進入第一進水管路（12)後，冷水進入蒸汽鍋（1) -’由蒸汽銷⑴之水位探針（17)將水位控制在欲先 «又疋之需求高度位置，再藉由第一進水管路（丨2)之電磁 閥（121 )切斷進水，而蒸汽鍋（1)之加熱器（15)則開 始加溫，使冷水逐漸沸騰，而產生水蒸汽，水蒸汽再由蒸 汽出口（16)釋出，當水位探針（17)偵測到蒸汽鍋⑴ 鲁内°卩水里不足時，電磁閥（121)會控制第一進水管路（丨2) 歧復進水，至水位探針（17)判斷足夠為止。 另，冷水進入第二進水管路（13)後，冷水進入預熱 區（14)内部，再由第二進水管路（13)進入加熱鍋（㈧， -直到冷水充滿加熱鍋（2)内部，加熱器（21)開始加溫， 使加熱鍋（2)内之冷水昇溫沸騰。 田療r >飞鍋（1 )及加熱鍋（2 )内之水昇溫沸騰，第二 、X雀路（13 )内留存的冷水，會經由蒸汽鋼（工）因熱交 7 M317237 換原理而隔水加熱預熱區（14)内的冷水，而使整個第二 進水管路（13)内的水昇高溫度，並，當加熱鋼⑺内之 熱水由頂端之出水管（23)流出日夺，外部第二進水管路⑴） 内的溫水隨時會補充進人加熱鋼（2) Μ，且因加熱銷⑺ 内部之導管（22)，而使進入之溫水由加熱銷⑺底部流 出〔如第三圖所示〕，其作用在於，避免低水溫的水直接 沖混了在加熱鋼（2)上面的熱水，進而影響出水的溫度， 且由於進人加_⑴之水為溫水，可崎短加熱銷⑴ 之加熱器（21)所需要再加熱之時間。 另，如第四圖所示，若篦隹 右弟一進水官路（13)組接於加 熱鋼（2 )之底部，則不需你用塞势 之底部直接進人。^用I’溫水可由加熱鎮⑴ 【圖式簡單說明】M317237 VIII. New description: [New technical field] This creation is about the cold water preheating structure of a beverage brewing machine, especially the one that preheats the cold water in the internal pipe of the beverage brewing machine. ... ^ [Prior Art] Press, there is more than one boiled water heating pot in the general beverage brewing machine. Lu will boil the cold water into hot water (about 90 degrees to 100 degrees) and then effluent to the ingredients to be brewed. However, since the cold water is boiled to the hot water stage, it takes a long time, and if the user uses a large amount of hot water, the hot water in the heating pin cannot be heated because the cold water is continuously heated into the heated steel. The temperature at which the ingredients are soaked is reached. Therefore, users often need to wait for a long time, so that the water can be heated to a certain high temperature before it can be used again.乂【New content】 Therefore, the creation department solves the heating pin inside the traditional beverage brewing machine. After using the hot water, the cold water enters the heating pot to reduce the temperature of the hot water in the heating pot. Soak the temperature of the ingredients, " too long. And again: underheated Fo Tengzhi ^ This creation is a cold water preheating structure of a kind of beverage brewing machine, including steamed eight pots and heating pots, among which: steam tungsten ± ^ ^ t sighs the main water inlet officer Road, the first cut path is formed by the road outward, the first water inlet pipe is connected to the steam Ke group, the second water inlet pipe, and the second water inlet pipe is fixed. It is located inside the steam crane. The space between the two is not connected to the M317237. The steamed π steel is equipped with a heater, and the top of the steam pin is provided with a steaming: gas outlet; the heating pot is provided with a heater, and the heating pot is connected. The water inlet pipe is provided with an outlet pipe at the top of the heating pot. The above-mentioned water entering from the main water inlet pipe is cold water. The above steam pot is further provided with a water level probe. The first water inlet pipe described above is provided with a solenoid valve. The inside of the heating pin is provided with a conduit corresponding to the second water inlet pipe. The advantage of this creation is that ·· cold water enters the preheating zone to increase the temperature, so the cold water entering the heated steel has increased a lot of temperature, which can avoid the mixing of hot and cold water is too intense' and thus shorten the heating time required for heating the pot, and can be extended Heat the life of the pot. [Embodiment] First, please refer to the first figure. The creation system includes a steam pin (1) and a heating crucible (2): > steam crucible (1), which is provided with a main water inlet pipe (11), and is mainly The water pipe (11) is connected to the first water inlet pipe (12) and the second water inlet pipe. 3), the first water inlet pipe (12) is connected to the steam pot (1), and the first water inlet pipe (12) is provided with a solenoid valve (121), and the second water inlet pipe (1) is assembled. The hot zone (14), which is known as the mature ^ U4) is fixed inside the steam pot (1), the space between the two is not connected to each other, and the heat treatment / flying pot (1) is equipped with a heater (15) ), and the steam pin (1) has a steam outlet (16) and a water level probe (17) at the top end. M317237. The heating pot (1) is provided with a heater (21), the heating pot (7) is connected to the second water inlet pipe (13), and the heating pot (2) is internally provided with a conduit corresponding to the second water inlet pipe U3) ( 22), and at the top of the heated tungsten (7), an outlet pipe (23) is provided, and then the hot water is sent to the brewing zone by the outlet pipe (23) and the water head (the part of the brewing zone and the water outlet head is known, Do not give a picture]. At the time of operation, as shown in the second figure, the cold water enters the first water inlet pipe (12) and the second water inlet pipe (η) from the main water inlet pipe (u), and the middle: the cold water enters the first After a water inlet pipe (12), cold water enters the steam boiler (1) - 'The water level probe (17) of the steam pin (1) controls the water level to the desired height position, and then the first water inlet pipe The solenoid valve (121) of the road (丨2) cuts off the water, and the heater (15) of the steam pot (1) starts to warm, so that the cold water gradually boils, and water vapor is generated, and the water vapor is further exported by the steam ( 16) Released, when the water level probe (17) detects that the steam pot (1) is insufficient in the water, the solenoid valve (121) controls the first water inlet pipe (丨2) to re-enter the water to the water level. The probe (17) is judged to be sufficient. In addition, after the cold water enters the second water inlet pipe (13), the cold water enters the interior of the preheating zone (14), and then enters the heating pan ((8) by the second water inlet pipe (13), until the cold water is filled inside the heating pan (2) The heater (21) starts to warm up, so that the cold water in the heating pot (2) is heated and boiled. The field treatment r > the flying pot (1) and the water in the heating pot (2) warm up and boil, the second, X-Fen Road The cold water retained in (13) will be heated by the steam steel (work) due to the heat exchange 7 M317237, and the water in the preheating zone (14) will be heated to make the water in the entire second water inlet pipe (13) Increasing the temperature, and when the hot water in the heated steel (7) flows out from the top outlet pipe (23), the warm water in the external second inlet pipe (1)) is replenished into the heated steel (2) at any time. And because the heating pipe (7) inside the conduit (22), the incoming warm water flows out from the bottom of the heating pin (7) (as shown in the third figure), the role is to avoid the water of low water temperature directly mixed Heating the hot water above the steel (2), which in turn affects the temperature of the water, and because the water added to the _(1) is warm water, the heating pin (1) can be shortened. (21) the time required for heating again. In addition, as shown in the fourth figure, if you enter the Shui Shui Road (13) and connect it to the bottom of the heated steel (2), you do not need to use the bottom of the plug to enter directly. ^I'm warm water can be heated by I' (1) [Simple description]
第一圖係為本創作之構造系統圖。 第二圖係為本創作之操作示意圖。 部之示 第三圖係為本創作之溫水由加熱鋼底部流出之示音圖 第四⑽為賴作n水管路、—熱_ 思、圖。 【主要元件符號說明】 (11 ) 主進水管路 (121)電磁閥 預熱區 (1) 蒸汽鍋 (12) 第一進水管路 (13) 第二進水管路 8 M317237 (15) 加熱器 (16) 蒸汽出 (17) 水位探針 (2) 加熱鋼 (21) 加熱器 (22) 導管 (23) 出水管The first picture is a structural system diagram of the creation. The second picture is a schematic diagram of the operation of the creation. The third picture shows the sound of the water flowing from the bottom of the heated steel. The fourth (10) is the n water pipeline, the heat _ thinking, the map. [Main component symbol description] (11) Main water inlet pipe (121) Solenoid valve preheating zone (1) Steam boiler (12) First water inlet pipe (13) Second water inlet pipe 8 M317237 (15) Heater ( 16) Steam Out (17) Water Level Probe (2) Heated Steel (21) Heater (22) Duct (23) Outlet