M361316 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種配合飲品沖煮機使用而可沖煮飲品 之沖煮杯。 【先前技術】 飲品沖煮機係指一種可提供熱水之裝置，其主要用於 飲品店或咖啡廳等等供應飲品之店家，飲品沖煮機—般具 有可6又疋出水置以及出水溫度專4之功能，店家係利用該 沖煮機所提供之熱水來沖煮如咖啡或荼等等飲品。 參見第七圖所示，為一現有技術之沖煮杯之示意圖， 其包含有一杯體（40)、一出水閥（50)以及一流量控制裝置 (60)，其中該杯體（40)内凹形成有一沖煮室（41)，於外側且 突設有一結合座（42)，該結合座（42)具有一呈平面的排水端 (421)，自該排水端（421)内凹形成有一出水口（422)與該沖 煮室（41)相通； 該出水閥（50)結合於所述結合座（42)上，其具有一容置 槽（51)以及位於結合座（42)相對側與該容置槽（51)相通的一 閥口（52); 該流量控制裝置（60)係設置位於所述容置槽（5 1)内而包 含有一彈簧（61)以及結合於彈簧（61)—端的一塞件（62)，其 中該塞件（62)係具有一呈平面的貼合面（621)且為該彈簣（61) 所推頂而以該貼合面（62 1)貼靠於所述排水端（42 1)且封閉所 述出水口 （422)。 上述既有之沖煮杯於使用時係結合於前述飲品沖煮機 M361316 上，於所述沖煮室（41)内則放置有欲沖煮之飲品的原料（例 如茶葉或咖啡粉等），而該飲品沖煮機所輸出之熱水係流入 於該沖煮室（41)内並沖純品原料而成為飲品汁液，該飲 品汁液且經由所述出水口（422)流人於出水閥⑽而自所述 閥口（52)流出； 上述中，所述流量控制裝置（60)之塞體（62)係以其貼合 面（621)貼抵於所述排水端（421)而封閉所述出水口（422)， 如此使飲品汁液必須推抵該塞體（62)方可自出水口（422)流 出，當沖煮程序第一次停止沖煮時，藉此可將熱水留置於 /中煮至’達到次;泡飲品食材以溶解出飲品汁液之目的。 然而，所述貼合面（621)之角度必須與所述排水端（421) 呈平行方能達到上述目的，一但流量控制裝置（6〇)有於出 水閥（50)内擺設不當之情況，將致使貼合面（621)與排水端 (42 1)間呈非平行而出現縫隙，導致該現有之沖煮杯有於使 用時熱水直接自該出水口（422)流出而不具有止漏之效果致 使浸泡效果受影響之缺點。 此外’該既有之出水閥（50)僅具有一問口（52)，因此當 欲製作複數份的飲品時，僅能分次沖煮或一次沖煮後再分 裝’於使用上甚為不便。 【新型内容】 為解决上述既有沖煮杯之缺點’本創作藉由改變所述 塞件以及出水閥之結構，期望能解決既有之沖煮杯中流量 控制裝置政果不彰以及因出水閥僅具有一閥口而導致使用 不便之缺點。 為達成上述創作目的，本創作所使用之技術手段在於 M361316 提供一沖煮杯，其包含有： 一杯體，其内凹形成有一沖煮室以及一入水口，於入 水口相對側突設有一結合座，該結合座上形成有一壁面呈 圓錐狀的出水口以及至少一通孔連接於該出水口以及該沖 煮至，於§亥杯體外側連接設有一握把； μ里控制裝置，其包含有一呈中空之調節閥、—彈 黃以及結合於彈簧一側端的一塞件’其中該調節閥具有— 谷置槽以及相通於該容置槽且彼此相互遠離的一鎖固口以 •及-溢流口，調節閥係以該鎖固口結合於所述結合座上， 而該彈簧及塞件係設置位於該調節閥内，其中該塞件之自 由端延伸形成為呈圓錐狀之塞抵端’該塞抵端且為該彈菁 所推頂而抵頂且封閉所述出水口； 一出水閥’其呈中空且具有相通而相互遠離的—閥口 與裝设口，出水閥係以該裝設口端結合於所述調節閥上 與所述溢流口呈相通。 所述出水閥外側對應於該閥口處突伸設有—閱嘴，令 閥嘴自上側内凹形成有一流道相通於閥口。 " 所述出水閥進一步另形成有兩閥口相互與前述閥口呈 間隔设置，所述出水閥外分別突設有閥嘴對應於該兩閾 口，遠閥嘴自上側内凹形成有一流道相通於閥口。 所述出水閥上係連接有一呈娘形而兩相對端朝向下方 之閱背’該閥嘴自上側内凹形成有一流道，而所述閥口係 相通至s亥流道且相對位於閥嘴之中段上。 由上述可知，本創作中所述塞體用以封閉所述出水口 之基抵端係呈圓弧錐狀s因此即使流量控制裝置於所述出 M361316 水闊中之》又置位置略有偏移，該塞抵端仍可不受影響而確 貝的封％ β Λ水π ’此外’ #由該出水閥之閥嘴設計使飲 品汁液由閥嘴流出時可分流成一、二或三道水流，因此本 創作依使用需求可同時分裝飲品汁液於複數份容器中，於 使用上具有較佳的方便性。 【實施方式】 多見第至二圖所示，本創作之沖煮杯於第一實施例 中包含有-杯體(10)、一流量控制裝置⑽以及一出水閥 (30)，其中： 該杯體（ίο)内凹形成有一沖煮室（11)以及一入水口 (1 2)於入水口（ 12)相對側突設有一外側形成有外螺紋的結 合座（13) ’該結合座（13)上形成有—出水口（ΐ3ι)以及至少 -通孔（132)連接該出水口（131)以及該沖煮室⑴），於圖中 所示實施例中該出水口（131)之壁面係呈圓錐狀，於該沖煮 室（11)底端設置有-具有細微孔洞的過瀘片（14)位於該通孔 G32)上側，於該杯體（10)外侧連接設有一供握持用之握把 (15)呈橫向設置； 該流量控制裝置（20)包含有一調節閥（21)、一 以及一塞件（23)，其中： 只 該調節閥（21)呈中空而具有—容置槽（2ιι)以及分別位 於調節閥（21)兩相對端且相通於該容置槽（211)的一鎖固口 (2i2)以及一溢流口（213)，調節閥（21)内部於該鎖固口（212) 端係形成有與該結合座（13)之外螺紋相對應之内螺紋，而 其外部於該溢流口 (213)端係形成有外螺紋，調節閥⑵)係 以該鎖固口（2⑺結合於所述結合座（13)上，如圖中實施例 M361316 所示，於該鎖固口（212)以及結合座（13)之間可設有一墊圈 (214)； 該塞件（23)與彈簧（22)係設置位於所述容置槽（211) 内，塞件（23)呈圓柱體且一端卡制於彈簧（22)内部而位於彈 簧（22) —側，而其另一端延伸形成為呈圓錐狀之塞抵端 (231) ’該塞抵端（231)且為該彈簧（22)所推頂而抵頂且封閉 所述出水口（131); 該出水閥（30)呈中空且具有相通的一閥口（31)與一裝設 • 口（32)，出水閥（30)内部於該裝設口（32)側形成有與該調節 閥（21)之外螺紋相對應之内螺紋，出水閥外側對應於該 閥口（3 1)之位置處突伸設有一朝下側彎折的閥嘴（33)，該閥 嘴（33)自上側内凹形成有一流道（331)相通於閥口，出 水閥（30)係藉由内、外螺紋之結合而以該裝設口（32)端結合 於所述調節閥（21)—端，如圖中實施例所示，於該裝設口（32) 以及調節閥（21)之間可設有一墊圈（34)。 於本創作中’所述塞件（23)的塞抵端（231)係呈圓孤錐 •狀，因此即使流量控制裝置(2〇)於所述出水閥⑽内之設置 位置略有偏移亦能準確且確實的抵於該出水口（ΐ3ι)，配合 所述壁面呈錐狀之出水口（131)更可進一步發揮導正塞件 (23)位於正確關閉方向之作用而使塞抵端（23 d與出水口 (131)緊密貼合’因此該結構設計除了可有效的封閉出水口 (1 3 1)外’於組裝上亦相當便利。 參見第四圖所示，為本創作之第二實施例，其中所述 出水閥(30Α)係連接有一呈弧形而兩相對端朝向下方之間嘴 (33Α) ’該閥嘴（33Α)自上側内凹形成有一流道（33ΐΑ)，而 .M361316 所述閥口（3 1A)係相通至該流道（33 1A)且相對位於閥嘴（33 A) 之中段上，本實施例於使用時，自該出水閥（30A)閥口（31 A) 所流出之飲品汁液係流入於該流道（33 1A)中，並且沿流道 (331A)流向閥嘴（33A)兩端。 參見第五及第六圖所示，為本創作之第三實施例，其 中出水閥（30B)係形成有呈間隔設置的三個閥口（3 1B)，出 水閥（30B)外側對應於各閥口（3 1B)處分別突設有一朝向下 側彎折的閥嘴（33B)，各閥嘴（33B)自上側内凹形成有一流 •道（331B)相通於閥口（31B)，本實施例於使用時，飲品汁液 可經由該二閥口（3 1B)流出而分別流入三閥嘴（3沾）之流道 (331B)。 由本創作之第二及第三實施例可知，本創作可使飲品 汁液分流而自*同的閥嘴（33)(33α)(33β)^，因此可同 時製作兩份或三份飲品，當使用者欲同時沖泡多份相同類 別之飲品時可謂相當的便利。 【圖式簡單說明】 第一圖為本創作第-實施例之立體外觀圖。 :二圖為本創作第-實施例之部分分解圖。 第三圖為本創作第一實施例之部分剖視圖。 第四圖為本創作第二實施例之部 筮X国體外觀圖。 圖為本創作第三實施例之部分立體外觀圖。 弟，、圖為本創作第三實施例之6·6 第七圖為現有技術之沖者杯之心°剖視圖。 “、、杯之部分剖視圖。 【主要元件符號說明】 M361316 (10)杯體 (11)沖煮室 (12)入水口 (13)結合座 (131)出水口 (132)通孔 (14)過濾片 (15)握把 (20)流量控制裝置 (21)調節閥 (211)容置槽 (212)鎖固口 C213)溢流口 (214)墊圈 (22)彈簧 (23)塞件 (231)塞抵端 (30)(30A)(30B)出水閥 (31)(31A)(31B)閥口 (32)裝設口 (33) (33A)(33B)閥嘴 (34) 墊圈 (33 1)(33 1A)(331B)流道 (40)杯體 (41)沖煮室 (42)結合座 (421)排水端 (422)出水口 (50)出水閥 C51)容置槽 (52)閥口 (60)流量控制裝置 (61)彈簧 (62)塞件 (621)貼合面M361316 V. New description: [New technical field] This creation is about a brewing cup that can be used in conjunction with a beverage brewer to brew beverages. [Prior Art] A beverage brewing machine refers to a device that can provide hot water, and is mainly used in a beverage store or a coffee shop, etc. The beverage brewing machine generally has a water level of 6 and a water outlet. The function of the special 4, the store uses the hot water provided by the brewing machine to brew drinks such as coffee or simmer. Referring to the seventh figure, a schematic view of a prior art brewing cup includes a cup body (40), a water outlet valve (50) and a flow control device (60), wherein the cup body (40) The recess is formed with a brewing chamber (41), and a coupling seat (42) is protruded on the outer side. The coupling seat (42) has a flat drain end (421), and a recess is formed in the drain end (421). The water outlet (422) communicates with the brewing chamber (41); the water outlet valve (50) is coupled to the joint seat (42), has a receiving groove (51) and is located on the opposite side of the joint seat (42) a valve port (52) communicating with the accommodating groove (51); the flow control device (60) is disposed in the accommodating groove (51) and includes a spring (61) and is coupled to the spring (61) a plug (62) at the end, wherein the plug (62) has a planar mating surface (621) and is pushed up by the magazine (61) with the mating surface (62 1) It abuts against the drain end (42 1) and closes the water outlet (422). The above-mentioned existing brewing cup is used in combination with the aforementioned beverage brewing machine M361316, and the raw material (for example, tea or coffee powder, etc.) of the beverage to be brewed is placed in the brewing chamber (41). The hot water outputted by the beverage brewing machine flows into the brewing chamber (41) and rushes into the pure raw material to become a beverage juice, and the beverage juice flows through the water outlet (422) to the outlet valve (10). And flowing out from the valve port (52); in the above, the plug body (62) of the flow control device (60) is closed by the bonding surface (621) against the drain end (421). The nozzle (422) is described so that the beverage juice must be pushed against the plug body (62) to flow out of the water outlet (422), and the hot water can be left when the brewing program stops brewing for the first time. / Boil until 'to reach the second time; soak the drink ingredients to dissolve the juice juice. However, the angle of the abutting surface (621) must be parallel to the drain end (421) to achieve the above purpose, but the flow control device (6〇) is improperly placed in the outlet valve (50). The gap between the bonding surface (621) and the drain end (42 1) is non-parallel, resulting in the existing brewing cup having the hot water flowing directly from the water outlet (422) without using it. The effect of leakage causes the shortcomings of the soaking effect to be affected. In addition, the existing outlet valve (50) only has a question port (52), so when it is desired to make a plurality of drinks, it can only be divided into batches or once brewed and then dispensed. inconvenient. [New content] In order to solve the shortcomings of the above-mentioned existing brewing cups, the present invention is expected to solve the problem of the flow control device in the existing brewing cup and the water discharge by changing the structure of the plug and the water outlet valve. The valve has only one valve port and causes the inconvenience of use. In order to achieve the above purpose, the technical means used in the creation is that the M361316 provides a brewing cup, which comprises: a cup body, the concave portion forming a brewing chamber and a water inlet, and a joint is formed on the opposite side of the water inlet. a socket having a conical water outlet and at least one through hole connected to the water outlet and the brewing is provided, and a grip is connected to the outer side of the cup; the μ inner control device includes a a hollow regulating valve, a spring, and a plug coupled to one side of the spring, wherein the regulating valve has a valley groove and a locking port communicating with the receiving groove and away from each other to a flow port, the regulating valve is coupled to the coupling seat by the locking port, and the spring and the plug member are disposed in the regulating valve, wherein the free end of the plug member extends to form a conical plug end 'The plug is abutted and the top of the elastic crest is pushed against the top and closes the water outlet; a water outlet valve 'which is hollow and has a communicating and distant distance from each other - a valve port and an installation port, and the water outlet valve is Installation mouth Together in the form of an overflow regulator in communication with the valve. The outer side of the water outlet valve is provided with a mouth-opening corresponding to the valve opening, so that the valve mouth is formed with a first-class channel from the upper side to communicate with the valve port. " The outlet valve is further formed with two valve ports arranged at a distance from the valve port, and the valve outlets respectively protrude from the outlet valve corresponding to the two threshold ports, and the distal valve mouth is formed with a first-class recess from the upper side. The road passes through the valve port. The water outlet valve is connected with a mother-shaped body and two opposite ends facing downwards. The valve mouth is recessed from the upper side to form a first-class road, and the valve port is connected to the s-channel and is opposite to the valve mouth. In the middle section. It can be seen from the above that in the present invention, the base of the plug body for closing the water outlet has a circular arc shape, so even if the flow control device is in the water outlet of the M361316, the position is slightly biased. Move, the plug end can still be unaffected and the seal % β Λ π 'further' # The nozzle design of the outlet valve allows the beverage juice to be split into one, two or three streams when flowing out of the valve. Therefore, according to the use requirement, the present invention can simultaneously dispense the beverage juice into a plurality of containers, which has better convenience in use. [Embodiment] As seen in the second to second figures, the brewing cup of the present invention comprises a cup body (10), a flow control device (10) and a water outlet valve (30) in the first embodiment, wherein: The cup body is formed with a brewing chamber (11) and a water inlet (12). On the opposite side of the water inlet (12), a joint seat (13) having an external thread is formed on the opposite side of the water inlet (12). 13) forming a water outlet (ΐ3ι) and at least a through hole (132) connecting the water outlet (131) and the brewing chamber (1), in the embodiment shown in the figure, the wall of the water outlet (131) The bottom of the brewing chamber (11) is provided with a fine hole (14) on the upper side of the through hole G32), and a contact is provided on the outer side of the cup (10). The grip (15) is disposed laterally; the flow control device (20) comprises a regulating valve (21), a plug and a plug (23), wherein: only the regulating valve (21) is hollow and has a capacity a groove (2 ιι) and a lock port (2i2) and an overflow port (2i2) respectively located at opposite ends of the regulating valve (21) and communicating with the accommodating groove (211) 13), inside the adjusting valve (21), an internal thread corresponding to the external thread of the coupling seat (13) is formed at the end of the locking port (212), and the outside of the adjusting valve (21) is externally connected to the overflow port (213) An external thread is formed, and the adjusting valve (2) is coupled to the coupling seat (13) by the locking port (2), as shown in the embodiment M361316, in the locking port (212) and the coupling seat (13). A gasket (214) may be disposed between the plug member (23) and the spring (22) in the receiving groove (211), the plug member (23) is cylindrical and one end is clamped to the spring ( 22) internally located on the side of the spring (22), and the other end of the spring is formed as a conical plug end (231) 'the plug end (231) and the top of the spring (22) is pushed against the top And sealing the water outlet (131); the outlet valve (30) is hollow and has a valve port (31) and a mounting port (32), and the outlet valve (30) is inside the installation port ( 32) The side is formed with an internal thread corresponding to the external thread of the regulating valve (21), and a valve mouth (33) is formed at a position corresponding to the valve port (31) outside the outlet valve. ), the The nozzle (33) is formed with a first-class passage (331) communicating with the valve port from the upper recess, and the outlet valve (30) is coupled to the regulating valve at the end of the mounting port (32) by a combination of internal and external threads. (21) - end, as shown in the embodiment, a gasket (34) may be disposed between the mounting port (32) and the regulating valve (21). In the present invention, the plug (23) The plug end (231) is in the shape of a circular cone, so that even if the flow control device (2) is slightly offset from the position in the outlet valve (10), it can accurately and surely abut the water outlet ( Ϊ́3ι), in conjunction with the water outlet (131) having a tapered wall surface, the function of the positive plug (23) in the correct closing direction is further exerted, so that the plug end (23d and the water outlet (131) are closely fitted together 'Therefore, the structural design is quite convenient in assembly, in addition to effectively sealing the water outlet (1 3 1). Referring to the fourth embodiment, a second embodiment of the present invention, wherein the water outlet valve (30Α) is connected with a curved shape and the opposite ends are directed downward with a mouth (33Α). The valve mouth (33Α) is The upper side recess is formed with a first-class passage (33ΐΑ), and the valve port (3 1A) of the M361316 is connected to the flow passage (33 1A) and is located opposite to the middle portion of the valve nozzle (33 A), and is used in this embodiment. At the time, the beverage juice flowing out from the valve port (31A) of the outlet valve (30A) flows into the flow path (33 1A) and flows along the flow path (331A) to both ends of the valve nozzle (33A). Referring to the fifth and sixth figures, in the third embodiment of the present invention, the outlet valve (30B) is formed with three valve ports (3 1B) arranged at intervals, and the outer side of the water outlet valve (30B) corresponds to each A valve mouth (33B) bent toward the lower side is respectively protruded from the valve port (3 1B), and each valve mouth (33B) is recessed from the upper side to form a first-class road (331B) communicating with the valve port (31B). In the embodiment, the beverage juice can flow out through the two valve ports (3 1B) and flow into the flow channel (331B) of the three valve nozzles (3). It can be seen from the second and third embodiments of the present invention that the creation can divert the juice juice from the same valve mouth (33) (33α) (33β)^, so that two or three drinks can be made at the same time. It is quite convenient to brew multiple servings of the same category at the same time. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective view of the first embodiment of the present invention. Figure 2 is a partial exploded view of the first embodiment of the present invention. The third figure is a partial cross-sectional view of the first embodiment of the creation. The fourth figure is an external view of the 筮X country of the second embodiment of the creation. The figure is a partial perspective view of the third embodiment of the creation. The figure is the sixth embodiment of the third embodiment of the present creation. The seventh figure is a cross-sectional view of the heart of the prior art. ", part of the cup view. [Main component symbol description] M361316 (10) cup body (11) brewing chamber (12) water inlet (13) joint seat (131) water outlet (132) through hole (14) filter Sheet (15) grip (20) flow control device (21) regulating valve (211) receiving groove (212) locking port C213) overflow port (214) washer (22) spring (23) plug (231) Plug end (30) (30A) (30B) Outlet valve (31) (31A) (31B) Valve port (32) Mounting port (33) (33A) (33B) Valve tip (34) Washer (33 1) (33 1A) (331B) flow path (40) cup body (41) brewing chamber (42) joint seat (421) drain end (422) water outlet (50) water outlet valve C51) receiving groove (52) valve port (60) Flow control device (61) Spring (62) plug (621) fitting surface