JPH02139396A - Drink supply valve - Google Patents

Drink supply valve

Info

Publication number
JPH02139396A
JPH02139396A JP29042888A JP29042888A JPH02139396A JP H02139396 A JPH02139396 A JP H02139396A JP 29042888 A JP29042888 A JP 29042888A JP 29042888 A JP29042888 A JP 29042888A JP H02139396 A JPH02139396 A JP H02139396A
Authority
JP
Japan
Prior art keywords
syrup
cup
supply valve
dilution
sirup
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP29042888A
Other languages
Japanese (ja)
Inventor
Kiyoshi Sakai
清 酒井
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Sanyo Electric Co Ltd
Original Assignee
Sanyo Electric Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Sanyo Electric Co Ltd filed Critical Sanyo Electric Co Ltd
Priority to JP29042888A priority Critical patent/JPH02139396A/en
Publication of JPH02139396A publication Critical patent/JPH02139396A/en
Pending legal-status Critical Current

Links

Landscapes

  • Devices For Dispensing Beverages (AREA)

Abstract

PURPOSE:To supply different kinds of drink with a single valve and prevent the drink leftover in the previous supply from dropping into the next cup by providing sirup nozzles whose sirup supply openings, each being connected to a plurality of sirup lines separately, are arranged radially at the distance longer than the radius of the cup from the axis of the dilution nozzle. CONSTITUTION:A dilution nozzle 25 set above the central part of a cup 14 placed in a drink supply position directs toward the center of the bottom of the cup 14 dilution water, carbonated water or weak carbonated water delivered through a pressure loss passage 24. Sirup nozzles 26 are connected to the downstream side of sirup supply valves 8a of sirup lines 8, the sirup supply openings 26a are arranged radially at the distance longer than the radius of the cup 14 from the axis of the dilution nozzle 25 and the sirup delivered from the openings 26a and the dilution water, carbonated water or weak carbonated water delivered from the dilution nozzle 25 are mixed together within the cup 14. The sirup leftover from the sirup nozzle 26 will not drop into the cup 14.

Description

【発明の詳細な説明】 (イ)産業上の利用分野 本発明はシロップを炭酸水、希釈水等の希釈液で希釈し
た飲料をカップへと供給する飲料供給装置に用いる飲料
供給バルブに関する。
DETAILED DESCRIPTION OF THE INVENTION (a) Industrial Application Field The present invention relates to a beverage supply valve used in a beverage supply device that supplies a beverage prepared by diluting syrup with a diluent such as carbonated water or diluting water to a cup.

(ロ)従来の技術 従来、シロップを水や炭酸水等の希釈液にて希釈した飲
料を供給する飲料供給装置に用いる飲料供給バルブとし
ては実開昭60−71334号公報に開示される様な飲
料用バルブが周知である。
(B) Conventional technology Conventionally, as a beverage supply valve used in a beverage supply device that supplies a beverage prepared by diluting syrup with a diluent such as water or carbonated water, a valve as disclosed in Japanese Utility Model Application No. 60-71334 has been used. Beverage valves are well known.

上記の公報に開示きれる飲料バルブでは、飲料バルブ内
に水や炭酸水等の希釈液供給弁及びシロップ供給弁を備
え、飲料供給時には前記供給弁を開放し混合室内でシロ
ップと希釈液とを混合してノズルより注出するものであ
る。
The beverage valve disclosed in the above publication includes a diluent supply valve such as water or carbonated water and a syrup supply valve in the beverage valve, and when supplying a beverage, the supply valve is opened and the syrup and diluent are mixed in the mixing chamber. It is then poured out from a nozzle.

(ハ)発明が解決しようとする課題 近年かかる飲料供給装置で供給される飲料の種類は増加
する傾向にあるが、前述の公報に開示される飲料バルブ
では飲料種類毎に飲料バルブを設ける必要があるため、
飲料供給装置の大型化を招き例えば、限られたスペース
の店舗内に配置する飲料供給装置には不向きとなるとい
う課題が存在する。
(c) Problems to be solved by the invention In recent years, there has been a tendency for the types of beverages supplied by such beverage supply devices to increase, but the beverage valve disclosed in the above-mentioned publication does not require a beverage valve to be provided for each type of beverage. Because there is
There is a problem in that the size of the beverage supply device increases, making it unsuitable for placement in a store with limited space, for example.

本発明は前記課題を解決するために、単一の飲料供給バ
ルブに希釈液ライン及び複数種類のシロップラインを接
続し、更にカップの中心部上方に希釈用ノズルを配置す
るとともに注出口と該希釈用ノズルの中心との距離が前
記カップの半径より犬をなす位置に放射状にシロップ用
ノズルを配置し、該希釈用ノズルから注出される希釈液
と該シロップ用ノズルから注出きれるシロップをカップ
内で混合することにより、単一の飲料バルブにて複数種
類の飲料を供給することを可能とするとともにシロップ
用ノズルからの液だれも次回に飲料供給に用いるカップ
に滴下することを防止できる飲料供給装置を提供するも
のである。
In order to solve the above problems, the present invention connects a diluent line and multiple types of syrup lines to a single beverage supply valve, further arranges a dilution nozzle above the center of the cup, and connects a spout to the diluent. A syrup nozzle is arranged radially at a position where the distance from the center of the syrup nozzle is more than the radius of the cup. This beverage supply system allows multiple types of beverages to be dispensed with a single beverage valve, and also prevents dripping from the syrup nozzle into the cup used for next beverage dispensing. It provides equipment.

(ニ)課題を解決するための手段 本発明は前記課題を解決するためになきれたものであり
、複数種類のシロップを選択可能であり、選択きれたシ
ロップを希釈液にて希釈して調合きれた飲料をカップへ
と供給する飲料供給装置に用いる飲料供給バルブであっ
て、シロップ種類毎に設けられ、各々シロップ供給弁を
備えた複数のシロップラインと、希釈液を供給するとと
もに希釈液供給弁を備えた希釈液ラインと、飲料供給位
置に載置されたカップの中央部上方に配置され、希釈液
をカップへと注出する希釈用ノズルと、前記複数のシロ
ップライン毎に接続され、各注出口と該希釈用ノズルの
中心との距離が前記カップの半径より大をなす位置に放
射状に配置され、該注出口より注出されるシロップが希
釈液とカップ内で混合されるようにシロップを注出する
シロップ用ノズルとを具備した飲料供給バルフニより前
記課題を解決する。
(d) Means for solving the problem The present invention was made to solve the above problem, and it is possible to select a plurality of types of syrup, and the selected syrup is diluted with a diluent and prepared. A beverage supply valve used in a beverage supply device that supplies finished beverages to a cup, and is provided for each type of syrup, and includes multiple syrup lines each equipped with a syrup supply valve, and a diluent supply valve that supplies a diluent as well as a diluent supply valve. connected to each of the plurality of syrup lines, a diluent line equipped with a valve, a diluent nozzle disposed above the center of the cup placed at the beverage supply position and for pouring the diluent into the cup; The syrup is arranged radially at a position where the distance between each spout and the center of the dilution nozzle is larger than the radius of the cup, and the syrup is arranged so that the syrup poured out from the spout is mixed with the diluent in the cup. The above problem is solved by a beverage supply barfuni equipped with a syrup nozzle for dispensing syrup.

(ホ)作用 本発明の飲料供給バルブによれば、単一の飲料供給バル
ブに希釈液供給弁を備えた希釈液ライン及び各々シロッ
プ供給弁を備えた複数のシロップラインを接続し、更に
希釈液ラインに接続した希釈用ノズルを飲料供給位置に
載置されたカップの中央部上方に配置するとともに各々
前記シロップラインに接続し、注出口と該希釈用ノズル
の中心との距離が前記カップの半径より大をなす位置に
放射状にシロップ用ノズルを配置したため、該希釈用ノ
ズルから注出される希釈液と該シロップ用ノズルから注
出されるシロップとをカップ内で混合できるため、単一
の飲料供給バルブで複数種類の飲料を供給できる。更に
シロップ用ノズルからの液だれも次回の飲料供給を行う
カップ内には滴下しないため、種類の異なるシロップが
混り合って飲料供給が行われることを防ぐ。
(E) Function According to the beverage supply valve of the present invention, a diluent line equipped with a diluent supply valve and a plurality of syrup lines each equipped with a syrup supply valve are connected to a single beverage supply valve, and the diluent line is connected to a single beverage supply valve. The dilution nozzles connected to the lines are arranged above the center of the cup placed at the beverage supply position, and each is connected to the syrup line, and the distance between the spout and the center of the dilution nozzle is the radius of the cup. Due to the radial arrangement of the syrup nozzles in larger positions, the diluent dispensed from the dilution nozzles and the syrup dispensed from the syrup nozzles can be mixed within the cup, thereby reducing the need for a single beverage supply valve. can supply multiple types of beverages. Furthermore, since dripping from the syrup nozzle does not drip into the cup into which the next beverage is to be supplied, it is possible to prevent different types of syrup from mixing when supplying the beverage.

(へ)実施例 図面に従って本発明の詳細な説明すると、第1図は実施
例としての飲料供給バルブの縦断面図、第2図は同飲料
供給バルブの平断面図、第3図は同飲料供給バルブを用
いた飲料供給装置の配管図である。
(f) Embodiment To explain the present invention in detail according to the drawings, Fig. 1 is a longitudinal sectional view of a beverage supply valve as an embodiment, Fig. 2 is a plan sectional view of the same beverage supply valve, and Fig. 3 is a longitudinal sectional view of the same beverage supply valve. FIG. 2 is a piping diagram of a beverage dispensing device using a dispensing valve.

尚上記の飲料供給装置は、シロップ等の飲料原液をシロ
ップ種類に応じて希釈液としての炭酸水、希釈水又は弱
次酸水により希釈して飲料を調合するポストミックス方
式のデイスペンサーである。ここで第1図〜第3図を用
いて実施例としての飲料供給バルブを説明すると、第3
図に示すように飲料供給管路は水道管(1)からの水道
水゛を貯留したジスターン(2)と飲料供給バルブ(3
)内との間に配管きれた希釈液ラインとしての希釈水ラ
イン(4)と、カーボネータ(5)と該飲料供給バルブ
(3)内との間に配管された希釈液ラインとしての炭酸
水ライン(6)と、シロップ種類毎に各々設けられたシ
ロップタンク〈7)・・・(7)と前記飲料供給バルブ
(3)内との間に配管された複数のシロップライン(8
)・・・(8)とより構成キれる。
The above-mentioned beverage supply device is a post-mix dispenser that prepares a beverage by diluting a beverage stock solution such as syrup with carbonated water, dilution water, or weakly acidic water as a diluent depending on the type of syrup. Here, the beverage supply valve as an example will be explained using FIGS. 1 to 3.
As shown in the figure, the beverage supply pipeline consists of a drink tank (2) that stores tap water from the water pipe (1) and a beverage supply valve (3).
) and a carbonated water line (4) as a diluent line piped between the carbonator (5) and the inside of the beverage supply valve (3). (6) and a syrup tank <7) provided for each type of syrup... A plurality of syrup lines (8) are piped between (7) and the inside of the beverage supply valve (3).
)...(8) makes the structure clearer.

尚該希釈水ライン(4)、該炭酸水ライン(6)及び該
シロップライン(8)・・・(8)には各々希釈液供給
弁としての希釈水供給弁(4a)、希釈液供給弁として
の炭酸水供給弁(6a)及びシロップ供給弁(8b)が
接続きれている。
Note that the dilution water line (4), the carbonated water line (6), and the syrup line (8)...(8) are provided with a dilution water supply valve (4a) and a dilution solution supply valve, respectively. The carbonated water supply valve (6a) and syrup supply valve (8b) are disconnected.

また前記ジスターン(2)にはフロート(9)が備えら
れ、前記ジスターン(2)の水位が所定レベルまで下降
すれば、前記水道管(1)に配設きれた給水弁(10)
は該フロート(9)が上限位置に到達するまで開弁じ、
前記水道管(1)の水を前記ジスターン(2)へと導く
Furthermore, the water tank (2) is equipped with a float (9), and when the water level of the water tank (2) falls to a predetermined level, a water supply valve (10) disposed in the water pipe (1) is activated.
remains open until the float (9) reaches the upper limit position,
Water from the water pipe (1) is led to the distern (2).

そして前記ジスターン(2)に貯留きれた水は、販売動
作の毎に駆動するポンプ(11)により吸引され、冷却
コイル(12)及び流量調整器(13〉を介して前記希
釈水供給弁(4a〉が開弁じていればカップ(14)へ
と送出され、一方前記希釈水供給弁(4a)が閉弁して
いれば連結管路(15〉を介して抵抗を設けた前記カー
ボネータ(5)の入口へ高圧、高速で送出される。
The water stored in the distern (2) is sucked by the pump (11) that is driven every time a sales operation is performed, and is passed through the dilution water supply valve (4a) through the cooling coil (12) and the flow rate regulator (13). If the dilution water supply valve (4a) is open, the water is delivered to the cup (14), and if the dilution water supply valve (4a) is closed, the carbonator (5) provided with a resistance is delivered through the connecting pipe (15). is sent to the inlet at high pressure and high speed.

尚前記カーボネータ(5)には炭酸ガスポンベ(16)
内の炭酸ガネが、炭酸ガスレギュレータク17)により
一定圧力に調整された状態で送出されるため、前記カー
ボネータ(5)内には一定圧力で調整された炭酸ガスが
充満しており、前述の様に前記連結管路(15)を介し
て水が高圧、高速で前記カーボネータ(5)に吹き込ま
れれば、水は炭酸ガスを吸収して炭酸水となり前記カー
ボネータ(5)内に貯えられる。
The carbonator (5) is equipped with a carbon dioxide gas pump (16).
Since the carbon dioxide gas inside is sent out with the pressure adjusted to a constant level by the carbon dioxide gas regulator 17), the inside of the carbonator (5) is filled with carbon dioxide gas adjusted to a constant pressure. Similarly, when water is blown into the carbonator (5) at high pressure and high speed through the connecting pipe (15), the water absorbs carbon dioxide gas and becomes carbonated water, which is stored in the carbonator (5).

また前記カーボネータ(5)内に貯留した炭酸水は、前
述の様に前記カーボネータ(5)が炭酸ガスにより加圧
されているため、前記炭酸水供給弁(6a)を開弁ずれ
ば、冷却コイル(18)及び流量調整器(19)を及し
て前記カップ(14)へと送出さ九る。
Furthermore, since the carbonator (5) is pressurized by carbon dioxide gas as described above, the carbonated water stored in the carbonator (5) can be transferred to the cooling coil by opening the carbonated water supply valve (6a). (18) and a flow rate regulator (19) to deliver the liquid to the cup (14).

更に前記シロップタンク(7)も前記炭酸ガスボンベ(
16)内の炭酸ガスが炭酸ガスレギュレータく20)に
より一定圧力に調整された状態で送出されるため、前記
シロップ供給弁(88)を開弁ずれば、冷却コイル(2
1)及び流量調整器(22)を介して前記カップ(14
)へと送出される。
Furthermore, the syrup tank (7) is also connected to the carbon dioxide gas cylinder (
16) is sent out after being regulated to a constant pressure by the carbon dioxide regulator 20), so if the syrup supply valve (88) is opened, the cooling coil (20) is released.
1) and the cup (14) via the flow regulator (22).
).

(23)は炭酸水及び希釈水を混合して弱炭酸水を生成
することができる混合室であり、前記希釈水ライン(4
)及び前記炭酸水ライン(6)の前記希釈水供給弁(4
a)及び前記炭酸水供給弁(6b)の下流側に設けられ
ている。
(23) is a mixing chamber that can mix carbonated water and dilution water to produce weakly carbonated water, and the dilution water line (4
) and the dilution water supply valve (4) of the carbonated water line (6).
a) and the carbonated water supply valve (6b).

(24)は圧力損失通路であり、該混合室(23)より
送出される希釈水、炭酸水及び弱炭酸水を通過させ、狭
い通路を通過させることによりかかる希釈水、炭酸水及
び弱炭酸水の送出圧力を低下させる。これは炭酸水及び
弱炭酸水が、前記混合室(23)より高送出圧力のまま
前記カップ(14)へと送出されると前記カップ(14
〉で)オーミングを発生する恐れがあるため、これを防
止するために該圧力損失通路(24)は設けられている
(24) is a pressure loss passage, through which the dilution water, carbonated water and weakly carbonated water sent from the mixing chamber (23) are passed, and the diluted water, carbonated water and weakly carbonated water are passed through the narrow passage. Reduce delivery pressure. This is because carbonated water and weakly carbonated water are delivered to the cup (14) from the mixing chamber (23) at a high delivery pressure.
Since there is a possibility that ohming may occur (at ), the pressure loss passage (24) is provided to prevent this.

(25)は第1図及び第3図に示す飲料供給位置にて載
置されたカップ(14)の中心部上方に配置された希釈
用ノズルであり、前記圧力損失通路(24)を通路して
送出される希釈水、炭酸水又は弱炭酸水を前記カップ(
14)の底面中央部へ向って注出する。
(25) is a dilution nozzle disposed above the center of the cup (14) placed at the beverage supply position shown in FIGS. 1 and 3, and passes through the pressure loss passage (24). The dilution water, carbonated water or weakly carbonated water that is sent out is transferred to the cup (
14) Pour toward the center of the bottom.

(26)はシロップ用ノズルであり、前記シロップライ
ン(8)・・・(8)の前記シロップ供給弁(8a)・
・・(8a)下流側に接続され、注出口(26a)が前
記希釈用ノズル(25)の中心から前記カップ(14)
の半径より離れた位置に各々放射線状に配置され、各該
注出口(26a)から注出されるシロップは前記希釈用
ノズル(25)から注出きれる希釈水、炭酸水及び弱炭
酸水は前記カップ(14)内で混り合い、また該シロッ
プ用ノズル(26)からのシロップの液だれは前記カッ
プ<14)に滴下しない。
(26) is a syrup nozzle, and the syrup supply valve (8a) of the syrup line (8)...
...(8a) Connected to the downstream side, with the spout (26a) extending from the center of the dilution nozzle (25) to the cup (14)
The dilution water, carbonated water, and weakly carbonated water are disposed radially at positions apart from the radius of the cup, and the syrup poured out from each spout (26a) is poured out from the dilution nozzle (25). (14), and dripping of syrup from the syrup nozzle (26) does not drip into the cup <14).

上記構成にて炭酸飲料を供給するには、炭酸水で希釈を
行うシロップ種類を供給するシロップライン(8)に設
けられたシロップ供給弁(8a)を開弁すればシロップ
タンク(7)は炭酸ガスボンベ(16)のガス圧により
加圧された状態にあるため該シロップライン(8)を介
してシロップ用ノズルから第1図の矢印方向へ向って注
出きれる。これと同期して炭酸水供給弁(6a)を開弁
ずれば、カーボネータ(5)より炭酸水は炭酸水ライン
(6)を介して混合室(23)へと送出され、更に圧力
損失通路(24)を通過して送出圧力が低下した状態で
希釈用ノズル(25)を介してカップ(14)の底面中
央部に向って注出きれる。
To supply carbonated beverages with the above configuration, open the syrup supply valve (8a) installed in the syrup line (8) that supplies the type of syrup to be diluted with carbonated water, and the syrup tank (7) will be filled with carbonated beverages. Since the syrup is in a pressurized state due to the gas pressure of the gas cylinder (16), the syrup can be poured out from the syrup nozzle in the direction of the arrow in FIG. 1 through the syrup line (8). If the carbonated water supply valve (6a) is opened in synchronization with this, carbonated water is sent from the carbonator (5) to the mixing chamber (23) via the carbonated water line (6), and furthermore, the pressure loss passage ( 24), and in a state where the delivery pressure is lowered, it is poured out toward the center of the bottom surface of the cup (14) via the dilution nozzle (25).

このため第1図に示す様にシロップ用ノズル(26)か
ら注出されるシロップと希釈用ノズル(25)から注出
される炭酸水はカップ(14)内で混り合い、該カップ
内(14)では良く混合された状態となる。
Therefore, as shown in FIG. 1, the syrup poured out from the syrup nozzle (26) and the carbonated water poured out from the dilution nozzle (25) mix in the cup (14). Now it will be well mixed.

そして飲料供給が完了すればシロップ供給弁(8a)及
び炭酸水供給弁(6a)を各々閉弁する。
When the beverage supply is completed, the syrup supply valve (8a) and the carbonated water supply valve (6a) are each closed.

次に弱炭酸飲料を供給するには、弱炭酸水で希釈を行う
シロップ種類を供給するシロップライン(8)に設けら
れたシロップ供給弁(8a)を開弁ずれば、前述と同様
にシロップ用ノズル(26)からシロップは注出きれる
。これと同期して希釈水供給弁(4a)及び炭酸水供給
弁(68)を開弁ずればポンブク11)は駆動し、希釈
水を希釈水ライン(4)を介して混合室(23)へと導
くとともに炭酸水をカーボネータ(5)から炭酸水ライ
ン(6)を介して該混合室(23)へと導く。かかる混
合室(23)で希釈水と炭酸水は混合され生成された弱
炭酸水は圧力損失通路(24)を通過して送出圧力が低
下した状態で希釈用ノズル(25)からカップ(14)
の底面中央部に向って注出される。これにより該シロッ
プ用ノズル(26)から注出きれるシロップと該希釈用
ノズル(25)から注出される弱炭酸水はカップ(14
)内で混り合う。そして飲料供給が完了すれば、シロッ
プ供給弁(8a)、希釈水供給弁(4a)及び炭酸水供
給弁(6a)は各々閉弁し、更にポンプ(11)は停止
する。
Next, to supply a weakly carbonated beverage, open the syrup supply valve (8a) installed in the syrup line (8) that supplies the type of syrup to be diluted with weakly carbonated water, and then The syrup can be poured out from the nozzle (26). When the dilution water supply valve (4a) and carbonated water supply valve (68) are opened in synchronization with this, the pump 11) is driven and the dilution water is sent to the mixing chamber (23) via the dilution water line (4). At the same time, carbonated water is led from the carbonator (5) to the mixing chamber (23) via the carbonated water line (6). The dilution water and carbonated water are mixed in the mixing chamber (23), and the generated weakly carbonated water passes through the pressure loss passageway (24) and is discharged from the dilution nozzle (25) to the cup (14) with a reduced delivery pressure.
The liquid is poured out toward the center of the bottom. As a result, the syrup poured out from the syrup nozzle (26) and the weakly carbonated water poured out from the dilution nozzle (25) are mixed into a cup (14).
) to mix within. When the beverage supply is completed, the syrup supply valve (8a), the dilution water supply valve (4a), and the carbonated water supply valve (6a) are each closed, and the pump (11) is stopped.

続いて無炭酸飲料を供給するには、希釈水で希釈を行う
シロップ種類を供給するシロップライン(8)に設けら
れたシロップ供給弁(8a)を閉弁すれば、前述と同様
にシロップ用ノズル(26)からシロップは注出される
。これと同期して希釈水供給弁(4a)を開弁ずればポ
ンプ(11)は駆動を開始し、希釈水はジスターン(2
)から希釈水ライン(4)を介して混合室(23)へと
送出され、更に圧力損失通路(24)を通過して希釈用
ノズル(25)からカツブク14)の底面中央部に向っ
て抽出される。これによりシロップ用ノズル(26)か
ら注出されるシロップと希釈用ノズル<25)から注出
きれる希釈水はカップ(14)内で混り合う。そして飲
料供給動作が完了したらシロップ供給弁(88)及び希
釈水供給弁(4a)は閉弁し、更にポンプ(11)は停
止する。
Next, to supply a non-carbonated beverage, close the syrup supply valve (8a) installed in the syrup line (8) that supplies the type of syrup to be diluted with dilution water, and then open the syrup nozzle in the same manner as described above. The syrup is poured out from (26). If the dilution water supply valve (4a) is opened in synchronization with this, the pump (11) will start driving and the dilution water will be supplied to the diturn (2).
) is sent to the mixing chamber (23) via the dilution water line (4), further passes through the pressure loss passage (24), and is extracted from the dilution nozzle (25) toward the center of the bottom of the cutlet 14). be done. As a result, the syrup poured out from the syrup nozzle (26) and the dilution water poured out from the dilution nozzle <25) mix together in the cup (14). When the beverage supply operation is completed, the syrup supply valve (88) and dilution water supply valve (4a) are closed, and the pump (11) is stopped.

以上が実施例としての飲料供給バルブの説明である。The above is a description of the beverage supply valve as an example.

(ト)発明の効果 本発明の飲料供給バルブによれば、単一の飲料供給バル
ブにより多種類の飲料を供給することができるため、例
えばデイスペンサに用いれば飲料供給バルブの個数を増
加許せずに飲料種類を増やすことができるため、デイス
ペンサの小型化に有用であり、またシロップ用ノズルか
らの液だれもカップに滴下しないため、種類の異なるシ
ロップが混り合ってしまうという飲料の品質上好ましく
ない不具合も防止することができる。
(G) Effects of the Invention According to the beverage supply valve of the present invention, it is possible to supply many types of beverages with a single beverage supply valve, so when used in a dispenser, for example, the number of beverage supply valves does not have to be increased. It is useful for downsizing the dispenser because it can increase the number of beverage types, and since dripping from the syrup nozzle does not drip into the cup, it is unfavorable in terms of beverage quality as different types of syrups will mix. Malfunctions can also be prevented.

【図面の簡単な説明】[Brief explanation of the drawing]

第1図は実施例としての飲料供給バルブの縦断面図、第
2図は同飲料供給バルブの平断面図、第3図は同飲料供
給バルブを用いた飲料供給装置の配管図である。 (3)・・・飲料供給バルブ、 (4)・・・希釈水ラ
イン、(4a)・・・希釈水供給弁、 (6)・・・炭
酸水ライン、(6a)・・・炭酸水供給弁、 (8)・
・・シロップライン、(8a)・・・シロップ供給弁、
 (23)・・・混合室、 (24)・・・圧力損失通
路、 (25)・・・希釈用ノズル、 (26)・・・
シロップ用ノズル。 第1 図
FIG. 1 is a longitudinal sectional view of a beverage supply valve as an example, FIG. 2 is a plan sectional view of the same beverage supply valve, and FIG. 3 is a piping diagram of a beverage supply device using the same beverage supply valve. (3)...Beverage supply valve, (4)...Dilution water line, (4a)...Dilution water supply valve, (6)...Carbonated water line, (6a)...Carbonated water supply Valve, (8)・
...Syrup line, (8a)...Syrup supply valve,
(23)...Mixing chamber, (24)...Pressure loss passage, (25)...Dilution nozzle, (26)...
Nozzle for syrup. Figure 1

Claims (1)

【特許請求の範囲】[Claims] 1、複数種類のシロップを選択可能であり、選択された
シロップを希釈液にて希釈して調合された飲料をカップ
へと供給する飲料供給装置に用いる飲料供給バルブであ
って、シロップ種類毎に設けられ、各々シロップ供給弁
を備えた複数のシロップラインと、希釈液を供給すると
ともに希釈液供給弁を備えた希釈液ラインと、飲料供給
位置に載置されたカップの中央部上方に配置され、希釈
液をカップへと注出する希釈用ノズルと、前記複数のシ
ロップライン毎に接続され、各注出口と該希釈用ノズル
の中心との距離が前記カップの半径より大をなす位置に
放射状に配置され、該注出口より注出されるシロップが
希釈液とカップ内で混合されるようにシロップを注出す
るシロップ用ノズルとを具備したことを特徴とする飲料
供給バルブ。
1. A beverage supply valve that is capable of selecting multiple types of syrup and is used in a beverage supply device that supplies a drink prepared by diluting the selected syrup with a diluting liquid to a cup, and for each type of syrup. a plurality of syrup lines each provided with a syrup supply valve; a diluent line supplying diluent and having a diluent supply valve; , a dilution nozzle that pours out the diluted liquid into the cup, and a radial line connected to each of the plurality of syrup lines, the distance between each spout and the center of the dilution nozzle being larger than the radius of the cup. 1. A beverage dispensing valve characterized by comprising a syrup nozzle disposed in the spout and dispensing the syrup so that the syrup dispensed from the spout is mixed with a diluent in the cup.
JP29042888A 1988-11-16 1988-11-16 Drink supply valve Pending JPH02139396A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP29042888A JPH02139396A (en) 1988-11-16 1988-11-16 Drink supply valve

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP29042888A JPH02139396A (en) 1988-11-16 1988-11-16 Drink supply valve

Publications (1)

Publication Number Publication Date
JPH02139396A true JPH02139396A (en) 1990-05-29

Family

ID=17755907

Family Applications (1)

Application Number Title Priority Date Filing Date
JP29042888A Pending JPH02139396A (en) 1988-11-16 1988-11-16 Drink supply valve

Country Status (1)

Country Link
JP (1) JPH02139396A (en)

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2007105739A (en) * 2005-10-11 2007-04-26 Mitsubishi Electric Corp Apparatus and method for discharging molten metal, and method for forming bump
JP2007276814A (en) * 2006-04-05 2007-10-25 Sanyo Electric Co Ltd Beverage supplying device
JP2011251758A (en) * 2010-06-04 2011-12-15 Fuji Electric Retail Systems Co Ltd Beverage nozzle for beverage supply device
JP2012086902A (en) * 2012-02-07 2012-05-10 Fuji Electric Retail Systems Co Ltd Beverage supplying device

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2007105739A (en) * 2005-10-11 2007-04-26 Mitsubishi Electric Corp Apparatus and method for discharging molten metal, and method for forming bump
JP4735177B2 (en) * 2005-10-11 2011-07-27 三菱電機株式会社 Molten metal discharging apparatus, molten metal discharging method, and bump forming method
JP2007276814A (en) * 2006-04-05 2007-10-25 Sanyo Electric Co Ltd Beverage supplying device
JP2011251758A (en) * 2010-06-04 2011-12-15 Fuji Electric Retail Systems Co Ltd Beverage nozzle for beverage supply device
JP2012086902A (en) * 2012-02-07 2012-05-10 Fuji Electric Retail Systems Co Ltd Beverage supplying device

Similar Documents

Publication Publication Date Title
US3215312A (en) Dispenser of soft drinks of high or low carbonation
US5186363A (en) Liquid mixing and dispensing nozzle
US4934567A (en) Hybrid beverage mixing and dispensing system
EP1460029B1 (en) Liquid dispensing device
US5310088A (en) Bottled water station for dispensing carbonated and uncarbonated water
JPS62271891A (en) Post-mixing drink distributor, nozzle and concentrate supplyassembly
US7311226B2 (en) Mixed liquid dispensing apparatus
US5342587A (en) Detergent dispenser for use with solid cast detergent
EP0250003A1 (en) Beverage dispenser
AU2017376424A1 (en) Flexible beverage dispensing system
CN110997121B (en) Dispensing tap with integral filling
US2674263A (en) Beverage dispenser having a mixing control valve
US4535917A (en) Dispensing apparatus
US4135641A (en) Apparatus and methods for dispensing fluid under pressure
EP0676730B1 (en) Drink dispenser
JPH02139396A (en) Drink supply valve
JPH1146983A (en) Beverage supply machine and method for supplying beverage
US2371431A (en) Beverage dispensing apparatus
GB2326633A (en) A beverage dispensing device
JP2749795B2 (en) Beverage supply device
JPH07125798A (en) Method and device for mixing beverage
JP3852656B2 (en) Carbonated beverage supply device
JPH08175599A (en) Post-mix drink supply apparatus
JP3081323B2 (en) Carbonated water production equipment
JP3467937B2 (en) Multi-flavour mixed beverage dispenser