JPH04175898A - Beverage preparing device - Google Patents

Abstract

PURPOSE:To reduce the number of hot water supply solenoid valves to one to reduce the device cost by rotating a hot water supply switching nozzle for the purpose of supplying hot water to each hot water supply hose. CONSTITUTION:A hot water supply solenoid valve 27 is attached to the side face of a hot water storage tank, and a hot water exit tube 49 is attached to the hot water supply solenoid valve 27, and a hot water supply switching nozzle 51 is provided under the hot water exit tube 49. The hot water supply switching nozzle 51 is rotated around a revolving shaft 57 by a nozzle rotating motor 59, and for example, the hot water supply exist tube 49 and a first hot water supply hose 29a are connected by a signal for preparation of the first beverage. Thus, only one hot water supply solenoid valve 27 is used even in the device where plural kinds of beverages can be prepared.

Description

[Detailed Description of the Invention] [Industrial Application Field] This invention relates to a beverage manufacturing device, and in particular,
This relates to a hot water supply mechanism.

[Prior Art] FIG. 7 is a schematic diagram of a conventional paper cup type beverage manufacturing apparatus. The paper tip carrying out mechanism 1 carries out the paper tip 5 using the paper tip carrying out motor 3. The carried out paper tip 5 is guided to a paper tip outlet 31. Paper tip unloading mechanism 1
The details will be explained using FIGS. 8 and 9.

As shown in FIG. 8, a rotating shaft 9 is attached to the exit vehicle 7. The rotating shaft 9 is rotated by a paper tip delivery motor 3 shown in FIG. On the side of the delivery tun 7, there is a
rGroove 1; 3 is sunk ();
'i is the edge t of the tR13, L paper'...b2)
11- is engaged 1S, engagement groove 1; ：、Sending city゛；Pup 5 times 1-ru 5-ni;
Section 1) 1: The place where 1:3 is located, the edge of the neck.
1's j, 5g') L sings 2, string, knot... 5 (drops on Madoka.

7th number 1; 5, original #1 Jinju-・', 5' 17 is,
Beverage source ←].

The box in which it is stored is), 1, -4 example-go, ゛ is, 1
Point 1 Ki 4: Star 17M;, : There are 4 pieces, 4 types of drinks are produced $-), '1, can be made 3, Raw material carrier L,
F section 1'' of Tjz Yu 17 (, Jl, fat outlet 033 is installed).

Raw material pile 1" 33 digits: +41 to jj, Ii F4 sea
-1.19 was set up. 3 raw materials - 1
9 is 1. Hara, 1 out L
', Go, Kishi:, Dowel 1' Full 2].

Hot water storage ';' Niha 1 in tank 25, beverage 'M *' + Q
D Sol'kl+c & Su4 Hot water is stored.

1 part of the water supply solenoid valve Σ! 7 is installed. (,I□-2,i number i'j +1;:r 11.,, ``''I,-,,iu,,supply,!J,1.1Jl゛]゛1゛l'',v-ghoma゛・Le: 2.1. ,:: I:C,, +9 'A hoss' 9 i, m 4, -5, fi"i buri,,,
7 Iru 1, To'Yuyu: "" 20 yen 1: X: i
;i, -14-]'Iz 5"...l" 2 +,
j, i or installation 1 pcs.
l″ailT, Ho□'MC, 3, λ・), -2゛,
j, 1゛7. Rube) 1 is a stirring chamber 1T] - 1 tank I.

Teizpl, train 1 [1 more fi and hot water': iJ5, stirring 4゛4゛"iU"4 ":"te,・1j heat (1 convex heart・
1. Stirring chamber 1. N '71 Niba To Ji1
5] Karen, -4i and -goi/:lo stirring chamber 4.7
7) Drinking FI31m, :t: -S, 1 is transmitted-゛, paper j・γb,)1 is guided i□ 6 ,)τ10 diagram shows the stirring mechanism -t l'-+4"ζA255, raw material A key, star 1")' door part j:゛1, j prefecture $2.1 output r
] 3: '= or setting) 1:・Ne-ζ-is. 1 raw material output i',',',','',13,'19 in 1 part of '3,
Raw materials 1. , 9 is set i, j, + 1, raw material: ,,' −,, F i ! 'Ifσ) - part 1.゛ is Nikki: 5・Ggopatsu IL 21-6・Setting L″) Iot゛Goiru 1, -16′ Lorege No. 5 Urba 1 is 5. Heat supply, No Suni):) Toto store ri-dori (-koiru, 1
ζipa, Ngbo “kuru 4〉, 1 below)j'1':
IJs stirring chamber 17 is crotch "ifl"+'jreζ3
, In the stirring chamber 1'I'', a stirring chamber 1.j, 4, (impeller, 4:) or a stirring chamber 1'I'' is installed. Rotate v1 to 41
．． ．． ．． A hose 715 is provided below the stirring chamber 47.

Hose 4'45 and push room 47 are connected [, out 5
A shaft 39 is provided in the go-/7 inside the raw material canister 17. Shant: 39 is meshed with 1, reduction gear: 37. Deceleration V: 1”
71! , motor; 35 gears and gears; 718 Wasashideru 1; shaft 3; many (7) on the surface of 9;
Groove or installation, 1 is installed. When the motor 35 moves in the direction of the rotation L2 and the gloss 77) 39, the groove j of the shaft 39 leads some beverage ingredients to the ingredient outlet 33. This will be explained in simple terms using Figures 7 and 10. 6゜Coin slot j2゛Put the money in and press the button of the desired drinking cart 46.・−ri：
3 rotates 1, paper trick "of f'5],, (i?
1 is carried out.

The unloaded paper roll 5 is guided to three paper rolls for taking out the paper roll.

Next, the raw material for the desired beverage is people. Then, the 9-Y 35 which rotationally drives the 39 inside the Toryo canister 17 rotates. Eh...~ri+3;)'s rotation I:, Yuri, 2-71-39i! Toward A sword (move 51, -A・'L by 1, /Yak)・:39 in the first f τ groove A/:') half drink 1. i Prefectural fee? 19
Judgment 1 [', ', ', ', U 3: '3 to E. Ii; Go out from IJ'3 Knee 1 and get a drink.
Go bowl 21: ``Key puff guar ↑ri T' full 2'' containing "5, drinking cart, l raw energy" 4 No' 1 The hot water supply solenoid valve 11!7 opens, and the hot water in the hot water tank 0!5 opens.
Guided by Miki P2 Gebol 21...

At the same time, the temperature and temperature of the beverage ingredients are dropped into the stirring chamber 47,
13 This completes the beverage by the stirring impeller 43. 6. The finished product is
Pass through the hose 45 and the paper tip 51:'' will come off.
.

[Invention solves the problem 1. ,,! ：Tasks to be solved】L in Figure 7
As shown in the drawings, Bunzai's beverage manufacturing apparatus T is equipped with a solenoid valve 7 for each beverage, so if there are many types of beverages, the solenoid valve 1 and the solenoid valve 2'l The number of hot water supply solenoid valves 27 is expensive (1), so if the number of hot water supply solenoid valves 27 increases, the number of hot water supply solenoid valves 27 will increase. There is a possibility of water leakage4.Therefore, as the number of hot water supply solenoid valves 27 increases, the possibility of water leakage increases1.This invention was made to solve such conventional problems. The purpose of the invention is to reduce the number of solenoid valves used for hot water supply, and to make beverages that can be used for drinking water. l! The aim is to provide a prosthetic stomach.

[Steps for Solving the Problem] The beverage manufacturing device N produces first and second beverages within the device, and 7.) the first and fourth beverages are introduced into a container and poured into a container.

The beverage manufacturing device includes two first beverage raw materials, a second beverage raw material, a stirring medium, a first pipe, a second pipe, a tank, a supply pipe, a passage control member, and a switching mechanism.

The first beverage material becomes a raw material for the first beverage9, and the second beverage material serves as a raw material for the second beverage.

The solvent is mixed with the first beverage material 1, the first beverage material is mixed with the second beverage material, and the second beverage material is mixed with the first beverage material. Introduce the solvent to a location <3
゜No. 2: The second pipe has 1 volume 61 on the L roller with the second beverage extractor.
- Guide<,.

The tank contains a solvent.

The supply pipe communicates with the tank. a'i is
In the tank, lead the container to the "■" and "2" W 3
, the passage control member controls the passage of the solvent in the supply pipe x+j9, the switching mechanism connects the supply pipe ]- and the first drink, and Beverage 4f″l?,
′! In response to a signal indicating that the supply pipe is to be switched, the supply pipe and the first pipe are turned off. The switching mechanism connects the supply pipe and the first pipe by a signal to produce the first material (-), and also connects the supply pipe to the second pipe by a signal to produce the second gloss material; For this reason, in a device that produces multiple types of drinks 41, it is possible to reduce the number of flow A@B control members (for example, hot water solenoid valve) to one. [Example 1] An embodiment of the beverage manufacturing apparatus according to the present invention will be described below.3 Figure 15 shows an embodiment of the beverage manufacturing apparatus according to the present invention. A hot water supply solenoid valve 27 is attached to the side of the hot water supply tank (1 first, not shown in the figure).
A hot water supply solenoid valve 27 is attached with a hot water supply 1-1 pipe 49; a hot water supply switching nozzle 51 is provided below the hot water supply pipe 4); 1, a hot water supply switching nozzle 5; 12
Rotates around rotation M57. The hot water supply switching nozzle 51 is
It is rotationally driven by a nozzle rotation motor 59.

The inside of the hot water supply switching nozzle 51 is hollow.

This cavity serves as a hot water guide section 53. ! ! l! I
The Im guide portion 53 has an L funnel shape. The end of the hot water guide section 53 is a nozzle outlet 55.

A hot water supply pornis joint 61 in which four holes are provided is provided at the bottom of the nozzle 55.

Each hole has a first hot water supply hose 29a, a seventh water supply/leakage hose,
1, ~291], the third hot water supply hose 29e, the fourth clam water hose, and the -su29+i, respectively.

In Figure 2, the hot water supply switching nozzle 51 is marked ■Pugo direction, 5λ
This is a cross-sectional view of the 7-sided state.

55 is placed on the first hot water supply port 29a, on the second hot water supply port 29, h, on the third hot water supply hose 29C, and on the fourth hot water supply hose 29d. -5 go.

FIG. 4 is a plan view of the shielding disc 63. The shielding disc 63 is mounted on the rotating shaft 57i1 shown in FIG. The shielding disc 63 includes a first; 7.1. ,
I...! ) 71 a, 2nd pickpocket h 71 b, 3rd, 7th, su...door 1c, 4th pickpocket v door 1 d
5, the first slit 71a is photo-
1' When the nozzle hole D 55 shown in FIG. When it comes, the nozzle output II 55 is the second one.
Located 1" above the hot water supply hose 29b. Third slit 71
．． c is potoy'ter 2゛pu4''0;) (tsuy IH,
Tro (, bundled.) 7. Gourd:, ), 7'zu): Located at exit 55 or No. 3 hot water supply, -su1≧9c, J-. , 4th
S11・t・l□ 7: L d or j, 1・1″-・If there is a hard slippage at Tarapuku (at the point of 55), nozzle outlet 55
is located at the first hot water supply hose 29dJ2. -1 No. 31, friend, according to this invention)t, beverage product d['M
; place/g)-Example j2 = control unit-1 (1
The master plan is ゛(-7)ζ-0''(, Toy゛, /Tarsive(55,゛), JL rotation 1 cycle 59,, K: The hot water solenoid valve 27 is controlled by the microcomputer 07''! II sasai 1'koi・=15, shielding disk 63j, general (zurareshisu 1(・
...)・Ka5hoto1゛・tarapuda (at 35; came 1'': now the pels flows, child's ba) l, ;1 knee or my -- (to 37,),)之゛Detected. Nozzle rotation t ~ evening: 51) is τ, - one day positive; y! Rotation control ■
It is controlled by ea9+.

The operation of the embodiment of the beverage manufacturing apparatus N according to the present invention will be explained below. In Chapter 5, the waveform diagram to explain this operation is shown in Figures 5 and 6. . No. 1 and No. 3 (not shown in the figure): Pour hot water into the hot water supply 21 and -s 29e,
2) There is an explanation.

T・tsu ゛gu! ! times→・1,9, ■ −u1°5)1
Or right 1"p'j (pIJ'I-:,) (, ・'['ko'%1st page -14' ?-1 to'I ・y door].21 ? Hol""1''7~÷Pulle 65 is detected.)-1#',,J-rotating mole 111"J9:'
'', 1. Stop ``ru,, No. :) ,;7.ll...I
i' ”-, b or second third, [1-:・h 71 C
J=1st: L'I・Soi・71 a and (K,
%:l -$-4t -jl(\?11λ, 1;...
]j'71.2j'simmersion;
11 ・21・ 7 'l (:= ,,:
”) (: There is another comb ζ-, next (≧, 7,... 1゛ completed゛ (to 7 cards - 1) ゛Reverse rotation system: g + C6c) (z'λ pa 11 rotations →゛-U・15ν) 9 Turn left゛za 757.'l';,'
(', 'J) i, N't') Full groove 1, t-41 stop reverse rotation ← i, 11 left (y, H (g5 !→;,), nozzle rotor -cl', ,) 94:' 2 rotations 7''l knee, (6, photo', clubs (): 3 or 1 small pulse detected L, 'at point, nozzle rotation 51゛) Stop. j Kneesashi±・Self,, 5 Is this the first figure?'',
Length condition -〇・A2:1, Soshi"ζ, 5, -2・Iko゛(
i; Sen 5 <, hot water supply solenoid valve 2 r > i scheduled time rii 1 open (
) signal to 111 no 1. Flowing 6, which depends on the number;
(Hot water supply was carried out in 29 (29), this '17
Special effect of example 1'', explanation 4''''6:',)'
：：：The example of ``smell'' is the 1st Maoki hot water electromagnetic force in the ith and pth :) 7, the hot water storage ゛, ・u (111th and 14th
4. In the example of 1:-1, the number of hot water heaters increases even if the number of hot water heaters increases. The number of 27 +, 1 +-. From now on, 4 is shown in Figure 7, and 15 is shown in Figure 7. The number of 9 1. -Response t4, Hot water supply solenoid valve: 27 must be won - (A, -) 1, The lateral area of the existing hot water tank P725 requires at least the product of the installation of the solenoid valve for water supply.
5, the number of hot water supply solenoid valves 27 i',, In this embodiment, the number of hot water supply electromagnetic valves 27 is l jl) v″-J゛m. f': Putanu 25 - Miniaturization - Takaro Jl, L can be completed. Hot water storage tank jy 2517. Need to make τS small, L is large 2/:), so the beverage manufacturing equipment can be downsized 4 J
Tomo 1liJ Noh 5] ~na self.

In this embodiment, two hot water solenoid valves r', ', 1 +-
/ is attached to the side wall of the hot water storage tank.
'Often, the boiling water outlet [4R even if installed in the middle of the pipe 49]
, In this example, in ↓5, the vj solenoid valve controls whether to flow or stop the hot water.
1 This invention has: 1' limitation ゛Ct' 1. #
1. ′+Ryoji is...-: I can control 1 (robe ÷ I) of 1 (robe ÷ I) of (oh, that's good 1, this example (, hey). (,1,6 supply?μ,t,-kuni thermal tree 1-to supply 1, supply i & tJJ a'
i';g11. times (: 1, who is absent from work, but in the middle of the day, 21, 2 inventions are 4, 4, -Noah ζ, -limited courage, Invention 1.- of ``ship''9'jl''f no. 4. may be carried out by 57 no. The switching mechanism 5 is used in one line to supply the solvent to the first and second tubes.

For this reason, passage control members (for example, hot water supply electromagnetic JE)
It is possible to make the number 1'). (According to Party B, it is possible to lower the λ1 of the drink production equipment)1.Also, there is a possibility that the solvent may leak to the outside from the passage control member. However, in this 9:9 light, the number of passage control members (41) is one, so it is possible to reduce the possibility of solvent leakage.

[Brief explanation of the drawing]

Figure: 11, spit-)]・1 明に',,j),ll,
I'JI! &σ) Actual 1 relaxation example i1 Bidai 1',] Toru's, 'J 'iJ /'s/L:
:, %-DD attached 1! ix i, a certain part j3 蓓 is shown in Figure 7, 9, 7yy 2 H threshold:,;, 11th χ1', 4<-1
・ξ), convex switching...υ name/arrow [11]] Nome direction g 11 shi:)', y-cut state Koha-cut i', ffi
cl ”'z =★)・:),, Figure 3: Yo, go(
Ill) Mochimei (-Kanichipa Beverage 5'L: Cfu', IA
,'Embodiment 1': Prepare the control circuit; f
Me, 1-ji,: deaa・mi. 1st. Me 1:, 1゜This invention (5-fos, ,'''drinking 4
TS 11J Announcement, “Al' Reed -4 < Sub-row (1, Prepared,
1:N11chi), block..., 1 [1 board (ha city map,
1st d) 5, 5th) L2: I 11, "I no ii Ming 1, 2) Made by El; 2i equipment, /) - Example L7) lj', T- is explained. 63・] (Ha1 limb 11・
1] Ne; Dokoa τ2, Figure 0 (, 4t7, Pa's R light, No, Beverage 1:15 Curse ()) 71-1 for explaining the operation of the embodiment A''' −zuya・−1・を−!j・−
・35 in Figure 4 ; 4 , , Figure 7 shows the conventional paper"...
4. The blasphemy. Schematic diagram 1. Figure 81. 1) It is a diagram of ki (jull, paper nido..., f unloading mechanism,'') song! 11゛J-Explanation 6~, f#). The stirring mechanism is 1, 1, α is 6, 1; where: ≧ ゛ is the hot water supply electromagnetic pressure, 5, 2.9 ki! :1st pay hope 1, II? ,
9 k) is the 12th hot water supply horn 1, r,) 0 is the 13th hot water supply j, -1 ri, 1si 1) (1 is the 4th hot water supply horn 1911
, -su5. 'The number is heat exhaust 11 pipe 1.5 i is hot water supply H
) '7 and 5 houses', 11. 'Sodedate application 1 (-゛・Ya、A゛share L (association: tl,・
Wato. Deputy 7 (Patent Attorney-) Kube Fukami (,B:-”・,-゛(52 idiots),),1.v” '%J 31r',,'1 ・)・),1:,9777 ,,−−,,−,'M,−,
,,,LrL,J'L,,L,ft,,,,,,,,-
,,,,, -5#^Denya-ichi, -7-8-4~. ~-1--5-~----,,,-,,,,,,,,,,,-J
flat 1 to ground 6 p”,'.

Claims (1)

[Scope of Claims] A beverage manufacturing device that produces first and second beverages within the device and introduces the first and second beverages into a container, comprising: a first beverage raw material that is a raw material for the first beverage; a second beverage raw material that is a raw material for the second beverage; a solvent that becomes the first beverage when mixed with the first beverage raw material and that becomes the second beverage when mixed with the second beverage raw material; a first pipe that guides the solvent to a location where the first beverage ingredient is located; a second pipe that guides the solvent to a location where the second beverage ingredient is located; a tank in which the solvent is stored; communicating with the tank; a supply pipe that guides the solvent in the tank to the first and second pipes; a passage control member that controls passage of the solvent in the supply pipe; A beverage manufacturing device, comprising: a switching mechanism that connects the supply pipe and the first pipe and connects the supply pipe and the second pipe based on a signal indicating that the second beverage is to be produced.