JPS59180690A - Beverage feeder for hot and cold uses - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION (a) Field of use of shield industry soil The present invention (Uld) - Syrup for drinking water and cooling water (111 (
' Supply the translated books (to be cooled) or mix them in the 1 flow of the 1 supply valve (11, supply ii 1 function, and also the small bottle 1 to drink 1'il cylinder 11). Mix the secondary temperature in the tube temperature 4 and ζ 4 in the supply valve or downstream of the supply valve to supply 1i1 at °C.
There is something related to the newly developed small bottle 1- and 1-fold dual-use drinking diagonal feeding device.

(Ll) IR technology/generally this (Φ small bolt/-1-root dual use ridge 3" 3111
It is in the round supply/L position (,1, depending on the season), and it is in the middle of the supply or in the pot, and there is a thing-C a 111 ノ5.
0. ni fj, ml-rudo Q>: lt'il, hot in winter! ~There is a frequent supply of drinking stones c'. Despite this background, in the past, the water in the cooling water tank was cooled by 731 by 731, and the water in the drought was heated by 4F. Because I was driving/commuting, I used 6147 and Mino J's Mushimajin 4) In the summer, I got An1. Su1jξ
By supplying sufficient power to the heater to heat the water in the dry tank, which is not supplied with water, the water in the cooling water tank will be cooled for two winters. Cold 1.11 θJ
, 1] Since sufficient power was supplied to the user, ? l
'4-power JFT (A person was using it.

(In view of 1 + and j of the purpose of F, the present invention (JΩ) (J cold 7 JI water in the water tank is cold l, l], : l leek [-
1. Multi-photonic (house movement, winter (31 damp, 15! I
Add water to the heater (J) Give priority to the heater and turn on the electricity (J, sea urchin, motsu (C)) Bot with high electrical efficiency
-1-ru 1-dual use ridge 1 supply station i4 provided 1J Rushinode<5゜(d) 4 blue no-"-ru! ~ Mix the diluted water cooled with cooling water tflj for drinking 1 in the supply valve or in the flow of jζ of the supply valve t1. In addition, it is possible to mix hot and cold water in the hot water tank in the supply valve or downstream of the supply valve to create a hot and cold dual-use pot.'31 In the supply device, in the summer, the cooling unit that cools the water in the cold water tank 11 should be operated manually, and in the winter, the heater that heats the water in the hot water tank should be turned on 1η in advance. There is one that can be energized.

kuho) Example first ゛1st I 8 pieces 1-(, water (jl) (C'!
): J set ()1) water level switch (illustration 1.!)
) Water supply through the solenoid valve (2) which is opened and closed by the pipe (1) (31, H&Water 1fv (3)
ni introduction, 7'(7'ri ni, J, 7Jll)
11- The heated water is supplied to the hot water tank (6 tanks).

A heater (7) is installed in the hot water tank (6) to heat the water in the tank (3), and the water level in the tank (6) rises to R7 (not shown). It opens and closes the water supply solenoid valve (5) and controls the -C pump (/I) to supply pressurized water to the hot water tank (6).
8) is Ni J Nbrelli (, - Yu (9) including I)
In Units 1~, seep the water in the cold water tank (10) [1
It is something that can be done. (11) is 1ron 11 no J1 water 4iQ
(io) is a line water cutoff pipe that is located within ξ. 2] - 1 tube tank (12) and horn 1-a for cold drink '431
;W1 for J tank (13) 1. Z iJ, J to carbon dioxide gas cylinder (14), branch <15> (r
,, f'i Lax was supplied to Kisaragi,
-1-ru I-drinking o: 1 river 1] tuffg (+6)
IJ said cold and cold 51 water tank (1 (1) through the II-old drink r1 river syrup supply valve (17), 11! ″T(1
B) Kehon]・Drinking: (8Ikawashi1-) Spill supply valve (19
). Next C-1-Lold t-R1゛Separate II Sold/Sf Sochi (not shown) to Uzuki Ri-Call 1-Drinking Y1 River (1 TZO1 BA supply valve (17) and Dilution water supply (20) or 1) 1, -1-drinking use:
y V and diluted water are kneaded in the cod - C) and B (I change -j ~ rule 1 ~ for each ゛ l' - J- (IC!: i can be done, and of course at this time the opening/closing button +' (21) and the pump (
/I) L:J: Interlocking Zuru 3, 1, I for hot drinks! ! ,! Press the tip 1 (not shown) and press the supply valve (22) and press [-f! i: '),, 3 + river drink supply valve (1 piece /), 01j salj, sotofri (Using si Dgu and tears: 71X within 1 horn, small pot 1~beverage is 1 Jt (14th generation T:' h Zr
u 9/) Ronmae Q+',! ',,l-leF' fvi
14 White horn' supply loaf (17) and dilution water supply valve (
2 (1) can also be done with a supply valve that opens and closes with a -1 tip. In the valve - ζ) IJ1 contains J (supplied to), and the beverage supply valve with knob J
,stomach. (Hot water supply j'1 (22') and Hong l-r!'/i
FI 0 2 71) (supply jt (19) 01.
l'i'Jl,)i 'i=a? + , ) Next, explain about Figure 2 (j Rudo (23>(24>) is AC power supply - (with, (?!+) is cold water J?', f
(10) Detection of σ) when the water south of the area freezes.
o) Uchinomizu Tao G'lli tall IJ Ruta's control υ11 is installed, thirst tone fiiii If l
:I-1~J switch f. The right Asahi Ting 18 position<2: rx, +, ll'l oj cold water fortune (cao (10)
Freeze and melt ice by dipping two wooden electrodes inside! J to 1″i
3) Change in force r1q:m between power distribution IIj)
One thing to know is that it is used to detect IHij, which is the first step in icing.

(2G) IJ, switch (261\)
4-)
t −<19) and Ii″i of the adder 1 heater (7)
lil, 5 Prevents operation +IXJ-Although it is activated 10 seconds after being energized.

27A
S':l'4.1n1! :a kl t! 0riL
: Rai'/ (,24) FL iD#A Sah"C
i6 ,, (28)(,jSummer/winter selection switch 1
Then, turn on the switch to turn on the combination repeater (0) or the heating element (7). Easy+'7 L;1.',
-11 NJ retsuri and closed to energize Kazuya (9) preferentially! I-If J, I1. The off switch (28)
IJ 1'lh relay (27) switch 1 (27△)
and 4 [column connected L and C. (29) Ir1. +i
1'I'm so happy that I stepped inside the warm water kunku (ri)! li
: J, Relay for hot water opened at Ritaima 1 [Sce Y tour group 1, above-mentioned relay <27) 1. , f the warm water river
Moss F Tsubu (29) has opened! The bσ piece C(waru.(,lO△)) that detects the 'mnoino l of J I, excitation 141-Jruotsu's ζ-1 Onmizuta Riichi-L Sufndi (29) is r
If TS f (26△) is changed to CI & 1 + i, the relay (30) that connects the relay (30) is λ Yip, and the a contact: 5
KamaeFiL! 7FrA water use 17 sui 1 (29)
It is connected to 'j, to bJEf:, i4, 11, 1
Ill thermal heater (7〉 and relay (27〉 connected υ, connected ζ3, and front i'il system in 1 (30△) and heater (7 in'tF 711 circuit 1) - (27)
It is connected in parallel with yL. The relay (3+) is located at the -() side which detects the operation of the transmitter (9).

Previously, the summer/winter selection switch, the switch (28) was formed 111j and heated immediately on each side.
I will explain the work of Shinotoshi (, below +1! 1), which is a sea urchin that can be run over by J The water in the tank is supplied to Not, but it is not ?M7)
11, shield ice] No detection station Ff (25) L, ice has not been detected 71 days after operation state From this, the relay (27) 4; i is energized via the wet water switch (2) and the heater (7) is energized via the switch (30△).

The water in the hot water tank (6) is added 41, and the ice relay (27) is energized, causing ice to be detected (
t) regardless of whether 25) is operating.
7△) is changed to a C contact, so the ON/R current relay (26) L, L excitation + ik is turned on. The water in the 71-item water tank (6〉) is heated and the supply reaches Hi7, but the hot water is 1~L yip (2
! l) is heard, so the heater (7〉's ′, ′U is (
Q Relay (27) IJ demagnetization with JI Za4 sign. To demagnetize this relay (21), switch (27Δ
) or [) to return to the contact point,'') (n (23) Icing detection device (2!i) A two-in (24) closed circuit is formed, and after a predetermined +1S period (!I
JI U10 (Ushigokono'-r Ray Tire Relay (
20) is excited and the sweets J (26△) (2613>
(C) y: Toko) Blooms. Follow-up remote control (
9)t)i! JSIRcs しん'l'l 7JI
IJ
(7, -B') Ray (30) is energized, and the switch (30, =~) is connected to the C contact II -j'I' is warmed again <'th-) and the 5ji water lead is turned on. When the switch (2!) is closed, water saving (T Ji'l < j:
A relay (21
) or excitation (change the switch (?7∆) to the CIEi point, turn on j1 = lie 1 relay (2G
) f. , Mo η plus 241 heat (7) is 1
What is to be done first d) 1,
9) If it is opened, the relay (27) will be demagnetized and the switch A (27Δ) will return to the B contact, so sushi! -(2(',
＞+110 seconds) Cunning IJ! 4 & shi, uni 1mbre・
remoter.

(9) Ll, switch (2(i[3), which operates via (I)).

Next, summer/winter selection 1) I! Switching switch (2B)'& Opening (Low 1 on the side) Turn the combbrella 1C-ri (9) at the tip of the switch. 1
(25) IJ Z Ice detection 7 JI L/ C I<'K Ikara movement fl state Qj :
Since the hot water II system f (29) is in the closed state, the relay (27) is connected to the b1 switch (30Δ) and the heater (
7) i, 1 letter 11i, increase the switch (27A) of A by 1% to C contact 3, -10,000 A, relay (26) 1J'Q-" i Pa switch \ switch (28 ) is closed −(′)σ:l′
i′! ';Fin, at the specified time 17 (10 seconds after uO), the switch 1 (2t△) (3 two relations is highly excited, and the switch:
When the current is turned off to the amplifier (9) via y f (26B) < 2fi△), the relay (
30) to encourage (5), :me switch (3)
0Δ) (51, H Cao et al. replacing C contact, heater (7)
(J non-oil city thunder,: Combretsurishi Ichita ([));I! 'J train is one bus ahead. Of course cooling 1j
The water in fh (10) is cooled to an appropriate temperature (when this happens, the water in the water in fh (10) is cooled to an appropriate temperature),
? ((2!i) is detected 11 but is inactive, ΔnJ
I opened my eyes and looked at the Thai Kuno Relay (2G). When i, relay (30)'b demagnetizes, line (23) for hot water - switch 1 (29> - switch (30△) - add 1
Heater (7) When the no-in circuit (24) is opened, the heater (7) is energized, magnetizes the relay (27), and heats the water in the water tank (6) 7:+a. and)
Must-read (Hot water sirana sweets f-(29) 4.
1 open, heating heater (7) 4-11 - t° and avoid opening relay (27).
;IHI (Detection device ``1 (25> or i';l!1.!
, when you know 1, the relay (27)'s sui f-<27
Δ) related to (after 610 seconds of contact for a predetermined period of time), operate the engine pressurizer E-taper (9), and at the same time, energize the relay <30>'rl
``Reincarnation 1.1 It is related to the change in the hot water remote switch (29) (<to the heater (7) (, 1°h).

(to) Effects As described in 1-, the present invention has the following advantages: J-le l'li 3i shilling reimu (1 water tank cooled 2J1 f) into the supply valve or downstream of the supply valve. mix and supply i]' function, and also ij\tsu [-supply the drinking syrup and the water in the drought tank in f1゛ or in the small stream of the supply valve!f, a +:'
i L/'(IJ', cold drink 1~/cold dual use 'l"l supply device, to O(J cold 7
Dilute the water in the JI aquarium to 11 degrees and 1 day!・In winter, the heater that heats hot water (f3 water) is prioritized and energized. I.
There is a dual-use beverage dispensing device that can serve JJT (Fl,
I'I (source! i) is too small to install the H1 beverage supply neck or mi'! ``&''b, but with the present invention, the ``5L'' and ``un'' points have been resolved.
Problem 1111 of power supply capacity LJ, ', i: <Naru setup i6
It is easy to do 4F.

[Brief explanation of the drawing]

Fig. 1 shows a schematic liquid circuit diagram of the hot/cold supply device of the present invention, and Fig. 12 shows a control circuit diagram of the present invention. 9)...-1 Shizoretsuri Ichita, (25)...Icing J non-detection device, (26)
・Δn delay timer relay (11 circuits to prevent hourly operation),
(27>...Relay (]unbred upper operation detection circuit), (28)...Odor/winter selection switch,
29n...Hot water relay switch, (30)...
1 no (warm water stub operation detection circuit).

Claims (1)

[Claims] 1. Cold drink syrup and cold 7JI water tank [Claims]
dilution water to be supplied into the supply valve or 1) downstream of the friend supply valve η・
It is possible to supply 5 cups of C, and also a small amount of syrup for 1/
and the water in the hot water tank into the supply valve or 0", mix it with the flow of the supply valve °C supply t8 i1J to the finished small pot 1"-
In the water supply system W1, the water in the cooling water tank fj) fJI FJ'? r/, :
Me0) :1 :/ '71/
A control device for controlling the water temperature in the IL' cold 7JI water tank, a heating heater for heating the water in the hot water tank, etc.
Said? 11 + l Mizukawa's switch and the above-mentioned completistry [- 5-pin heating heater before immersion to avoid energizing lJ's selection, it, etc.' before the simultaneous operation of the rotor and the heating heater, an operation detection circuit that detects the operation of the rotor; The movement ('I4
'): 1. Is the circuit not detecting the operation of the compressor motor? : For i4 water - Does it work when the t switch is closed? R'n', 4 (river crossing operation detection circuit)