CN2161220Y

CN2161220Y - Integral soda water, cold or hot beverage making machine

Info

Publication number: CN2161220Y
Application number: CN 93238814
Authority: CN
Inventors: 徐海涛
Original assignee: Individual
Current assignee: Individual
Priority date: 1993-06-04
Filing date: 1993-06-04
Publication date: 1994-04-13
Anticipated expiration: 2003-06-04

Abstract

The utility model discloses an integral soda water, cold and hot beverages making machine, which can simultaneously produce three cold and hot beverages with different temperatures, a gas bottle with CO < 2 > is not needed connecting at the outside, and syrup is simply. The utility model can produce soda water. A water tank, a semiconductor refrigerator, a box for the syrup, and a mixer for sugar and water are tightly integrated with one another by the utility model. The properties of refrigerating and heating of the semiconductor refrigerator are used, so the soda water with 4 Celsius degrees, cold beverages with 15 Celsius degrees to 20 Celsius degrees, and hot beverages with 45 Celsius degrees to 50 Celsius degrees can be simultaneously supplied; the utility model can be used for the whole year; the mix of the syrup and the water is made easier when the box for the syrup is positioned in the water tank. The utility model makes use of the CO< 2 > which is generated in the reaction of the NaHCO < 3 > and the citric acid in water with the syrup, wherein, the NaHCO < 3 > and the citric acid in the water with the syrup are positioned in the water tank, and the soda water is produced under the low temperatures; so CO < 2 > which is outside connected is canceled. A cylinder for the syrup, the gas bottle, and the box for the syrup make the utility model has the advantages that the size, the weight, and the cost are reduced, the structure is compact, and the use is convenient.

Description

Integral soda water, cold or hot beverage making machine

The utility model relates to a kind of improved carbonated drink in-site mixing machine, does not particularly need external CO ₂Gas cylinder, tracheae, syrup tube, syrup tube just can be produced carbonated drink, and can supply the beverage in-site mixing machine of the cold and hot beverage of three kinds of different temperatures simultaneously.

93 year third phase of existing carbonated drink in-site mixing machine " household electrical appliance " the 2nd page " small-sized existing mode aerating cold beverage machine " done detailed introduction.Full machine is by machine body and the outer CO of machine ₂Gas cylinder, outer syrup bottle of machine and corresponding appendix syrup tube are formed, and its principle is: drinking water is squeezed in the carbonic acid synthesizer through water pump, simultaneously CO ₂Gas is by CO ₂Gas cylinder enters carbonic acid synthesizer and water through control valve and is mixed into freezing unit and forms carbonated water at low temperatures, by CO ₂Gas cylinder is drawn another branch road gas again and is entered the syrup tube syrup is pressed into freezing unit, enters trap seat jointly with carbonated water after being chilled to 4 ℃ to be mixed into carbonated drink.

Existing carbonated drink in-site mixing machine has following shortcoming: the machine exterior palpi is joined CO ₂Gas cylinder, tracheae, syrup tube, syrup tube, and all be pressure vessel, the Installation and Debugging difficulty is used inconvenience, can only produce a kind of carbonated drink of temperature, and use is subject to seasonal restrictions.

The purpose of this utility model provides a kind of improved beverage in-site mixing machine, and this machine can be produced cold and hot beverage, the carbonated drink of three kinds of different temperatures simultaneously, thereby availablely all the year round is not subject to seasonal restrictions, and the organic outer attachment of cancellation, realize integratedly, install, debugging is easy easily, easy to use.

The purpose of this utility model realizes that by a special water tank this water tank is made of side by side three little water tanks, and the syrup box is set in water tank.At adjacent two water tank sandwich, one block semiconductor refrigerator, its principle is according to peltier effect, and wherein an end face can freeze after the refrigerator energising, and the other end can heat release.The refrigerator refrigeration end is bonded at the outer right wall (its outer wall is made with the thermal conductivity good material) of water tank 1, and the refrigerator release end of heat is bonded at the left side outer wall of water tank 2.1 cooling of energising rear water box, water tank 2 heats up.In like manner, again another piece refrigerator cold junction is bonded at water tank 2 outer right wall, the hot junction is bonded at water tank 3 left side outer walls, under the refrigerator effect, and 4 ℃～8 ℃ in 1 one-tenth frozen water case of water tank; 15 ℃～20 ℃ of 2 one-tenth cold water storage cisterns of water tank; 45 ℃～50 ℃ of 3 one-tenth boilers of water tank.Three water tanks are left delivery port respectively, delivery port connects the syrup mixer entrance, another inlet of syrup blender connects the syrup box syrup outlet that is arranged in the water tank, like this when magnetic valve is opened in the syrup blender, syrup and water flow into the syrup blender respectively and mix the back from the outlet outflow, become beverage in situ.And, in water tank 1, add quantitative NaHCO in advance ₃, make it become sodium bicarbonate water, contain quantitative citric acid in the syrup and adorn in the syrup box in water tank 1.When needs carbonated drink, open the electromagnetic valve switch of 1 time syrup blender of water tank, sodium bicarbonate water mixes generation CO with the syrup that citric acid is arranged ₂,, become carbonated drink outflow at low temperatures because water tank 1 is the frozen water case.

The utility model is because adopted monolithic construction, water tank, refrigerator, syrup box, the syrup blender formation one of combining closely, so simple in structure, easy to manufacture, use also very convenient, need debug hardly, connection water, electricity just can turn round, and compact conformation, volume, weight cost reduce many than former machine.Transport conveniently, and realized that a tractor serves several purposes can produce 4 ℃ carbonated drink, 20 ℃ cold drink also can be produced 50 ℃ hot drink.Be not subject to seasonal restrictions, available all the year round.

Concrete structure of the present utility model is provided by following embodiment and accompanying drawing.

Fig. 1 is the left pseudosection according to the cold and hot beverage in-site mixing machine of integrated carbonated drink that the utility model proposes.

Fig. 2 is a front perspective view

Fig. 3 is an elevation cross-sectional view

Fig. 4 is a top plan view

Describe the details and the working condition of the concrete device of the cold and hot beverage in-site mixing machine of integrated carbonated drink in detail below in conjunction with accompanying drawing.Make three water tanks with aluminium sheet, on water tank 1 outer right wall, paste the cold junction that semiconductor causes device, its hot junction sticks on water tank 2 left side outer walls, stick on water tank 2 outer right wall with refrigerator, a cold junction again, the hot junction is bonded at water tank 3 left side outer walls, and draw the refrigerator lead and connect the 18A12V dc source, will with three water tanks that refrigerator fuses put into make with corrosion resistant plate around, the bottom is in the casing 10 of iron plate, between water tank wall and casing, also have equal filling thermal insulation layer 12(such as polyurethane foam between adjacent two water tank walls).Below casing and water tank, respectively open five delivery ports and five syrup mouths.Place the syrup box of three plastics or stainless steel again in water tank 1,

water tank

2,3 is respectively put one and is amounted to five syrup boxes 4,5,6,7,8.Install water level controller 14 and water temperature regulater 15 in three water tanks respectively, a syrup outlet is all left in each syrup box bottom, pass water tank and casing access mixer entrance with stainless steel tube, another inlet of blender picks out the mouth of a river, this machine is established 5 syrup boxes of five blenders 4,5,6,7,8, tank lid 20 usefulness iron plates or mould plate, corresponding 3 water tanks are loaded onto agitator respectively, and entering water electromagnetic valve, corresponding water tank 1 lid also need be left dog-house so that put into NaHCO ₃, the casing bottom is again with dress water purifier and transformer in the box at the bottom of one of the corrosion resistant plate system, and rectifier, battery are so that give refrigerator, controller, solenoid valve.

Running water purifies after water intaking valve 13 controls enter water tank 1 through water purifier 12, water intaking valve 13 was closed in water level controller 14 actions after water level reached predetermined value, connect the power supply of refrigerator 9 and agitator 16,17,18 simultaneously, when reaching the action of definite value water temperature regulater, water temperature disconnects refrigerator 9 and agitator 16,17,18 power supplys, when the needs beverage,

open blender

19,20,21,22,23 electromagnetic valve switch, syrup and water just flow out endlessly and are mixed into beverage, because this machine is established 5 syrup boxes and 5 blenders, can produce the beverage of five kinds of different formulations.Three kinds 4 ℃ carbonated drink, a kind of 20 ℃ of cold drinks, a kind of 50 ℃ hot drink.Water receiving tank 10 is used to receive the beverage that spills.

Claims

1, one by water tank 1,2,3, refrigerator 9, syrup box 5,6,7,8, syrup blender 19,20,21,22,23 power units 24, control section 14, the cold and hot beverage in-site mixing machine of monoblock type carbonated drink that water purifier is formed, it is characterized in that water tank, refrigerator, syrup box syrup blender closely fuses, three little water tank adjacent two water tanks arranged side by side, accompany semiconductor cooler between outer wall, place the syrup box in each water tank, three link to each other and to accompany the refrigerator water tank and put into a casing, filling heat-barrier material between casing and tank outer wall, casing bottom packing syrup blender.

2, the in-site mixing machine according to claim 1 regulation is characterized by: two block semiconductor refrigerators, cold junction stick on respectively water tank 1,2, the right side, on the outer wall hot junction stick on water tank 2,3, the left side outer wall on, thereby reaching water tank 1 is 4 ℃, and water tank 2 is 20 ℃, and water tank 3 is 50 ℃.

3, the in-site mixing machine according to claim 1 regulation is characterized by the quantitative NaHCO of water tank palpus adding ₃Must add quantitative citric acid in the syrup box in 3 water tanks 1, the two becomes carbonated drink after mixing under cryogenic conditions.

4, the in-site mixing machine of stipulating according to claim 1, it is characterized by water tank and syrup box and leave apopore and syrup hole respectively, both pass two inlets that casing inserts the syrup blender that will be contained in inferior surface of machine case respectively, and sugar, water mix the back at this and forms carbonated drink or cold and hot beverage.