CN1686035A - Beverage dissolving and cold, hot drinking bowl apparatus - Google Patents
Beverage dissolving and cold, hot drinking bowl apparatus Download PDFInfo
- Publication number
- CN1686035A CN1686035A CN 200510009967 CN200510009967A CN1686035A CN 1686035 A CN1686035 A CN 1686035A CN 200510009967 CN200510009967 CN 200510009967 CN 200510009967 A CN200510009967 A CN 200510009967A CN 1686035 A CN1686035 A CN 1686035A
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- cold water
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- powder bucket
- beverage
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Abstract
A water drinking applicne for providing cold water, hot water and beverage prepared from powdered beverage stored in a container is disclosed. Its beverage preparing unit is composed of powdered beverage container, quantitative feeder with motor, drive gear, speed reducing gear and drive axle, quantitative water feeding valve, bidirectional valve, piston-type water pump, cold water tube, hot water tube, and time regulator.
Description
Affiliated technical field
The present invention relates to a kind of device that beverage dissolving and hot water and cold water can be provided.
Background technology
At present, known water dispenser is merely able to provide cold water and hot water.The molten service of dashing that needs drink that water just can drink after molten but can not be provided.
Summary of the invention
The invention provides a kind of beverage dissolving, hot and cold water dispenser, this beverage dissolving, hot and cold water dispenser not only can provide hot water and cold water, but also can provide dashing of drink molten service easily.
The technical solution adopted in the present invention is: hot and cold water dispenser provides the function of cold water, hot water all to keep.The shell of hot and cold water dispenser one side outwards suitably prolonged add, when guaranteeing hot and cold water dispenser part requisite space, for beverage dissolving partly provides enough big space.A powder bucket is set on prolong the housing parts that adds, and the bucket wall of powder bucket, loam cake are sandwich.Establish a discharging opening in the appropriate location, bottom of powder bucket.A dosing unit is installed in the powder bucket.The upper end of dosing unit is designed to dark canine tooth shape, can be installed in the dark canine tooth shape structure that probes into the driving gearshaft in the powder bucket in the powder bucket loam cake interlayer and coincide mutually.A travelling gear is installed in the loam cake interlayer center of powder bucket, and the upper end of driving gearshaft is vertically located on the upper wall of powder bucket loam cake interlayer, and can together rotate along with travelling gear.The other end of driving gearshaft vertically passes the lower wall of powder bucket loam cake interlayer, probes into to the powder bucket.The length that probes into the driving gearshaft in the powder bucket is unsuitable long, and its tip designs becomes dark canine tooth shape, coincide mutually with the dark canine tooth structure in the upper end of dosing unit.A power transmission shaft is installed in the powder bucket wall interlayer of the adjacent side with Aquarius of powder bucket.The top of power transmission shaft probes in the interlayer of powder bucket loam cake, and its upper end is positioned on the upper wall of powder bucket loam cake interlayer, and must not be easily breaks away from the upper wall of powder bucket loam cake interlayer, and can rotate.The partial design that power transmission shaft probes in the powder bucket loam cake interlayer has dentalation.Link with the travelling gear that is positioned at powder bucket loam cake interlayer center by several reduction gearing that are installed in the powder bucket loam cake interlayer.The lower end of power transmission shaft quantifying feed motor in the interlayer below being installed in the powder bucket is connected.In powder bucket bucket wall and loam cake junction mutually, power transmission shaft is designed to multidirectional articulation structure, to make things convenient for the folding of powder bucket loam cake.A quantifying feed motor is installed, for the dosing unit in the powder bucket provides power in the interlayer below the powder bucket.A decelerator is installed in corresponding top towards molten jar of center, provides power for being installed in towards molten jar of inner paddle.Self controlling valve towards molten jar charging is installed on the lower wall of interlayer below the powder bucket, and its valve port is corresponding mutually with the discharging opening of powder bucket, and the size of its valve port is more bigger than the discharging opening of powder bucket.Between the discharging opening of Self controlling valve bottom the powder bucket of molten jar of charging, there is being tapping channel to be connected.Towards molten jar of wash tub pipe, an end is connected with the delivery port of piston pump, and the other end is told several branch, is connected with the pressure nozzle that is installed in towards molten jar of interior upper wall diverse location respectively.A time regulator can be connected with the power supply of quantifying feed motor, the Self controlling valve towards molten jar of charging, quantitative priming valve door, decelerator, two way valve and piston pump respectively by a plurality of electric contacts.In molten jar, paddle, pressure nozzle are installed.Locate to be equipped with quantitative priming valve door leaning on towards molten jar outer wall, its delivery port enters in molten jar.Quantitatively the water inlet of priming valve door is connected with a lateral of water dispenser hot-water line.Have liquid flowing outlet at minimum point place, bottom, be connected with two way valve by cooling tube towards molten jar.Cooling tube is a part sandwich, an end of pipe is connected with liquid flowing outlet towards molten jar in it, be import, residing horizontal level is the peak of pipe in the whole cooling tube, thereafter, the residing horizontal level of pipe reduces successively in the cooling tube, and the other end is connected with the import of two way valve, be outlet, residing horizontal level is the minimum point of pipe in the whole cooling tube.The water inlet of cooling tube interlayer is connected with a branch branching pipe of cold water pipe, and delivery port is connected with the water inlet of piston pump.The residing position of the water inlet of cooling tube interlayer is lower than the residing position of its delivery port.What flow away in the interior pipe of cooling tube is the liquid that flows out in molten jar, and what flow away in the interlayer of cooling tube is cooling water.Two way valve has an import to be connected with the interior pipe of cooling tube is terminal.Two way valve has two outlets, and one passes the body shell and is exposed at outside the body shell for the drink outlet, and end is downward elbow shape.Another is a discard solution discharge port, is connected with waste liquid barrel by sewer pipe downwards.The water inlet end of piston pump is connected with the delivery port of cooling tube by water pipe, its water side be connected towards molten jar wash tub pipe.
When receiving after molten instruction towards molten, hot and cold water dispenser, time regulator is started working.At first, time regulator is connected towards the power supply of the Self controlling valve of molten jar of charging, Self controlling valve towards molten jar of charging is opened, simultaneously, time regulator is connected the quantifying feed motor power, dosing unit is started working, put in molten jar with discharging opening by powder bucket bottom of the material of set amount, tapping channel with towards the Self controlling valve of molten jar of charging.After quantifying feed was finished, time regulator automatic disconnection quantifying feed motor power quit work dosing unit, and simultaneously, time regulator disconnects towards the power supply of the Self controlling valve of molten jar of charging, made towards the Self controlling valve of molten jar of charging and closed.Then, time regulator is connected the power supply of quantitative priming valve door, and the interior hot water of hot water storage tank of water dispenser part is flowed into towards molten jar, and after the hot water amount in flowing into towards molten jar reached setting quantity, quantitatively the priming valve door was closed automatically, and power supply disconnects.Simultaneously, time regulator is connected the decelerator power supply, paddle is started working, behind the certain hour, time regulator disconnects the power supply of decelerator, connects the power supply of two way valve, and the drink outlet of two way valve is opened, the waste liquid outlet is closed, and the solution that dashes in molten jar begins from flowing out in molten jar.Immediately, time regulator is connected the power supply of piston pump, and piston pump begins to extract lentamente the cooling water in the cooling tube, thereby makes the flow of cooling water in the cooling tube.After emptying in molten jar, under the adjusting of time regulator, the drink port closing of two way valve, discard solution discharge port is opened, and piston pump begins to enter reseting procedure, and the water in the sucker formula water pump begins to enter towards molten jar of wash tub pipe under the effect of pressure, and by conducting pressure to pressure nozzle, impel pressure nozzle to open, the water in the piston pump sprays in molten jar, liquidates molten jar to wash.Because the position difference that pressure fountain head distributes, the angle difference of water spray, the water that therefore sprays in molten jar can be flushed to towards molten jar of each inner position.When piston pump resets fully, pressure Xiao in the piston pump loses, and pressure nozzle recovers closed condition, and the hydroblasting process finishes.The water that sprays in molten jar continuously outflows towards molten jar through liquid flowing outlet, flows into cooling tube, and the waste liquid outlet of the two way valve of flowing through enters waste liquid barrel at last.Once finish towards molten process, time regulator enters armed state.
The invention has the beneficial effects as follows: simple in structure, processing ease.Can when obtaining cold water, hot water easily, obtain easily towards molten drink.
Claims (7)
1. a beverage dissolving, hot and cold water dispenser keeping on the hot and cold water dispenser original function basis of invariable, increase the required member of beverage dissolving part, it is characterized in that: keep the original function that cold water and hot water are provided of hot and cold water dispenser.Powder bucket, the Self controlling valve towards molten jar charging, quantifying feed motor, dosing unit, hot water storage tank, quantitatively priming valve door, decelerator, paddle, cooling tube, two way valve, piston pump, pressure nozzle, waste liquid barrel, mechanical connection in a certain order perhaps are electrically connected under the adjusting of time regulator.
2. beverage dissolving according to claim 1, hot and cold water dispenser, it is characterized in that: the bucket wall and the loam cake of powder bucket are sandwich, in the powder bucket dosing unit is installed, quantifying feed motor in the interlayer provides the required power of dosing unit work below the powder bucket by being installed in, the conduction device of power, power transmission shaft, reduction gearing, travelling gear are installed in the bucket wall interlayer of powder bucket respectively and in the loam cake interlayer of powder bucket, and power transmission shaft is designed to multidirectional articulation structure in the intersection of the loam cake of powder bucket and bucket wall.
3. beverage dissolving according to claim 1, hot and cold water dispenser are characterized in: Self controlling valve, quantifying feed motor, quantitative priming valve door, decelerator, two way valve, piston pump towards molten jar of charging carry out work successively under the electrical connection of time regulator.
4. beverage dissolving according to claim 1, hot and cold water dispenser are characterized in: what adopt towards molten jar inner flushing is the combination of piston pump and pressure nozzle, and the water inlet of piston pump is connected with the delivery port of cooling tube.
5. beverage dissolving according to claim 1, hot and cold water dispenser, be characterized in: the required hot water of beverage dissolving is directly provided by water dispenser hot water storage tank partly, and quantitatively the water inlet of priming valve door is connected with a lateral of hot water storage tank's hot-water line.
6. beverage dissolving according to claim 1, hot and cold water dispenser, be characterized in: cooling tube is a sandwich, the import of pipe is connected with liquid flowing outlet towards molten jar in it, outlet is connected with two way valve, the water inlet of its interlayer is connected with a lateral of cold water pipe, and delivery port is connected with the water inlet of piston pump.
7. beverage dissolving according to claim 1, hot and cold water dispenser, be characterized in: two way valve has an import and two outlets, its import is connected with the outlet of cooling tube, the outlet that leans out in its outlet to the body shell is the drink outlet, to descending be connected with waste liquid barrel for the waste liquid outlet, two outlets for be arranged in parallel or the drink outlet last, the waste liquid outlet is down, two residing level heights of outlet all can not be higher than import.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510009967 CN1686035A (en) | 2005-05-04 | 2005-05-04 | Beverage dissolving and cold, hot drinking bowl apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510009967 CN1686035A (en) | 2005-05-04 | 2005-05-04 | Beverage dissolving and cold, hot drinking bowl apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1686035A true CN1686035A (en) | 2005-10-26 |
Family
ID=35304077
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200510009967 Pending CN1686035A (en) | 2005-05-04 | 2005-05-04 | Beverage dissolving and cold, hot drinking bowl apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1686035A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100367895C (en) * | 2005-10-13 | 2008-02-13 | 胡丰 | Drinker |
-
2005
- 2005-05-04 CN CN 200510009967 patent/CN1686035A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100367895C (en) * | 2005-10-13 | 2008-02-13 | 胡丰 | Drinker |
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| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |