CN201617669U - Quick heating type hot-water kettle - Google Patents
Quick heating type hot-water kettle Download PDFInfo
- Publication number
- CN201617669U CN201617669U CN2010201353436U CN201020135343U CN201617669U CN 201617669 U CN201617669 U CN 201617669U CN 2010201353436 U CN2010201353436 U CN 2010201353436U CN 201020135343 U CN201020135343 U CN 201020135343U CN 201617669 U CN201617669 U CN 201617669U
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- pipe
- boiling
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Abstract
The utility model relates to a quick heating type hot-water kettle, including a kettle body with a mouth, the kettle body is provided with a cold water cavity and a rapid heating cavity inside, the cold water cavity is connected with the rapid heating cavity through a water inlet pipe, the rapid heating cavity is communicated with a valve pipe fixed in the cool water cavity, a lower water outlet pipe arranged on the valve pipe is communicated with the cool water cavity through a back valve, an ebullience pipe is rotatingly inserted into an inner cavity of the valve pipe and is provided with a water outlet valve hole cooperating with the valve pipe, a top outlet of the ebullience pipe is inserted into an air-water processor, the air-water processor is provided with an exhaust hole communicated with the cold water cavity, the bottom of the air-water processor is communicated with a water collection cavity fixed on the ebullience pipe, a hot water outlet of the water collection cavity is matched with the rapid heating water outlet pipe, and a converting switch arranged on the kettle body is ganged with the ebullience pipe. The hot-water kettle of the utility model is capable of overcoming a function defect that the common hot-water kettle is unable to commonly heat water and rapidly heat water simultaneously, not only is capable of meeting various requirements of heating the water in different modes by switching the converting switch, but also has advantages of simple structure, easy use, rapid energy-saving, and strong reliability.
Description
Technical field
The utility model relates to a kind of immediate boiling hot-water bottle.
Background technology
The boiled water flask of ordinary hot kettle wanted do not wait at least in 5 to 10 minutes, also wanted 3-5 minute with the minimum amount of heating up water 500ml system water, can not satisfy the needs that the user obtains boiling water at once, and we are referred to as common heating.Also have a kind of hot-water bottle can boiled rapidly a spot of water, we be referred to as speed heat, but its water yield is limited, and the consumption of hot water is slightly greatly promptly inapplicable in the certain hour.
Summary of the invention
In order to overcome the problem that ordinary hot kettle in the prior art can not have common heating and fast hot effluent functions simultaneously concurrently, the utility model provides a kind of immediate boiling hot-water bottle, this immediate boiling hot-water bottle simple in structure, easy to use, can not only carry out common heating to whole kettle of water, and can fast hot water outlet.
The technical scheme that its technical problem that solves the utility model adopts is: comprise the kettle body of being with Hu Zui, in the kettle body, be provided with cold water cavity and fast hot chamber, link to each other by water inlet pipe between cold water cavity and the fast hot chamber, the hot chamber of speed is communicated with the valve pipe that is fixed in the cold water cavity, lower discharging tube on the valve pipe is communicated with cold water cavity by check-valves, the valve tube cavity boiling tube of pegging graft rotationally, boiling tube is provided with the water exit valve hole that matches with the valve pipe, the boiling tube top exit inserts the air water processor, the air water processor is provided with the steam vent that is communicated with cold water cavity, the bottom of air water processor is communicated with the collect cavity that is fixed in boiling tube, the hot water of collect cavity portals and matches with fast hot outlet pipe, the change-over switch interlock boiling tube on the kettle body.
The valve pipe is provided with spillway hole and portals with the hot water of collect cavity and match.
Close cold water connector end at water inlet pipe is provided with hot-water check valve.
Boiling tube, air water processor and the collect cavity structure that fuses.
The utility model is by above-mentioned specific design, utilize thermal source (electric heating, for example: electric heat-generating disc, electrothermal tube, infrared electric heating pipe, high-frequency electromagnetic heating or the like electrothermal method or other naked light mode of heating; For example: combustion gas, alcohol etc.) Fast Heating is carried out in the hot chamber of speed, select common heating and fast hot effluent functions, can satisfy the instructions for use of different occasions, have the advantage of simple in structure, easy to use, fast energy-saving, good reliability by change-over switch.
Description of drawings
Below in conjunction with drawings and Examples detailed content of the present utility model is described.
Accompanying drawing is a structural representation of the present utility model.
The specific embodiment
As shown in the figure, the utility model comprises the kettle body 1 of band kettle mouth 18, in kettle body 1, be provided with cold water cavity 2 and fast hot chamber 3, link to each other by water inlet pipe 4 between cold water cavity 2 and the fast hot chamber 3, close cold water connector end at water inlet pipe 4 is provided with hot-water check valve 17, the hot chamber 3 of speed is communicated with the valve pipe 5 that is fixed in the cold water cavity 2, lower discharging tube 6 on the valve pipe 5 is communicated with cold water cavity 2 by check-valves 7, the valve pipe 5 inner chambers boiling tube 8 of pegging graft rotationally, boiling tube 8 is provided with the water exit valve hole 9 that matches with valve pipe 5, boiling tube 8 top exits insert air water processor 10, air water processor 10 is provided with the steam vent 11 that is communicated with cold water cavity 2, the bottom of air water processor 10 is communicated with the collect cavity 12 that is fixed in boiling tube 8, the hot water of collect cavity 12 portals and 13 matches with fast hot outlet pipe 14, and valve pipe 5 is provided with spillway hole 16 and the hot water of collect cavity 12 and portals and 13 match.Change-over switch 15 interlock boiling tubes 8 on the kettle body 1, change-over switch 15 drives that air water processors 10 rotate or when otherwise moving, collect cavity 12, boiling tube 8 also movement therewith are moving, and boiling tube 8, air water processor 10 and collect cavity 12 also can be designed to integrative-structure.Above-described kettle body 1 is the configuration design of ordinary hot kettle or electric kettle, the hot chamber 3 of speed is the water heater of a little volume, make the shape of needs according to the feature of hydrothermal fluid, for Fast Heating and continuous effluent need its dischargeable capacity generally to be advisable between 60-100ml.Water inlet pipe 4 has certain length, and effect is to allow water carry out certain reservation and preheating in water inlet pipe 4, can effectively increase the stability that boiling water.Water inlet pipe 4 is being provided with hot-water check valve 17 near the cooling water outlet end, plays to stop hot water to be back to the interior effect of kettle.Valve pipe 5 tube walls are provided with lower discharging tube 6 and are communicated with cold water cavity 2, upper end open can be inserted for boiling tube 8, the lower end port connects fast hot chamber 3, it is threaded or other embodiment with the connected mode in fast hot chamber 3, so that assembling and cleaning, for reduce under the fast heat pattern with cold water cavity 2 in the heat exchange of cold water, the thermal insulation layer or the alternate manner of effect of heat insulation can be made or be made into to valve pipe 5 by heat-barrier material.The upper end of valve pipe 5 also is provided with spillway hole 16, the effect of spillway hole 16 is under the common heating pattern, when water temperature is higher in the cold water cavity 2, the hot water that boiling tube is 8 li is except lower discharging tube 6 is discharged, also have part hot water can be discharged in the air water processor 10, because the hot water of spillway hole 16 and collect cavity 12 portals and 13 connects during this pattern, so this part water just flows in the cold water cavity 2 from spillway hole 16.Boiling tube 8 is pipelines of a hollow, and the size of hollow space does not form excessive damping for suitable to guarantee fully to rise to after the hot water boiling in the air water processor 10.Its upper end penetrates into the top of air water processor 10 and leaves certain space, to guarantee that air water can fully enter in the processor 10, refluxes to suitable not produce.Air water processor 10 is containers of a upper end closed, and the maximum likelihood that the size of container enters the water yield with moment in the boiling tube 8 is a foundation.Its main effect is the steam that enters in the boiling tube 8 and hot water separately, prevents that air water from discharging the water outlet shakiness that causes, problems such as thermal waste simultaneously.After the processing by air water processor 10, hot water flows in the water receiving utensil by the hot rapidly again outlet pipe 14 of boiling tube 8 outer field collect cavities 12 stably, allow steam be discharged in the cold water cavity 2 simultaneously from steam vent 11, and the cold water in the cold water cavity 2 are carried out certain preheating, can improve the speed that heats, reach more effective utilization of heat energy.The size shape of steam vent 11 does not form excessive damping with the abundant exhaust of energy and is advisable, and the gas collection mouth position of steam vent 11 should be a little more than the height of water level of maximum possible ponding in the air water processor 10.Lower discharging tube 6 is that hot water flows to passage in the cold water cavity 2 under the common heating pattern, and the main effect of lower discharging tube 6 is that the boiling water of speed heat is not directly taken, and allows it come in the cold water cavity 2, and all water in the cold water cavity 2 are heated.The water side of lower discharging tube 6 is provided with check-valves 7, and the effect of check-valves 7 is to stop the instant water in the cold water cavity 2 to be back to fast hot chamber 3.Lower discharging tube 6 and check-valves 7 can be the designs of other equivalence.Change-over switch 15 is used for selecting common heating or fast heat pattern, in the present embodiment, change-over switch 15 links together with air water processor 10, collect cavity 12, boiling tube 8, when change-over switch 15 turns an angle, boiling tube 8 also rotates corresponding angle, hot water portal 13 and water exit valve hole 9 can rotate corresponding angle simultaneously, when hot water portal 13 and the interface of fast hot outlet pipe 14 to timing, by the chamber wall sealing of the tube wall of boiling tube 8 and collect cavity 12, be fast hot water exit mode this moment to the interface of lower discharging tube 6 and spillway hole 16 respectively.When the interface of the hot outlet pipe 14 of speed is closed, water exit valve hole 9 and lower discharging tube 6 connected, hot water portals 13 and spillway hole 16 connect, be the common heating pattern this moment.The concrete course of work of the hot water exit mode of speed is as follows: open pot lid, add an amount of cold water, open thermal source and begin heating, enough thermals source moment is the 3 li low amounts of water heating in fast hot chamber, fluid (convection current) feature according to hot water, the hot water that has heated is by convection in the boiling tube 8, continue after the water convection current of low temperature relatively by Fast Heating, after seething with excitement fully in the water in 3 li in boiling tube 8 and fast hot chamber, boiling is healed and is become violent, because under this pattern, lower discharging tube 6, spillway hole 16 is in closed condition, and boiling water that boiling tube is 8 li and steam are rushed in air water processor 10 successively, separates by the aqueous vapor of air water processor 10, boiling water is through collect cavity 12, the hot outlet pipe 14 of speed flows in the water receiving utensil, and steam is discharged in the cold water cavity 2 from a side steam vent 11.This moment, the water in 3 li in boiling tube 8 and fast hot chamber reduced, water inlet pipe 4 moisturizing at once, and the water of supply and Yu Shui be boiling at once again, constantly circulation, 14 li of fast hot outlet pipes just have endlessly that boiling water flows out automatically.When cold water cavity 2 inner cold waters are very few; the boiled water that boiling tube is 8 li is not enough to be flushed in the air water processor 10; boiling water will continue in 3 li boilings of boiling tube 8 and fast hot chamber; be flushed to a large amount of steam that has only in the hydrotreater 10; cool water quantity in the cold water cavity 2 reduces very slow; can protect and prevent 3 dry combustion methods of fast hot chamber, at this moment, as long as close thermal source or in kettle, add water.Under the common heating pattern, water exit valve hole 9 and lower discharging tube 6 connected, hot water portals 13 and spillway hole 16 connect, boiling water that boiling tube is 8 li and fraction steam will preferentially be selected to be discharged to from lower discharging tube 6 and carry out heat exchange in the cold water cavity 2, also have fraction hot water and a large amount of steam can be discharged in the air water processor 10, because the hot outlet pipe 14 of this pattern speed per hour closes, so this part water just flows in the cold water cavity 2 from 16, water all in cold water cavity 2 are by after boiled, close thermal source, quit work.Pour out from kettle mouth 18 when taking.Above-described embodiment only is that the preferred implementation to the utility model immediate boiling hot-water bottle is described; be not that design and scope to utility model limits; under the prerequisite that does not break away from the utility model scheme; various external form modification and improvement that those skilled in the art make the technical solution of the utility model all should fall into the protection domain of the utility model immediate boiling hot-water bottle.
Claims (4)
1. immediate boiling hot-water bottle, comprise the kettle body of being with Hu Zui, it is characterized in that in kettle body (1), being provided with cold water cavity (2) and fast hot chamber (3) on the kettle body, link to each other by water inlet pipe (4) between cold water cavity (2) and the fast hot chamber (3), the hot chamber of speed (3) is communicated with the valve pipe (5) that is fixed in the cold water cavity (2), lower discharging tube (6) on the valve pipe (5) is communicated with cold water cavity (2) by check-valves (7), valve pipe (5) the inner chamber boiling tube (8) of pegging graft rotationally, boiling tube (8) is provided with the water exit valve hole (9) that matches with valve pipe (5), boiling tube (8) top exit inserts air water processor (10), air water processor (10) is provided with the steam vent (11) that is communicated with cold water cavity (2), the bottom of air water processor (10) is communicated with the collect cavity (12) that is fixed in boiling tube (8), the hot water of collect cavity (12) portal (13) match change-over switch (15) on the kettle body (1) interlock boiling tube (8) with fast hot outlet pipe (14).
2. a kind of immediate boiling hot-water bottle according to claim 1, it is characterized in that valve pipe (5) be provided with spillway hole (16) and the hot water of collect cavity (12) portal (13) match.
3. a kind of immediate boiling hot-water bottle according to claim 2 is characterized in that being provided with hot-water check valve (17) at the close cold water connector end of water inlet pipe (4).
4. a kind of immediate boiling hot-water bottle according to claim 3 is characterized in that boiling tube (8), air water processor (10) and collect cavity (12) structure that fuses.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201353436U CN201617669U (en) | 2010-03-17 | 2010-03-17 | Quick heating type hot-water kettle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201353436U CN201617669U (en) | 2010-03-17 | 2010-03-17 | Quick heating type hot-water kettle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201617669U true CN201617669U (en) | 2010-11-03 |
Family
ID=43021121
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201353436U Expired - Fee Related CN201617669U (en) | 2010-03-17 | 2010-03-17 | Quick heating type hot-water kettle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201617669U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109259590A (en) * | 2018-08-24 | 2019-01-25 | 广东吉宝电器科技有限公司 | A kind of novel instantaneous heating water jug |
-
2010
- 2010-03-17 CN CN2010201353436U patent/CN201617669U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109259590A (en) * | 2018-08-24 | 2019-01-25 | 广东吉宝电器科技有限公司 | A kind of novel instantaneous heating water jug |
| CN109259590B (en) * | 2018-08-24 | 2024-02-13 | 广东吉宝电器科技有限公司 | Novel instant heating kettle |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20101103 Termination date: 20140317 |