CN201286620Y - Energy-saving hot-water kettle - Google Patents
Energy-saving hot-water kettle Download PDFInfo
- Publication number
- CN201286620Y CN201286620Y CNU2008201237122U CN200820123712U CN201286620Y CN 201286620 Y CN201286620 Y CN 201286620Y CN U2008201237122 U CNU2008201237122 U CN U2008201237122U CN 200820123712 U CN200820123712 U CN 200820123712U CN 201286620 Y CN201286620 Y CN 201286620Y
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- kettle
- heat exchange
- energy
- side pipe
- boiling water
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Abstract
The utility model relates to a life utensil for boiling water, in particular to an energy-saving thermos usually used for boiling the water. The energy-saving thermos comprises a thermos body, a thermos bottom and a spout, and is characterized in that a heat exchange channel is formed inside the thermos body. In the utility model, the interior of the thermos body of the energy-saving thermos is divided into a few of areas by the heat exchange channel, so that the contact area between the water and the thermos is larger, the heating area is effectively increased, and the energy and time consumption during water boiling is reduced. In addition, the bottom of the thermos, the spout and the like are designed, so that the utilization efficiency of heat energy is greatly improved.
Description
Technical field
The utility model relates to a kind of life appliance that boils water, and particularly relates to a kind of energy-saving boiling water kettle that is commonly used to boil water.
Background technology
People from whole world, world today living standards of the people improve constantly; industrial development is very fast; cause carbon dioxide, sulfur dioxide (SO2) emissions to exceed standard; global air temperature warming; grassland desertification is serious day by day; crisis appears in the energy, especially coal, oil, natural gas, iron and steel etc., and these all are non-renewable energy resources.Have only the awareness of saving energy that improves people, drip from saving each, one liter of oil, a gram coal, one jar of natural gas does, and just can slow down the crisis of these energy, reduces exhaust gas discharging such as carbon dioxide, sulfur dioxide; Could alleviate the global atmosphere greenhouse effects, the containment grassland desertification.
At present, the usefulness that boils water in people's daily life mainly be the traditional hot kettle, traditional hot-water bottle heating surface area is little, the bottom of kettle is flat, and heat energy dissipation is serious when boiling water, and Btu utilization efficient is low, prolonged the time of heating up water, wasted the valuable energy again, gas such as exhaust gas discharged such as sulfur dioxide is very many in air, and many shortcomings make it more and more not meet the consciousness of modern people's energy-conserving and environment-protective.
The utility model content
Many, the slow shortcoming of heating up water of the heat dissipation that the utility model has overcome the traditional hot kettle provides a kind of energy-saving boiling water kettle, can save the energy and the time of heating up water and being consumed, and has improved the utilization ratio of heat energy greatly.
A kind of energy-saving boiling water kettle, comprise kettle body, kettle at the bottom of, Hu Zui, its feature is provided with hot switching path in kettle body inside; This hot switching path upper open end is located on the kettle surface, and bottom end opening is arranged at the bottom of the kettle.
Above-mentioned hot switching path comprises the heat exchange person in charge and side pipe.
Above-mentioned heat exchange side pipe upper open end is responsible for heat exchange and is connected, and heat exchange side pipe bottom end opening is located at the bottom of the kettle.
Above-mentioned heat exchange side pipe is that the center homogeneous radiation is distributed in around it with the heat exchange person in charge, and heat exchange is responsible for bottom end opening and is connected with the side pipe bottom end opening, and heat exchange side pipe bottom end opening is that the center distributes radially with heat exchange person in charge bottom end opening.
Above-mentioned heat exchange side pipe is the 4-8 bar.
Described hot switching path upper open end is provided with exhaust control device.
Be umbrella shape to kettle body inner hump at the bottom of the described kettle, make the kettle bottom surface horizontal by certain angle.
The sidewall of described kettle body extends one section annulus vertically downward as cutting fiery edge.
Described Hu Zui is provided with kettle mouth insulation cover.
The utility model provides a kind of energy-saving boiling water kettle, is provided with hot switching path in kettle body inside; The bottom end opening of this hot switching path enters the mouth as thermal source at the bottom of the kettle, the hot switching path upper open end is in the kettle surface, upwards promote thermal source with air communication, water when using this kettle to heat up water in the kettle body is divided into several sections by hot switching path, the contact area of water and thermal source increases greatly, can effectively improve the thermal efficiency.
Energy-saving boiling water kettle of the present utility model, the hot switching path of portion's setting within it can be an independently pipeline; Preferably include heat exchange and be responsible for and several heat exchange side pipes, certain spacing distance is arranged between the heat exchange side pipe, help like this water body in the kettle body is divided into more part, enlarge heating surface; And preferred heat exchange side pipe upper open end and heat exchange are interconnected between being responsible for, heat exchange is responsible for upper end open promptly as the hot switching path upper open end, the heat exchange side pipe comes together in the heat exchange person in charge's middle and upper part jointly with the hot-air that heat exchange is responsible for and communicates with air by the hot switching path upper open end, can increase the heat exchange space like this, make and improve the heat energy utilization rate, guaranteed the attractive in appearance of kettle thereby too much heat exchange side pipe upper end open need not be set on the kettle body; Heat exchange side pipe bottom end opening is located at the bottom of the kettle as the thermal source inlet of heat exchange side pipe, further improves the pressure that heat energy enters kettle body center hot switching path.
The heat exchange side pipe with the heat exchange person in charge be the center homogeneous radiation respectively at around it, bottom end opening is responsible in heat exchange and heat exchange side pipe bottom end opening can be interconnected; Being responsible for bottom end opening with heat exchange is the center, the heat exchange side pipe is evenly distributed at the bottom of the kettle radially, helping thermal source like this enters to be responsible for opening, it is auxilliary entering with side pipe, is easy to exchange between the thermal source, and the heat exchange person in charge and side pipe are evenly divided into several portions with kettle body inner space, heating surface area has obtained great amplification, water energy thermally equivalent in the kettle body, when improving the thermal efficiency, the service life of also having improved kettle.It is that 4-8 bar heat exchange side pipe can well reach the increase heating surface area, improves the purpose of the thermal efficiency, can not increase the difficulty of making the kettle body again at the bottom of center radiation was distributed in kettle that the preferred 4-8 bar of the utility model heat exchange side pipe is responsible for bottom end opening with heat exchange.When preferred 8 heat exchange side pipes, these side pipe radiation are a meter font and are distributed at the bottom of the kettle.
The upper end open of heat exchanging pipe of the present utility model communicates with air, be arranged on the kettle surface, because the function of so existing exhaust outlet of opening, again by with air in oxygen contact the effect that puts a chimney on the stove and make the fire draw of playing, therefore the upper end open opening part at heat exchanging pipe is provided with the exhaust outlet control device, can adjust exhaust control device according to the situation of thermal source in the use, control the exchange rate that enters heat exchanging pipe by the caliber size of adjusting exhaust outlet.The exhaust outlet control device also comprises the filtration adsorption element of handling waste gas in addition, makes to be discharged to airborne gas and not contain pollutant.
The purpose of the energy-saving boiling water kettle that the utility model provides is to improve the utilization efficiency of heat energy when heating up water, therefore will be designed at the bottom of the kettle at the bottom of the umbrella shape kettle of kettle body inner hump, at the bottom of the kettle horizontal by certain included angle, enlarged the heating surface area at the bottom of the kettle, be beneficial to thermal source and compile, and at the bottom of kettle, flow to the kettle center heat exchange person in charge along each hot switching path to the center.
The sidewall of energy-saving boiling water kettle of the present utility model begins to extend vertically downward one section at the bottom of kettle, form an annulus deck, called after cuts fiery edge, when on common stove or natural gas stove, heating up water, cut and prevent the heat energy escape when fire edge can enlarge the flame combustion space again, help to collect flame, prevent that heat scatters and disappears, and further improves the utilization rate of heat energy.
Be provided with the thermo jug mouth on the Hu Zui of the utility model energy-saving boiling water kettle, the effect of blowing a whistle again has the effect of insulation on the other hand on the one hand.
The kettle body inside of the utility model energy-saving boiling water kettle is divided into several zones by hot switching path, makes the contact area of water and kettle body bigger, has effectively increased heating surface area, the energy and time that having shortened heats up water is consumed; In addition in the bottom of this kettle, the design at position such as Hu Zui also improved the utilization ratio of heat energy greatly.
Description of drawings:
Fig. 1 is the front view of the energy-efficient kettle of the utility model
Fig. 2 is a upward view at the bottom of the kettle of the utility model energy-saving boiling water kettle
The upper open end of 1-hot switching path, 2-heat exchange side pipe upper open end, 3-kettle body, 4-Hu Zui, 5-exhaust outlet control device, 6-hot switching path, 7-heat exchange passage, bottom end opening is responsible in the 8-heat exchange, and 9-heat exchange side pipe bottom end opening is at the bottom of the 10-kettle, 11-cuts fiery edge, the 12-heat exchange is responsible for, 13-heat exchange side pipe, 14-spout lid
The specific embodiment
The energy-saving boiling water kettle that the utility model provides, this hot-water bottle comprise at the bottom of kettle body 3, the kettle 10, kettle mouth 4, are provided with hot switching path 6 in kettle body 3 inside; This hot switching path upper open end 1 is located on kettle body 3 surfaces, and hot switching path upper open end bore is 28 millimeters, and lower open end is arranged at the bottom of the kettle 10.The energy-saving boiling water kettle that the utility model provides, entering the mouth as thermal source on 10 at the bottom of the kettle at the bottom end opening of the inner hot switching paths 6 that are provided with of kettle body 3, the upper end open of hot switching path 6 is on kettle body 3 surfaces, upwards promote thermal source by upper end open and air communication, water when using this kettle hot water in the kettle body 3 is divided into several sections by hot switching path, the contact area of water and thermal source increases greatly, can effectively improve the thermal efficiency.
Energy-saving boiling water kettle of the present utility model, the hot switching path of portion's setting within it can be an independently pipeline; Preferably include the heat exchange person in charge 12 and several heat exchange side pipes 13, help like this water body in the kettle body is divided into more part, enlarge heating surface; And preferred heat exchange side pipe upper open end 2 and heat exchange are interconnected between being responsible for 12, heat exchange is responsible for upper end open promptly as hot switching path upper open end 1, heat exchange side pipe 13 comes together in the heat exchange person in charge 12 middle and upper part jointly with the heat exchange person in charge 12 hot-air and communicates with air by hot switching path upper open end 1, can increase the heat exchange space like this, make and improve the heat energy utilization rate, guaranteed the attractive in appearance of kettle thereby too much heat exchange side pipe upper end open 2 need not be set on the kettle body 3; 10 thermals source as heat exchange side pipe 13 entered the mouth at the bottom of heat exchange side pipe bottom end opening 9 was located at kettle, further improved the pressure that heat energy enters the hot switching path at kettle body 3 centers.
Heat exchange side pipe 13 with heat exchange be responsible for 12 be the center homogeneous radiation respectively at around it, heat exchange is responsible for bottom end opening 8 and can be interconnected with heat exchange side pipe bottom end opening 9, preferred 60 millimeters of heat exchange person in charge bottom end opening bore; Being responsible for bottom end opening 8 with heat exchange is the center, heat exchange side pipe bottom end opening 9 is evenly distributed at the bottom of the kettle 10 radially, helping thermal source like this enters to be responsible for opening, it is auxilliary entering with side pipe, the heat exchange person in charge 12 and side pipe 13 are evenly divided into several portions with kettle body 3 inner spaces, and heating surface area has obtained great amplification, the water energy thermally equivalent in the kettle body 3, when improving the thermal efficiency, the service life of also having improved kettle.The preferred 4-8 bar of the utility model heat exchange side pipe 13, it is at the bottom of center radiation is distributed in kettle that its bottom end opening 9 is responsible for bottom end opening 8 with heat exchange, 4-8 bar heat exchange side pipe 13 can make this energy-conservation hot-water bottle reach increases the purpose of heating surface area, the raising thermal efficiency, can not increase the difficulty of making again.When preferred 8 heat exchange side pipes 13, these side pipe radiation are a meter font and are distributed at the bottom of the kettle 10.
Hot switching path upper open end 1 of the present utility model communicates with air, be arranged on kettle body 3 surfaces, because the function of so existing exhaust outlet of opening, again by with air in oxygen contact the effect that puts a chimney on the stove and make the fire draw of playing, therefore be provided with exhaust outlet control device 5 at hot switching path upper open end 1 place, can control the exchange rate that enters hot switching path 6 by the caliber size of adjusting exhaust outlet.Can adjust required exhaust outlet size according to the situation of thermal source in the use.Exhaust outlet control device 5 also comprises the filtration adsorption element of handling waste gas in addition, makes to be discharged to airborne gas and not contain pollutant.
The purpose of the energy-saving boiling water kettle that the utility model provides is to improve the utilization efficiency of heat energy when heating up water, therefore will 10 be designed at the bottom of the umbrella shape kettle of kettle body inner hump at the bottom of the kettle, at the bottom of the kettle horizontal by certain included angle, enlarged the heating surface area at the bottom of the kettle, be beneficial to thermal source and compile, and 10 flow to kettle center hot switching path 6 at the bottom of the kettle along each heat exchange person in charge and side pipe bottom end opening thereof to the center.
The kettle body side wall of energy-saving boiling water kettle of the present utility model begins to extend vertically downward one section at the bottom of kettle, form an annulus deck, called after cuts fire along 11, when on common stove or natural gas stove, heating up water, cut and prevent the heat energy escape when fire can enlarge the flame burning space along 11 again, help to collect flame, prevent that heat scatters and disappears, and further improves the utilization rate of heat energy.
On the kettle mouth 4 of the utility model energy-saving boiling water kettle, be provided with spout lid 14, on the one hand the effect of blowing a whistle arranged, the effect of insulation is arranged on the other hand.
The kettle body inside of the utility model energy-saving boiling water kettle is divided into several zones by hot switching path, makes the contact area of water and kettle body bigger, has effectively increased heating surface area, the energy and time that having shortened heats up water is consumed; In addition in the bottom of this kettle, the design at position such as Hu Zui also improved the utilization ratio of heat energy greatly.
Claims (9)
1. energy-saving boiling water kettle, comprise kettle body, kettle at the bottom of, Hu Zui, it is characterized in that: kettle body inside is provided with hot switching path; This hot switching path upper open end is located on the kettle surface, and bottom end opening is arranged at the bottom of the kettle.
2. energy-saving boiling water kettle according to claim 1 is characterized in that: described hot switching path comprises the heat exchange person in charge and heat exchange side pipe.
3. energy-saving boiling water kettle according to claim 2 is characterized in that: described heat exchange side pipe upper open end is responsible for heat exchange and is connected, and heat exchange side pipe bottom end opening is located at the bottom of the kettle.
4. energy-saving boiling water kettle according to claim 3, it is characterized in that: described heat exchange side pipe is that the center homogeneous radiation is distributed in around it with the heat exchange person in charge, heat exchange is responsible for bottom end opening and is connected with heat exchange side pipe bottom end opening, and it is that the center distributes radially that heat exchange side pipe bottom end opening is responsible for bottom end opening with heat exchange.
5. energy-saving boiling water kettle according to claim 2 is characterized in that: described heat exchange side pipe is the 4-8 bar.
6. energy-saving boiling water kettle according to claim 1 is characterized in that: described hot switching path upper open end is provided with exhaust control device.
7. energy-saving boiling water kettle according to claim 1 is characterized in that: be umbrella shape to kettle body inner hump at the bottom of the described kettle, make the kettle bottom surface horizontal by certain angle.
8. energy-saving boiling water kettle according to claim 1 is characterized in that: the sidewall of described kettle body extends one section annulus vertically downward as cutting fiery edge.
9. energy-saving boiling water kettle according to claim 1 is characterized in that: described Hu Zui is provided with kettle mouth insulation cover.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201237122U CN201286620Y (en) | 2008-11-12 | 2008-11-12 | Energy-saving hot-water kettle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201237122U CN201286620Y (en) | 2008-11-12 | 2008-11-12 | Energy-saving hot-water kettle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201286620Y true CN201286620Y (en) | 2009-08-12 |
Family
ID=40978290
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008201237122U Expired - Fee Related CN201286620Y (en) | 2008-11-12 | 2008-11-12 | Energy-saving hot-water kettle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201286620Y (en) |
-
2008
- 2008-11-12 CN CNU2008201237122U patent/CN201286620Y/en not_active Expired - Fee Related
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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: 20090812 Termination date: 20121112 |