CN104508392A

CN104508392A - Energy-saving water boiler

Info

Publication number: CN104508392A
Application number: CN201380034755.7A
Authority: CN
Inventors: 冯林
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-09-07
Filing date: 2013-09-03
Publication date: 2015-04-08
Also published as: WO2014036934A1; CN102840660A; CN102840660B

Abstract

An energy-saving water boiler comprises: a water-boiling pot (1), a boiling water bucket (2), a warm water bucket (3), a cooling pipe (4), a cooling bucket (5), and a water intake tank (6). The water intake tank (6) is connected to the cooling pipe (4). The cooling pipe (4) is connected to the water-boiling pot (1). The water-boiling pot (1) is connected to the boiling water bucket (2) and to the warm water bucket (3). The warm water bucket (3) and the cooling pipe (4) are arranged within the cooling bucket (5). The cooling bucket (5) is provided therein with cooling water (7). The boiling water bucket (2) and the warm water bucket (3) are arranged below the water-boiling pot (1). The water-boiling pot (1) is arranged below the water intake tank (6). The energy-saving water boiler utilizes the cooling water to cool off hot boiled water, thereby allowing the hot boiled water to become warm boiled water, and at the same time utilizes the cooling pipe to recycle heat of the cooling water, thus reducing loss of thermal energy.

Description

Energy-saving water boiler

Technical field

The present invention relates to a kind of boiler, particularly a kind of energy-saving water boiler.Background technology

Existing boiler, can only provide boiling water, it is impossible to while providing dim boiling water water, it is impossible to meet the demand that people are eager to drink water often, particularly children.The content of the invention

The purpose of the present invention is to overcome the deficiencies in the prior art there is provided a kind of energy-saving water boiler, is people while offer boiling water and dim boiling water, meet the demand that people are eager to drink water.

The technical solution used in the present invention is：Energy-saving water boiler includes boiled water pot, boiled water pail, dim bucket, cooling tube, cooling bucket and inlet water tank；Inlet water tank is connected with cooling tube, and cooling tube is connected with boiled water pot, and boiled water pot is connected with boiled water pail and dim bucket；Dim bucket and cooling tube are located in cooling bucket, and cooling bucket is provided with cooling water, and boiled water pail and dim bucket are located at the bottom of boiled water pot, and boiled water pot is located at the bottom of inlet water tank.

In use, running water enters boiled water pot by inlet water tank through cooling tube, running water is after boiled water pot is boiled, and boiling water enters boiled water pail and dim bucket by boiled water pot through boiled water pipe；Boiling water into dim bucket, by the heat transfer of boiling water to cooling water, dim boiling water is provided for people by the cooling water cooling of dim bucket；Running water enters cooling tube by inlet water tank, and the heat of cooling water is absorbed using cooling tube, improves the temperature for entering boiled water pot running water, to reach the purpose for saving electric energy.

The beneficial effects of the invention are as follows：Energy-saving water boiler, provided with boiled water pail with, dim bucket and cooling bucket, hot boiling water is cooled down using cooling water, hot boiling water is changed into dim boiling water, is people while providing hot boiling water and dim boiling water；The heat of cooling water is reclaimed using cooling tube simultaneously, hot loss of energy is reduced, electric energy is saved.Brief description of the drawings

Fig. 1 is the structural representation of energy-saving water boiler. Embodiment

The present invention is further detailed with specific embodiment below according to accompanying drawing：

The structural representation of energy-saving water boiler shown in Fig. 1, energy-saving water boiler includes boiled water pot 1, boiled water pail 2, dim bucket 3, cooling tube 4, cooling bucket 5 and inlet water tank 6;Inlet water tank 6 is connected with cooling tube 4, and cooling tube 4 is connected with boiled water pot 1, and boiled water pot 1 is connected with boiled water pail 2 and dim bucket 3；Dim bucket 3 and cooling tube 4 are located in cooling bucket 5, and cooling bucket 5 is provided with cooling water 7, dim bucket 3 is transferred heat to cooling water 7, cooling tube 4 can absorb the heat of cooling water 7；Boiled water pail 2 and dim bucket 3 are located at the bottom of boiled water pot 1, and boiled water pot 1 is located at the bottom of inlet water tank 6, the water of inlet water tank 6 is automatically flowed into boiled water pot 1, the boiling water of boiled water pot 1 can automatically flow into boiled water pail 2 and dim bucket 3;Boiled water pot 1 is provided with controller 19 and controlling switch 20, the work for boiled water pot 1.

In order to reach the purpose using the automatic feeding water of inlet water tank 6, inlet water tank 6 is provided with water inlet ball-cock assembly 9, water ball-cock assembly 9 is connected with running water pipe, running water enters inlet water tank 6 by water inlet ball-cock assembly 9, when water level reaches the position of setting, ball-cock assembly 9 of intaking is closed automatically, when water level is less than the position set, and water inlet ball-cock assembly 9 is automatically opened up into water.

In order to purify running water, the bottom of inlet water tank 6 is provided with water filter 10, and the water inlet 11 of water filter 10 is connected with inlet water tank 6, and the delivery port 12 of water filter 10 is connected with cooling tube 4, and cooling tube 4 is connected with the water supply connector 13 of boiled water pot 1.Water filter 10 includes shell 22 and filter core 23, and the Tong Guo Luo Pattern of filter core 23 are connected with shell 22, and the installing port 24 of filter core 23 is located in inlet water tank 6, opens the cover plate 25 of inlet water tank 6, rotating filter element 23, you can change filter core 23.

In order to prevent the dim water of dim bucket 3 from flowing to boiled water pail 2, the boiling water joint 14 that goes out of boiled water pot 1 is connected with boiled water pipe 8, boiled water pipe 8 is connected with three-way connection 15, three-way connection 15 is connected with boiled water pail 2 and dim water one-way valve 16, dim water one-way valve 16 is connected with dim bucket 3, the direction of dim water one-way valve 16 dim bucket 3 is pointed to by three-way connection 15, the boiling water of boiled water pot 1 enters dim bucket 3 by dim water one-way valve 16, and the dim boiling water of dim bucket 3 can not backflow to boiled water pot 1.

In order to be put into running water to cooling bucket 5 using inlet water tank 6, prevent the cooling water 7 for cooling down bucket 5 from flowing back to inlet water tank 6 simultaneously, cool down bucket 5 and be provided with cold water check valve 17, the entrance of cold water check valve 17 is connected with inlet water tank 6, the outlet of cold water check valve 17 is connected with cooling bucket 5；Cooling bucket 5 is pointed in the direction of cold water check valve 17 by inlet water tank 6, and the water that running water is flowed into cooling bucket 5, cooling bucket 5 by inlet water tank 6 through cold water check valve 17 cannot flow into inlet water tank 6;Cool down bucket 5 and be provided with water-discharging joint 21, for periodically cleaning cooling bucket 5, change the water in cooling bucket 5. In order to reduce the waste of heat energy, boiled water pot 1 and boiled water pail 2 are provided with thermal insulation layer 18, the loss for reducing heat energy, and keep the temperature of the boiling water of boiled water pail 2.

Boiled water pail 2, the bottom of dim bucket 3 are provided with storage tank 26, for storing cup and other items.Dim bucket 3 and cooling tube 4 are manufactured by Heat Conduction Material, and Heat Conduction Material includes stainless steel material, make the heat of dim bucket 3 can be for delivery to cooling water 7, the heat of cooling water 7 can be for delivery to cooling tube 4.

The operation principle of energy-saving water boiler is：Running water enters boiled water pot 1 by inlet water tank 6 through cooling tube 4, and running water is after boiled water pot 1 is boiled, and boiling water enters boiled water pail 2 and dim bucket 3 by boiled water pot 1 through boiled water pipe 8;Boiling water into dim bucket 3 is cooled down by the cooling water 7 of dim bucket 3, and by the heat transfer of boiling water to cooling water 7, dim boiling water is provided for people；Running water enters cooling tube 4 by inlet water tank 6, and the heat of cooling water 7 is absorbed using cooling tube 4, improves the temperature for entering the running water of boiled water pot 1, to reach the purpose for saving electric energy.

Claims

Claims

1. energy-saving water boiler, it is characterised in that：Described energy-saving water boiler includes boiled water pot（1), boiled water pail（2), dim bucket（3), cooling tube（4) bucket, is cooled down（And inlet water tank 5)（6);Inlet water tank（And cooling tube 6)（4) connect, cooling tube（And boiled water pot 4)（1) connect, boiled water pot（And boiled water pail 1)（And dim bucket 2)（3) connect；Dim bucket（And cooling tube 3)（4) it is located at cooling bucket（5) in, bucket is cooled down（5) it is provided with cooling water（7), boiled water pail（And dim bucket 2)（3) it is located at boiled water pot（1) bottom, boiled water pot（1) it is located at inlet water tank（6) bottom.

2. energy-saving water boiler according to claim 1, it is characterised in that：Described inlet water tank（6) provided with water inlet ball-cock assembly（9), running water is by water inlet ball-cock assembly（9) inlet water tank is entered（6) when, water level reaches the position of setting, ball-cock assembly of intaking（9) it is automatic to close, when water level is less than the position set, ball-cock assembly of intaking（9) automatically open up into water；Inlet water tank（6) bottom is provided with water filter（10), water filter（10) water inlet（And inlet water tank 11)（6) connect, water filter（10) delivery port

And cooling tube (12)（4) connect, cooling tube（And boiled water pot 4)（1) water supply connector（13) connect；Boiled water pot（1) go out boiling water joint（And boiled water pipe 14)（8) connect, boiled water pipe（And three-way connection 8)（15) connect, three-way connection（And boiled water pail 15)（And dim water one-way valve 2)

(16) connect, dim water one-way valve（16) with dim bucket（3) connect, dim water one-way valve（16) direction is by three-way connection（15) dim bucket is pointed to（3), boiled water pot（1) boiling water is by dim water one-way valve（16) dim bucket is entered（3), dim bucket（3) dim boiling water can not backflow to boiled water pot（1).

3. the energy-saving water boiler according to claim 1, it is characterised in that：Described cooling bucket (5) is provided with cold water check valve（17), cold water check valve（17) entrance and inlet water tank（6) connect, cold water check valve（17) outlet and cooling bucket（5) connect；Cold water check valve（17) direction is by inlet water tank（6) cooling bucket is pointed to（5), running water is by inlet water tank（6) through cold water check valve

(17) cooling bucket is flowed into（5), the water in cooling bucket (5) cannot flow into inlet water tank（6).

4. the energy-saving water boiler according to claim 1, it is characterised in that：Described boiled water pot (1) and boiled water pail（2) it is provided with thermal insulation layer（18), for reducing the loss of heat energy, and boiled water pail is kept（2) temperature of boiling water.

5. the energy-saving water boiler according to claim 1, it is characterised in that：Described boiled water pot (1) is provided with controller（And controlling switch 19)（20), for boiled water pot（1) work.

6. the energy-saving water boiler according to claim 1, it is characterised in that：Described cooling bucket (5) is provided with water-discharging joint（21), for periodically cleaning cooling bucket（5) cooling bucket, is changed（5)

1 Interior water.

7. the energy-saving water boiler according to right 2, it is characterised in that：Described water filter（10) shell is included（And filter core 22)（23), filter core（23) Tong Guo Luo Pattern and shell（22) connect, filter core（23) installing port（24) it is located at inlet water tank（6) in, inlet water tank is opened（6) cover plate（25), rotating filter element（23), you can by filter core（23) change.

8. the energy-saving water boiler according to right 1, it is characterised in that：Described boiled water pail（2), dim bucket（3) bottom is provided with storage tank（26), for storing cup and other items.

9. the energy-saving water boiler according to right 1, it is characterised in that：Described dim bucket（And cooling tube 3)（4) manufactured by Heat Conduction Material, Heat Conduction Material includes stainless steel material.

10. energy-saving water boiler according to claim 1, it is characterised in that：The operation principle of described energy-saving water boiler is：Running water is by inlet water tank（6) through cooling tube（4) boiled water pot is entered（1), running water is in boiled water pot（1) after boiling, boiling water is by boiled water pot（1) through boiled water pipe（8) boiled water pail is entered（And dim bucket 2)（3);Into dim bucket（3) boiling water is by dim bucket（3) cooling water（7) cool down, by the heat transfer of boiling water to cooling water（7), dim boiling water is provided for people；Running water is by inlet water tank（6) cooling tube is entered（4) cooling tube, is utilized（4) cooling water is absorbed（7) heat, raising enters boiled water pot（1) temperature of running water, to reach the purpose for saving electric energy.

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