CN206006969U - The water circuit system of instant-heating water drinking machine - Google Patents
The water circuit system of instant-heating water drinking machine Download PDFInfo
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- CN206006969U CN206006969U CN201620442035.5U CN201620442035U CN206006969U CN 206006969 U CN206006969 U CN 206006969U CN 201620442035 U CN201620442035 U CN 201620442035U CN 206006969 U CN206006969 U CN 206006969U
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Abstract
The water circuit system of instant-heating water drinking machine, including balanced reservoir, water pump A and water pump B；Sump, heating cabinet, water storehouse, water storage and draining storehouse is provided with out in balanced reservoir；Go out sump bottom and be provided with outlet, water storage bottom is provided with water inlet, and water inlet is communicated to inside water storage, and draining storehouse bottom is provided with discharge outlet；Go out sump, heating cabinet, water storehouse, water storage and draining storehouse to be under same atmospheric pressure；Heating cabinet is interconnected in lower end with water storehouse；Water storehouse and water storage unilaterally connected；The water that water storage reaches peak level and overflows flows into draining storehouse；During boiling water in heating cabinet, rolling is crossed the side wall of heating cabinet and enters out sump；Water pump A water sides are connected with water inlet, and water inlet end is connected with water source, and water pump B one end is communicated in heating cabinet, and the other end is communicated in water storehouse.This utility model advantage is that the efficiency of heating surface for making instant-heating water drinking machine on the premise of heater power is not increased is lifted, and the water outlet water yield increases.
Description
Technical field
This utility model is related to the water circuit system of instant-heating water drinking machine technical field, particularly instant-heating water drinking machine.
Background technology
Instant-heating water drinking machine is a kind of i.e. by instant-heating and outlet hot, without the need for the water dispenser that user waits, because which provides hot water convenient height
The advantage of effect is favored by more and more users.
However, the universal water flow of existing instant-heating water drinking machine is less, it is impossible to meet user's needs.Because cold water is instant
Boiled need consume energy very big, in order to improve water flow, in industry widespread practice be increase electric heater power, but
Consider for Electrical Safety factor, the power of electric heater unconfined can not be lifted, and typically not allow more than 2500W.
Because the rated voltage of domestic socket is 250V, rated current 10V, when the appliance power being inserted in socket exceedes
During 2500W, there is potential safety hazard more than 10A in electric current.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, and provides a kind of water circuit system of instant-heating water drinking machine.
It solves the problems, such as that existing instant-heating water drinking machine hot water effluent flow is little.
The technical solution of the utility model is：The water circuit system of instant-heating water drinking machine, including balanced reservoir, water pump A and water pump
B；
Sump, heating cabinet, water storehouse, water storage and draining storehouse is provided with out in balanced reservoir；Go out sump bottom and be provided with water outlet
Mouthful, the tank wall of water storage bottom or balanced reservoir is provided with water inlet, and water inlet is directly or indirectly communicated to inside water storage, row
Sump bottom is provided with discharge outlet；
Go out sump, heating cabinet, water storehouse, water storage and draining storehouse to be under same atmospheric pressure；
Heating cabinet is interconnected in lower end with water storehouse；
Water storehouse and water storage unilaterally connected, the water of water storage can enter water storehouse；
The water that water storage reaches peak level and overflows flows into draining storehouse；
During boiling water in heating cabinet, rolling is crossed the side wall of heating cabinet and enters out sump；
Water pump A water sides are connected with water inlet, and water pump A water inlet ends are connected with water source, and water pump B one end is connected by pipeline A
To heating cabinet, the water pump B other ends are communicated in water storehouse by pipeline B.
The further technical scheme of this utility model is：Water storehouse realizes unilaterally connected with water storage by check valve, single
It is located on the dividing plate A between water storehouse and water storage to valve, so that the water of water storage can enter water storehouse by check valve.
The further technical scheme of this utility model is：Go out sump, heating cabinet, water storehouse, water storage and draining storehouse upper
End is interconnected by the gap between respective cavity wall and balanced reservoir roof respectively, is additionally provided with discharge chamber in balanced reservoir,
The upper end of discharge chamber is connected with the upper end for going out sump, and the lower end of discharge chamber is communicated with air.
Further technical scheme is this utility model：Heating cabinet is separated by dividing plate C with water storehouse, and heating cabinet
Connected by the gap between dividing plate C and balanced reservoir bottom surface in lower end with water storehouse.
This utility model further technical scheme is：Pipeline A one end is free end, and the other end is connection end, and which is certainly
Stretched into by end and the upper end positioned at heating cabinet, its connection end is connected on the water inlet port of water pump B；Pipeline B one end is free end,
The other end is connection end, and its free end is stretched into and the upper end positioned at water storehouse, and its connection end is connected to the water outlet port of water pump B
On.
Application note advantage in conjunction with this utility model on instant-heating water drinking machine：
1st, instant-heating water drinking machine starts to preheat after being powered, and heating cabinet is mixed by circulation on a large scale with the water in water storehouse
Close uniformly, and water temperature is remained near predetermined temperature (higher than the warm water of water source temperature).After user presses water outlet key, electricity
Hot device only needs to be heated to seething with excitement by warm water, needs the energy for consuming to reduce, on the premise of heater power is not increased, heating effect
Rate is lifted, and the water outlet water yield increases.
2nd, heating cabinet and water storehouse are interconnected in lower end, and the free end of pipeline A is located at the upper end of heating cabinet, pipeline B's
Free end is located at the upper end of water storehouse.After water pump B starts, the water of heating cabinet and water storehouse can be formed by lower on a large scale
Circulation, makes the water temperature in two storehouses consistent everywhere in each aspect, it is to avoid the phenomenon of hot water layering occur.
3rd, leaving water temperature remains at the boiling point of water, is not disturbed by environment, water source temperature.Balanced reservoir is essentially
Linker, this cause heating cabinet to remain contour with the water level of water storehouse, and the peak level that heating cabinet can reach is dividing plate
The top of D99,, highly less than the height of the side wall 17 of heating cabinet, both differences in height are S for this, only when the water in heating cabinet boils
Roll rolling and cross side wall, sump could be flowed into out, that is, ensure that the constant of leaving water temperature.
4th, the flow set that pumps out of water pump A is definite value, also can guarantee that water yield is stablized and water temperature without the need for finely regulating
Constant, reduce the design and manufacture cost of control board.When the water yield for entering water storage in the unit interval is more than between unit
During the boiling water amount that interior heating cabinet rolls and goes out, the water having more can cover the peak level of water storage and flow into draining storehouse.Make heating cabinet
Boiling water water level be in dynamic equilibrium.
This utility model is further described below in conjunction with figure and embodiment.
Description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the structural representation of the instant-heating water drinking machine being adapted to this utility model.
Specific embodiment
Embodiment 1：
As shown in figure 1, the water circuit system of instant-heating water drinking machine, including balanced reservoir, check valve 2, water pump A3 and water pump B4.
Sump 11, heating cabinet 12, water storehouse 13, water storage 14 and draining storehouse 15 is provided with out in balanced reservoir.Go out sump 11
Bottom is provided with outlet 111, and 14 bottom of water storage is provided with water inlet 141, and 15 bottom of draining storehouse is provided with discharge outlet 151.
Go out sump 11, heating cabinet 12, water storehouse 13, water storage 14 and draining storehouse 15 to be under same atmospheric pressure.Specifically
Ground says, go out sump 11, heating cabinet 12, water storehouse 13, water storage 14 and draining storehouse 15 in upper end respectively by respective cavity wall and
Gap between balanced reservoir roof is interconnected, and is additionally provided with discharge chamber 18, the upper end of discharge chamber 18 and water outlet in balanced reservoir
The upper end connection in storehouse 11, the lower end of discharge chamber 18 is communicated with air.
Heating cabinet 12 is interconnected in lower end with water storehouse 13.Specifically, heating cabinet 12 passes through dividing plate with water storehouse 13
C19 is separated, and heating cabinet 12 is connected by the gap between dividing plate C19 and balanced reservoir bottom surface in lower end with water storehouse 13.
Water storehouse 13 is adjacent with water storage 14, and check valve 2 is located on the dividing plate A16 between water storehouse 13 and water storage 14,
So that the water of water storage 14 can enter water storehouse 13 by check valve 2.
Referring to Fig. 1, draining storehouse 15 is adjacent with water storage 14, and the peak level that water storage 14 can reach is dividing plate D99's
Top, the water that water storage 14 reaches peak level and overflows all flow into draining storehouse 15.
Go out that sump 11 is adjacent with heating cabinet 12, rolling after the boiling water in heating cabinet 12 is crossed the side wall 17 of heating cabinet and entered
Go out sump 11.
The water side of water pump A3 is connected with the water inlet 141 of water storage 14 by pipeline, and the water inlet end of water pump A3 is by pipe
Road is connected with water source.Water pump B4 one end is communicated in heating cabinet 12 by pipeline A41, and the water pump B4 other ends are connected by pipeline B42
Pass in water storehouse 13.
Pipeline A41 one end is free end, and the other end is connection end, and its free end is stretched into and the upper end positioned at heating cabinet 12,
Its connection end is connected on the water inlet port of water pump B4.Pipeline B42 one end is free end, and the other end is connection end, its free end
Stretch into and the upper end positioned at water storehouse 13, its connection end is connected on the water outlet port of water pump B4.
Sketch principle of the present utility model：
The structure of the instant-heating water drinking machine being adapted to this utility model is as shown in Figure 2：Set in the housing 5 of instant-heating water drinking machine lower end
There is control board 6, electric heater 7 is provided with heating cabinet 12, water level of temperature compound sensor group 8 is provided with water storehouse 13.Control
Circuit board 6 is electrically connected with water pump A3, water pump B4, electric heater 7 and water level of temperature compound sensor group 8 respectively, its can receive from
The signal of water level of temperature compound sensor group 8, and then regulate and control the running status of water pump A3, water pump B4 and electric heater 7.
When user connect instant-heating water drinking machine power supply after, that is, start to preheat, water pump A3 start, by the water at water source pump into into
Sump 14, the water of water storage 14 enter water storehouse 13 and heating cabinet 12 by check valve 2, when the water of water storehouse 13 covers temperature water
After position compound sensor group 8, water pump A3 power-off, electric heater 7 are powered and start heating, water pump B4 subsequent start-ups, make heating cabinet 12 with
The water of water storage 13 forms circulation on a large scale, is finally reached temperature consistent.
(water level of temperature compound sensor group 8 can detect water temperature), electric heating after the water temperature of water storehouse 13 reaches preset temperature
Device 7 and water pump B4 power-off.After a while, after the water temperature of water storehouse 13 is less than default preheating temperature, electric heater 7 and water pump
B4 is again started up, and the water temperature of water storehouse 13 is promoted to preset temperature, and afterwards, electric heater 7 and water pump B4 power-off again are so followed
Ring is reciprocal, to ensure heating cabinet 12 and water storehouse 13 all the time near preset temperature.
When user needs hot water, water outlet key (not shown) is pressed, electric heater 7 only needs to add the warm water of heating cabinet 12
Heat needs the energy for consuming to reduce to seething with excitement, and on the premise of heater power is not increased, the efficiency of heating surface is lifted, the water outlet water yield
Increase.
Claims (6)
1. the water circuit system of instant-heating water drinking machine, is characterized in that：Including balanced reservoir, water pump A (3) and water pump B (4)；
Sump (11), heating cabinet (12), water storehouse (13), water storage (14) and draining storehouse (15) are provided with out in balanced reservoir；Go out
Sump (11) bottom is provided with the tank wall of outlet (111), water storage (14) bottom or balanced reservoir and is provided with water inlet (141),
Water inlet (141) is directly or indirectly communicated to water storage (14) inside, and draining storehouse (15) bottom is provided with discharge outlet (151)；
Go out sump (11), heating cabinet (12), water storehouse (13), water storage (14) and draining storehouse (15) and be in same atmospheric pressure
Under；
Heating cabinet (12) is interconnected in lower end with water storehouse (13)；
Water storehouse (13) and water storage (14) unilaterally connected, the water of water storage can enter water storehouse；
The water that water storage (14) reaches peak level and overflows flows into draining storehouse (15)；
During boiling water in heating cabinet (12), rolling is crossed the side wall (17) of heating cabinet and enters out sump (11)；
Water pump A (3) water side is connected with water inlet (141), and water pump A (3) water inlet end is connected with water source, and water pump B (4) one end passes through
Pipeline A (41) is communicated in heating cabinet (12), and water pump B (4) other end is communicated in water storehouse (13) by pipeline B (42).
2. the water circuit system of instant-heating water drinking machine as claimed in claim 1, is characterized in that：Water storehouse (13) is led to water storage (14)
Cross check valve (2) and realize that unilaterally connected, check valve (2) are located on the dividing plate A (16) between water storehouse (13) and water storage (14),
So that the water of water storage (14) can enter water storehouse (13) by check valve (2).
3. the water circuit system of instant-heating water drinking machine as claimed in claim 2, is characterized in that：Go out sump (11), heating cabinet (12), storage
Sump (13), water storage (14) and draining storehouse (15) in upper end respectively by between respective cavity wall and balanced reservoir roof between
Gap is interconnected, and is additionally provided with discharge chamber (18) in balanced reservoir, and the upper end of discharge chamber (18) is connected with the upper end for going out sump (11),
The lower end of discharge chamber (18) is communicated with air.
4. the water circuit system of the instant-heating water drinking machine as any one of claim 1-3, is characterized in that：Heating cabinet (12) and storage
Sump (13) is separated by dividing plate C (19), and heating cabinet (12) by dividing plate C (19) and is balanced in lower end with water storehouse (13)
Gap connection between water tank bottom surface.
5. the water circuit system of the instant-heating water drinking machine as any one of claim 1-3, is characterized in that：Pipeline A (41) one end
For free end, the other end is connection end, and its free end is stretched into and is located at the upper end of heating cabinet (12), and its connection end is connected to water pump
On the water inlet port of B (4)；Pipeline B (42) one end is free end, and the other end is connection end, and its free end is stretched into and is located at water storage
The upper end in storehouse (13), its connection end are connected on the water outlet port of water pump B (4).
6. the water circuit system of instant-heating water drinking machine as claimed in claim 4, is characterized in that：Pipeline A (41) one end is free end, separately
One end is connection end, and its free end is stretched into and is located at the upper end of heating cabinet (12), and its connection end is connected to the water inlet of water pump B (4)
On port；Pipeline B (42) one end is free end, and the other end is connection end, and its free end is stretched into and is located at the upper of water storehouse (13)
End, its connection end is connected on the water outlet port of water pump B (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620442035.5U CN206006969U (en) | 2016-05-16 | 2016-05-16 | The water circuit system of instant-heating water drinking machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620442035.5U CN206006969U (en) | 2016-05-16 | 2016-05-16 | The water circuit system of instant-heating water drinking machine |
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| Publication Number | Publication Date |
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| CN206006969U true CN206006969U (en) | 2017-03-15 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620442035.5U Active CN206006969U (en) | 2016-05-16 | 2016-05-16 | The water circuit system of instant-heating water drinking machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105816047A (en) * | 2016-05-16 | 2016-08-03 | 边江 | Water path system of instant-heating water dispenser |
-
2016
- 2016-05-16 CN CN201620442035.5U patent/CN206006969U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105816047A (en) * | 2016-05-16 | 2016-08-03 | 边江 | Water path system of instant-heating water dispenser |
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