CN207989878U - A kind of instant heating type turn on the tap that draw water certainly - Google Patents
A kind of instant heating type turn on the tap that draw water certainly Download PDFInfo
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- CN207989878U CN207989878U CN201720658001.4U CN201720658001U CN207989878U CN 207989878 U CN207989878 U CN 207989878U CN 201720658001 U CN201720658001 U CN 201720658001U CN 207989878 U CN207989878 U CN 207989878U
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Abstract
Speed heat being carried out to a kind of instant heating type turn on the tap that draw water certainly of boiling water to room temperature barreled drinking water self-priming to turn on the tap the utility model is related to a kind of, it can be achieved to carry out speed heat to boiling water to room temperature barreled drinking water self-priming to turn on the tap, including ontology of turning on the tap, the ontology of turning on the tap includes bottom cavity (4), column (5), rotating handle (6), DC water pump (7), liquid level detector (8), heating chamber (9), diversion pipe (10) and outlet pipe (11).
Description
Technical field
Speed heat being carried out to one kind of boiling water to room temperature barreled drinking water self-priming to turn on the tap the utility model is related to a kind of
From instant heating type turn on the tap that draw water.
Background technology
Heater in the instant heating type drinking heating equipment of currently available technology is using hyaline-quartz pipe and stainless steel
Plated film heating technique, hyaline-quartz pipe and stainless steel plating film heater belong to external fever, the heated principle of cavity, outside hair
Hot temperature is up to 260 DEG C, so there are following fatal problems：1. outside fever can lead to heat losses, electric damage is increased.2. whole
Body uneven heating is even, and deformation is caused to burst, and power attenuation etc. greatly reduces service life.3. temperature is difficult to control accurate.4.
Due to generating heat outside heater, when making heater, it is necessary to radiate every empty certain distance with shell, not so can damage shell.
5. increasing manufacturing cost.
The prior art also has a kind of instant electric tap for platform basin hot wash-water simultaneously, first, due to i.e. hot
Formula electric hot water tap is to belong to external pressure water intake mode, cannot accomplish Absorb Water；Second, due to instant electric water tap heating water
It is warm inadequate, so cannot function as using for electrical heating drinking equipment.
Utility model content
The purpose of the utility model is to provide a kind of from instant heating type turn on the tap, it can be achieved that turn on the tap pair that draw water
Room temperature barreled drinking water self-priming carries out speed heat to boiling water.
Technical solution is used by utility model solves its technical problem：It is a kind of from draw water it is instant heating type turn on the tap, wrap
Include ontology of turning on the tap：The ontology of turning on the tap includes bottom cavity, column, rotating handle, DC water pump, liquid level detector, adds
Hot chamber, diversion pipe and outlet pipe；
The DC water pump is equipped with inlet and outlet, and the DC water pump is mounted in bottom cavity and water inlet and water outlet
Mouth is separately mounted in bottom cavity, and the water outlet is connected with liquid level detector mechanism, heating chamber and outlet pipe successively by diversion pipe
It is logical；
The liquid level detector includes that liquid level detector shell, floating core and tongue tube, the tongue tube are examined mounted on liquid level
Device case top is surveyed, the floating core is located in liquid level detector shell；
The heating chamber includes heating chamber cavity, ceramic heating pipe and instlated tubular, heating chamber cavity top be equipped with into
The mouth of a river two, top are equipped with water outlet two, and the ceramic heating pipe is set in instlated tubular and there are gap, the instlated tubular and heat
It is connect there is also gap between chamber cavity and with heating chamber cavity top, the ceramic heating pipe is equipped with inlet, the water outlet
Mouth two is connected to outlet pipe.
The DC water pump, liquid level detector, heating chamber and diversion pipe are located in column, and the outlet pipe is located at rotation hand
In handle.
Preferably, further including the anti-spraying mechanism of water outlet, the anti-spraying mechanism of water outlet includes water outlet blowout prevention cavity, partition board and gear
Piece, the water outlet blowout prevention cavity are equipped with water inlet three and water outlet three, the partition board be located in water outlet blowout prevention cavity and with go out
There are gap, the catch is located at water outlet three and with water outlet three there are gap water blowout prevention cavity, further includes being steamed for water
Steam mechanism is let out in gas discharge, and the steam mechanism of letting out is located in water outlet blowout prevention cavity, described to let out steam mechanism to be up and down
The hollow cylinder of conducting structure, the water inlet three are connected to outlet pipe, further include water outlet flow-guiding mouth, the water outlet flow-guiding mouth
Entrance respectively with hollow cylinder and water outlet tee joint.
Preferably, further including automatic liquid level detection and temperature-controlling system, the automatic liquid level detection and temperature-controlling system include
Microcomputer controller, bidirectional thyristor, feed liquor temperature sensor and go out liquid temperature sensor, it is described go out liquid temperature sensor be located at
At the top of heating chamber cavity, the feed liquor temperature sensor is mounted on liquid level detector case top, the feed liquor temperature sensor
It is connect with microcomputer controller signal with liquid temperature sensor is gone out, the microcomputer controller drives ceramics by bidirectional thyristor
Heating tube, the tongue tube are connect with microcomputer controller signal.
Preferably, further including cooling mechanism, the cooling mechanism is radiator made of heat-conducting metal, the two-way crystalline substance
Brake tube is located on cooling mechanism, and the cooling mechanism is also serially connected on diversion pipe.
Preferably, further including the damping for mitigating DC water pump vibrations, the damping is damping washer
It is several and on the DC water pump.
The advantages of the utility model and good effect are：
(1) conventional taps have been broken and cannot achieve the technical bottleneck for quickly continuously going out boiling water, can realize that fast boiling goes out
Water realizes ready-to-drink i.e. use.
(2) multiple signal datas are acquired by microcomputer control panel, calandria dry combustion method can be prevented but also be precisely controlled more
The water outlet of Duan Wendu is constant, solves the problems, such as bubble milk, makes coffee, steeps black tea, bubble green tea.
(3) blowout hookup that faucet is equipped with prevents boiling water water from forming splash scald after faucet flows out, can make
The flow held stationary effect of boiling water, uses safer.
(4) use the ceramic heating element of nanometer material not acid etching, non-alkaline etching, do not aoxidize, never scaling, can be prolonged resistance to
With；
Description of the drawings
Attached drawing 1 is the instant heating type structural schematic diagram turned on the tap turned on the tap that draws water certainly of the utility model.
Attached drawing 2 is the instant heating type structural schematic diagram turned on the tap turned on the tap that draws water certainly of the utility model.
Attached drawing 3 is the instant heating type internal structure schematic diagram turned on the tap turned on the tap that draws water certainly of the utility model.
Attached drawing 4 is the instant heating type internal structure schematic diagram turned on the tap turned on the tap that draws water certainly of the utility model.
Attached drawing 5 is the instant heating type internal structure schematic diagram turned on the tap turned on the tap that draws water certainly of the utility model.
Attached drawing 6 is the structural representation of the instant heating type liquid level detector turned on the tap turned on the tap that draws water certainly of utility model
Figure.
Attached drawing 7 is the internal structure of the instant heating type liquid level detector turned on the tap turned on the tap that draws water certainly of utility model
Schematic diagram.
Attached drawing 8 is the structural schematic diagram of the instant heating type heating chamber turned on the tap turned on the tap that draws water certainly of utility model.
Attached drawing 9 is the internal structure signal of the instant heating type heating chamber turned on the tap turned on the tap that draws water certainly of utility model
Figure.
Attached drawing 10 is the structure of the instant heating type anti-spraying mechanism of water outlet turned on the tap turned on the tap that draws water certainly of utility model
Schematic diagram.
Attached drawing 11 is the inside of the instant heating type anti-spraying mechanism of water outlet turned on the tap turned on the tap that draws water certainly of utility model
Structural schematic diagram.
Attached drawing 12 is the vertical view of the instant heating type anti-spraying mechanism of water outlet turned on the tap turned on the tap that draws water certainly of utility model
Figure.
Attached drawing 13 is that the assembly for the anti-spraying mechanism of water outlet of the tea tray with heating device of utility model turned on the tap is shown
It is intended to.
Description of the drawings：4, bottom cavity, 5, column, 6, rotating handle, 7, DC water pump, 71, water inlet, 72, water outlet, 8, liquid
Bit detector, 81, liquid level detector shell, 82, floating core, 83, tongue tube, 9, heating chamber, 91, heating chamber cavity, 911, water inlet
Mouthfuls two, 912, water outlet two, 92, ceramic heating pipe, 93, instlated tubular, 10, diversion pipe, 11, outlet pipe, 12, the anti-spraying machine of water outlet
Structure, 121, water outlet blowout prevention cavity, 1211, water inlet three, 1212, water outlet three, 122, partition board, 123, catch, 13, micro computer controlled
Device processed, 14, bidirectional thyristor, 15, feed liquor temperature sensor, 16, go out liquid temperature sensor, 17, cooling mechanism, 18, damping machine
Structure, 19, let out steam mechanism, 20, water outlet flow-guiding mouth.
Specific implementation mode
As shown, it is a kind of from draw water it is instant heating type turn on the tap, including ontology of turning on the tap；
The ontology of turning on the tap includes bottom cavity 4, column 5, rotating handle 6, DC water pump 7, liquid level detector 8, heating
Chamber 9, diversion pipe 10 and outlet pipe 11；
The DC water pump 7 is equipped with water inlet 71 and water outlet 72, and the DC water pump 7 is mounted in bottom cavity 4 and intakes
Mouthfuls 71 and water outlet 72 be separately mounted in bottom cavity 4, the water outlet 72 by diversion pipe 10 successively with liquid level detector mechanism
8, heating chamber 9 is connected to outlet pipe 11；
The liquid level detector 8 includes that liquid level detector shell 81, floating core 82 and tongue tube 83, the tongue tube 83 are installed
At 81 top of liquid level detector shell, the floating core 82 is located in liquid level detector shell 81；
The heating chamber 9 includes heating chamber cavity 91, ceramic heating pipe 92 and instlated tubular 93, on the heating chamber cavity 91
Portion is equipped with water inlet 2 911, and top is equipped with water outlet 2 912, and the ceramic heating pipe 92 is set in instlated tubular 93 and exists
Gap is connect, the ceramics there is also gap between the instlated tubular 93 and hot chamber cavity 91 and with 91 top of heating chamber cavity
Heating tube 92 is equipped with inlet, and the water outlet 2 912 is connected to outlet pipe 11.
The DC water pump 7, liquid level detector 8, heating chamber 9 and diversion pipe 10 are located in column 5, and the outlet pipe 11 is set
In rotating handle 6.
Further include the anti-spraying mechanism 12 of water outlet, the anti-spraying mechanism 12 of water outlet includes water outlet blowout prevention cavity 121,122 and of partition board
Catch 123, the water outlet blowout prevention cavity 121 are equipped with water inlet 3 1211 and water outlet 3 1212, and the partition board 122 is located at
There are gap in water blowout prevention cavity 121 and with water outlet blowout prevention cavity 121, the catch 123 be located at water outlet 3 1212 and with
Water outlet 3 1212 further includes letting out steam mechanism 19 for what vapor was discharged, the steam mechanism 19 of letting out is located at there are gap
It is discharged in blowout prevention cavity 121, the steam mechanism 19 of letting out is the hollow cylinder for being conducting structure up and down, the water inlet three
1211 are connected to outlet pipe 11, further include water outlet flow-guiding mouth 20, it is described water outlet flow-guiding mouth 20 entrance respectively with hollow cylinder
It is connected to water outlet 3 1212.
Further include automatic liquid level detection and temperature-controlling system, the automatic liquid level detection and temperature-controlling system include micro computer control
Device 13, bidirectional thyristor 14, feed liquor temperature sensor 15 and go out liquid temperature sensor 16, it is described go out liquid temperature sensor 16 be located at
91 top of heating chamber cavity, the feed liquor temperature sensor 15 are mounted on 81 top of liquid level detector shell, the feed liquor temperature
Sensor 15 and go out liquid temperature sensor 16 and connect with 13 signal of microcomputer controller, the microcomputer controller 13 is by two-way
Thyristor 14 drives ceramic heating pipe 92, the tongue tube 83 to be connect with 13 signal of microcomputer controller.
Further include cooling mechanism 17, the cooling mechanism 17 is radiator made of heat-conducting metal, the bidirectional thyristor
14 are located on cooling mechanism 17, and the cooling mechanism 17 is also serially connected on diversion pipe 10.
Further include for mitigate DC water pump vibrations damping 18, the damping 18 be damping washer it is several and
On DC water pump 7.
In specific installation, specific installation can be two kinds, as shown in Figure 1, drawing water instant heating type turn on the tap certainly can be with
It is smoothly leaned against by horn mouth pedestal and is used by monomer tea tray.Again as shown in Fig. 2, instant heating type turn on the tap that draw water certainly can lead to
It crosses to be screwed onto on tea tray or teahouse machine and forms integrated product.
In the specific implementation, including upper water, heating, temperature control, water outlet and the multiple links of heat dissipation.It is described in upper water
DC water pump is connect with microcomputer controller signal, by controlling the microcomputer controller on turning on the tap, to realize control
DC water pump is realized carries out upper water operation to water inlet, and in order to reduce the vibrations that noise and mitigation DC water pump are brought, institute
With on DC water pump and the junction of DC water pump and bottom cavity is designed with damping, specially several damping washers,
Its water route is sequentially sent to by diversion pipe in liquid level detector and heating chamber by the water outlet of DC water pump simultaneously；
Wherein liquid level detector is intake using side wall, the mode of bottom water outlet, and height is higher than heating chamber, by liquid level
Water in detector can first be admitted to heating chamber cavity, ceramic heating pipe and instlated tubular, heating chamber cavity top be equipped with into
The mouth of a river two, the water outlet of liquid level detector bottom can be flowed into from mouth two in turn, and since the ceramic heating pipe is set in instlated tubular
And there are gaps, between the instlated tubular and hot chamber cavity there is also gap (gap refers to sidewall spacers and bottom gap) and
Instlated tubular most significant end is connect with heating chamber cavity upper end wall, and flow can first flow into the gap between instlated tubular and heating chamber cavity
It is interior, then flow is sent into outside ceramic heating pipe by the gap, and due to the inlet that ceramic heating pipe is equipped with, outside
Flow can further flow into ceramic heating pipe, with the continuous inflow of flow, the interior flow that can be constantly flowed into of heating chamber
It fills, and until the floating core in liquid level detector continuously emerges and floats, due to floating the floating of core, floating in-core is equipped with magnet and dry spring
Pipe is connected, so that the microcomputer controller being connect with reed switch signal receives the full signal of liquid level；
When microcomputer controller receives the full signal of liquid level can by sent out to DC water pump shut down signal to
So that DC water pump stops upper water.
After hydrodynamic(al) is made in completion, heating and temperature control action are carried out, heating chamber cavity top is located at due to going out liquid temperature sensor
Portion, the feed liquor temperature sensor be mounted on liquid level detector case top, and it is described go out liquid temperature sensor and feed liquor temperature
Sensor is connect with microcomputer controller signal respectively, since microcomputer controller receives inflow temperature and induces water temperature
Degree, to realize that the heating power and adjusting that control bidirectional thyristor by microcomputer controller to adjust ceramic heating pipe are straight
The duty ratio of flowing water pump, realization are heated to boiling water state, and boiling water passes sequentially through water outlet two and outlet pipe is externally discharged.Pass through
Occur the case where splashing or spraying in discharge further for boiling water is prevented, water outlet is serially connected on outlet pipe
Anti- spraying mechanism, since partition board is located in water outlet blowout prevention cavity and with water outlet blowout prevention cavity there are gap, boiling water passes through water inlet stream
To blocking being carried out when water outlet three from partition board and from continuing at gap to flow to realize the buffering to boiling water to water outlet three,
Further include letting out steam mechanism, the steam mechanism of letting out is located at water outlet blowout prevention simultaneously in order to keep the discharge of pressure release and vapor
In cavity, the steam mechanism of letting out is the hollow cylinder for being conducting structure up and down, lower part and turned on outside, and top is anti-with water outlet
Spray chamber body is connected, and on the one hand realizes the effect of pressure release, on the other hand can vapor is discharged, then since catch is located at water outlet
Mouthfuls three and there are gaps with water outlet three, so when boiling water flows to water outlet three, it can further be stopped by catch and change stream
To realize the phenomenon that boiling water is not in splash.
In order to improve the effective rate of utilization of thermal energy in the utility model, the outside of ceramic heating pipe is additionally arranged in heating chamber
Instlated tubular does not have excessive heat diffusion to the outside of heating chamber, and instlated tubular highest so that ceramics are when heated
End is connect with heating chamber cavity upper end wall, can effectively be changed the flow direction of flow and be realized the protection cold and hot punching of ceramic heating pipe
It hits, improves the service life of ceramic heating pipe；And because on the one hand ceramic heating pipe is energized by alternating current, on the other hand by two-way
Thyristor control conducting, so often temperature can be high when in use for its bidirectional thyristor, and uses cooling mechanism, the heat dissipation
Mechanism is radiator made of heat-conducting metal, and the bidirectional thyristor is located in cooling mechanism, on the one hand may be implemented to two-way
The temperature of thyristor cools down, while the cooling mechanism is also serially connected on diversion pipe, and such design not only makes two-way crystalline substance
Brake tube can be promoted to water cooling from common natural cooling, and realizing the heat that bidirectional thyristor stays on cooling mechanism can pass through
Flow direction liquid level detector is sent to heating chamber, to substantially increase the radiating efficiency of thyristor, preferably increases brilliant lock
The service life of pipe further shortens the time that boiling water is heated into water, and above-mentioned design not only reduced by only heat energy loss,
Thermal energy is effectively recycled again simultaneously, to realize the immediate thermal function effect in the short time, and can allow machine when in use more
Stablize, so water yield can improve 20% than similar-type products under Same Efficieney.
It is enlightenment, through the above description, relevant staff with the above-mentioned desirable embodiment according to utility model
Various changes and amendments can be carried out in the range of without departing from this item utility model technological thought completely, this item is practical
Novel technical scope is not limited to the contents of the specification, it is necessary to determine that its is technical according to right
Range.
Claims (5)
1. it is a kind of from draw water it is instant heating type turn on the tap, including ontology of turning on the tap, it is characterised in that：
The ontology of turning on the tap includes bottom cavity (4), column (5), rotating handle (6), DC water pump (7), liquid level detector
(8), heating chamber (9), diversion pipe (10) and outlet pipe (11)；
The DC water pump (7) is equipped with water inlet (71) and water outlet (72), and the DC water pump (7) is mounted in bottom cavity (4)
And water inlet (71) and water outlet (72) are separately mounted in bottom cavity (4), the water outlet (72) by diversion pipe (10) successively
It is connected to liquid level detector (8), heating chamber (9) and outlet pipe (11)；
The liquid level detector (8) includes liquid level detector shell (81), floating core (82) and tongue tube (83), the tongue tube
(83) it is mounted at the top of liquid level detector shell (81), the floating core (82) is located in liquid level detector shell (81)；
The heating chamber (9) includes heating chamber cavity (91), ceramic heating pipe (92) and instlated tubular (93), the heating chamber cavity
(91) top is equipped with water inlet two (911), and top is equipped with water outlet two (912), and the ceramic heating pipe (92) is set in heat-insulated
Manage (93) in and there are gaps, between the instlated tubular (93) and hot chamber cavity (91) there is also gap and with heating chamber cavity
(91) top connection, the ceramic heating pipe (92) are equipped with inlet, and the water outlet two (912) connects with outlet pipe (11)
It is logical；
The DC water pump (7), liquid level detector (8), heating chamber (9) and diversion pipe (10) are located in column (5), the water outlet
Pipe (11) is located in rotating handle (6).
2. according to claim 1 from instant heating type turn on the tap that draw water, it is characterised in that：It further include the anti-spraying mechanism of water outlet
(12), the anti-spraying mechanism (12) of water outlet includes water outlet blowout prevention cavity (121), partition board (122) and catch (123), the water outlet
Blowout prevention cavity (121) is equipped with water inlet three (1211) and water outlet three (1212), and the partition board (122), which is located at, is discharged anti-spray chamber
There are gap in body (121) and with water outlet blowout prevention cavity (121), the catch (123) be located at water outlet three (1212) and with
Water outlet three (1212) further includes letting out steam mechanism (19) for what vapor was discharged there are gap, described to let out steam mechanism
(19) it is located in water outlet blowout prevention cavity (121), the steam mechanism (19) of letting out is the hollow cylinder for being conducting structure up and down, institute
Water inlet three (1211) is stated to be connected to outlet pipe (11), further include water outlet flow-guiding mouth (20), it is described water outlet flow-guiding mouth (20) into
It is connected to respectively with hollow cylinder and water outlet three (1212) at mouthful.
3. according to claim 1 from instant heating type turn on the tap that draw water, it is characterised in that：Further include automatic liquid level detection and
Temperature-controlling system, the automatic liquid level detection and temperature-controlling system include microcomputer controller (13), bidirectional thyristor (14), feed liquor temperature
Degree sensor and goes out liquid temperature sensor (16) at (15), it is described go out liquid temperature sensor (16) be located at heating chamber cavity (91) and push up
Portion, the feed liquor temperature sensor (15) are mounted at the top of liquid level detector shell (81), the feed liquor temperature sensor (15)
It is connect with microcomputer controller (13) signal with liquid temperature sensor (16) is gone out, the microcomputer controller (13) passes through two-way crystalline substance
Brake tube (14) drives ceramic heating pipe (92), the tongue tube (83) to be connect with microcomputer controller (13) signal.
4. according to claim 3 from instant heating type turn on the tap that draw water, it is characterised in that：Further include cooling mechanism (17),
The cooling mechanism (17) is radiator made of heat-conducting metal, and the bidirectional thyristor (14) is located on cooling mechanism (17),
The cooling mechanism (17) is also serially connected on diversion pipe (10).
5. according to claim 1 from instant heating type turn on the tap that draw water, it is characterised in that：Further include for mitigating direct current water
Pump the damping (18) of vibrations, the damping (18) is that damping washer is several and on the DC water pump (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720658001.4U CN207989878U (en) | 2017-06-08 | 2017-06-08 | A kind of instant heating type turn on the tap that draw water certainly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720658001.4U CN207989878U (en) | 2017-06-08 | 2017-06-08 | A kind of instant heating type turn on the tap that draw water certainly |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207989878U true CN207989878U (en) | 2018-10-19 |
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ID=63803050
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720658001.4U Active CN207989878U (en) | 2017-06-08 | 2017-06-08 | A kind of instant heating type turn on the tap that draw water certainly |
Country Status (1)
| Country | Link |
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| CN (1) | CN207989878U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107420635A (en) * | 2017-06-08 | 2017-12-01 | 宁波楚博通用科技有限公司 | A kind of Instant heating type turn on the tap that draw water certainly |
-
2017
- 2017-06-08 CN CN201720658001.4U patent/CN207989878U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107420635A (en) * | 2017-06-08 | 2017-12-01 | 宁波楚博通用科技有限公司 | A kind of Instant heating type turn on the tap that draw water certainly |
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