CN209219967U - It is a kind of based on the pipeline machine being boiling over - Google Patents
It is a kind of based on the pipeline machine being boiling over Download PDFInfo
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- CN209219967U CN209219967U CN201821480090.9U CN201821480090U CN209219967U CN 209219967 U CN209219967 U CN 209219967U CN 201821480090 U CN201821480090 U CN 201821480090U CN 209219967 U CN209219967 U CN 209219967U
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- 238000009835 boiling Methods 0.000 title claims abstract description 106
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 475
- 239000010453 quartz Substances 0.000 claims abstract description 106
- VYPSYNLAJGMNEJ-UHFFFAOYSA-N silicon dioxide Inorganic materials O=[Si]=O VYPSYNLAJGMNEJ-UHFFFAOYSA-N 0.000 claims abstract description 106
- 239000003708 ampul Substances 0.000 claims abstract description 26
- 238000010438 heat treatment Methods 0.000 claims abstract description 25
- 238000002156 mixing Methods 0.000 claims description 44
- 238000004659 sterilization and disinfection Methods 0.000 claims description 17
- 230000005611 electricity Effects 0.000 claims description 5
- 230000001954 sterilising effect Effects 0.000 description 7
- 239000000498 cooling water Substances 0.000 description 5
- 238000010586 diagram Methods 0.000 description 3
- JEGUKCSWCFPDGT-UHFFFAOYSA-N h2o hydrate Chemical compound O.O JEGUKCSWCFPDGT-UHFFFAOYSA-N 0.000 description 3
- 238000009841 combustion method Methods 0.000 description 2
- 230000003467 diminishing effect Effects 0.000 description 2
- 239000003651 drinking water Substances 0.000 description 2
- 235000020188 drinking water Nutrition 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 230000006870 function Effects 0.000 description 2
- 241000894006 Bacteria Species 0.000 description 1
- 230000003139 buffering effect Effects 0.000 description 1
- 238000004891 communication Methods 0.000 description 1
- 230000003247 decreasing effect Effects 0.000 description 1
- 230000035622 drinking Effects 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 239000000203 mixture Substances 0.000 description 1
- 238000003825 pressing Methods 0.000 description 1
- 238000007789 sealing Methods 0.000 description 1
- 238000000926 separation method Methods 0.000 description 1
- 239000004575 stone Substances 0.000 description 1
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Abstract
The utility model discloses a kind of based on the pipeline machine being boiling over.The pipeline machine includes water intake mechanism, heating mechanism and discharge mechanism.Water intake mechanism includes water tank.Heating mechanism includes boiling water box and quartz tube heater.Quartz tube heater is connected to water tank by the pipeline of bottom, is connected to so that quartz tube heater keeps U-shaped with water tank.Boiling water box is located above quartz tube heater, flushes at the top of the quartz ampoule of quartz tube heater with water tank peak level, so that being spilled over to boiling water box when water boiling in the quartz ampoule of quartz tube heater.Boiling water box is provided with boiling water outlet.The boiling water outlet connection discharge mechanism of boiling water box.The utility model guarantees that hot water heating is abundant, so that the hot water that pipeline machine comes out must be the boiling water that ebuillition of heated is crossed.
Description
Technical field
The utility model relates to pipeline machines.
Background technique
Pipeline machine is a kind of wall-mounted water dispenser, usually can provide hot water and cold water two ways.With life water
Flat continuous improvement, people increasingly pay close attention to drinking water quality.For pipeline machine, since the water supply of water dispenser has been generally acknowledged that
It is water capable of direct drinking, therefore most of water dispenser is not enough hot water heating currently on the market, that is, pipeline machine institute
The hot water of offer is not boiled boiling water and is only close to boiled water, for example it is just boiled water that water, which is heated to 97 DEG C or 98 DEG C,
?.The problem abundant for hot water heating, especially instant heating type pipeline machine judge that whether boiled water is extremely complex, existing skill
Lack good solution under art.In addition, for users, when user needs hot water, it usually needs be boiled
Water, and not boiled water is provided as hot water inevitably the suspicion played tricks.
Summary of the invention
Problem to be solved in the utility model: the instant heating type abundant problem of pipeline machine hot water heating.
To solve the above problems, the scheme that the utility model uses is as follows:
It is a kind of based on the pipeline machine being boiling over, including water intake mechanism, heating mechanism and discharge mechanism；The water intake mechanism
Including water tank；The heating mechanism includes boiling water box and quartz tube heater；The quartz tube heater and the water tank
It is connected to by the pipeline of bottom, is connected to so that the quartz tube heater keeps U-shaped with the water tank；The boiling water box is located at
Above the quartz tube heater, flushes, make with the water tank peak level at the top of the quartz ampoule of the quartz tube heater
Boiling water box is spilled over to when obtaining the water boiling in the quartz ampoule of the quartz tube heater；The boiling water box is provided with boiling water outlet；
The boiling water outlet of the boiling water box connects the discharge mechanism.
Further, the water intake mechanism further includes water level detecting mechanism and water inlet control valve；The water level detecting mechanism, position
In in the water tank, it is connected for detecting the water level in the water tank with the water inlet control valve.
Further, which further includes control circuit；The quartz tube heater, water level detecting mechanism and water inlet control
Valve connects the control circuit；The control circuit is used for: after instructing the quartz tube heater to be heated, described in acquisition
The water storage tank water level that water level detecting mechanism detects；When the water storage tank water level is lower than first threshold, instruction it is described into
Water control valve is opened to fill the water to the water tank；When the water storage tank water level reaches peak level, the water inlet control is instructed
Valve processed is closed to stop filling the water to the water tank.
Further, which further includes control circuit；The quartz tube heater, water level detecting mechanism and water inlet control
Valve connects the control circuit；The control circuit is used for: after instructing the quartz tube heater to be heated, obtaining water level
The water storage tank water level that testing agency detects；When the water storage tank water level is lower than second threshold, the quartz ampoule is instructed
Heater stops heating.
Further, the discharge mechanism includes water outlet nozzle mechanism and mixing tee pipe；The mixing tee pipe includes two
Water inlet and a water outlet；Two water inlets of the mixing tee pipe are separately connected the water tank and the boiling water box；
The water outlet of the mixing tee pipe connects the water outlet nozzle mechanism.
Further, the pipe diameter that water inlet to the inside that the mixing tee pipe connects the boiling water box is connected to gradually contracts
It is small, form the current limliting to the flow of boiling water.
Further, the water outlet nozzle mechanism includes outlet conduit, steam cover plate and jet chimney；It is company at the top of outlet conduit
The interface of the mixing tee pipe is connect, bottom is faucet；Vapour jacket disk ring forms the steam of bottom opening around outlet conduit
Chamber；Jet chimney one end connects the steam (vapor) outlet of the boiling water box by pipeline, and the other end is connected to vapor chamber.
Further, the water outlet of the water tank is provided with tee tube；The water inlet of the quartz tube heater passes through
The tee tube is connected to the water tank；The boiling water exit of the boiling water box is provided with double outlet switching valves；Double outlets
Switching valve includes switching entrance, first outlet, second outlet and switching mechanism；The switching entrance connects the heating mechanism
Boiling water outlet, the first outlet are connected to the tee tube, and the second outlet is connected to the discharge mechanism；The switching entrance
It can switch between connection first outlet and connection second outlet under the driving of the switching mechanism；The water tank goes out
The mouth of a river is connected to the discharge mechanism by cold water solenoid valve.
Further, which further includes control circuit, the quartz tube heater, double outlet switching valves and cold water electromagnetism
Valve connects the control circuit；The control circuit is used for: receiving disinfection instruction；After receiving disinfection instruction, described in instruction
The switching entrance of double outlet switching valves is connected with first outlet, and instructs heating mechanism to be heated, while pressing certain time
Interval switchs the cold water solenoid valve.
The technical effect of the utility model is as follows:
1, under the structure of the utility model, quartz tube heater is connected to water tank by the water pipe of bottom, so that quartzy
Pipe heater keeps U-shaped with water tank and is connected to；Boiling water box is located above quartz tube heater, the quartzy tube top of quartz tube heater
Portion and water tank peak level flush.That is, quartz tube heater is in the case where heating or heating insufficient, hot water
Boiling water box can not be flowed out at the top of the quartz ampoule of quartz tube heater, only when quartz tube heater adds the water in quartz ampoule
After heat boiling, cause the water level fluctuation at the top of quartz ampoule that hot water could be spilled over in boiling water box when passing through water boiling, therefore boils
The water flowed out in water tank must be boiled.
2, under the structure of the utility model, quartz tube heater is connected to water tank by the water pipe of bottom, so that quartzy
Pipe heater keeps U-shaped with water tank and is connected to.Due to being provided with water level detecting mechanism in water tank, thus, it is possible to pass through water level
Water level in the quartz ampoule of quartz tube heater detects in testing agency, thus when water level detecting mechanism detects the water level in water tank
It can stop heating when too low, to avoid quartz tube heater dry combustion method.
3, under the structure of the utility model, the hot water in quartz ampoule in quartz tube heater can not continuously be spilled over to boiling water
Case can not be spilled over to boiling water box this is because causing water level to reduce after boiling water is spilled over to boiling water box again, at this time, it may be necessary to logical
Water tank control water inlet is crossed, when the water level of water tank returns to highest, could restore to overflow boiling water.Thus cause, quartz ampoule
The water that heater flows to boiling water box is intermittent, thus also cause boiling water box flow to faucet boiling water be also it is intermittent,
For this purpose, the utility model is by having the mixing tee pipe of flow restriction, so that the boiling water that boiling water box flows to faucet is continuous,
By having the mixing tee pipe of flow restriction, avoid the problem that boiling water splashes.
4, hot water is introduced cold water pipes in disinfection and sterilization by the utility model, cold by switching by certain time interval
Water solenoid valve reduces the water drained outward by pipeline, kills so that being able to maintain that the condition of high temperature carries out disinfection in pipeline
Bacterium.
5, it is 40 ~ 50 degree that warm water water temperature is formed by after the utility model hot water and cold water mix, and suitable user is to warm water
Demand.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model embodiment.
Fig. 2 is the structural schematic diagram of the utility model embodiment mixing tee pipe.
Fig. 3 and Fig. 4 is the schematic perspective view and schematic cross-sectional view of the utility model embodiment water outlet nozzle mechanism.
Fig. 5 is the control circuit connection relationship structural schematic diagram of the utility model embodiment.
Wherein, 1 is water tank, and 11 be water inlet pipe, and 12 be water inlet control valve, and 13 be water tank water outlet, and 14 be the one or three
Siphunculus, 15 be the second tee tube, and 16 be cold water solenoid valve, and 17 be water level detecting mechanism, and 2 be quartz tube heater, and 21 be draining
Pipe, 22 be quartz tube heater water inlet, and 23 be quartz ampoule, and 3 be boiling water box, and 31 be steam pipe, and 32 be double outlet switching valves, 4
It is water outlet nozzle mechanism, 41 be outlet conduit, and 411 be faucet connector, and 412 be faucet, and 42 be steam cover plate, and 421 be to steam
Vapour chamber, 43 be jet chimney, and 431 be steam inlet, and 5 be mixing tee pipe, and 51 be straight tube, and 511 be cooling water inlet, and 512 be mixed
Outlet is closed, 52 be inclined tube, and 521 be hot water inlet, and 522 be inclined tube inner opening, and 53 be mixing chamber, and 61 be first pipe, and 62 are
Second pipe, 63 be third pipeline, and 64 be the 4th pipeline, and 65 be the 5th pipeline, and 66 be the 6th pipeline, and 900 be control circuit,
901 be order button.
Specific embodiment
The utility model is described in further details with reference to the accompanying drawing.
As shown in Figure 1, a kind of pipeline machine that disinfection and sterilization is washed away with boiling water, including water intake mechanism, heating mechanism, out water dispenser
Structure and control circuit.Water intake mechanism includes water tank 1, water inlet pipe 11, water inlet control valve 12 and water level detecting mechanism 17.Heater
Structure includes boiling water box 3 and quartz tube heater 2.Discharge mechanism includes water outlet nozzle mechanism 4 and mixing tee pipe 5.
One end of water inlet pipe 11 connects water tank 1 by water inlet control valve 12, and the other end connects drinking water source, such as bucket
Fill water.Water level detecting mechanism 17 is located in water tank 1, for detecting the water level in water tank 1.In the present embodiment, water level detecting
Mechanism 17 is floating ball, floating ball rod and sensor formed float-ball type the water level detecting mechanism being arranged in water tank 1.Float-ball type
Water level detecting mechanism is known to those skilled in the art, and this specification repeats no more.Water level detecting mechanism 17 passes through control electricity
Road connects water inlet control valve 12.The bottom of water tank 1 is provided with water tank water outlet 13.Water tank water outlet 13 is provided with unidirectionally
Valve, connection water tank water outlet 13 is the first tee tube 14, it is, the water outlet of water tank 1 is provided with tee tube.The
The connection of three openings of one tee tube 14 is respectively as follows: first opening connection water tank water outlet 13 of the first tee tube 14；
Second opening of the first tee tube 14 connects first pipe 61；The third opening connection third pipeline of first tee tube 14
63。
Heating mechanism includes boiling water box 3 and quartz tube heater 2.Quartz tube heater 2 is by quartz ampoule 23 and around quartz
The heater of pipe 23 is formed.The bottom of quartz tube heater 2 is provided with drainpipe 21 and quartz tube heater water inlet 22.Row
Water pipe 21 is used for water when pipeline machine installation and debugging in emptying quartz tube heater 2.Quartz tube heater water inlet 22 passes through the
Five pipelines 65, the second tee tube 15, third pipeline 63 and the first tee tube 14 connect water tank water outlet 13, so that quartz ampoule adds
Hot device 2 is connected to water tank 1 by the water pipe of bottom, is connected to so that quartz tube heater 2 keeps U-shaped with water tank 1.Boiling water box
3 are located at 2 top of quartz tube heater.It is protruded into boiling water box 3 at the top of the quartz ampoule 23 of quartz tube heater 2.Quartz tube heater 2
The top of quartz ampoule 23 and the peak level of water tank 1 flush.Boiling water box 3 is provided with steam (vapor) outlet and boiling water outlet.Boiling water box 3
Steam (vapor) outlet connect steam pipe 31.The steam inlet of the connection water outlet nozzle mechanism 4 of steam pipe 31.The boiling water exit of boiling water box 3
It is provided with double outlet switching valves 32.The boiling water box 3 of the present embodiment plays the role of steam separation, therefore is referred to as steam point
From device.Quartz tube heater 2 heats the steam (vapor) outlet that generated water vapour passes through boiling water box 3, through steam pipe 31, then through being discharged
Nozzle mechanism 4 is discharged.
Double outlet switching valves 32 are that one kind is cut as composed by switching entrance, first outlet, second outlet and switching mechanism
Change valve.Switching entrance can switch between connection first outlet and connection second outlet under the driving of switching mechanism.Switching
Mechanism is usually electromagnetic mechanism.That is, switching entrance or connection first outlet, Huo Zhelian in double outlet switching valves 32
Logical second outlet；When switching entrance connection first outlet, it is not connected to second outlet；When switching entrance is connected to second outlet
When, it is not connected to first outlet.In the present embodiment, the boiling water outlet of the switching entrance connection boiling water box 3 of double outlet switching valves 32.
The first outlet of double outlet switching valves 32 connects first pipe 61, and connects the first tee tube 14 by first pipe 61.It is double go out
The second outlet of mouth switching valve 32 connects second pipe 62, and connects mixing tee pipe 5 by second pipe 62.
Mixing tee pipe 5, as shown in Fig. 2, being made of straight tube 51 and inclined tube 52.Straight tube 51 is vertically arranged, 52 He of inclined tube
51 diagonal cross of straight tube.Lumen is provided in straight tube 51 and inclined tube 52.Straight tube 51 is connected with the lumen of inclined tube 52.Straight tube 51
Top be cooling water inlet 511, lower section is provided with mixing chamber 53.The lower section of mixing chamber 53 is provided with mixed export 512.Inclined tube 52
Lumen one end be inclined tube inner opening 522, the other end is hot water inlet 521.Cooling water inlet 511 and hot water inlet 521 are mixed
Two water inlets of tee tube 5 are closed, mixed export 512 is the water outlet of mixing tee pipe 5.Hot water inlet 521 is higher than in inclined tube
Portion's opening 522.The lumen of inclined tube 52 is connected to mixing chamber 53 by inclined tube inner opening 522.The tapered structure of the lumen of inclined tube 52,
It is, 521 end of hot water inlet is relatively large in diameter, the diameter at 522 end of inclined tube inner opening is smaller so that hot water inlet 521 to
The pipeline of inside connection is gradually reduced.Hot water inlet 521 connects double outlet switching valves 32 by second pipe 62.Therefore, it mixes
The water inlet that tee tube 5 connects the second outlet of double outlet switching valves 32 is hot water inlet 521.Hot water inlet 521 to inside connects
Logical pipeline is gradually reduced, it is, mixing tee pipe 5 connects the pipeline that the water inlet of double outlet switching valves 32 is connected to inside
It is gradually reduced, by the diminishing segment dislocation of inclined tube 52 to the current limliting of the flow of boiling water.In addition, 53 diameter of mixing chamber is greater than
The diameter of inclined tube inner opening 522.Specific in the present embodiment, 53 diameter of mixing chamber is 10 millimeters, inclined tube inner opening 522
Diameter is 3 millimeters.
The mixed export 512 of 51 bottom of straight tube connects the 6th pipeline 66, and passes through the 6th pipeline 66 connection water outlet nozzle mechanism
4.The cooling water inlet 511 at 51 top of straight tube connects cold water solenoid valve 16, the both ends point of cold water solenoid valve 16 by the 4th pipeline 64
It Lian Jie not the 4th pipeline 64 and the second tee tube 15.It is, the water outlet of water tank 1 passes through the connection water outlet of cold water solenoid valve 16
Mechanism.The connection of three openings of the second tee tube 15 is respectively as follows: the first opening connection third pipeline 63 of the second tee tube 15,
And water tank water outlet 13 is connected to by third pipeline 63；Second opening connection cold water solenoid valve 16 of the second tee tube 15, and
The cooling water inlet of mixing tee pipe 5 is connected by cold water solenoid valve 16 and the 4th pipeline 64；The third of second tee tube 15 is open
The 5th pipeline 65 is connected, and quartz tube heater 2 is connected by the 5th pipeline 65.
It is discharged nozzle mechanism 4, as shown in Figure 3, Figure 4, outlet conduit 41, steam cover plate 42 and jet chimney 43.Outlet conduit
41 are vertically arranged, and top is faucet connector 411, and bottom is faucet 412, faucet connector 411 and faucet 412 it
Between up and down connection.The interface that mixing tee pipe 5 is connected at the top of faucet connector 411, that is, outlet conduit 41, passes through the 6th
The mixed export 512 of the connection mixing tee pipe 5 of pipeline 66.Steam cover plate 42 forms top sealing, bottom around outlet conduit 41
The vapor chamber 421 of opening.Jet chimney 43 is horizontally disposed.One end of jet chimney 43 is steam inlet 431, and other end connection is steamed
Vapour chamber 421.Steam inlet 431 connects the steam (vapor) outlet of boiling water box 3 by steam pipe 31.
Control circuit, as shown in figure 5, including processor, memory connects water inlet control valve 12, water level detecting mechanism 17,
Double outlet switching valves 32, cold water solenoid valve 16, quartz tube heater 2 and order button 901.Order button 901 is that setting exists
Control button on pipeline machine panel, including hot water key, warm water key, cold water key and sterilization key.Control circuit
Processor completes out hot water, warm water, cold water and disinfection function by executing program instructions.It is specific as follows:
When user presses cold water key, control circuit 900 receives out cold water instruction, and then control circuit 900 instructs
Cold water solenoid valve 16 is opened, and the cold water in water tank 1 is through the check valve in water tank water outlet 13 at this time, through the first tee tube
14, then through third pipeline 63, the second tee tube 15, cold water solenoid valve 16, the 4th pipeline 64, mixing tee pipe 5, the 6th pipeline
66, water outlet nozzle mechanism 4 is flowed into, is finally flowed out from faucet 412.After control circuit 900 instructs cold water solenoid valve 16 to open, start
Timing, when to certain time, control circuit 900 instructs cold water solenoid valve 16 to close, at this point, flowing out from faucet 412 cold
Water is 200 or 250 milliliters.Since the water level of water tank 1 is higher than faucet 412, and difference in height is fixed, therefore, from water outlet
The cold water water speed that mouth 412 flows out is fixed, it is possible thereby to instead release the opening time of cold water solenoid valve 16.Control circuit 900 instructs
After cold water solenoid valve 16 is opened, the water level in water tank 1 is detected by water level detecting mechanism 17, when 1 water level of water tank is lower than the
When one threshold value, instruction water inlet control valve 12 is opened to fill the water to water tank 1；When 1 water level of water tank reaches peak level, instruction
Water inlet control valve 12 is closed to stop filling the water to water tank 1.
When user presses hot water key, control circuit 900 receives out hot water instruction, and then control circuit 900 instructs
Quartz tube heater 2 heats, and the water in the quartz ampoule 23 of quartz tube heater 2 is because of ebuillition of heated, due to quartz tube heater 2
The overhead height of quartz ampoule 23 is flushed with 1 peak level of water tank, in water boiling, because the water surface, which seethes, is spilled over to boiling water box 3.
Then the boiling water in boiling water box 3 is by double the second openings for exporting switching valves 32, second pipe 62, through mixing tee pipe the 5, the 6th
Pipeline 66 flows into water outlet nozzle mechanism 4, finally flows out from faucet 412.Water vapour is then through steam pipe 31 at this time, finally by out
421 bottom opening of vapor chamber of water nozzle mechanism 4 sheds.When control circuit 900 instructs quartz tube heater 2 to heat, pass through water level
The water level in water tank 1 detects in testing agency 17, and when 1 water level of water tank is lower than first threshold, instruction water inlet control valve 12 is beaten
It opens to be filled the water to water tank 1；When 1 water level of water tank reaches peak level, instruction water inlet control valve 12 is closed to stop to storage
Water tank 1 fills the water.Since the top of the quartz ampoule 23 of quartz tube heater 2 is flushed with 1 peak level of water tank, when boiling water is spilled over to
After boiling water box, water level is caused to reduce, boiling water box can not be spilled over to again, at this time, it may be necessary to by the control water inlet of water tank 1, until storage
When the water level of water tank 1 returns to highest, it could restore to overflow boiling water.Thus lead to the boiling in the quartz ampoule 23 of quartz tube heater 2
Water can not continuously be spilled over to boiling water box, but intermittent.Hot water to avoid faucet 412 from flowing out is also intermittent, sheet
Embodiment when hot water passes through mixing tee pipe 5, carries out current limliting buffering by the diminishing lumen of inclined tube 52 of mixing tee pipe 5.
The effect of 52 current limliting of inclined tube of mixing tee pipe 5 depends on the diameter of inclined tube inner opening 522.Therefore, inclined tube inner opening 522
Diameter and the boiling water water of the intermittent spilling of quartz ampoule 23 match.Further, since the mixing chamber 53 in mixing tee pipe 5 is straight
Diameter is much larger than the diameter of inclined tube inner opening 522, and boiling water causes the mixed chamber 53 of the air pressure of pipeline to be discharged as a result, because
This will not cause hot water to splash when hot water is flowed out from faucet 412 because of heat hydraulic pressure.It overflows in addition, quartz ampoule 23 is intermittent
Boiling water out be it is fixed, therefore, quartz tube heater 2 heat certain time can from faucet 412 flow out fixed amount heat
Water.
When user presses warm water key, control circuit 900 receives out warm water instruction, and then control circuit 900 instructs
Quartz tube heater 2 heats, and cold water solenoid valve 16 is instructed to open simultaneously, at this point, flowing into mixing tee pipe 5 from second pipe 62
Boiling water and from the 4th pipeline 64 flow into mixing tee pipe 5 cold water mixed in mixing tee pipe 5, formed warm water.Last temperature
Water is flowed out from faucet 412.Control circuit 900 instruct quartz tube heater 2 heat, and instruct cold water solenoid valve 16 open after,
The water level in water tank 1 is detected by water level detecting mechanism 17, when 1 water level of water tank is lower than first threshold, instruction water inlet control
Valve 12 processed is opened to fill the water to water tank 1；When 1 water level of water tank reaches peak level, instruction water inlet control valve 12 close with
Stop filling the water to water tank 1.
When user presses sterilization key, control circuit 900 receives disinfection instruction, then the double outlet switching valves 32 of instruction
Switching entrance be connected with first outlet, and start quartz tube heater 2 and heated, while being switched by certain time interval
Cold water solenoid valve 16.When cold water solenoid valve 16 is closed, since hot water specific gravity is lighter, the hot water that boiling water box 3 flows out is through the first pipe
Road 61 flows into the first tee tube 14, then through third pipeline 63, the second tee tube 15, the 5th pipeline 65 and quartz tube heater 2
Between form circulation, thus by first pipe 61, the first tee tube 14, third pipeline 63, the second tee tube 15 and the 5th pipe
Water in road 65 is all heated to state close to boiling, to realize to first pipe 61, the first tee tube 14, third pipeline
63, the second tee tube 15 and the 5th pipeline 65 realize sterilizing.Since water tank water outlet 13 is provided with check valve, because
This, hot water can not be back in water tank 1 from piping shaft water tank water outlet 13.When first pipe 61, the first tee tube 14,
When water in three pipelines 63, the second tee tube 15 and the 5th pipeline 65 is all heated to state close to boiling, cold water electricity is opened
After magnet valve 16, hot water is flowed out through the 4th pipeline 64, mixing tee pipe 5, the 6th pipeline 66 through faucet 412, to realize to the
The disinfection and sterilization of four pipelines 64 and mixing tee pipe 5.At this point, due to first pipe 61, the first tee tube 14, third pipeline 63,
Water level decreasing in second tee tube 15 and the 5th pipeline 65 is more, and the cold water flow in pipes in water tank 1 leads to pipeline
Interior water temperature reduces, and water temperature can not play disinfection to the 4th pipeline 64 and mixing tee pipe 5 after reducing, and therefore, it is necessary to will be cold
Water solenoid valve 16 is again switched off.Thus it operates repeatedly, it is final to realize that more than 5 hot water of the 4th pipeline 64 and mixing tee pipe wash away,
To achieve the purpose that disinfection.Therefore, control circuit needs to switch cold water solenoid valve 16 by certain time interval.Specifically, than
Such as, cold water solenoid valve 16 is closed 25 seconds, is then opened 5 seconds, is turned off 25 seconds, then open 5 seconds, operated repeatedly with this.
It should be pointed out that in the present embodiment, without the solenoid valve of hot water pipeline, because in the not work of quartz tube heater 2
When making, water can not flow into boiling water box 3 from the quartz ampoule 23 of quartz tube heater 2 and flow out, only when quartz tube heater 2 works
When, boiling water box 3 could be spilled over to from the quartz ampoule 23 of quartz tube heater 2 after water boiling and flow out.
In addition, quartz tube heater 2 passes through the 5th pipeline 65, the second tee tube 15,63 and of third pipeline in the present embodiment
First tee tube 14 saves U-shaped connected relation with water tank 1, and therefore, when quartz tube heater 2 heats, control circuit 900 can
The water level in water tank 1 is detected by water level detecting mechanism 17, the stone of water level i.e. quartz tube heater 2 in water tank 1
Water level in English pipe 23, when 1 water level of water tank is lower than second threshold, instruction quartz tube heater 2 stops heating.Thus it can keep away
Exempt from the heating in water shortage of quartz tube heater 2.In general, quartz tube heater 2 itself has overtemperature protection system, to avoid
Dry combustion method.Therefore, in the present embodiment, quartz tube heater 2 is by duplicate protection.It should be evident that the height of water level of second threshold
Lower than the height of water level of pre-determined first threshold, the height of water level of first threshold is lower than water tank peak level height.The present embodiment
In, the height of water level difference of water tank peak level and first threshold is 1 centimetre, the water level of water tank peak level and second threshold
Difference in height is 5 centimetres, and capacity is 500 milliliters when water tank is in peak level.
It should be pointed out that control circuit receives various controls by the order button on pipeline machine panel in the present embodiment
System instruction, it will be appreciated by those skilled in the art that control circuit can also connect remote server by communication module, user can lead to
Cross mobile terminal and remote server and issue various corresponding control instructions to control circuit, complete out hot water, warm water, cold water with
And the function of sterilizing.
Claims (9)
1. a kind of based on the pipeline machine being boiling over, which is characterized in that including water intake mechanism, heating mechanism and discharge mechanism；Institute
Stating water intake mechanism includes water tank；The heating mechanism includes boiling water box and quartz tube heater；The quartz tube heater and
The water tank is connected to by the pipeline of bottom, is connected to so that the quartz tube heater keeps U-shaped with the water tank；It is described
Boiling water box is located above the quartz tube heater, the quartz ampoule top of the quartz tube heater and the water tank highest water
Position flushes, so that being spilled over to boiling water box when water boiling in the quartz ampoule of the quartz tube heater；The boiling water box is provided with
Boiling water outlet；The boiling water outlet of the boiling water box connects the discharge mechanism.
2. as described in claim 1 based on the pipeline machine being boiling over, which is characterized in that the water intake mechanism further includes water level
Testing agency and water inlet control valve；The water level detecting mechanism is located in the water tank, for detecting in the water tank
Water level is connected with the water inlet control valve.
3. as claimed in claim 2 based on the pipeline machine being boiling over, which is characterized in that the pipeline machine further includes control electricity
Road；The quartz tube heater, water level detecting mechanism connect the control circuit with water inlet control valve；The control circuit is used
In: after instructing the quartz tube heater to be heated, obtain the water tank water that the water level detecting mechanism detects
Position；When the water storage tank water level is lower than first threshold, the water inlet control valve is instructed to open to fill the water to the water tank；When
When the water storage tank water level reaches peak level, the water inlet control valve is instructed to close to stop filling the water to the water tank.
4. as claimed in claim 2 based on the pipeline machine being boiling over, which is characterized in that the pipeline machine further includes control electricity
Road；The quartz tube heater, water level detecting mechanism connect the control circuit with water inlet control valve；The control circuit is used
In: after instructing the quartz tube heater to be heated, obtain the water storage tank water level that water level detecting mechanism detects；When
When the water storage tank water level is lower than second threshold, the quartz tube heater is instructed to stop heating.
5. as described in claim 1 based on the pipeline machine being boiling over, which is characterized in that the discharge mechanism includes faucet
Mechanism and mixing tee pipe；The mixing tee pipe includes two water inlets and a water outlet；The two of the mixing tee pipe
A water inlet is separately connected the water tank and the boiling water box；The water outlet of the mixing tee pipe connects the faucet machine
Structure.
6. as claimed in claim 5 based on the pipeline machine being boiling over, which is characterized in that described in the mixing tee pipe connection
The water inlet of boiling water box to the pipe diameter that inside is connected to is gradually reduced, and forms the current limliting to the flow of boiling water.
7. as claimed in claim 5 based on the pipeline machine being boiling over, which is characterized in that the water outlet nozzle mechanism includes water outlet
Pipeline (41), steam cover plate (42) and jet chimney (43)；Connecing for the connection mixing tee pipe at the top of outlet conduit (41)
Mouthful, bottom is faucet (412)；Steam cover plate (42) forms the vapor chamber (421) of bottom opening around outlet conduit (41)；
Jet chimney (43) one end connects the steam (vapor) outlet of the boiling water box by pipeline, and the other end is connected to vapor chamber (421).
8. as described in claim 1 based on the pipeline machine being boiling over, which is characterized in that the water outlet of the water tank is set
It is equipped with tee tube；The water inlet of the quartz tube heater is connected to the water tank by the tee tube；The boiling water box
Boiling water exit is provided with double outlet switching valves；Double outlet switching valve include switching entrance, first outlet, second outlet and
Switching mechanism；The switching entrance connects the boiling water outlet of the heating mechanism, and the first outlet is connected to the tee tube, institute
It states second outlet and is connected to the discharge mechanism；The switching entrance can go out under the driving of the switching mechanism in connection first
Switch between mouth and connection second outlet；The water outlet of the water tank is connected to the discharge mechanism by cold water solenoid valve.
9. as claimed in claim 8 based on the pipeline machine being boiling over, which is characterized in that the pipeline machine further includes control electricity
Road, the quartz tube heater, double outlet switching valves connect the control circuit with cold water solenoid valve；The control circuit is used
In: receive disinfection instruction；After receiving disinfection instruction, the switching entrance and first outlet phase of double outlet switching valves are instructed
Connection, and instruct heating mechanism to be heated, while switching the cold water solenoid valve by certain time interval.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821480090.9U CN209219967U (en) | 2018-09-11 | 2018-09-11 | It is a kind of based on the pipeline machine being boiling over |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821480090.9U CN209219967U (en) | 2018-09-11 | 2018-09-11 | It is a kind of based on the pipeline machine being boiling over |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209219967U true CN209219967U (en) | 2019-08-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821480090.9U Expired - Fee Related CN209219967U (en) | 2018-09-11 | 2018-09-11 | It is a kind of based on the pipeline machine being boiling over |
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| CN (1) | CN209219967U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108836117A (en) * | 2018-09-11 | 2018-11-20 | 南京讯飞智慧空间信息科技有限公司 | It is a kind of based on the pipeline machine being boiling over |
-
2018
- 2018-09-11 CN CN201821480090.9U patent/CN209219967U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108836117A (en) * | 2018-09-11 | 2018-11-20 | 南京讯飞智慧空间信息科技有限公司 | It is a kind of based on the pipeline machine being boiling over |
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