CN106037492A - Water and electricity linkage device and method adopted by same - Google Patents
Water and electricity linkage device and method adopted by same Download PDFInfo
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- CN106037492A CN106037492A CN201610353794.9A CN201610353794A CN106037492A CN 106037492 A CN106037492 A CN 106037492A CN 201610353794 A CN201610353794 A CN 201610353794A CN 106037492 A CN106037492 A CN 106037492A
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- water
- heating
- storage tank
- temperature
- electricity linkage
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J31/00—Apparatus for making beverages
- A47J31/44—Parts or details or accessories of beverage-making apparatus
- A47J31/54—Water boiling vessels in beverage making machines
- A47J31/56—Water boiling vessels in beverage making machines having water-level controls; having temperature controls
Abstract
The invention discloses a water and electricity linkage device and a method adopted by the water and electricity linkage device. The water and electricity linkage device comprises a heating cavity and a water storage tank, wherein the heating cavity communicates with the water storage tank through a water through pipe, an inner cup and an electric heating pipe are arranged in the heating cavity from top to bottom, and the inner cup is provided with a water outlet extending out of the heating cavity, and an opening is formed in the top of the inner cup; a water inlet of the water storage tank is connected with a water inlet pipe, the water storage tank is provided with three water level probes extending into the water storage tank, the length of the No.1 probe is greater than the length of the No.2 probe, and the length of the No.2 probe is greater than the length of the No.3 probe; the water level of the water storage tank is level with the water level of the heating cavity. The water and electricity linkage device has the beneficial effects that through the recycling of the steam heat energy, the energy consumption is reduced; the water level rises as boiling water is in a boiling state, then the boiling water enters the inner cup to be taken as drinking water, and thus the drinking water hygiene is improved; the safety of each component of the device is monitored in time, and alarming and reminding are made aiming at the relevant problems; the water inlet, heating and heat preservation are intelligently controlled, the timed startup and shutdown function is provided, and therefore, the operation is convenient and rapid; the heating effect is rapidly improved, and the energy loss is reduced.
Description
Technical field
The invention belongs to field of water fountain, be specifically related to a kind of drinking water electric shaft devices and methods therefor.
Background technology
In prior art, cool water heating or boiled being required for are used heater and heat chamber, almost by water dispenser
The heating of the electricity water dispenser such as all of storage-type, immediate boiling is all to add water at heating intracavity, is then directly placed by electrothermal tube
Yu Shuizhong is also energized, and the hot water after heating flows directly out heating chamber and drinks to special hot water reservoir supply people, electrothermal tube
Be placed in water for a long time and heat into it, thus cause its heater, this direct-fired mode of heating intracavity easily amass scaling,
Reducing the thermal efficiency, the element such as electrothermal tube heats for a long time may cause secondary pollution to drinking water, and drinking-water owes health, performance not
The defect such as stable.
During additionally using, tradition boiling-water-type water dispenser is that DC heating case adds hot water reservoir dual-heated, cold water
Flow into DC heating case, hot water reservoir water less than time, DC heating case uncontrollable cold water water level, the continuous injection heating of cold water
Case, seethes with excitement many times through adding hot tank." boiling water " and cold water upwards push up, by water vapour, water are overflowed to hot water reservoir, so
The water injecting hot water reservoir does not reaches the temperature of boiled water, typically about 70-80 degree, relends with the heating in hot water reservoir
Pipe continues the temperature of heating drinking water, so produces secondary and repeats to heat up water, produces " thousand boiling water " or " pan boiling water ".During Gai,
Water dispenser is opened by forceful electric power or closes corresponding operating, even if boiled, later stage heat-preserving drinking machine is also in a forceful electric power
Waiting state, whole process compares power consumption, is unfavorable for energy conservation.Existing drinking machine heating intracavity monitoring water level is all dependent on
Probe is arranged on heating intracavity, mostly arranges 2, and one is used for detecting peak level, and one is used for detecting lowest water level, drinking-water
Machine repeatedly heats and easily causes tissue damage, and it is malfunctioning that fouling also easily causes water level, affects service life, and because being arranged on heat
In water, it makes material and use cost all can be higher.
Notification number is that the Chinese patent of CN 202525934 U discloses a kind of zero pressure water-electricity linkage energy-saving drinking machine, bag
Including filter, heater and exchanger, described filter and heater are designed with water inlet and outlet, and exchanger is provided with cold water
Import, cooling water outlet, hot water inlet and warm water outlet, the external water source of filter water inlet, filter outlet connection exchanger
Cooling water inlet, exchanger cooling water outlet connects heater water inlet, and heater outlet is divided into two, and connects hot water tap respectively
With exchanger hot water inlet, exchanger warm water water outlet connects temperature tap, and described heater water outlet is provided with relief valve；Pass through
Heater water inlet is provided with relief valve, is provided with Hydroelectricity interstage valve and realizes one and work as the fire hose on hot water tap and temperature tap
Head breaks down and time water outlet is more than, can be automatically switched off sealing, realizes improving safety and having saved the mesh of water resource with this
's.This patent detection functional structure is single, and safety guarantee and fault detect are the most single.And notification number is CN 204071748
Water-electricity linkage energy-saving drinking machine disclosed in the Chinese patent of U, although improve the structure type of faucet, but whole water power is joined
Dynamic method and device does not have the biggest lifting, depends on Hydroelectricity interstage valve to realize the closedown of faucet, does not exist multiple
Fault cues and detection function, there are other safety problems during use, the later stage as its preservation & testing faulty be required for by
One detection, is therefore badly in need of a kind of convenient, detection more complete water dispenser of prompt facility.
Summary of the invention
The invention aims to solve current electrothermal tube be directly arranged in drinking water heating and cause unhygienic, water dispenser
The problems such as in running, the detection warning function of links is the most complete, water dispenser power consumption is high, it is provided that a kind of water-electricity linkage
Method and device thereof.
A kind of water-electricity linkage device, including heating chamber and storage tank, described heating chamber is connected by water service pipe with storage tank,
Described heating intracavity is from top to bottom provided with interior cup and electrothermal tube, and described interior cup is provided with the outlet stretching out heating chamber and an interior cup top
Portion's opening, described heating top of chamber is provided with No. 7 water level probes stretching into interior cup；The water inlet of described storage tank and water inlet pipe
Connecting, described storage tank is provided with No. 1, No. 2, No. 3 three water level probes stretching in storage tank, and wherein the length of No. 1 probe is big
In the length of No. 2 probes, the length of No. 2 probes is more than the length of No. 3 probes；The water level of described storage tank and the water level heating chamber
Flush.
Interior cup open top designs, and after being mainly used in heating the water boiling that intracavity is heated by electrothermal tube, water level raising is from top
Opening overflows into a passage of interior cup.The water level of storage tank flushes with the water level in heating chamber and the peak level of storage tank is less than interior
The position on edge on cup, this is disposed to ensure that many water level probes in storage tank can accurately detect heating intracavity water level feelings
Condition, raises also for the hot water water level of boiling when ensureing to heat the boiling of intracavity water body and overflows into interior cup, and then flow out confession from outlet
People drink.This programme i.e. can determine that the water level conditions of heating intracavity by water level in inspection storage tank, improves water level probe
Service life, and relatively low to the type of water level probe and the making material requirements of itself；Interior cup is arranged on heating chamber
Internal (and being set in a hot water reservoir chamber unlike the drinking water after traditional heating is individually outer), be by cold water heated after
Boiling water level raises and the up principle of steam, and hot water overflows into interior cup so that the more safety and sanitation of the drinking hot water of interior cup, Er Qieting
Only in the certain time after heating, the hot water of heating intracavity internally can carry out a residual heat insulation effect by cup so that the water of interior cup
Can keep uniform temperature rather than cooling at once, it is more safe and practical that electrothermal tube is located at interior cup bottom, in No. 7 probes are used for determining
Water is had in Bei.
Further, the top in described heating chamber is provided with a steam pipe, and described steam pipe connects with the water inlet of storage tank.Steam
Vapour energy recovery is beneficial to energy conservation, reduces heat energy loss and improves energy utilization rate.Steam thermal energy recycles, and heat energy is by water storage
Case inner cold water absorbs.
Further, the heating chamber water inlet being connected with water service pipe is positioned on the sidewall of heating bottom, chamber.Current are from heating chamber
Bottom enters, and impurity etc. can be deposited on bottom heating chamber, and therefore this partial impurities will not enter interior cup, and water inlet is located at heating chamber
Bottom and being positioned at below cup is avoided that element may aging or that corrosion etc. brings in water body secondary pollution.
Further, described water-electricity linkage device also includes master control borad, display screen, guidance panel, described master control borad and heating
Chamber, storage tank, display screen, guidance panel electrical connection, described No. 1 probe, No. 2 probes, No. 3 probes, No. 7 probes respectively with master control
Plate connects.
Further, the water inlet of described water inlet pipe is provided with a water intaking valve, and described water intaking valve is connected with master control borad.Master control borad can
To control whether the cold water of whole device intakes.
Further, described heating intracavity is provided with a temperature probe between electrothermal tube and interior cup, described temperature probe with
Master control borad connects.It is easy to the temperature height of device detection heating intracavity water body.Heating chamber temperature of lower reaches uniform temperature, according to
The up principle of steam, heating chamber upper temp the most necessarily reaches this temperature.
Further, electrothermal tube, protection circuit module, relay are sequentially connected with, and described relay, protection circuit module are respectively
It is connected with master control borad.
Further, bottom, described heating chamber is provided with temperature controller, and described temperature controller connects relay, master control borad, transformator with
Relay, master control borad connect.
Further, the water-electricity linkage device of described water dispenser also includes being located in water dispenser alarm module, communication module,
Remote monitoring terminal, described communication module, alarm module, remote monitoring terminal be connected with master control borad, described remote monitoring terminal
Warning message is sent to remote monitoring server.
A kind of water-electricity linkage method of water dispenser using above-mentioned water-electricity linkage device, comprises the following steps:
Step one, startup self-detection, power-on self-test after water dispenser start, by then entering step 2；As self-inspection is not passed through, then
Automatically lock machine alarm；
Step 2, water inlet, storage tank connects with heating chamber, and storage tank is intake, when No. 1 probe in detecting of storage tank is to storage tank
Persistently intake during water level signal, carry out step 3；It is not detected by signal, then lock machine police automatically after the certain period of time T1 second
Report；
Step 3, heating, when No. 2 probe in detecting are to water level signal in storage tank, heating chamber started heating schedule, enters
Row step 4；It is not detected by signal, then lock machine alarm automatically after the certain period of time T2 second；
Step 4, closes water valve, when No. 3 probe in detecting are to water level signal in storage tank, stop water inlet, carries out step
Five；It is not detected by signal, then lock machine alarm automatically after the certain period of time T3 second；
Step 5, stops heating and monitoring, when heating No. 7 probes of intracavity and being not detected by water level signal, continues heating also
Start high temperature monitoring；When No. 7 probe in detecting are to water level signal, stop heating and start low temperature supervision；
Wherein, T1, T2, T3 are positive number, are the numerical value presetting the waiting time.
This method uses the mode that forceful electric power light current combines, when water dispenser exists phase during normal forceful electric power heating and thermal insulation
Answer problem, do signal by light current and transmit and warning prompting, and automatically take corresponding actions, terminate forceful electric power state, save electric energy
It is lost and avoids water dispenser to damage.
Further, the monitoring of described high temperature is monitoring heating cavity temperature, when temperature is greater than when presetting high temperature protection point GW, closes
Closing heating, GW is positive number；When temperature is less than preset value GW, continuing heating, entrance step 4, step 5 are circulated；Work as temperature
When degree is spent less than default high temperature protection point GW value K1, entering and be normally incubated program, GW, K1 are positive number；If (N is to continue to exceed n times
Natural number more than 0) preset high temperature protection point GW, then automatic lock machine reporting to the police.In this step, as high temperature protection point GW value is set to
102 DEG C, when temperature 102 DEG C, K1 is set to 3 DEG C, i.e. temperature reduces by 3 DEG C, and current hot water temperature is 99 DEG C of (actual temperature that hot water is current
Degree i.e. GW value deducts K1) time, recover entrance and be incubated program normally.
Further, described low temperature supervision is monitoring heating cavity temperature, when temperature is less than when presetting low-temperature protection point DW, opens
Open normal insulation program；If temperature is more than presetting low-temperature protection point DW, then enter high temperature monitoring.
Further, the water-electricity linkage device of described water dispenser also includes the communication module being located in water dispenser, remotely monitors
Terminal, described alarm module, remote monitoring terminal be connected with master control borad, and warning message is sent to far by described remote monitoring terminal
Range monitoring server.So producer or service provider can be in the faults of each water dispenser of remote monitoring activities, for control of reporting to the police
Make to restart or do and keep in repair preparation accordingly.
Further, the water-electricity linkage method of described water dispenser also includes that timed step, described timed step are that water dispenser adds
The step that in heat or insulating process, any time is carried out, starts time switch, water dispenser after the time arrives preset value
Water inlet, heating or incubation step automatically into normal procedure.
Compared with prior art, it provides the benefit that the present invention:
1, use this device and method, recycled by steam thermal energy, highly effective improve heating effect rapidly, subtract
Lack energy consumption, improve the whole economic efficiency of society；
2, in relying on boiling water boiling water level raising to enter, cup flows out as drinking water again, greatly improves drinking water hygiene；
3, the safety of energy supervising device all parts in time, and relevant issues are made alarm and reminding；
4, effectively Based Intelligent Control can intake, heat and be incubated, there is timed startup/shutdown function, more convenience and human nature
Change.
Accompanying drawing explanation
Fig. 1 is the structural representation of the water-electricity linkage device of water dispenser；
Fig. 2 is the control figure of the water-electricity linkage device of water dispenser；
Fig. 3 is the water-electricity linkage method flow schematic diagram of water dispenser；
Fig. 4 is that the high/low temperature of the water-electricity linkage method of water dispenser monitors flow chart；
Fig. 5 is the interface schematic diagram of display screen.
In figure, 1 heating chamber, 2 storage tanks, 3 electrothermal tubes, 4 water inlet pipes, 5 water valves, 6 water service pipes, 7 gaps, 8 outlets, 9
Master control borad, the water inlet on 10 storage tank tops, 11 heating chamber water inlets, No. 12 water level probes, 13 No. two water level probes, 14 3
Number water level probe, 15 No. seven water level probes, 16 temperature probes, 17 display screens, 18 guidance panels, cup in 19,20 Steam Recovery pipes,
21 protection circuit modules, 22 relays, 23 temperature controllers, 24 transformators, 25 waterlines.
Detailed description of the invention
Below by specific embodiment, technical scheme is further described explanation so that technical scheme is more
Clear.
As shown in Figure 1-2, water-electricity linkage device, heating chamber pre-sets with the high and low position of the installation of storage tank, adds
Hot chamber is vertically arranged, and electrothermal tube 3 stretches in heating chamber 1 from bottom, and the setting height(from bottom) of storage tank is located at heating position, middle and upper part, chamber,
As in figure waterline 25 (this position post-heating chamber water level that to ensure to intake flushes with the water level in storage tank, namely both
Internal water level is positioned on same level line).Water level in water storage cavity is less than interior cup top, and in major part, cup is placed in cold water,
After guaranteeing last water ebuillition of heated, hot water and the part water vapour at water level top can overflow in water tumbler.Heating chamber water level and storage tank
Interior water level flushes, and the peak level of storage tank is less than the position on edge on interior cup.
Water valve 5 is located at water inlet pipe 4 import department and is controlled to play on-off control water inlet, water inlet pipe and the water inlet on storage tank top
10 connect, and storage tank 2 is connected by water service pipe 6 with the heating chamber water inlet 11 on the lower sides of heating chamber, and heating intracavity is provided with
Cup 19 in one, interior cup is located at heating top, chamber and has an outlet 8 to stretch out the sidewall in heating chamber.The top in heating chamber 1 and water storage
The water inlet of upper box part is used for recovered steam heat energy by Steam Recovery pipe 20 connection.
Heating top of chamber is provided with No. four water level probes 15 stretching into interior cup, and the position between interior cup 19 and electrothermal tube is provided with
Temperature probe 16.Water storage cavity is provided with 3 probes, is followed successively by 13, No. three water levels of 12, No. two water level probes of a water level probe and visits
Pin 14, and the length of an a length of water level probe 12 is big more than the length of No. two water level probes 13 and No. three water level probes 14
Length, this testing goal being disposed to realize different functions.A gap 7 it is provided with bottom described storage tank.Institute
Stating heating intracavity peak level to be preferably less than on interior cup along 1-1.5 centimetre, this distance utilizes hot water boiling water level to raise and overflows into
Interior cup.
Heating chamber is fixedly installed with storage tank height and position, it is ensured that heating intracavity water level is positioned at same with water level in storage tank
On horizontal line, this is disposed to use No. 1 probe, No. 2 probes, No. 3 probes to detect water level in storage tank, it is possible to determine
Detection heating intracavity water level whether have water, whether to begin to warm up, prevent heat intracavity dry combustion method (and do not have hot water enter in cup)
Function, No. 7 probe collection signals are used for detecting in interior cup whether have water, it is simple to master control borad monitors whether to take next step to move
Make.
Master control borad is provided with CPU (central processing unit) structure, and master control borad selects a two-sided PCB, at wiring board
The conventional SMD surface mounting component of upper installation, small-power capacitance-resistance class etc. and various pin is installed enters with each element (such as electrothermal tube etc.)
Row connects, and small-power capacitance-resistance class preferentially selects 1206 encapsulation.Protection circuit module uses controllable silicon plate, and (three-phase controllable silicon triggers
Plate).Master control borad can also use single-chip microcomputer, single-chip microcomputer (Microcontrollers) to be a kind of IC chips, is to use
Very large scale integration technology is having the central processor CPU of data-handling capacity, random access memory ram, read-only storage
Device ROM, multiple I/O mouth and the interruption function such as system, timer/counter (may also include display driver circuit, pulsewidth modulation
The circuit such as circuit, analog multiplexer, A/D converter) to be integrated on one piece of silicon chip one constituted little and perfect miniature
Computer system, extensively applies at industrial control field.
The water-electricity linkage device of described water dispenser also includes communication module, the remote monitoring terminal being located in water dispenser, institute
State alarm module, remote monitoring terminal is connected with master control borad, and warning message is sent to remotely monitor by described remote monitoring terminal
Server.So producer or service provider can restart for controlling alarm in the fault of each water dispenser of remote monitoring activities
Or do and keep in repair preparation accordingly.
As in Figure 3-5, a kind of water-electricity linkage method of water dispenser, mainly controlled by master control borad, pass through display screen
On the warning of corresponding error code or corresponding warning light is bright points out user, display screen 17 (display panel) display corresponding informance and
Signal prompt, the relevant data etc. arranged of guidance panel operation input.In figure, N represents no, and Y represents and is.
A kind of water-electricity linkage method of water dispenser, including, step one, startup self-detection, open switch of water dispenser, water dispenser opens
Move and carry out power-on self-test；As self-inspection is passed through, then enter next step；As do not passed through, the Alarm display lamp on display screen is bright, master control
Plate automatic controlling drinking machine is shut down；The circuit whether connection etc. of detection each element place of water dispenser (startup self-detection be)
Step 2, water inlet, when in storage tank, water level does not touches No. 1 probe, display screen is reported to the police " hydropenia ", display screen
On DTC be shown as E5, master control borad is opened the water valve on water inlet pipe and is started water inlet, and lamp of simultaneously " intaking " is lighted；Cold water is through entering
Water pipe passes into storage tank from the casing water inlet on storage tank top, and then the casing outlet bottom storage tank flows out,
Heating chamber is entered by the cavity water inlet being located on the sidewall of heating bottom, chamber；When water level reaches No. 1 probe, then stop
Report to the police, continue water inlet；As after 300 second time, water level does not touches No. 1 probe, DTC is shown as E3, lock machine；
Step 3, starts heating, when in storage tank, water level does not touches No. 2 probes, continues water inlet, until water level reaches 2#
Probe, corresponding " water level 2 " display lamp is bright, and master control borad controls to start heating, and " heating " display lamp is lighted；When 300 second time mistake
Rear water level does not touches No. 2 probes, and DTC is shown as E3, lock machine；
Step 4, when in storage tank, water level does not touches No. 3 probes, water valve is held open, until water level reaches No. 3 spies
Pin, on display screen, " water level 3 " display lamp is lighted, and master control borad closes water valve；If flooding time surpasses 300s, water level does not touches No. 3 yet
Probe, then stop ongoing heating, be incubated and intake, and DTC display E3, and locks, can be extensive after need to cutting off the electricity supply
Multiple；
Step 5, heating and Steam Recovery, it is cold that heating intracavity is located at after heating bottom, chamber electrothermal tube energising in cavity
Water heats, and after water heating, boiling is splashed and entered the interior cup on heating top, chamber, when the water level of interior cup touches No. seven probes 15,
Stop heating schedule；The steam produced after heating is up, is partially into interior cup, and part enters Steam Recovery pipe from heating top of chamber
Subsequently in water storage cavity；Drinking hot water can stretch out the hot water outlet outflow in heating chamber from interior cup；
Step 6, when interior cup coolant-temperature gage is less than the target temperature (such as-1 DEG C) preset, insulation, is located at heating intracavity and is positioned at
Temperature probe detection temperature signal between interior cup and electrothermal tube, master control board starting is incubated, until water temperature reaches default target
Temperature；When the temperature of interior cup water is higher than the high temperature protection point set, then stops heating, light " high temperature protection " display lamp；Treat water
Temperature is cooled to high temperature protection point less than-3 DEG C, recovers normal procedure；If it is accumulative more than 5 (this number of times can be preset) high temperature dwell
Protect, then lock machine, quit work, and show " E2 " DTC, until closing power supply, after being once again powered up self-inspection normally, locking
Release.
Time value T1, T2 and T3 that preset in such scheme use 300S (value preset according to the demand of use).
Water level signal in the water-electricity linkage procedure of above-mentioned water dispenser, temperature signal be delivered to master control borad after, prolong
Time one setting value time (as being 0.3 second) after confirm, master control borad makes corresponding alarm indicator or action again, permissible
Bursty interference is avoided to cause misoperation.
The primary object of this programme is the setting of No. 3 probes in step 5, and being disposed to of No. 3 probes guarantees to add
During the heating of hot intracavity water body, water level is sufficiently high, and the water level of rising during boiling makes hot water can overflow into interior cup, it is to avoid because of water level not
The situation reaching the heating intracavity hot water dry combustion method produced and do not have drinkable hot water to flow out from interior cup.
Further, the water-electricity linkage method of described water dispenser also includes that timed step, described timed step are time opening
Or closedown water dispenser, when time switch cuts out, do not perform heating, be incubated, action of intaking, display screen display current time；
When time switch is opened, in the time that control panel incoming timing waits, guidance panel display timing start-up (or shutdown) time
Between, (or " shutdown ") display lamp that display screen " is started shooting " is bright, 4 bit digital flicker scalable below display screen, arrives when the time
Rear master control board starting, enter next step action i.e. the carrying out of normal procedure enter water, heat, insulation action.
The set point of high temperature protection point is 95 DEG C～105 DEG C, and conventional choosing value is 102 DEG C.
It is illustrated in figure 4 high/low temperature and monitors flow process, be that during using after water dispenser on and off switch is opened, whole process is opened
A purpose monitoring.Mainly cooperate to realize by temperature controller and master control borad.
It is below the failure code in the water-electricity linkage method of water dispenser:
E1: represent that temperature probe open circuit or temperature are less than-1 DEG C.
E2: represent that temperature probe temperature is higher than high temperature protection point, repeatedly more than 5 times, or sustained short-circuit overlong time, system
Locking；Temperature is higher than high temperature protection point 1 degree or temperature probe short circuit.
E3: flooding time is long, surpasses 300s, system lock from the time of No. 2 water levels to No. 3 water levels.
E4: flooding time is long, surpasses 30s from No. 1 water level to No. 2 bit time, and system does not locks, and only makees alarm.Time surpasses
300s, shows E3, system lock.
E5: water level too low (not touching 1# probe) or anhydrous, the time surpasses 300s, shows E3, system lock.
E6: water level probe wrong order, system lock.
E7: temperature probe is constantly in below low warm spot 150 seconds, system lock.
E8: relay is due to fault or aging sticks, system lock.
During being illustrated in figure 5 drinking water electric shaft, respective warning light and the warning code of display screen show.
In this tool embodiment part, time shown in figure (such as 300 seconds, 30 seconds, 150 seconds etc.), institute's temp. displaying function, report an error time
Number etc. can all be arranged according to the use demand of user.
It is more than the preferred embodiment of the present invention, does not limit protection scope of the present invention, for people in the art
The deformation made according to the mentality of designing of the present invention of member and improvement, within all should being considered as protection scope of the present invention.
Claims (10)
1. a water-electricity linkage device, including heating chamber and storage tank, described heating chamber is connected by water service pipe with storage tank, institute
Stating heating intracavity and be from top to bottom provided with interior cup and electrothermal tube, described interior cup is provided with the outlet stretching out heating chamber and an interior cup top
Opening, described heating top of chamber is provided with No. 7 water level probes stretching into interior cup；The water inlet of described storage tank is with water inlet pipe even
Connecing, described storage tank is provided with No. 1, No. 2, No. 3 three water level probes stretching in storage tank, and wherein the length of No. 1 probe is more than 2
The length of number probe, the length of No. 2 probes is more than the length of No. 3 probes；The water level of described storage tank is neat with the water level in heating chamber
Flat.
The water-electricity linkage device of water dispenser the most according to claim 1, it is characterised in that the top in described heating chamber is provided with
One steam pipe, described steam pipe connects with the water inlet of storage tank.
The water-electricity linkage device of water dispenser the most according to claim 1, it is characterised in that the heating chamber being connected with water service pipe
Water inlet is located at the sidewall of heating bottom, chamber.
The water-electricity linkage device of water dispenser the most according to claim 1, it is characterised in that described water-electricity linkage device also wraps
Including master control borad, display screen, guidance panel, described master control borad electrically connects with heating chamber, storage tank, display screen, guidance panel, described
Heating top of chamber is provided with No. 4 probes stretching into interior cup, described No. 1 probe, No. 2 probes, No. 3 probes, No. 7 probes, temperature
Probe is connected with master control borad respectively.
The water-electricity linkage device of water dispenser the most according to claim 1, it is characterised in that described heating intracavity is positioned at electric heating
Being provided with a temperature probe between pipe and interior cup, described temperature probe is connected with master control borad.
The water-electricity linkage device of water dispenser the most according to claim 1, it is characterised in that electrothermal tube, protection circuit module,
Relay is sequentially connected with, and described relay, protection circuit module are connected with master control borad respectively.
The water-electricity linkage device of water dispenser the most according to claim 1, it is characterised in that the water-electricity linkage of described water dispenser
Alarm module that device also includes being located in water dispenser, communication module, remote monitoring terminal, described communication module, alarm module,
Remote monitoring terminal is connected with master control borad, and warning message is sent to remote monitoring server by described remote monitoring terminal.
8. the water-electricity linkage method of the water-electricity linkage device used as described in claim 1-7, it is characterised in that described side
Method comprises the following steps:
Step one, power-on self-test after water dispenser start, by then entering step 2；As self-inspection is not passed through, then lock machine police automatically
Report；
Step 2, storage tank is intake, is persistently intake when No. 1 probe in detecting of storage tank is to water storage tank water level signal, carry out step
Three；It is not detected by signal, then lock machine alarm automatically after the certain period of time T1 second；
Step 3, when No. 2 probe in detecting are to water level signal in storage tank, start heating schedule to heating chamber, carries out step 4；
It is not detected by signal, then lock machine alarm automatically after the certain period of time T2 second；
Step 4, when No. 3 probe in detecting are to water level signal in storage tank, close water valve and stops water inlet, carry out step 5；Such as one
The section of fixing time is not detected by signal after the T3 second, then lock machine alarm automatically；
Step 5, when heating No. 4 probes of intracavity and being not detected by water level signal, continues heating and starts high temperature monitoring；No. 4 probes
When water level signal being detected, stop heating and start low temperature supervision；
Wherein, T1, T2, T3 are positive number, are the numerical value presetting the waiting time.
The water-electricity linkage method of water-electricity linkage device the most according to claim 7, it is characterised in that the monitoring of described high temperature is
Monitoring heating cavity temperature, when temperature is greater than when presetting high temperature protection point GW, closes heating, and GW is positive number；When temperature is less than pre-
If during value GW, continuing heating, entrance step 4, step 5 are circulated；When temperature drops below default high temperature protection point GW
And the number of degrees reduced are K1 when spending, entering and be normally incubated program, GW, K1 are positive number；If continuing to exceed n times to preset high temperature protection point
GW, then automatic lock machine reporting to the police, N is the natural number more than 0；Described low temperature supervision is monitoring heating cavity temperature, when temperature is little
When default low-temperature protection point DW, open and be normally incubated program；If temperature is more than presetting low-temperature protection point DW, then enter high temperature prison
Control.
The water-electricity linkage method of water-electricity linkage device the most according to claim 7, it is characterised in that described water dispenser
Water-electricity linkage method also include timed step, described timed step be in drinking machine heating or insulating process any time carry out
A step, start time switch, when the time arrive water dispenser after preset value automatically into the water inlet of normal procedure, heating or
Incubation step.
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| Publication number | Publication date |
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| CN106037492B (en) | 2019-10-11 |
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