CN106805772B - A kind of distribution water fountain system - Google Patents
A kind of distribution water fountain system Download PDFInfo
- Publication number
- CN106805772B CN106805772B CN201710235916.9A CN201710235916A CN106805772B CN 106805772 B CN106805772 B CN 106805772B CN 201710235916 A CN201710235916 A CN 201710235916A CN 106805772 B CN106805772 B CN 106805772B
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- Prior art keywords
- water
- water dispenser
- value
- switch
- dispenser
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Classifications
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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
-
- 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 present invention provides a kind of distributed water fountain system, and the present invention can be according to the frequency of use of each water dispenser in actual scene, and rationally adjustment needs the sum for the water dispenser being powered, and certain water dispensers that need not be opened is closed, to save equipment power dissipation.
Description
Technical field
The present invention relates to electrical equipment more particularly to a kind of distributed water fountain systems.
Background technology
In the regions such as airport, school, office building, hospital, it will usually place multiple water dispensers, these water dispensers usually may be used
It is drunk for people with providing hot water.But existing water dispenser, usually all it is to work independently.For example, in office building office
In, each department would generally configure one or more water dispenser, and each water dispenser alone heats water.When people come off duty,
It needs to remove to close drinking-water electromechanical source manually, opens power supply again when going to work within second day.If forgetting to close power supply, water dispenser can be always
What is repeated heats water, leads to the waste of electric energy.Especially for the place that some region areas are larger, as airport, hospital,
School etc. is turned off manually the switch of each water dispenser, takes time and effort.
Existing water dispenser respectively works independently, and people is required to go to close and open power supply manually, and there is operations not
It is convenient, and the shortcomings that be easy to cause waste of energy.
Invention content
The present invention provides a kind of distributed water fountain system, improves the convenience of the operation of water dispenser, and can save
Electric energy expends.
The present invention provides a kind of distributed water fountain systems, including：
Controller；And M water dispenser being connect with controller, each water dispenser are set to one in presumptive area
Default fixed position, M >=3；
Wherein, each water dispenser includes：
Hot water liner；
Heater；
The hot-water mouth being connected to hot water liner, hot-water mouth switch equipped with hot water effluent, and hot water effluent switchs when opening, and water is from warm
Water courage flows out；
First counter counts and updates this water dispenser in the period T of predetermined length, and the hot water effluent of hot-water mouth opens
First closed opens number f；
Heater circuit is provided with heater switch in heater circuit, and when heater switch is closed, heater is started to work, right
Water heating in hot water liner；When heater switch disconnects, heater is stopped；
First switch control module, the instruction that the control heater switch that reception controller is sent is closed or disconnects, control add
Thermal switch is closed or disconnects；
The value of first opening number f is sent to controller by first communication module；
Wherein, controller includes：
Second communication module receives water dispenser is sent first and opens number f；
Quantity determining module is heated, number f is opened according to traverse each water dispenser first, updates the value of a quantity X,
In, the initial value of quantity X is M, and when often traverse a water dispenser first opens number f and be less than the first numerical value, X values are subtracted
One；It is every there are water dispenser first to open number f be that the first benchmark opens Y times of number F0 when, add Y, the Y to be X values
F/F0's rounds up, F0=T/T0, and T0 is that the water dispenser counted in advance completes the primary heating process required time；?
After the first opening number f for having traversed all water dispensers, X values are modified, the value of final X is obtained, wherein if X > M,
The value of X is then modified to M, if X≤M, keeps the value of X constant；By the value of final X, need to open heating work(as current
The quantity N of the water dispenser of energy；
Wherein, the second communication module also sends the close command that control heater switch is closed to N number of water dispenser, to
Remaining water dispenser in addition to N number of water dispenser sends the open command that control heater switch disconnects.
Preferably, controller further includes：
First choice module selects N number of water dispenser from M water dispenser：
If N=1, first opens the maximum water dispensers of number f, as selected water dispenser；
If N >=2, the maximum water dispensers of number f are opened by first, as one of them selected water dispenser, with
And according to following formula, weights k is carried out respectively to other water dispensers in addition to the first opening maximum water dispensers of number fi's
It calculates, according to weights kiSequence from high to low selects remaining N-1 water dispenser：
ki=fi/Di
In above formula, kiFor the weights of water dispenser i, fiFirst for water dispenser i opens number, DiIt is pre-set
The length in the path between water dispenser i and the maximum water dispensers of number f.
Preferably, water dispenser further includes：
Detection module receives the open command that the control heater switch of controller transmission disconnects in first communication module
Afterwards, if detecting that hot water effluent's switch of the hot-water mouth of water dispenser is opened again, by first communication module to control
Device sends a reset request message；
Controller further includes：
Reseting module judges that current needs open heating after receiving the reset request message that any water dispenser is sent
Whether the quantity N of the water dispenser of function is 0：If being not 0, it is not responding to reset request message；If it is 0, by quantity N values
It is reset to initial value M, and the close command that control heater switch is closed is sent to all water dispensers.
Preferably, each water dispenser includes：
Cold water container；
Refrigerator；
The cold water tap being connected to cold water container, cold water tap are equipped with cold water effluent switch, and when cold water effluent switch is opened, water is from cold
Water courage flows out；
Second counter counts and updates this water dispenser in the period T of predetermined length, and the cold water water outlet of cold water tap is opened
Second closed opens number j；
Refrigeration circuit is provided with refrigeration switch in refrigeration circuit, and when refrigeration switch is closed, refrigerator is started to work, right
Water refrigeration in cold water container；When refrigeration switch disconnects, refrigerator is stopped；
Second switch control module, receives close command or open command that controller is sent, and control refrigeration switch is closed
Or it disconnects；
The value of second opening number j is also sent to controller by the first communication module；
Second communication module in the controller also receives water dispenser is sent second and opens number j；
The controller further includes：
Refrigeration quantity determining module opens number j according to traverse each water dispenser second, updates the value of a quantity S,
In, the initial value of quantity S is M, and opening number j in often traverse a water dispenser second is less than second value (here second
Numerical value can be a smaller value, such as 0 or other numerical value) when, S values are subtracted one；There are the of a water dispenser every
When two opening number j are that the second benchmark opens V times of number J0, V, V is added to be rounding up for j/J0, J0=T/T1, T1 S values
It is that the water dispenser counted in advance completes a process of refrigerastion required time；It is opened in traversed all water dispensers second
After number j, S values are modified, obtain the value of final S, wherein if S > M, M is modified to by the value of S, if S≤M,
Keep the value of S constant；By the value of final S, the quantity Q as the water dispenser for currently needing to open refrigerating function
Second communication module in the controller is additionally operable to send closing for control refrigeration switch closure to Q water dispenser
Instruction is closed, the open command that control refrigeration switch disconnects is sent to the remaining water dispenser in addition to the Q water dispenser.
Preferably, each water dispenser includes：
Cold water container；
Refrigerator；
The cold water tap being connected to cold water container, cold water tap are equipped with cold water effluent switch, and when cold water effluent switch is opened, water is from cold
Water courage flows out；
Second counter counts and updates this water dispenser in the period T of predetermined length, and the cold water water outlet of cold water tap is opened
Second closed opens number j；
Refrigeration circuit is provided with refrigeration switch in refrigeration circuit, and when refrigeration switch is closed, refrigerator is started to work, right
Water refrigeration in cold water container；When refrigeration switch disconnects, refrigerator is stopped；
Second switch control module, receives close command or open command that controller is sent, and control refrigeration switch is closed
Or it disconnects；
The value of second opening number j is also sent to controller by the first communication module；
Second communication module in the controller also receives water dispenser is sent second and opens number j；
The controller further includes：
Refrigeration quantity determining module opens number j according to traverse each water dispenser second, updates the value of a quantity S,
In, the initial value of quantity S is M, and opening number j in often traverse a water dispenser second is less than second value (here second
Numerical value can be a smaller value, such as 0 or other numerical value) when, S values are subtracted one；There are the of a water dispenser every
When two opening number j are that the second benchmark opens V times of number J0, V, V is added to be rounding up for j/J0, J0=T/T1, T1 S values
It is that the water dispenser counted in advance completes a process of refrigerastion required time；It is opened in traversed all water dispensers second
After number j, first time amendment is carried out to S values, obtains the value of revised S for the first time, wherein if S > M, by the value amendment of X
Keep the value of S constant if S≤M for M；It is default to judge whether the value of revised S for the first time and N's and value are less than or equal to
Upper limit Nmax, if so, otherwise the value of S, is modified to N by the value of modified S for the first time as the value of final Smax- N is obtained
The value of final S；By the value of final S, the quantity Q as the water dispenser for currently needing to open refrigerating function
Second communication module in the controller is additionally operable to send closing for control refrigeration switch closure to Q water dispenser
Instruction is closed, the open command that control refrigeration switch disconnects is sent to the remaining water dispenser in addition to the Q water dispenser.
Preferably, controller further includes：
Second selecting module, for judging whether the Q is less than or equal to N：If Q is less than or equal to N, from described first
Q water dispenser is selected in N number of water dispenser that selecting module is selected, specifically, can at random be selected from N number of water dispenser
It selects, can also select otherwise；If Q be more than N, N number of water dispenser that the first choice module is selected as
Then N number of water dispenser of first selection opens the sequences of number j from high to low, from addition to N number of water dispenser according to second
Remaining water dispenser in select second batch selection R water dispenser, wherein R=Q-N；According to N number of drinking-water of first selection
R water dispenser of machine and second batch selection, determines Q water dispenser of final choice.
Preferably, water dispenser and controller are attached by bluetooth approach, or are connected by wire cable.
Preferably, the controller is realized by fpga chip.
Distribution water fountain system provided by the invention, need not artificially turn off or on the operation of drinking-water electromechanical source, can
With the heating function of intelligentized control water dispenser, and electric energy can be saved to a certain extent.
Description of the drawings
In order to illustrate the technical solution of the embodiments of the present invention more clearly, needed in being described below to the embodiment of the present invention
Attached drawing to be used is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the invention,
For those of ordinary skill in the art, without having to pay creative labor, it can also obtain according to these attached drawings
Obtain other attached drawings.
Fig. 1 is the schematic diagram of distributed water fountain system provided by the invention.
Specific implementation mode
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation describes, it is clear that described embodiments are some of the embodiments of the present invention, instead of all the embodiments.Based on this hair
Embodiment in bright, the every other implementation that those of ordinary skill in the art are obtained without creative efforts
Example, shall fall within the protection scope of the present invention.
It is the schematic diagram of distributed water fountain system provided by the invention referring to Fig. 1, Fig. 1, which can be applied to write
The places such as word building, school, market, hospital, provide drinking water source to the user.As shown in Figure 1, the system includes：Controller；With
And M water dispenser being connect with controller, each water dispenser are set to a default fixed position in presumptive area, this hair
The water dispensers of M >=3 can be set in bright.These water dispensers can all be the water dispenser of same model preferably.
Specifically, each water dispenser of the present invention includes：
Hot water liner；
Heater；
The hot-water mouth being connected to hot water liner, hot-water mouth switch equipped with hot water effluent, and hot water effluent switchs when opening, and water is from warm
Water courage flows out；
Counter counts and updates this water dispenser in the period T of predetermined length, hot water effluent's switch of hot-water mouth
First opens number f；Here, period T can be the periodic period, such as each hour in natural time.
Heater circuit is provided with heater switch in heater circuit, and when heater switch is closed, heater is started to work, right
Water heating in hot water liner；When heater switch disconnects, heater is stopped；
First switch control module, receives close command or open command that controller is sent, and control heater switch is closed
Or it disconnects；
The value of first opening number f is sent to controller by first communication module.
Other than with upper module, water dispenser of the invention further includes circuit module in the prior art, for example, detection hot water
The sensor of temperature；Heater circuit is disconnected when hot water temperature reaches predetermined value (such as 90 degree or 95 degree, be usually less than 100 degree)
Temperature control module (such as relay or temperature switch).In the present invention, water dispenser can be connect with controller by wire cable,
Can also be to realize to connect by short-distance wireless communication technologies such as bluetooths.
Wherein, controller includes：
Second communication module receives water dispenser is sent first and opens number f；
Quantity determining module is heated, number f is opened according to traverse each water dispenser first, updates the value of a quantity X,
In, the initial value of quantity X is M, and opening number f in often traverse a water dispenser first is less than the first numerical value (here first
Numerical value can be a smaller value, such as 0 or other numerical value) when, X values are subtracted one；There are the of a water dispenser every
When one opening number f is that the first benchmark opens Y times of number F0, Y, Y is added to be rounding up for f/F0, F0=T/T0, T0 X values
It is that the water dispenser counted in advance completes the primary heating process required time；It is opened in traversed all water dispensers first
After number f, X values are modified, obtain the value of final X, wherein if X > M, M is modified to by the value of X, if X≤M,
Keep the value of X constant；By the value of final X, the quantity N as the water dispenser for currently needing to open heating function.
The second communication module also sends the close command that control heater switch is closed, to except the N to N number of water dispenser
Remaining water dispenser outside a water dispenser sends the open command that control heater switch disconnects.
The above-mentioned water dispenser counted in advance completes the primary heating process required time, can be in actual environment temperature
Under degree, statistics water dispenser completes primary heating process, i.e., water is heated to the required time of boiling by room temperature.Primary heating mistake
Journey refers to that water is heated to boil by room temperature, naturally it is also possible to be to be heated to boil by the water of specific low temperature.
The present invention according to the frequency of use of each water dispenser in actual scene by with upper module, can rationally adjust need
The sum for wanting the water dispenser of electrified regulation has saved system overall power by closing certain water dispensers that need not be opened.And
And the present invention can also need to carry out the water dispenser of electrified regulation according to the number of practical water intaking behavior, intelligentized adjustment
Quantity, energy waste caused by can not only being opened too much to avoid water dispenser, but also can ensure there are a certain number of water dispensers to meet
Current user's water intaking behavioral requirements.
In addition, the present invention also furthermore presents the method for determination of the deployed position of N number of water dispenser, above controller
Further include：
First choice module selects N number of water dispenser from M water dispenser：
If N=1, first opens the maximum water dispensers of number f, as selected water dispenser；
If N >=2, the maximum water dispensers of number f are opened by first, as one of them selected water dispenser, with
And according to following formula, weights k is carried out respectively to other water dispensers in addition to the first opening maximum water dispensers of number fi's
It calculates, according to weights kiSequence from high to low selects remaining N-1 water dispenser：
ki=fi/Di
In above formula, kiFor the weights of water dispenser i, fiFirst for water dispenser i opens number, DiIt is pre-set
Water dispenser i and first opens the length in the path between the maximum water dispensers of number f.Here length is not between the two most
Short distance, but according to determined by the path between different water dispensers.
By handling above, the present invention will need the water dispenser being powered to concentrate on the place that crowd is more intensive in region,
The distance that required walking when the water intaking of most of user can be reduced facilitates the water intaking behavior of user, at the same time it can also close
Some water dispensers, to save power consumption.
The water fountain system of the present invention can be based on these especially suitable for regions such as airport, school, hospital, office buildings
The water intaking behavior of user in region, the water dispenser quantity that suitable adjustment enables, meets the use demand of user, and can save
About system entirety energy consumption.
In addition, in the distributed water fountain system of the present invention, water dispenser further includes：
Detection module receives the open command that the control heater switch of controller transmission disconnects in first communication module
Afterwards, if detecting that hot water effluent's switch of the hot-water mouth of water dispenser is opened again, by first communication module to control
Device sends a reset request message；
Controller further includes：
Reseting module judges that current needs open heating after receiving the reset request message that any water dispenser is sent
Whether the quantity N of the water dispenser of function is 0：If being not 0, it is not responding to reset request message；If it is 0, by quantity N values
It is reset to initial value M, and the close command that control heater switch is closed is sent to all water dispensers.
Since the crowd activity in the regions such as airport, school, hospital, office building usually has very strong regularity.For example, doing
Number in public time/active time region can quickly increase, during the break between number in region can quickly reduce it is even straight
Most 0.By handling above, the present invention can be switched after the closing of whole water dispensers by the hot water effluent of a hot-water mouth
Behavior, restore the work of all water dispensers, enable adaptation to crowd activity's feature in above-mentioned place, more rapid response
The drinking-water demand of user.It, subsequently can be according to the water intaking behavior number of user, to select wherein after the work for restoring water dispenser
All or part of water dispenser provides service to the user.
In practical applications, water dispenser it is also possible to provide cold water other than providing hot water, and the present invention can also further answer
Water dispenser for having hot and cold water function simultaneously.
Each the water dispenser includes：
Cold water container；
Refrigerator；
The cold water tap being connected to cold water container, cold water tap are equipped with cold water effluent switch, and when cold water effluent switch is opened, water is from cold
Water courage flows out；
Second counter counts and updates this water dispenser in the period T of predetermined length, and the cold water water outlet of cold water tap is opened
Second closed opens number j；
Refrigeration circuit is provided with refrigeration switch in refrigeration circuit, and when refrigeration switch is closed, refrigerator is started to work, right
Water refrigeration in cold water container；When refrigeration switch disconnects, refrigerator is stopped；
Second switch control module receives the instruction that the control refrigeration switch that controller is sent is closed or disconnects, control system
Cold switch is closed or disconnects；
The first communication module is additionally operable to the value of the second opening number j being sent to controller.
At this point, the second communication module in the controller, also receives water dispenser is sent second and opens number j.It is described
Controller further includes having with lower module：
Refrigeration quantity determining module opens number j according to traverse each water dispenser second, updates the value of a quantity S,
In, the initial value of quantity S is M, and opening number j in often traverse a water dispenser second is less than second value (here second
Numerical value can be a smaller value, such as 0 or other numerical value) when, S values are subtracted one；There are the of a water dispenser every
When two opening number j are that the second benchmark opens V times of number J0, V, V is added to be rounding up for j/J0, J0=T/T1, T1 S values
It is that the water dispenser counted in advance completes a process of refrigerastion required time；It is opened in traversed all water dispensers second
After number j, S values are modified, obtain the value of final S, wherein if S > M, M is modified to by the value of S, if S≤M,
Keep the value of S constant；By the value of final S, the quantity Q as the water dispenser for currently needing to open refrigerating function.
Above-mentioned second communication module is additionally operable to send the close command that control refrigeration switch is closed to Q water dispenser, to except
Remaining water dispenser outside the Q water dispenser sends the open command that control refrigeration switch disconnects.
By the way that with the processing of upper module, the present invention realizes the refrigerating function of water fountain system, can be to a certain extent
Save power consumption.
In view of the requirement to the system power upper limit, avoids system loading excessively high and dangerous hidden danger is caused to power utilization network, this
Invention can determine that one can open simultaneously previously according to the power of the system power upper limit and drinking machine heating, refrigeration
The maximum total quantity N of refrigerator and heatermax.The above refrigeration quantity determining module, can be into one when being modified to S values
Step considers S and N's and value, if exceeds the maximum total quantity, if exceeding, S values further carried out to second and are corrected, amendment
For Nmax-N.I.e.：
Refrigeration quantity determining module opens number j according to traverse each water dispenser second, updates the value of a quantity S,
In, the initial value of quantity S is M, and opening number j in often traverse a water dispenser second is less than second value (here second
Numerical value can be a smaller value, such as 0 or other numerical value) when, S values are subtracted one；There are the of a water dispenser every
When two opening number j are that the second benchmark opens V times of number J0, V, V is added to be rounding up for j/J0, J0=T/T1, T1 S values
It is that the water dispenser counted in advance completes a process of refrigerastion required time；It is opened in traversed all water dispensers second
After number j, first time amendment is carried out to S values, obtains the value of revised S for the first time, wherein if S > M, by the value amendment of X
Keep the value of S constant if S≤M for M；Judge whether the value of revised S for the first time and N's and value are less than or equal to Nmax,
If so, otherwise the value of S, is modified to N by the value of modified S for the first time as the value of final Smax- N obtains final S's
Value.By the value of final S, the quantity Q as the water dispenser for currently needing to open refrigerating function.
Subsequently, above-mentioned second communication module can send the close command that control refrigeration switch is closed to Q water dispenser,
The open command that control refrigeration switch disconnects is sent to the remaining water dispenser in addition to the Q water dispenser.
In addition, for the Q water dispenser selected with upper type, the present invention also furthermore presents above-mentioned Q water dispenser
The method of determination of deployed position, specifically, above controller further includes：
Second selecting module, for judging whether the Q is less than or equal to N：If Q is less than or equal to N, from described first
Q water dispenser is selected in N number of water dispenser that selecting module is selected, specifically, can at random be selected from N number of water dispenser
It selects, can also select otherwise；If Q be more than N, N number of water dispenser that the first choice module is selected as
Then N number of water dispenser of first selection opens the sequences of number j from high to low, from addition to N number of water dispenser according to second
Remaining water dispenser in selection second batch selection R water dispenser, wherein R=Q-N, according to first select N number of water dispenser
With R water dispenser of second batch selection, Q water dispenser of final choice is determined.
In the distributed water fountain system of the present invention, the controller is realized by fpga chip.Above-mentioned switch control
Module, may be used the intelligent switch of the prior art, and intelligent switch can receive the control command remotely sent and execute switch
Closure or break function.Above-mentioned communication module may be used the bluetooth module of the prior art or be based on wired communication protocol
Hardware communications module.
Those of ordinary skill in the art may realize that lists described in conjunction with the examples disclosed in the embodiments of the present disclosure
Member and algorithm steps can be realized with the combination of electronic hardware or computer software and electronic hardware.These functions are actually
It is implemented in hardware or software, depends on the specific application and design constraint of technical solution.Professional technician
Each specific application can be used different methods to achieve the described function, but this realization is it is not considered that exceed
The scope of the present invention.
It is apparent to those skilled in the art that for convenience and simplicity of description, the system of foregoing description,
The specific work process of device and unit, can refer to corresponding processes in the foregoing method embodiment, and details are not described herein.
In embodiment provided herein, it should be understood that disclosed device and method can pass through others
Mode is realized.For example, the apparatus embodiments described above are merely exemplary, for example, the division of the unit, only
A kind of division of logic function, formula that in actual implementation, there may be another division manner, such as multiple units or component can combine or
Person is desirably integrated into another system, or some features can be ignored or not executed.Another point, shown or discussed is mutual
Between coupling, direct-coupling or communication connection can be INDIRECT COUPLING or communication link by some interfaces, device or unit
It connects, can be electrical, machinery or other forms.
The unit illustrated as separating component may or may not be physically separated, aobvious as unit
The component shown may or may not be physical unit, you can be located at a place, or may be distributed over multiple
In network element.Some or all of unit therein can be selected according to the actual needs to realize the embodiment of the present invention
Purpose.
In addition, each functional unit in each embodiment of the present invention can be integrated in a processing unit, it can also
It is that each unit physically exists alone, it can also be during two or more units be integrated in one unit.
It, can be with if the function is realized in the form of SFU software functional unit and when sold or used as an independent product
It is stored in a computer read/write memory medium.Based on this understanding, technical scheme of the present invention is substantially in other words
The part of the part that contributes to existing technology or the technical solution can be expressed in the form of software products, the meter
Calculation machine software product is stored in a storage medium, including some instructions are used so that a computer equipment (can be
People's computer, server or network equipment etc.) it performs all or part of the steps of the method described in the various embodiments of the present invention.
And storage medium above-mentioned includes：USB flash disk, mobile hard disk, ROM, RAM, magnetic disc or CD etc. are various can to store program code
Medium.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain
Lid is within protection scope of the present invention.Therefore, protection scope of the present invention should be subject to the protection scope in claims.
Claims (8)
1. a kind of distribution water fountain system, which is characterized in that including：
Controller；And M water dispenser being connect with controller, each water dispenser be set to one in presumptive area it is default
Fixed position, M >=3；
Wherein, each water dispenser includes：
Hot water liner；
Heater；
The hot-water mouth being connected to hot water liner, hot-water mouth switch equipped with hot water effluent, and hot water effluent switchs when opening, and water is from hot water liner
Outflow；
First counter counts and updates this water dispenser in the period T of predetermined length, hot water effluent's switch of hot-water mouth
First opens number f；
Heater circuit is provided with heater switch in heater circuit, and when heater switch is closed, heater is started to work, to hot water
Water heating in courage；When heater switch disconnects, heater is stopped；
First switch control module, receives the instruction that the control heater switch that controller is sent is closed or disconnects, and control heating is opened
It closes and closes or disconnect；
The value of first opening number f is sent to controller by first communication module；
Wherein, controller includes：
Second communication module receives water dispenser is sent first and opens number f；
Quantity determining module is heated, number f is opened according to traverse each water dispenser first, updates the value of a quantity X, wherein
The initial value of quantity X is M, when often traverse a water dispenser first opens number f and be less than the first numerical value, subtracts one by X values；
When every the first opening number f there are a water dispenser is that the first benchmark opens Y times of number F0, X values are added into Y, Y f/F0
Round up, F0=T/T0, T0 are that the water dispenser that counts in advance completes the primary heating process required time；It is traversing
After the first of all water dispensers opens number f, X values is modified, the value of final X is obtained, wherein if X > M, by X
Value be modified to M, if X≤M, keep the value of X constant；By the value of final X, as the drink for currently needing unlatching heating function
The quantity N of water dispenser；
Wherein, the second communication module also sends the close command that control heater switch is closed, to except the N to N number of water dispenser
Remaining water dispenser outside a water dispenser sends the open command that control heater switch disconnects.
2. distribution water fountain system according to claim 1, which is characterized in that
Controller further includes：
First choice module selects N number of water dispenser from M water dispenser：
If N=1, first opens the maximum water dispensers of number f, as selected water dispenser；
If N >=2, the maximum water dispensers of number f are opened by first, as one of them selected water dispenser, and, root
According to following formula, weights k is carried out respectively to other water dispensers in addition to the first opening maximum water dispensers of number fiCalculating,
According to weights kiSequence from high to low selects remaining N-1 water dispenser：
ki=fi/Di
In above formula, kiFor the weights of water dispenser i, fiFirst for water dispenser i opens number, DiFor pre-set drinking-water
The length in the path between machine i and the maximum water dispensers of number f.
3. distribution water fountain system according to claim 2, which is characterized in that
Water dispenser further includes：
Detection module, after first communication module receives the open command of control heater switch disconnection of controller transmission, such as
Fruit detects that hot water effluent's switch of the hot-water mouth of water dispenser is opened again, then is sent to controller by first communication module
One reset request message；
Controller further includes：
Reseting module judges currently to need to open heating function after receiving the reset request message that any water dispenser is sent
The quantity N of water dispenser whether be 0：If being not 0, it is not responding to reset request message；If it is 0, quantity N values are resetted
For initial value M, and the close command that control heater switch is closed is sent to all water dispensers.
4. distribution water fountain system according to claim 2, which is characterized in that
Each the water dispenser includes：
Cold water container；
Refrigerator；
The cold water tap being connected to cold water container, cold water tap are equipped with cold water effluent switch, and when cold water effluent switch is opened, water is from cold water container
Outflow；
Second counter counts and updates this water dispenser in the period T of predetermined length, the cold water effluent switch of cold water tap
Second opens number j；
Refrigeration circuit is provided with refrigeration switch in refrigeration circuit, and when refrigeration switch is closed, refrigerator is started to work, to cold water
Water refrigeration in courage；When refrigeration switch disconnects, refrigerator is stopped；
Second switch control module, receives the close command or open command of controller transmission, and control refrigeration switch is closed or breaks
It opens；
The value of second opening number j is also sent to controller by the first communication module；
Second communication module in the controller also receives water dispenser is sent second and opens number j；
The controller further includes：
Refrigeration quantity determining module opens number j according to traverse each water dispenser second, updates the value of a quantity S, wherein
The initial value of quantity S is M, when often traverse a water dispenser second opens number j and be less than second value, subtracts one by S values；
When every the second opening number j there are a water dispenser is that the second benchmark opens V times of number J0, S values are added into V, V j/J0
Round up, J0=T/T1, T1 are that the water dispenser that counts in advance completes a process of refrigerastion required time；It is traversing
After the second of all water dispensers opens number j, S values is modified, the value of final S is obtained, wherein if S > M, by S
Value be modified to M, if S≤M, keep the value of S constant；By the value of final S, as the drink for currently needing unlatching refrigerating function
The quantity Q of water dispenser
Second communication module in the controller, the closure for being additionally operable to send control refrigeration switch closure to Q water dispenser refer to
It enables, the open command that control refrigeration switch disconnects is sent to the remaining water dispenser in addition to the Q water dispenser.
5. distribution water fountain system according to claim 2, which is characterized in that
Each the water dispenser includes：
Cold water container；
Refrigerator；
The cold water tap being connected to cold water container, cold water tap are equipped with cold water effluent switch, and when cold water effluent switch is opened, water is from cold water container
Outflow；
Second counter counts and updates this water dispenser in the period T of predetermined length, the cold water effluent switch of cold water tap
Second opens number j；
Refrigeration circuit is provided with refrigeration switch in refrigeration circuit, and when refrigeration switch is closed, refrigerator is started to work, to cold water
Water refrigeration in courage；When refrigeration switch disconnects, refrigerator is stopped；
Second switch control module, receives the close command or open command of controller transmission, and control refrigeration switch is closed or breaks
It opens；
The value of second opening number j is also sent to controller by the first communication module；
Second communication module in the controller also receives water dispenser is sent second and opens number j；
The controller further includes：
Refrigeration quantity determining module opens number j according to traverse each water dispenser second, updates the value of a quantity S, wherein
The initial value of quantity S is M, when often traverse a water dispenser second opens number j and be less than second value, subtracts one by S values；
When every the second opening number j there are a water dispenser is that the second benchmark opens V times of number J0, S values are added into V, V j/J0
Round up, J0=T/T1, T1 are that the water dispenser that counts in advance completes a process of refrigerastion required time；It is traversing
After the second of all water dispensers opens number j, first time amendment is carried out to S values, obtains the value of revised S for the first time,
In, if S > M, M is modified to by the value of X, if S≤M, keep the value of S constant；Judge the value and N of revised S for the first time
And value whether be less than or equal to preset upper limit Nmax, if so, by the value of modified S for the first time, it is no as the value of final S
Then, the value of S is modified to Nmax- N obtains the value of final S；By the value of final S, as currently needing to open refrigerating function
The quantity Q of water dispenser
Second communication module in the controller, the closure for being additionally operable to send control refrigeration switch closure to Q water dispenser refer to
It enables, the open command that control refrigeration switch disconnects is sent to the remaining water dispenser in addition to the Q water dispenser.
6. distribution water fountain system according to claim 4 or 5, which is characterized in that
Controller further includes：
Second selecting module, for judging whether the Q is less than or equal to N：If Q is less than or equal to N, from the first choice
Q water dispenser is selected in N number of water dispenser that module is selected, specifically, can be randomly choosed from N number of water dispenser,
It can select otherwise；If Q is more than N, N number of water dispenser that the first choice module is selected is as first
Then N number of water dispenser of selection opens the sequences of number j from high to low, from the residue in addition to N number of water dispenser according to second
R water dispenser of second batch selection, wherein R=Q-N are selected in water dispenser；According to N number of water dispenser of first selection and the
R water dispenser of two batches of selections determines Q water dispenser of final choice.
7. distribution water fountain system according to claim 1, which is characterized in that water dispenser and controller pass through bluetooth side
Formula is attached, or is connected by wire cable.
8. distribution water fountain system according to claim 1, which is characterized in that
The controller is realized by field programmable gate array FPGA chip.
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| CN201710235916.9A CN106805772B (en) | 2017-04-12 | 2017-04-12 | A kind of distribution water fountain system |
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| CN201274994Y (en) * | 2008-10-09 | 2009-07-22 | 梁旭明 | Drinker |
| CN201529009U (en) * | 2009-09-24 | 2010-07-21 | 浙江爱舍实业有限公司 | Automatic drink seller managing system |
| CN102090843A (en) * | 2009-12-11 | 2011-06-15 | 上海康福特环境科技有限公司 | Multimedia remote-control water dispenser system and water dispenser |
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| CN205103600U (en) * | 2015-11-06 | 2016-03-23 | 许基建 | Intelligence water dispenser and remote control system thereof |
| CN105962779A (en) * | 2016-06-29 | 2016-09-28 | 卢杨 | Intelligent water dispenser |
| CN106256301A (en) * | 2015-06-23 | 2016-12-28 | 上海圣满康实业有限公司 | Internet of Things drinking water system |
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|---|---|---|---|---|
| CN201274994Y (en) * | 2008-10-09 | 2009-07-22 | 梁旭明 | Drinker |
| CN201529009U (en) * | 2009-09-24 | 2010-07-21 | 浙江爱舍实业有限公司 | Automatic drink seller managing system |
| CN102090843A (en) * | 2009-12-11 | 2011-06-15 | 上海康福特环境科技有限公司 | Multimedia remote-control water dispenser system and water dispenser |
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