CN209226761U - Purifier - Google Patents
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- CN209226761U CN209226761U CN201822027286.9U CN201822027286U CN209226761U CN 209226761 U CN209226761 U CN 209226761U CN 201822027286 U CN201822027286 U CN 201822027286U CN 209226761 U CN209226761 U CN 209226761U
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Abstract
The utility model provides a kind of purifier, is related to the technical field of water treatment facilities, including water purification unit, water tank, valve module, heating unit and controller, and valve module includes water inlet end and water outlet, and water inlet end is connected to the water purification outlet of water purification unit；Water outlet includes the first water outlet for being connected to water supply component and the second water outlet being connected to the water inlet of water tank, and when the first water outlet and the second water outlet difference is connected to water inlet end；Heating unit includes the first heating component connected to the controller and the second heating component connected to the controller, and the water inlet of the first heating component can be connected to the water outlet of water tank, and the water outlet of the first heating component with water supply component for being connected to；Second heating component is set in water tank.The purifier improves uses water purifier and the heating matching used mode of pipeline machine for user to provide water purification in the prior art, when user needs to take the higher water purification of temperature, is discharged the slow problem of speed.
Description
Technical field
The utility model relates to technical field of water treatment equipment, more particularly, to a kind of purifier.
Background technique
In recent years, with the increasingly raising of living standard, common people's focus of attention, water purifier are increasingly becoming with water quality
Huge numbers of families are gradually entered into.
In order to provide the user with pure hot water, the usage experience of user is further promoted, in the prior art, is mostly used net
Hydrophone and the heating matching used mode of pipeline machine.However, although water purifier and the heating matching used mode of pipeline machine can
Hotter water purification is provided for user, but its there is also disadvantages, that is: when user needs to take the higher water purification of temperature,
The speed of water outlet is slow, and the time for needing user to wait is long, and many inconvenience can be increased to user.
Utility model content
The purpose of this utility model is to provide a kind of purifiers, existing in the prior art using water purifier to alleviate
For user water purification is provided with the heating matching used mode of pipeline machine, when user needs to take the higher water purification of temperature, is discharged
The slow technical problem of speed.
Purifier provided by the utility model includes water purification unit, water tank, valve module, heating unit and controller,
In, the valve module includes water inlet end and water outlet, and the water inlet end is connected to the water purification outlet of the water purification unit；It is described go out
Water end (W.E.) includes the first water outlet for being connected to the water supply component to supply water for user and is connected to the water inlet of the water tank
It is connected to when the second water outlet, first water outlet and the second water outlet difference with the water inlet end；
The heating unit includes the first heating component connecting with the controller and connect with the controller
The water inlet of two heating components, first heating component can be connected to the water outlet of the water tank, the first heating group
The water outlet of part with the water supply component for being connected to；Second heating component is set in the water tank.
Further, the water supply component includes tap, and first heating component is set on the tap, and
The water outlet of first heating component with the tap for being connected to.
Further, the valve module is connect with the controller；Water level detecting component is provided in the water tank, it is described
Water level detecting component is connect with the controller, is sent out for detecting the waterlevel data in the water tank, and by the waterlevel data
It send to the controller；
The controller for receiving the waterlevel data, generate the first action signal corresponding with the waterlevel data and
First action signal is sent to second heating component by the second action signal, and second action signal is sent
To the valve module, so that second heating component executes operation corresponding with first action signal, the valve module
Execute operation corresponding with second action signal；Wherein, it is lower than when the waterlevel data characterizes the water level in the water tank
When the first preset water level threshold value, first action signal characterizes second heating component and stops heating, second movement
Second water outlet described in characterization is connected to the water inlet end；It is equal to when the waterlevel data characterizes the water level in the water tank
When the second preset water level threshold value, second action signal characterizes second water outlet and the water inlet end disconnects；
The first preset water level threshold value is less than the second preset water level threshold value.
Further, it is provided with the first temperature sensing assembly connecting with the controller in the water tank, described first
Temperature sensing assembly is used to detect the temperature of water purification in the water tank, generates the first temperature data, and by the first temperature number
According to being sent to the controller；
The controller generates third corresponding with first temperature data for receiving first temperature data
The third action signal is sent to second heating component by action signal so that second heating component execute with
The corresponding operation of the third action signal；Wherein, the temperature for characterizing water purification in the water tank when first temperature data is low
When the first preset temperature threshold, the third action signal characterizes second heating component and begins to warm up；When described first
When the temperature that temperature data characterizes water purification in the water tank is equal to the first preset temperature threshold, the third action signal characterizes institute
It states the second heating component and stops heating.
Further, it is provided with the first temperature sensing assembly connecting with the controller in the water tank, described first
Temperature sensing assembly is used to detect the first temperature data in the water tank, and first temperature data is sent to the control
Device processed；
The controller generates and first temperature data the corresponding 4th for receiving first temperature data
4th action signal is sent to second heating component by action signal so that second heating component execute with
The corresponding operation of 4th action signal；Wherein, the temperature for characterizing water purification in the water tank when first temperature data is low
When the first preset temperature threshold, the 4th action signal characterizes second heating component and begins to warm up；When described first
When the temperature that temperature data characterizes water purification in the water tank is equal to the second preset temperature threshold, the 4th action signal characterizes institute
It states the second heating component and stops heating；
First preset temperature threshold is less than second preset temperature threshold.
Further, the valve module includes the solenoid directional control valve connecting with the controller, the solenoid directional control valve packet
The water inlet end, first water outlet and second water outlet are included, for changing institute under the control of the controller
State the connected state of the first water outlet and second water outlet and the water inlet end.
Further, including the delivery pump being connect with the controller, first water outlet and the delivery pump into
Mouth of a river connection, the water outlet of the water tank are connected with control valve, the water tank by the control valve and the delivery pump into
Mouth of a river connection；The control valve is connect with the controller；
The water outlet of the delivery pump is connected to the water inlet of first heating component, and the delivery pump is used for will be described
The water purification of the water outlet of the water purification of first water outlet and the water tank is delivered in first heating component.
Further, the delivery pump is variable frequency pump.
Further, including the manipulation screen connecting with the controller, the manipulation screen is for receiving the water of user's selection
Temperature instruction, and water temperature instruction is sent to the controller；
The controller generates the 5th movement letter corresponding with water temperature instruction for receiving the water temperature instruction
Number, the 6th action signal and the 7th action signal, the 5th action signal is sent to the valve module, the 6th movement
Signal is sent to first heating component, and the 7th action signal is sent to the control valve, so that the valve module is held
Row operation corresponding with the 5th action signal, first heating component execute behaviour corresponding with the 6th action signal
Make, the control valve executes operation corresponding with the 7th action signal；
Wherein, when the temperature for the water purification that need to be taken when water temperature instruction catalogue requisition family is room temperature, the 5th movement letter
Number characterization first water outlet is connected to the water inlet end, and the 6th action signal characterization first heating component is not added
Heat, the 7th action signal characterize the control valve and close；When the temperature for the water purification that water temperature instruction catalogue requisition family need to take
When spending consistent with the temperature of the water purification in water tank, the 5th action signal characterizes first water outlet and the water inlet end is disconnected
It opens, the 6th action signal characterizes first heating component and do not heat, and the 7th action signal characterizes the control valve
It opens；When the temperature of water purification that water temperature instruction catalogue requisition family need to take is higher than the temperature of the water purification in water tank, described the
Five action signals characterize first water outlet and the water inlet end disconnects, the 6th action signal characterization first heating
Component is begun to warm up, and the 7th action signal characterizes the control valve and opens；
The temperature of water purification in the water tank is higher than the temperature of the water purification of room temperature.
Further, first heating component includes shell, and the calandria being fixedly arranged in the shell and second
Temperature sensing assembly, the calandria and the second temperature detection components are connect with the controller, the second temperature inspection
The second temperature data that component is used to detect water purification in the shell are surveyed, and the second temperature data are sent to the control
Device；
The controller generates and the second temperature data the corresponding 8th for receiving the second temperature data
8th action signal is sent to the calandria by action signal, so that the calandria executes and the 8th movement
The corresponding operation of signal；Wherein, it need to be taken when the 8th action signal characterizes the temperature of the water purification in the shell and user
Water purification temperature it is consistent when, the 8th action signal characterizes first heating component and stops heating.
Purifier provided by the utility model having the beneficial effect that compared with prior art
Purifier provided by the utility model includes water purification unit, water tank, valve module, the first heating component and control
Device, valve module include water inlet end and water outlet, and water inlet end is connected to the water purification outlet of water purification unit；When water outlet includes different with
The first water outlet and the second water outlet of water inlet end connection, the first water outlet are connected to water supply component, can be normal for user's supply
The water purification of temperature；Second water outlet is connected to the water inlet of water tank, and the water outlet of water tank can be with the water inlet of the first heating component
Mouthful connection, the water outlet of the first heating component in water tank and are provided with the second heating component for be connected to water supply component, and second
Heating component can tentatively be heated for the water purification in water tank, and the water purification that the first heating component can be come for water tank conveying carries out
Reheating.So when user needs to take the higher water purification of temperature (water purification that temperature is higher than the temperature of the water purification in water tank)
When, the water inlet of the water outlet of joining water box and the first heating component, in the first heating component in water tank it is preliminary
The water purification of heating carries out reheating again, and the heating of water purification is carried out in two steps, and is conducive to improve the heating effect to water purification
Rate accelerates purifier and supplies the speed of hot water to user, to advantageously reduce user when taking temperature higher water purification
Waiting time.
In addition, the water purification being stored in water tank bacterium easy to breed, in water tank in purifier provided by the utility model
The second heating component of middle setting heats the water purification in water tank by the second heating component, advantageously reduces and even be eliminated water tank
The bacterium that water purification is bred.
Detailed description of the invention
It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art
Specific embodiment or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, it is described below
In attached drawing be that some embodiments of the utility model are not paying creativeness for those of ordinary skill in the art
Under the premise of labour, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the overall structure diagram of purifier provided by the embodiment of the utility model.
Icon: 1- water purification unit；2- water tank；3- valve module；The first heating component of 4-；The second heating component of 5-；
6- water level detecting component；The first temperature sensing assembly of 7-；8- delivery pump；9- manipulation screen；100- water supply component.
Specific embodiment
The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing, it is clear that described
Embodiment is the utility model a part of the embodiment, instead of all the embodiments.Based on the embodiments of the present invention, originally
Field those of ordinary skill every other embodiment obtained without making creative work belongs to practical
Novel protected range.
It is in the description of the present invention, it should be noted that term " center ", "upper", "lower", "left", "right", " perpendicular
Directly ", the orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is only
For ease of description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have it is specific
Orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.In addition, term " the
One ", " second ", " third " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified
Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally
Connection；It can be mechanical connection, be also possible to be electrically connected；Can be directly connected, can also indirectly connected through an intermediary,
It can be the connection inside two elements.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition
The concrete meaning of language in the present invention.
As shown in Figure 1, purifier provided in this embodiment includes water purification unit 1, water tank 2, valve module 3, heating unit
And controller, wherein valve module 3 includes water inlet end and water outlet, and water inlet end is connected to the water purification outlet of water purification unit 1.Water outlet
End include the first water outlet for being connected to the water supply component 100 to supply water for user and be connected to the water inlet of water tank 2
It is connected to when two water outlets, the first water outlet and the second water outlet difference with water inlet end.Heating unit includes connected to the controller
The water inlet of first heating component 4 and the second heating component 5 connected to the controller, the first heating component 4 can be with water tank 2
Water outlet connection, the water outlet of the first heating component 4 with water supply component 100 for being connected to.Second heating component 5 is set to water tank
In 2.
Purifier provided in this embodiment includes water purification unit 1, water tank 2, valve module 3, the first heating component 4 and control
Device, valve module 3 include water inlet end and water outlet, and water inlet end is connected to the water purification outlet of water purification unit 1；When water outlet includes different
The first water outlet and the second water outlet being connected to water inlet end, the first water outlet are connected to water supply component 100, can be supplied for user
To the water purification of room temperature；Second water outlet is connected to the water inlet of water tank 2, and the water outlet of water tank 2 can be with the first heating component 4
Water inlet connection, the water outlet of the first heating component 4 is provided with second for be connected to water supply component 100, in water tank 2 again and adds
Hot component 5, the second heating component 5 can tentatively be heated for the water purification in water tank 2, and the first heating component 4 can be water tank 2
The water purification that conveying comes carries out reheating.So when user needs to take the higher water purification of temperature, (temperature is higher than in water tank 2
The water purification of the temperature of water purification) when, the water inlet of the water outlet of joining water box 2 and the first heating component 4, in the first heating component 4
In to preliminarily heated water purification carries out reheating again in water tank 2, the heating of water purification is carried out in two steps, favorably
In improving the heating efficiency to water purification, accelerates the speed that purifier supplies hot water to user, take temperature to advantageously reduce
The waiting time of user when spending higher water purification.
In addition, the water purification being stored in water tank 2 bacterium easy to breed, in water tank 2 in purifier provided in this embodiment
The second heating component 5 of middle setting heats the water purification in water tank 2 by the second heating component 5, advantageously reduces and even be eliminated water
The bacterium that 2 water purification of case is bred.Since the power of household electricity is typically small, and principle of electric-heating is the conservation of energy, in order to full
The requirement of sufficient household current, heating pipeline machine water flow in the market is generally less than 0.5L/min, and uses in the present embodiment
The mode of step heating, water flow are two times or more of general heating pipeline machine.
Water purifier and the heating matching used mode of pipeline machine in the prior art must if user need to use normal-temperature water
Water purification must be cooled down by cooling device, cooling device complex process, and at high cost, waste of energy；The present embodiment mentions
The purifier of confession then can directly provide the water purification of room temperature, and component is few, not only simplify technique, and be conducive into this section
About.
In the present embodiment, the first water outlet can also be connected to the water inlet of the first heating component 4；Controller can use
Control chip in the prior art, such as DSP (full name in English: Digital Signal Processing, Chinese: number letter
Number processing technique) chip etc., dsp chip has logic function, can be realized the reception and deterministic process of signal.
In the optional technical solution of the present embodiment, water supply component 100 includes tap, and the first heating component 4 is set to water
On faucet, and the water outlet of the first heating component 4 with tap for being connected to.
First heating component 4 is set to the pipeline ratio that can be avoided between the first heating component 4 and tap on tap
When longer, the more situation of the heat loss of water purification occurs.
Optionally, the first heating component 4 is integrated on tap, constitutes electric heating tap.
In the optional technical solution of the present embodiment, valve module 3 is connect with controller.Water level detecting group is provided in water tank 2
Part 6, water level detecting component 6 are connect with controller, are sent to control for detecting the waterlevel data in water tank 2, and by waterlevel data
Device processed.Controller, will for receiving waterlevel data, generation the first action signal corresponding with waterlevel data and the second action signal
First action signal is sent to the second heating component 5, and the second action signal is sent to valve module 3, so that the second heating component 5
Operation corresponding with the first action signal is executed, valve module 3 executes operation corresponding with the second action signal.Wherein, work as water level
When water level in data characterization water tank 2 is lower than the first preset water level threshold value, the first action signal characterizes the second heating component 5 and stops
Heating, the second action signal characterize the second water outlet and are connected to water inlet end.When the water level in waterlevel data characterization water tank 2 is equal to the
When two preset water level threshold values, the second action signal characterizes the second water outlet and water inlet end disconnects, whether the second heating component 5 works
Depending on the temperature of water purification in water tank 2.First preset water level threshold value is less than the second preset water level threshold value.When waterlevel data characterizes water
When water level in case 2 is higher than the second preset water level threshold value, controller control alarm is sounded an alarm, and prompts failure.
In the present embodiment, water level detecting component 6 can be for one or multiple；Optionally, water level detecting component 6 is
Switch.
In the optional technical solution of the present embodiment, the first temperature sensing assembly connected to the controller is provided in water tank 2
7, the first temperature sensing assembly 7 is used to detect the temperature of water purification in water tank 2, generates the first temperature data, and by the first temperature number
According to being sent to controller.Controller generates third movement corresponding with the first temperature data for receiving the first temperature data
Third action signal is sent to the second heating component 5 by signal, so that the second heating component 5 executes and third action signal pair
The operation answered.Wherein, when the temperature of water purification in the first temperature data characterization water tank 2 is lower than the first preset temperature threshold, third
Action signal characterizes the second heating component 5 and begins to warm up.When the temperature of water purification in the first temperature data characterization water tank 2 is equal to first
When preset temperature threshold, third action signal characterizes the second heating component 5 and stops heating.
First temperature sensing assembly 7 is set in water tank 2, by the first temperature sensing assembly 7, the second heating component 5 with
And the temperature of water purification in water tank 2 can be maintained specific temperature by the cooperation of controller.
Optionally, in the present embodiment, the first temperature sensing assembly 7 can be temperature sensor.
In the optional technical solution of the present embodiment, temperature sensing assembly connected to the controller, temperature are provided in water tank 2
Detection components are used to detect the temperature of water purification in water tank 2, generate the first temperature data, and the first temperature data is sent to control
Device.Controller generates the 4th action signal corresponding with the first temperature data for receiving the first temperature data, and the 4th is moved
It is sent to the second heating component 5 as signal, so that the second heating component 5 executes operation corresponding with the 4th action signal.Wherein,
When the temperature of water purification in the first temperature data characterization water tank 2 is lower than the first preset temperature threshold, the 4th action signal characterization the
Two heating components 5 are begun to warm up.When the temperature of water purification in the first temperature data characterization water tank 2 is equal to the second preset temperature threshold
When, the 4th action signal characterizes the second heating component 5 and stops heating.First preset temperature threshold is less than the second preset temperature threshold
Value.
First temperature sensing assembly 7 is set in water tank 2, by the first temperature sensing assembly 7, the second heating component 5 with
And the cooperation of controller can maintain the temperature of water purification in water tank 2 in a specific range.
Optionally, in the present embodiment, the first temperature sensing assembly 7 can be temperature sensor.
In the optional technical solution of the present embodiment, valve module 3 includes solenoid directional control valve connected to the controller, electromagnetic switch
Valve includes water inlet end, the first water outlet and the second water outlet, for changing the first water outlet and under the control of the controller
The connected state of two water outlets and water inlet end.
Valve module 3 uses solenoid directional control valve, changes the first water outlet and the by the cooperation of solenoid directional control valve and controller
The connected state of two water outlets and water inlet end, it is more simple and convenient.
In the optional technical solution of the present embodiment, purifier includes delivery pump 8 connected to the controller, the first water outlet
Be connected to the water inlet of delivery pump 8, the water outlet of water tank 2 is connected with control valve, water tank 2 by control valve and delivery pump 8 into
Mouth of a river connection.Control valve is connect with controller.The water outlet of delivery pump 8 is connected to the water inlet of the first heating component 4, delivery pump
8 for the water purification of the first water outlet and the water purification of the water outlet of water tank 2 to be delivered in the first heating component 4.
The water purification of first water outlet and the water purification of the water outlet of water tank 2 are delivered to the first heating component 4 by delivery pump 8
In, so that water purification is more smooth from the water outlet of the first water outlet and water tank 2 to the conveying of the first heating component 4.
In the optional technical solution of the present embodiment, delivery pump 8 is variable frequency pump.
In the optional technical solution of the present embodiment, purifier includes manipulation screen 9 connected to the controller, and manipulation screen 9 is used
Controller is sent in the water temperature instruction for receiving user's selection, and by water temperature instruction.Controller is for receiving water temperature instruction, and life
At the 5th action signal corresponding with water temperature instruction, the 6th action signal and the 7th action signal, the 5th action signal is sent
To valve module 3, the 6th action signal is sent to the first heating component 4, and the 7th action signal is sent to control valve, so that valve module
3 execute operation corresponding with the 5th action signal, and the first heating component 4 executes operation corresponding with the 6th action signal, control
Valve executes operation corresponding with the 7th action signal.
Wherein, when the temperature of water purification that water temperature instruction catalogue requisition family need to take is room temperature, the 5th action signal characterization the
One water outlet is connected to water inlet end, and the 6th action signal characterizes the first heating component 4 and do not heat, the 7th action signal characterization control
Valve is closed.When the temperature for the water purification that water temperature instruction catalogue requisition family need to take is consistent with the temperature of water purification in water tank 2, the 5th is dynamic
Make the first water outlet of characterization and water inlet end disconnects, the 6th action signal characterizes the first heating component 4 and do not heat, the 7th movement
Characterization control valve is opened.When the temperature for the water purification that water temperature instruction catalogue requisition family need to take is higher than the temperature of the water purification in water tank 2
When spending, the 5th action signal characterizes the first water outlet and water inlet end disconnects, and the 6th action signal characterizes the first heating component 4 and starts
Heating, the 7th action signal characterization control valve are opened.The temperature of water purification in water tank 2 is higher than the temperature of the water purification of room temperature.
Purifier uses above-mentioned setting, provides the selection of more multi-temperature with water for user, is conducive to improve making for user
With experience.In addition, delivery pump 8 is variable frequency pump, the temperature of water purification is it is known that user needs in the heating power and water tank 2 of calandria
Take higher than when the water purification of the temperature of water purification, setting the instruction of corresponding water temperature in water tank 2, controller control control valve open,
The heating of first heating component 4, while the flow of variable frequency pump conveying water is controlled, the water purification that can obtain relevant temperature (obtains not
The heating time of synthermal the first heating component of water purification 4 is identical).
In the present embodiment, the temperature of the water purification in water tank 2 can be 60 ° to 90 °, when water temperature reaches 60 °, can kill big
Most bacteriums not only improve guarantee safe drinking water, and heat source are rationally utilized；Manipulation screen 9 may be integrally incorporated on tap, can also
To be provided separately with tap, instructed for showing the working condition of purifier and according to water temperature set by user is received,
Warning function, net water flux display function etc. can also be increased.
Alternatively, delivery pump 8 or common water pump, when delivery pump 8 is common water pump, control valve,
Water pump, the first heating component 4 and second temperature sensor collective effect, can also obtain user need take be higher than water tank
The water purification of the temperature of water purification in 2.
It should be noted that the room temperature mentioned in the present embodiment refers to the temperature of purifier local environment.
In the optional technical solution of the present embodiment, the first heating component 4 includes shell, and the heating being fixedly arranged in shell
Body and second temperature detection components, calandria and second temperature detection components are connect with controller, and second temperature detection components are used
The second temperature data of water purification in detection shell, and second temperature data are sent to controller.Controller is for receiving the
Two temperature datas, and the 8th action signal corresponding with second temperature data is generated, the 8th action signal is sent to calandria,
So that calandria executes operation corresponding with the 8th action signal.Wherein, when the water purification in the 8th action signal characterization shell
When temperature is consistent with the temperature for the water purification that user need to take, the 8th action signal characterizes the first heating component 4 and stops heating.
Optionally, in this implementation, second temperature detection components can be temperature sensor；Calandria can be electrothermal tube.
Second heating component 5 also may include heating tube.
In addition, water purification unit 1 is used to purify in raw water (tap water), in the present embodiment, water purification unit 1 can be general water
Matter processor is also possible to anti-penetration wastewater disposal device；Water purification unit 1 and valve module 3, water tank 2, the first heating component 4, delivery pump
8 can be assembled into a complete machine, can also be divided into several components, in user using preceding by after-sales staff assembly.
A kind of working principle of purifier provided in this embodiment can be such that
Power on and water source, water purification unit 1 start water processed, water purification flows into water tank 2 by valve module 3, holds when in water tank 2
When amount reaches the second preset water level threshold value, the first temperature sensing assembly 7 detects the temperature of water purification in water tank 2, when water purification in water tank 2
Temperature when being lower than the first preset temperature threshold, the second heating component 5 is begun to warm up, until when the first preset temperature threshold, second
Heating component 5 stops heating, fetches water to user.
When user takes normal-temperature water, water purification of the first water outlet of valve module 3 to tap conveying room temperature, because of bacterium
The normal-temperature water for usually generating when water purification stores, therefore producing also ensure that bacterium will not be exceeded.
When the temperature for the water that user need to take is identical as the temperature of water purification in water tank 2, the water outlet of water tank 2 is to tap
Water purification is conveyed, the first heating component 4 does not heat, and frequency conversion pump work conveys water purification to tap.
When the temperature for the water that user need to take is higher than the temperature of water purification in water tank 2, water temperature needed for user sets, first adds
Hot component 4 is begun to warm up, and controller controls the conveying water flow of variable frequency pump, to obtain the water purification of relevant temperature.
Finally, it should be noted that the above various embodiments is only to illustrate the technical solution of the utility model, rather than it is limited
System；Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should
Understand: it is still possible to modify the technical solutions described in the foregoing embodiments, or to some or all of
Technical characteristic is equivalently replaced；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution, and this is practical new
The range of each embodiment technical solution of type.
Claims (10)
1. a kind of purifier, which is characterized in that including water purification unit (1), water tank (2), valve module (3), heating unit and control
Device processed, wherein the valve module (3) includes water inlet end and water outlet, and the water inlet end and the water purification of the water purification unit (1) go out
Mouth connection；The water outlet include the first water outlet for being connected to the water supply component (100) to supply water for user and with it is described
Second water outlet of the water inlet connection of water tank (2), when first water outlet and the second water outlet difference with it is described into
Water end (W.E.) connection；
The heating unit include connect with the controller the first heating component (4) and connect with the controller second
The water inlet of heating component (5), first heating component (4) can be connected to the water outlet of the water tank (2), and described first
The water outlet of heating component (4) with the water supply component (100) for being connected to；Second heating component (5) is set to described
In water tank (2).
2. purifier according to claim 1, which is characterized in that the water supply component (100) includes tap, described
First heating component (4) is set on the tap, and the water outlet of first heating component (4) is used for and the fire hose
Head connection.
3. purifier according to claim 1, which is characterized in that the valve module (3) connect with the controller；Institute
It states and is provided in water tank (2) water level detecting component (6), the water level detecting component (6) connect with the controller, for detecting
Waterlevel data in the water tank (2), and the waterlevel data is sent to the controller；
The controller generates the first action signal corresponding with the waterlevel data and second for receiving the waterlevel data
First action signal is sent to second heating component (5), second action signal is sent to by action signal
The valve module (3), so that second heating component (5) executes operation corresponding with first action signal, the valve
Component (3) executes operation corresponding with second action signal；Wherein, when the waterlevel data characterizes in the water tank (2)
Water level when being lower than the first preset water level threshold value, first action signal characterizes second heating component (5) and stops heating,
Second action signal characterizes second water outlet and is connected to the water inlet end；When the waterlevel data characterizes the water tank
(2) when water level in is equal to the second preset water level threshold value, second action signal characterize second water outlet and it is described into
Water end (W.E.) disconnects；
The first preset water level threshold value is less than the second preset water level threshold value.
4. purifier according to claim 3, which is characterized in that be provided with and the controller in the water tank (2)
The first temperature sensing assembly (7) of connection, first temperature sensing assembly (7) is for detecting water purification in the water tank (2)
Temperature generates the first temperature data, and first temperature data is sent to the controller；
The controller generates third movement corresponding with first temperature data for receiving first temperature data
The third action signal is sent to second heating component (5) by signal, so that second heating component (5) executes
Operation corresponding with the third action signal；Wherein, when first temperature data characterizes the temperature of water purification in the water tank (2)
When degree is lower than the first preset temperature threshold, the third action signal characterizes second heating component (5) and begins to warm up；Work as institute
When stating the temperature of water purification in the first temperature data characterization water tank (2) equal to the first preset temperature threshold, the third movement
Second heating component (5) described in characterization stops heating.
5. purifier according to claim 3, which is characterized in that be provided with and the controller in the water tank (2)
The first temperature sensing assembly (7) of connection, first temperature sensing assembly (7) is for detecting water purification in the water tank (2)
Temperature generates the first temperature data, and first temperature data is sent to the controller；
The controller generates the 4th movement corresponding with first temperature data for receiving first temperature data
4th action signal is sent to second heating component (5) by signal, so that second heating component (5) executes
Operation corresponding with the 4th action signal；Wherein, when first temperature data characterizes the temperature of water purification in the water tank (2)
When degree is lower than the first preset temperature threshold, the 4th action signal characterizes second heating component (5) and begins to warm up；Work as institute
When stating the temperature of water purification in the first temperature data characterization water tank (2) equal to the second preset temperature threshold, the 4th movement
Second heating component (5) described in characterization stops heating；
First preset temperature threshold is less than second preset temperature threshold.
6. purifier according to claim 1-5, which is characterized in that the valve module (3) include with it is described
The solenoid directional control valve of controller connection, the solenoid directional control valve include the water inlet end, first water outlet and described the
Two water outlets, for changing first water outlet and second water outlet and the water inlet under the control of the controller
The connected state at end.
7. purifier according to claim 1-5, which is characterized in that including what is connect with the controller
Delivery pump (8), first water outlet are connected to the water inlet of the delivery pump (8), and the water outlet of the water tank (2) is connected with
Control valve, the water tank (2) are connected to by the control valve with the water inlet of the delivery pump (8)；The control valve with it is described
Controller connection；
The water outlet of the delivery pump (8) is connected to the water inlet of first heating component (4), and the delivery pump (8) is used for
The water purification of first water outlet and the water purification of the water outlet of the water tank (2) are delivered in first heating component (4).
8. purifier according to claim 7, which is characterized in that the delivery pump (8) is variable frequency pump.
9. purifier according to claim 8, which is characterized in that including the manipulation screen (9) being connect with the controller,
The manipulation screen (9) is used to receive the water temperature instruction of user's selection, and water temperature instruction is sent to the controller；
The controller generates the 5th action signal corresponding with water temperature instruction, for receiving water temperature instruction
5th action signal is sent to the valve module (3) by six action signals and the 7th action signal, the 6th movement letter
Number it is sent to first heating component (4), the 7th action signal is sent to the control valve, so that the valve module
(3) operation corresponding with the 5th action signal is executed, first heating component (4) executes and the 6th action signal
Corresponding operation, the control valve execute operation corresponding with the 7th action signal；
Wherein, when the temperature for the water purification that need to be taken when water temperature instruction catalogue requisition family is room temperature, the 5th action signal table
It levies first water outlet to be connected to the water inlet end, the 6th action signal characterizes first heating component (4) and is not added
Heat, the 7th action signal characterize the control valve and close；When the temperature for the water purification that water temperature instruction catalogue requisition family need to take
When spending consistent with the temperature of water purification in water tank (2), the 5th action signal characterizes first water outlet and the water inlet
End disconnects, and the 6th action signal characterizes first heating component (4) and do not heat, described in the 7th action signal characterization
Control valve is opened；When the temperature for the water purification that water temperature instruction catalogue requisition family need to take is higher than the temperature of the water purification in water tank (2)
When, the 5th action signal characterizes first water outlet and the water inlet end disconnects, and the 6th action signal characterizes institute
It states the first heating component (4) to begin to warm up, the 7th action signal characterizes the control valve and opens；
The temperature of water purification in the water tank (2) is higher than the temperature of the water purification of room temperature.
10. purifier according to claim 9, which is characterized in that first heating component (4) includes shell, with
And it is fixedly arranged on calandria and second temperature detection components in the shell, the calandria and the second temperature detection components
It being connect with the controller, the second temperature detection components are used to detect the second temperature data of water purification in the shell, and
The second temperature data are sent to the controller；
The controller generates the 8th movement corresponding with the second temperature data for receiving the second temperature data
8th action signal is sent to the calandria by signal, so that the calandria executes and the 8th action signal
Corresponding operation；Wherein, when the 8th action signal characterizes the temperature of the water purification in the shell and user need to take it is net
When the temperature of water is consistent, the 8th action signal characterizes first heating component (4) and stops heating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822027286.9U CN209226761U (en) | 2018-12-04 | 2018-12-04 | Purifier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822027286.9U CN209226761U (en) | 2018-12-04 | 2018-12-04 | Purifier |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209226761U true CN209226761U (en) | 2019-08-09 |
Family
ID=67506293
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822027286.9U Active CN209226761U (en) | 2018-12-04 | 2018-12-04 | Purifier |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209226761U (en) |
-
2018
- 2018-12-04 CN CN201822027286.9U patent/CN209226761U/en active Active
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