CN204901039U - Drinking water equipment - Google Patents
Drinking water equipment Download PDFInfo
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- CN204901039U CN204901039U CN201520511947.9U CN201520511947U CN204901039U CN 204901039 U CN204901039 U CN 204901039U CN 201520511947 U CN201520511947 U CN 201520511947U CN 204901039 U CN204901039 U CN 204901039U
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Abstract
The utility model relates to a drinking water equipment field provides a drinking water equipment, including the faucet device with set up in monitoring module on the faucet device, the faucet device is including the channel of intaking, play water channel and switch, switching system in between inhalant canal and exhalant canal, on -off control follows the inhalant canal flow direction the drinking water of exhalant canal, the monitoring module is including the detecting unit, the control unit and alarm, the detecting unit set up in inhalant canal with between the exhalant canal for listen the drinking water that from this passes through, and send and listen the signal extremely the control unit, the control unit can the foundation listen the signal, send the control signal extremely alarm borrows this to send warning information and lets the user know and handle the action, water treatment consumptive materials such as renew cartridge, far infrared filter core or CO2 steel bottle more for example.
Description
Technical field:
The utility model relates to a kind of drinking water apparatus, particularly relates to one and has detecting potable water, and can initiatively and rationally warning water treatment consumptive material change opportunity, there is tap device simultaneously and can be installed on drinking water apparatus on table top by simple and fast.
Background technique:
Drinking water apparatus common on the market, drainage or the water purification plants such as such as Hyperfilevation water dispenser, usually one or multi-channel different types of filter core is all installed, in order to filter or to adsorb impurities in water or harmful matter, such as iron rust, sand grains, chlorine, filterable virus, agricultural chemicals, pesticide, heavy metal particles etc., to guarantee drinking water quality.
But, along with potable water frequency of utilization is different, and the good and bad difference of the water quality of each department, the normal service life of filter core also can be different, for convenience of the replacing of filter core, the record card that utilizes carries out control and periodic replacement manually to note down mode more at present, its shortcoming is that record card initiatively cannot show replacing opportunity, and user must step up vigilance, and the next time of the record card that keeps one's eyes open changes the date, therefore often easy exceeding because of carelessness changes the date, affects drinking water quality.Adopt periodic manner more renew cartridge, the opportunity that filter core really should be changed cannot be pressed close to, in other words, easily because of too early more renew cartridge form waste, or evening more renew cartridge cause filter element filtering Quality Down.
Therefore, if the filter element replacing opportunity of drinking water apparatus, the frequency of utilization that system adds up according to potable water, or water-quality deterioration degree is as judgement basis, reach a certain pre-conditioned time, user initiatively can be provided to be easy to the various alarm functions identifying or know, to allow user change in real time, effectively can improve the shortcoming of known artificial record and periodic replacement mode.
Namely patent M247282 has disclosed a kind of core of water filter and has changed warning seat structure, utilizes a uniqueness can the battery holder design of timing, produces the person of being easy to use obviously see the alarm function looked when arriving the time of setting, to remind Consumer's initiatively more renew cartridge.This patented technology document can solve the shortcoming that known filter element replacing cannot initiatively be warned opportunity, but adopt battery holder timing mode to be still as good as with known periodic replacement mode, still cannot press close to the point on opportunity that filter core really should be changed, that is cannot detect and adjust at any time the opportunity of filter element replacing voluntarily exactly along with the frequency of utilization of potable water or change of water quality.
Existing drinking water apparatus, also comprise the consumptive material that other are constantly changed, such as can generate the drinking water apparatus of energy water, usual employing far-infrared ray power stone filter core or ceramic particle, the XIR Extreme Infrared activation water quality of this filter core or ceramic particle release is utilized to form the energy water be commonly called as, these consumptive materials must be replaced equally in use for some time, and face the problem on similar above-mentioned filter element replacing opportunity.Steam bubble water drinking machine is also special drinking water apparatus popular at present, can provide be different from general potable water drink mouthfeel and satiety, even have the effect of appetite-suppressing.Described steam bubble water mainly produced by the high-pressure carbon dioxide in carbon dioxide steel cylinder (or carbon dioxide steel cylinder) is injected potable water, this carbon dioxide steel cylinder belongs to consumptive material equally, when inner silica carbon exhausts, just must change, therefore have the problem on similar above-mentioned filter element replacing opportunity.
Typical drinking water apparatus or above-mentioned patented technology document, generally include a faucet body be installed on table top, this faucet body top is connected an outlet pipe supply potable water, and be connected in bottom and have an intake pipe to pass below table top to be connected to water treatment plant, this water treatment plant is provided with one or multi-channel filter core, user can through the switch control rule water outlet on faucet body, this switch can be common hand switch, also can be electrically switchable grating, such as utilize contact-type or non-contact type inductor automatic detecting or respond to human hands, with electrically switchable grating water outlet described in switch start or pass water, wherein infrared induction device is common non-contact type inductor.Certainly, some electrically switchable grating is arranged at intake pipe place, but not on faucet body.
Compared to typical drinking water apparatus, above-mentioned patented technology document also comprises replacing warning seat and is mounted on the table top below faucet body, such design, except person easy to use installs this warning seat from table top, the warning seat be installed on table top can provide best sight apparent place, facilitates user to know and unhinderedly sees the warning cresset looked on warning seat.But, the installation of warning seat only considered by this patent documentation, but the installation of faucet body still must be installed below table top, furtherly, the mounting hole that on this patented technology document or known table top, the intrinsic screwed pipe of the usual spiral shell in faucet body bottom of drinking water apparatus is arranged through described table top, be able to down run through from described screwed pipe inside except making the intake pipe be connected below it be attached to described water treatment plant, can also utilize and screw togather a fastening piece on this screwed pipe, such as locknut, and several packing ring joined by tower, locknut is made to be packed in table top diapire face, this faucet body is mounted on table top.But locknut must carry out locking operation from the narrow space below table top, cause operation process quite difficult, and waste time and energy.
Model utility content:
The utility model main purpose is to provide a kind of drinking water apparatus, can on the tap device of table top or communication device know the detecting result seen according to potable water integrated flow, flowing time or change of water quality, initiatively send the information warning reminding user should change water treatment consumptive material, initiatively inform and the function of reminding except reaching, can also guarantee that the replacing of water treatment consumptive material is more accurate with rationally for opportunity.
Another object of the utility model is to provide a kind of drinking water apparatus, to detect, control and alarm function, even all being unified by the power supply function of battery or minisize hydroelectric generator designs in monitoring module, this monitoring module is readily installed to be incorporated in tap device, or to be combined with tap device and to form integral structure, therefore there is no the problem of distribution completely, circuit can be avoided to damage in installation or using process, also can maintain the original succinct outward appearance of general tap device and moulding.
The another object of the utility model is to provide a kind of drinking water apparatus, can install tap device easily from table top, makes fitting operation more simple and fast.
The utility model is achieved in that described tap device, comprises intake tunnel, exhalant canal and switch; Described switch-linear hybrid is between described intake tunnel and exhalant canal, and described switch control rule flows to the potable water of described exhalant canal from described intake tunnel; Described monitoring module comprises detecting unit, control unit and alarm unit; Described detecting unit is arranged between described intake tunnel and described exhalant canal, in order to detect the potable water passed through, and sends detection signal to described control unit; Described control unit according to described detection signal, can send and control signal to described alarm unit, send information warning whereby and allow user know and to carry out process action.
Further, described monitoring module also comprises the power-supply unit of the electric power needed for the described control unit running of supply.
Preferably, described power-supply unit is battery.
Preferably, described power-supply unit is minisize hydroelectric generator, and described minisize hydroelectric generator is arranged between described intake tunnel and exhalant canal, and the potable water passed through impacts the electric power produced needed for the described control unit running of supply.
Further, described switch-linear hybrid is between described detecting unit and described exhalant canal; Described minisize hydroelectric generator is arranged between described intake tunnel and described detecting unit.
Further, described switch-linear hybrid is in described intake tunnel and detect between side unit; Described minisize hydroelectric generator is arranged between described switch and detecting unit.
Preferably, described switch is hand switch.
Preferably, described switch is electrically switchable grating.
Further, also comprise process and flow to the current of described tap device to form the water treatment apparatus of described potable water, and comprise at least one water treatment consumptive material, described water treatment consumptive material is changed when described alarm unit sends described information warning.
Further, described water treatment apparatus is that filtration flows to the current of described tap device to form the water treatment plant of described potable water; Described water treatment consumptive material is filter core.
Further, described detecting unit is flowmeter, described flowmeter in order to detect the potable water flow that passes through, and send a flow detect side signal to described control unit; Described control unit is when the potable water flux cumulating detected reaches setting numerical value, and send a control signal to described alarm unit, described alarm unit sends information warning to user, reminds it to change described filter core whereby.
Further, described detecting unit is time switch, described time switch in order to detect the potable water flowing time that passes through, and send a flowing time detect side signal to described control unit; Described control unit is when the potable water flowing time detected adds up to reach setting numerical value, and send a control signal to described alarm unit, described alarm unit sends information warning to user, reminds it to change described filter core whereby.
Further, described detecting unit is Water quality detector, described Water quality detector in order to detect the drinking water quality that passes through, and send a water quality detect side signal to described control unit; Described control unit, when detecting water quality and being defective, sends a control signal to described alarm unit, and described alarm unit sends information warning to user, reminds it to change described filter core whereby.
Further, described Water quality detector is dissolved solid amount detector, in order to detect the TDS in potable water.
Further, described water treatment apparatus is energy water generating apparatus, and described energy water generating apparatus is releasing far infrared in the current flowing to described tap device, to be formed as the potable water of energy water; Described water treatment consumptive material is XIR Extreme Infrared filter core.
Further, described detecting unit is flowmeter, described flowmeter in order to detect the potable water flow that passes through, and send a flow detect side signal to described control unit; Described control unit is when the potable water flux cumulating detected reaches setting numerical value, and send a control signal to described alarm unit, described alarm unit sends information warning to user, reminds it to change described XIR Extreme Infrared filter core whereby.
Further, described detecting unit is time switch, described time switch in order to detect the potable water flowing time that passes through, and send a flowing time detect side signal to described control unit; Described control unit is when the potable water flowing time detected adds up to reach setting numerical value, and send a control signal to described alarm unit, described alarm unit sends information warning to user, reminds it to change described XIR Extreme Infrared filter core whereby.
Further, described water treatment apparatus is air-bubble generating apparatus, and described air-bubble generating apparatus generates bubble and annotates in the current flowing to described tap device, to be formed as the potable water of air-bubble; Described water treatment consumptive material is carbon dioxide steel cylinder.
Further, described detecting unit is carbon dioxide sensor, described carbon dioxide sensor in order to detect the carbon dioxide content of potable water passed through, and send a carbon dioxide content detect side signal to described control unit; Described control unit can drop to setting numerical value during in the potable water carbon dioxide content detected, send a control signal to described alarm unit, described alarm unit sends information warning to user, reminds it to change described carbon dioxide steel cylinder whereby.
Further, described monitoring module more comprises reset cell, and described reset cell is in order to reset described control unit.
Further, while described control unit sends control signal, also send a pass water signal, be in pass water state in order to electrically switchable grating described in positive closing.
Further, described alarm unit is that any one or more in light alarm, view display, loudspeaker or bluetooth transmitters combines arbitrarily; The information warning of described light alarm is light information; The information warning of described view display is image information; The information warning of described loudspeaker is acoustic information; The information warning of described bluetooth transmitters is Bluetooth signal, can be emitted to communication device and produce warning effect.
Further, more comprise fixing device, described tap device is fixed on table top by described fixing device.
Further, described fixing device comprises the pedestal be arranged at above described table top, from top to bottom through the screwed pipe of described pedestal, and the mounting hole be arranged on described table top, described screwed pipe comprises a spiral shell head position that can be limited on described pedestal and energy original place and rotate, and one down extends to the screw rod position below described table top from described spiral shell head position; Described fixing device also comprises the pin be screwed together on described screw rod position and the clamping element supplying described bearing pin pivot to locate and top and is fixed in described pedestal, bottom extends to the rotation preventing device of described clamping element, and described rotation preventing device is in order to limit the rotation in the horizontal direction of described clamping element; Described clamping element can turn to and arrive below described table top close to longitudinal state through the mounting hole of described table top, also the spiral shell head position of rotating described screwed pipe close to level from described table top can be automatically reset to, rotate in the horizontal direction because described rotation preventing device limits described clamping element, described clamping element can be forced up to screw togather displacement along described screw rod position, and with the mutual packing in described table top diapire face, whereby described pedestal is fixed on above described table top.Further, described tap device comprises faucet body, is installed on the outlet pipe on described faucet body top, and is installed on the intake pipe of described faucet body bottom; Described intake tunnel is made up of the faucet body of described intake pipe with part; Described exhalant canal is made up of the faucet body of described outlet pipe with part; Described intake pipe from top to bottom passes from the through hole of described screwed pipe inside and arrives below described table top; Described faucet body can for wear be fixed on described fixing device pedestal on.
Further, described clamping element is with described pin for axis of rotation, and the weight of its relatively described rotation preventing device is less than another side, described clamping element with close to longitudinal state through described table top mounting hole after, by under the uneven effect of both sides weight own, automatically reset to close to level.
Further, described clamping element with described pin for axis of rotation, another side of its relatively described rotation preventing device is provided with an elastomer, described elastic component is supported compression by relative described screw rod position under described clamping element is close to longitudinal state, and can after described clamping element is by the mounting hole of described table top, by described elastomeric elastic-restoring force effect, described clamping element is automatically reset to close to level.
Further, described elastomer is elastic foam; Described clamping element takes the shape of the letter U section, and has and be fixed on interior U-groove bevel for described elastic foam caulked.
Further, described faucet body bottom has sleeve joint hole, can for the periphery wall being set in described pedestal; Being respectively arranged with between the periphery wall of described pedestal and described sleeve joint hole inner circle wall can the inlay card locating bump of locating and positioning groove mutually; The inner circle wall of described sleeve joint hole is also provided with screw in the another side of relatively described locating slot, and what the periphery wall of described pedestal was provided with that the bolt be screwed together on described screw pushed against relatively pushes against groove, is pushed against by described faucet body whereby and is fixed on described pedestal.
Further, also comprise mounting clamp and be fixed in monitoring base between described pedestal and described table top roof face, described monitoring base can install location thereon for described monitoring module.
Further, described switch is mounted on described faucet body, flows to the potable water of described outlet pipe in order to switch control rule from described intake pipe; Described detecting unit is installed on the top of described switch.
Further, described switch is mounted on described intake pipe, flows to the potable water of described outlet pipe in order to switch control rule from described intake pipe; Described detecting unit is installed on the bottom of described switch.
The beneficial effects of the utility model are: owing to being provided with monitoring module on tap device, potable water integrated flow, flowing time or change of water quality can be detected, and send on information warning to table top or on communication device according to this detecting result in good time and know that reminding user should change water treatment consumptive material, therefore, not only can reach and initiatively inform and the function of reminding, can also guarantee that the replacing of water treatment consumptive material is more accurate with rationally for opportunity, to avoid too early changing process consumptive material of wasting water, or spend evening and change and affect drinking water quality.
Simultaneously because the monitoring module of this drinking water apparatus has detecting concurrently, controls and alarm function, the even power supply function of battery or minisize hydroelectric generator, therefore, the modular design of this multi-functional unification, can guarantee that this monitoring module can be readily installed incorporates in tap device, or to be combined with tap device and to form integral structure, and common wiring problems can not be derived completely, therefore, circuit effectively can be avoided to damage in installation or using process, also can maintain the original succinct outward appearance of general tap device and moulding.
User can be allowed directly to operate from table top because this drinking water apparatus is provided with one further, and be mounted on the fixing device of table top, tap device is made to be able to directly nestedly be fixed on the pedestal of this fixing device, therefore, user can install from table top easily and fix this tap device, and needn't operate in the narrow space below table top, and then reach simple and easy, effect of quick mounting tap device.
Accompanying drawing illustrates:
Fig. 1 is the local appearance combination schematic diagram of the utility model first embodiment drinking water apparatus;
Fig. 2 is the local side-looking generalized section of the utility model first embodiment drinking water apparatus;
Fig. 3 is the tap device of the utility model first embodiment drinking water apparatus and monitoring module circuit and water route block schematic diagram, and represents water route with solid line, is represented by dotted lines circuit;
Fig. 4 is the tap device of the utility model second embodiment drinking water apparatus and monitoring module circuit and water route block schematic diagram, and represents water route with solid line, is represented by dotted lines circuit;
Fig. 5 is the tap device of the utility model the 3rd embodiment's drinking water apparatus and monitoring module circuit and water route block schematic diagram, and represents water route with solid line, is represented by dotted lines circuit;
Fig. 6 is the tap device of the utility model the 4th embodiment's drinking water apparatus and monitoring module circuit and water route block schematic diagram, and represents water route with solid line, is represented by dotted lines circuit;
Fig. 7 is the sectional perspective decomposing schematic representation of the utility model first embodiment drinking water apparatus;
Fig. 8 is another sectional perspective decomposing schematic representation of the utility model first embodiment drinking water apparatus;
Fig. 9 is the local side-looking generalized section of the utility model first embodiment drinking water apparatus;
Figure 10 is the tridimensional External view of the utility model first embodiment drinking water apparatus;
Figure 11 is another tridimensional External view of the utility model first embodiment drinking water apparatus;
Figure 12 is the faucet body stereo appearance figure of the utility model first embodiment drinking water apparatus;
Figure 13 is the fixing device installation action schematic diagram of the utility model first embodiment drinking water apparatus, and shows its clamping element and rotated in close to longitudinal state, and is allowed to pass through from the mounting hole of table top;
Figure 14 is the fixing device installation action schematic diagram of the utility model first embodiment drinking water apparatus, and show its clamping element by after the mounting hole of table top, automatically deflection, and can subsequently through the up axial displacement of rotation screwed pipe start clamping element in close to level;
Figure 15 is the fixing device installation action schematic diagram of the utility model first embodiment drinking water apparatus, and shows its clamping element axial displacement to clipping the diapire face being packed in table top;
Figure 16 is the fixing device of the utility model first embodiment drinking water apparatus, its clamping element is provided with an elastomer, and is supported the schematic diagram of compressive strain by screw rod position when rotating clip gripping members;
Figure 17 is the fixing device of the utility model the 5th embodiment's drinking water apparatus, and its base bottom directly clips the installment state schematic diagram being packed in table top roof face.
Embodiment:
In order to make the purpose of this utility model, technological scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
As shown in Figure 1, 2, the utility model provides a kind of first embodiment of drinking water apparatus, and described drinking water apparatus mainly comprises tap device 10, and is arranged at the monitoring module 20 on described tap device 10; Described tap device 10 can be mounted on table top 30; Illustrate for above-mentioned composition component division below.
As shown in Figure 3, described tap device 10, comprises intake tunnel 11, exhalant canal 12 and switch 13; Described switch 13 is arranged between described intake tunnel 11 and exhalant canal 12, flows to the potable water of described exhalant canal 12 in order to switch control rule from described intake tunnel 11.
As shown in Figure 3, described monitoring module 20, comprises detecting unit 21, control unit 22 and alarm unit 23; Described detecting unit 21 is arranged between described intake tunnel 11 and exhalant canal 12, in order to detect the potable water passed through, and sends detection signal to described control unit 22; Described control unit 22 according to described detection signal, can send in good time and controls signal to described alarm unit 23, sends information warning whereby and gives user and know, for carrying out next process action.
Described monitoring module 20 more comprises power-supply unit 24, operates required electric power in order to supply described control unit 22.In the present embodiment, described power-supply unit 24 is battery.
In the present embodiment, described switch 13 is arranged between described detecting unit 21 and described exhalant canal 12, and is set to hand switch 13 or manual handle control switch 13.But not as limit, also can be electrically switchable grating 13.
The drinking water apparatus of the present embodiment more comprises water treatment apparatus (not shown), the current of described tap device 10 are flowed in order to process, to form described potable water, and comprising at least one water treatment consumptive material, user can change described water treatment consumptive material when described alarm unit 23 sends described information warning.
Commonly known, described water treatment apparatus can be common water treatment plant, and in order to filter the current flowing to described tap device 10, to form described potable water, and then described water treatment consumptive material is filter core.
Described detecting unit 21 is flowmeter, in order to detect the potable water flow that passes through, and send a flow detect side signal to described control unit 22; Described control unit 22 can reach setting numerical value during in the potable water flux cumulating detected, send a control signal to described alarm unit 23, described alarm unit 23 sends information warning to user, reminds user to change described filter core whereby.
Described detecting unit 21 also can be time switch, in order to detect the potable water flowing time that passes through, and send a flowing time detect side signal to described control unit 22; When described control unit 22 can reach setting numerical value in the potable water flowing time detected is accumulative, send a control signal to described alarm unit 23, described alarm unit 23 sends information warning and gives user, reminds user to change described filter core whereby.
Described detecting unit 21 can also be Water quality detector, in order to detect the drinking water quality that passes through, and send a water quality detect side signal to described control unit 22; Described control unit 22 in time detecting water quality and be defective, can send a control signal to described alarm unit 23, and described alarm unit 23 sends an information warning and gives user, reminds user to change described filter core whereby.What be familiar with that this those skilled in the art all knows is, described Water quality detector can be common TDS (abbreviation of Totaldissolvedsolids TDS) detector, in order to detect the TDS (Totaldissolvedsolids) in potable water.
Described water treatment apparatus, except can be above-mentioned water treatment plant, also can be at present popular on the market energy water generating apparatus, mainly by releasing far infrared in the current flowing to described tap device 10, to be formed as the potable water of energy water.Wherein, the XIR Extreme Infrared filter core can installed by described energy water generating apparatus inside discharges described XIR Extreme Infrared, therefore above-mentioned water treatment consumptive material can be described XIR Extreme Infrared filter core.
Described water treatment apparatus can also be air-bubble generating apparatus popular on the market at present, mainly annotates in the current flowing to described tap device 10, to be formed as the potable water of air-bubble by generation bubble.Can infer easily, described water treatment consumptive material can be carbon dioxide steel cylinder.Furtherly, described detecting unit 21 can be a carbon dioxide sensor, in order to detect the potable water carbon dioxide content that passes through, and send a carbon dioxide content detect side signal to described control unit 22; Described control unit 22 can drop to setting numerical value during in the potable water carbon dioxide content detected, send a control signal to described alarm unit 23 and send information warning and give user, remind user should change described carbon dioxide steel cylinder whereby.
Described monitoring module 20 also comprises reset cell 25, in order to reset described control unit 22.Such as, change the water treatment consumptive materials such as described filter core, XIR Extreme Infrared filter core or carbon dioxide steel cylinder as user after, reset cell 25 can be utilized to reset, make the accumulative zero of flow, flowing time, so that the detecting restarted next time and alarm function.
While described control unit 22 sends control signal, a pass water signal can also be sent, its object is to electrically switchable grating 13 described in positive closing and be in pass water state, with the potable water avoiding user to drink standard against regulation or quality.
As shown in Figure 1, the alarm unit 23 of the present embodiment can be common light alarm, but not as limit, and it can also be any one in view display, loudspeaker or bluetooth transmitters or combinations several arbitrarily.The information warning of described light alarm is light information, such as LED lamplight.The information warning of described view display is then image information; The information warning of described loudspeaker is acoustic information; The information warning of described bluetooth transmitters is Bluetooth signal, and described Bluetooth signal can be emitted to communication device and produce warning effect.
As shown in Figure 4, the utility model provides a kind of second embodiment of drinking water apparatus, and embodiment is roughly identical with the first embodiment, and essential difference is only:
The power-supply unit 24 of the present embodiment is minisize hydroelectric generator, described minisize hydroelectric generator is arranged between described intake tunnel 11 and exhalant canal 12, and generation electric power can be impacted by the potable water passed through, operate required electric power to supply described control unit 22.Furtherly, the switch 13 of the present embodiment is arranged between described detecting unit 21 and described exhalant canal 12, simultaneously, described minisize hydroelectric generator is arranged between described intake tunnel 11 and described detecting unit 21, the potable water coming from described intake tunnel 11 is first guided to after described power-supply unit 24 produces hydroelectric power, is more sequentially guided to described detecting unit 21 and switch 13.Because described minisize hydroelectric generator belongs to known common apparatus, therefore seldom repeated at this.
As shown in Figure 5, the utility model provides a kind of 3rd embodiment of drinking water apparatus, and embodiment is roughly identical with the first embodiment, and essential difference is only:
The switch 13 of the present embodiment is arranged at described intake tunnel 11 and detects between side unit 21.In other words, the detecting unit 21 of the present embodiment monitoring module 20 is arranged at the bottom of switch 13, flow to the potable water of exhalant canal 12 from switch 13 in order to detecting, and be arranged at switch 13 top with the detecting unit 21 of first embodiment's monitoring module 20, first can there be is little bit different by detecting before making potable water flow to switch 13.As from the foregoing, the essential difference of first and third embodiment is that the mounting point of its monitoring module 20 or detecting unit 21 is different, can provide the design space of more flexibility whereby.Such as, the drinking water apparatus of the first embodiment, can install location by arranging a monitoring base 40 for described monitoring module 20, as shown in Figure 1, 2.
As shown in Figure 6, the utility model provides a kind of 4th embodiment of drinking water apparatus, and embodiment is roughly identical with the 3rd embodiment, and essential difference is only:
The power-supply unit 24 of the present embodiment is minisize hydroelectric generator, and is arranged between described intake tunnel 11 and exhalant canal 12, and can impact generation electric power by the potable water passed through, and operates required electric power to supply described control unit 22.Furtherly, the switch 13 of the present embodiment is arranged between described intake tunnel 11 and detecting unit 21, simultaneously, described minisize hydroelectric generator is arranged between described switch 13 and described detecting unit 21, the potable water coming from described switch 13 is first guided to after described power-supply unit 24 produces hydroelectric power, is more sequentially guided to described detecting unit 21 and exhalant canal 12.
As shown in Figure 1, 2, the utility model provides a kind of first embodiment of drinking water apparatus, more comprises fixing device 50, its object is to described tap device 10 can be mounted on described table top 30 by simple and fast.
As shown in Figs. 7-9, specifically, described fixing device 50 more comprises pedestal 51, screwed pipe 52, pin 53, clamping element 54 and rotation preventing device 55; Wherein:
Described pedestal 51, as shown in Figure 10,11, is arranged at above described table top 30.
Pedestal 51 periphery wall of the present embodiment is equipped with locating bump 511, and pushes against groove 512 relative to the another side of described locating bump 511; Described pedestal 51 diapire wall 513 centre is more provided with positional punch 514, and a screw 515 be positioned at around described positional punch 514; Tank 516 is also arranged with above the diapire wall 513 of described pedestal 51.
Described screwed pipe 52, from top to bottom sequentially run through by described pedestal 51, and the mounting hole 31 that described table top 30 is arranged, and have the spiral shell head position 521 that can be limited in original place rotation on described pedestal 51, and one down extends to the screw rod position 522 below described table top 30 from described spiral shell head position 521.Furtherly, described spiral shell head position 21 can be received be limited in described pedestal 51 tank 516 in, and described screwed pipe 52 can be rotated by common switching instrument via original place, described spiral shell head position 521.
Described pin 53, can be screwed together on the screw rod position 522 of described screwed pipe 52.
Described clamping element 54, as shown in Figs. 7-9, can for described pin 53 axle pivot location.The clamping element 54 of the present embodiment roughly takes the shape of the letter U section, and has U-groove bevel 541, and the groove bottom wall centre of described U-groove bevel 541 is provided with the groove 542 that stretches through, and is provided with breach 543 in groove 542 side that stretches through; By the setting of described breach 543, breach 543 amount of stressing of described clamping element 54 can be made to be less than another side.The U-groove bevel 541 both sides sidewall wall 544 of described clamping element 54 can for described pin 53 axle pivot location.
Described rotation preventing device 55, its top is fixed in the screw 515 of described pedestal 51, and when described clamping 54 is in close under level, its bottom can extend across the breach 543 of described clamping element 54, can limit the rotation in the horizontal direction of described clamping element 54 whereby.
Specifically, described tap device 10 can comprise the outlet pipe 102 that faucet body 101, is installed on described faucet body 101 top, and an intake pipe 103 being installed on described faucet body 101 bottom; Described intake tunnel 11 is made up of with the faucet body 101 of part described intake pipe 103; Described exhalant canal 12 is made up of with the faucet body 101 of part described outlet pipe 102; The through hole 523 that described intake pipe 103 can from top to bottom define from described screwed pipe 52 inside passes and arrives below described table top 30, as shown in Figure 9, described faucet body 101 can for wear be fixed on described fixing device 50 pedestal 51 on.
As shown in Fig. 9,12, furtherly, sleeve joint hole 14 is provided with bottom described faucet body 101, can for being set in described pedestal 51 periphery wall, and sleeve joint hole 14 inner circle wall is provided with positioning groove 141, can locate with the mutual inlay card of the locating bump 511 on described pedestal 51 periphery wall, limit described faucet body 101 whereby and rotate on described pedestal 51; Described sleeve joint hole 14 inner circle wall is more provided with screw 142 in the another side relative to described positioning groove 141, the stud bolt 143 that can be screwed together in described screw 142 by one support only be packed in described pedestal 151 push against groove 512 after, by described faucet body 101 securely locking and positioning on described pedestal 51.
When described fixing device 50 is installed, as shown in figure 13, can by by described clamping element 54 with pin 53 for center of rotation, its heavier avris up just rotates in close to longitudinal state, makes described clamping element 54 be able to down be stretched through below arrival table top 30 together with described pin 53, screwed pipe 52 lower portion and rotation preventing device 55 from the mounting hole 31 of described table top 30; Afterwards, by described clamping element 54 with pin 53 for center of rotation, through the automatic deflecting action that two avris weight inequalities produce, and be returned to close to level, as shown in figure 14, and make rotation preventing device 55 bottom be stretched through breach 543 position of described clamping element 54, rotate to limit described clamping element 54; So, user just can by the described screwed pipe 52 of rotation, and be limited to rotate through described clamping element 54, clamping element 54 is made to be able to along the up axial displacement of described screwed pipe 52, described table top 30 diapire face is packed in until clip, as shown in figure 15, described pedestal 51 can be fixed on described table top 30.Then, after the intake pipe 103 of tap device 10 is passed from the through hole 523 of described screwed pipe 52, mutually nested with described pedestal 501 with the sleeve joint hole 14 of faucet body 101, and screw described stud bolt 143, make it push against and push against groove 512 in described pedestal 51, easily described tap device 10 can be mounted on the pedestal 51 of described fixing device 50, and complete the fitting operation of tap device 10.
Above-mentioned clamping element 54 is for axis of rotation with described pin 53, its both sides amount of stressing inequality is utilized to reach the effect of deflection reset automatically, but not as limit, also script can be utilized to be designed to caulked in a heavier avris U-groove bevel 541 and to fix an elastomer 56, such as elastic foam, as shown in figure 16, it is made under described clamping element 54 is close to longitudinal state, is supported compressive strain by relative described screw rod position 522 and accumulates elastic force, therefore, after described clamping element 54 is by the mounting hole 31 of described table top 30, can by the elastic-restoring force effect of described elastomer 56, described clamping element 54 is automatically reset to close to level.
The drinking water apparatus of above-mentioned first embodiment has described can install location monitoring base 40 thereon for described monitoring module 20, and described monitoring base 40 can be mounted and be clamped between described pedestal 51 and described table top 30 roof face, as shown in figure 15.As previously mentioned, when the non-top designed in switch 13 of detecting unit 21 of monitoring module 20, but during the bottom of switch 13, necessity that monitoring base 40 does not just design.Monitoring module 20 is installed on pedestal position 15 place of installing location for described switch 13 by the more feasible genealogy of law of doing, as shown in Fig. 1,2 and 12, so, just the roof face in described table top 30 is directly pushed against bottom the pedestal 51 of described fixing device 50, as shown in figure 17, but not push against location through described monitoring base 40, also be directly installed on table top 30 because this pedestal 51 changes into, therefore its appearance and modeling and dimension scale also will coordinate mounting hole 31 slightly design for change, but the essence of fixing device 50 structure is roughly constant with composition component.
Drinking water apparatus of the present utility model, potable water integrated flow, flowing time or change of water quality can be detected by being provided with on tap device 10 monitoring module 20, and send on information warning to table top 30 according to this detecting result in good time or communication device known reminding user should change water treatment consumptive material, therefore, not only can reach and initiatively inform and the function of reminding, can also guarantee that the replacing of water treatment consumptive material is more accurate with rationally for opportunity, to avoid too early changing process consumptive material of wasting water, or spend evening and change and affect drinking water quality.
Monitoring module 20 due to this drinking water apparatus has detecting concurrently, controls and alarm function, the even power supply function of battery or minisize hydroelectric generator, therefore, the modular design of this multi-functional unification, can guarantee that this monitoring module 20 can be readily installed incorporates in tap device 10, or to be combined with tap device 10 and to form integral structure, and common wiring problems can not be derived completely, therefore, circuit effectively can be avoided to damage in installation or using process, also can maintain the original succinct outward appearance of general tap device and moulding.
User can be allowed directly to operate from table top 30 because this drinking water apparatus is provided with one, and be mounted on the fixing device 50 of table top 30, tap device 10 is made to be able to directly nestedly be fixed on the pedestal 51 of this fixing device 50, therefore, user can install from table top 30 easily and fix this tap device 10, and needn't operate in the narrow space below table top 30, and then reach simple and easy, effect of quick mounting tap device 10.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.
Claims (32)
1. a drinking water apparatus, comprises tap device and is arranged at the monitoring module on described tap device; It is characterized in that: described tap device comprises intake tunnel, exhalant canal and switch; Described switch-linear hybrid is between described intake tunnel and exhalant canal, and described switch control rule flows to the potable water of described exhalant canal from described intake tunnel; Described monitoring module comprises detecting unit, control unit and alarm unit; Described detecting unit is arranged between described intake tunnel and described exhalant canal, in order to detect the potable water passed through, and sends detection signal to described control unit; Described control unit according to described detection signal, can send and control signal to described alarm unit, send information warning whereby and allow user know and to carry out process action.
2. drinking water apparatus according to claim 1, is characterized in that: described monitoring module also comprises the power-supply unit of the electric power needed for the described control unit running of supply.
3. drinking water apparatus according to claim 2, is characterized in that: described power-supply unit is battery.
4. drinking water apparatus according to claim 2, it is characterized in that: described power-supply unit is minisize hydroelectric generator, described minisize hydroelectric generator is arranged between described intake tunnel and exhalant canal, and the potable water passed through impacts the electric power produced needed for the described control unit running of supply.
5. drinking water apparatus according to claim 4, is characterized in that: described switch-linear hybrid is between described detecting unit and described exhalant canal; Described minisize hydroelectric generator is arranged between described intake tunnel and described detecting unit.
6. drinking water apparatus according to claim 4, is characterized in that: described switch-linear hybrid is in described intake tunnel and detect between side unit; Described minisize hydroelectric generator is arranged between described switch and detecting unit.
7. drinking water apparatus according to claim 1, is characterized in that: described switch is hand switch.
8. drinking water apparatus according to claim 1, is characterized in that: described switch is electrically switchable grating.
9. drinking water apparatus according to claim 1, it is characterized in that: also comprise process and flow to the current of described tap device to form the water treatment apparatus of described potable water, and comprising at least one water treatment consumptive material, described water treatment consumptive material is changed when described alarm unit sends described information warning.
10. drinking water apparatus according to claim 9, is characterized in that: described water treatment apparatus is that filtration flows to the current of described tap device to form the water treatment plant of described potable water; Described water treatment consumptive material is filter core.
11. drinking water apparatus according to claim 10, is characterized in that: described detecting unit is flowmeter, described flowmeter in order to detect the potable water flow that passes through, and send a flow detect side signal to described control unit; Described control unit is when the potable water flux cumulating detected reaches setting numerical value, and send a control signal to described alarm unit, described alarm unit sends information warning to user, reminds it to change described filter core whereby.
12. drinking water apparatus according to claim 10, is characterized in that: described detecting unit is time switch, described time switch in order to detect the potable water flowing time that passes through, and send a flowing time detect side signal to described control unit; Described control unit is when the potable water flowing time detected adds up to reach setting numerical value, and send a control signal to described alarm unit, described alarm unit sends information warning to user, reminds it to change described filter core whereby.
13. drinking water apparatus according to claim 10, is characterized in that: described detecting unit is Water quality detector, described Water quality detector in order to detect the drinking water quality that passes through, and send a water quality detect side signal to described control unit; Described control unit, when detecting water quality and being defective, sends a control signal to described alarm unit, and described alarm unit sends information warning to user, reminds it to change described filter core whereby.
14. drinking water apparatus according to claim 13, is characterized in that: described Water quality detector is dissolved solid amount detector, in order to detect the TDS in potable water.
15. drinking water apparatus according to claim 9, is characterized in that: described water treatment apparatus is energy water generating apparatus, and described energy water generating apparatus is releasing far infrared in the current flowing to described tap device, to be formed as the potable water of energy water; Described water treatment consumptive material is XIR Extreme Infrared filter core.
16. drinking water apparatus according to claim 15, is characterized in that: described detecting unit is flowmeter, described flowmeter in order to detect the potable water flow that passes through, and send a flow detect side signal to described control unit; Described control unit is when the potable water flux cumulating detected reaches setting numerical value, and send a control signal to described alarm unit, described alarm unit sends information warning to user, reminds it to change described XIR Extreme Infrared filter core whereby.
17. drinking water apparatus according to claim 15, is characterized in that: described detecting unit is time switch, described time switch in order to detect the potable water flowing time that passes through, and send a flowing time detect side signal to described control unit; Described control unit is when the potable water flowing time detected adds up to reach setting numerical value, and send a control signal to described alarm unit, described alarm unit sends information warning to user, reminds it to change described XIR Extreme Infrared filter core whereby.
18. drinking water apparatus according to claim 9, is characterized in that: described water treatment apparatus is air-bubble generating apparatus, and described air-bubble generating apparatus generates bubble and annotates in the current flowing to described tap device, to be formed as the potable water of air-bubble; Described water treatment consumptive material is carbon dioxide steel cylinder.
19. drinking water apparatus according to claim 18, it is characterized in that: described detecting unit is carbon dioxide sensor, described carbon dioxide sensor in order to detect the carbon dioxide content of potable water passed through, and send a carbon dioxide content detect side signal to described control unit; Described control unit can drop to setting numerical value during in the potable water carbon dioxide content detected, send a control signal to described alarm unit, described alarm unit sends information warning to user, reminds it to change described carbon dioxide steel cylinder whereby.
20. drinking water apparatus according to claim 1, is characterized in that: described monitoring module more comprises reset cell, and described reset cell is in order to reset described control unit.
21. drinking water apparatus according to claim 8, is characterized in that: while described control unit sends control signal, also send a pass water signal, are in pass water state in order to electrically switchable grating described in positive closing.
22. drinking water apparatus according to claim 8, is characterized in that: described alarm unit is that any one or more in light alarm, view display, loudspeaker or bluetooth transmitters combines arbitrarily; The information warning of described light alarm is light information; The information warning of described view display is image information; The information warning of described loudspeaker is acoustic information; The information warning of described bluetooth transmitters is Bluetooth signal, can be emitted to communication device and produce warning effect.
23. drinking water apparatus according to claim 1, is characterized in that: more comprise fixing device, described tap device is fixed on table top by described fixing device.
24. drinking water apparatus according to claim 23, it is characterized in that: described fixing device comprises the pedestal be arranged at above described table top, from top to bottom through the screwed pipe of described pedestal, and the mounting hole be arranged on described table top, described screwed pipe comprises a spiral shell head position that can be limited on described pedestal and energy original place and rotate, and one down extends to the screw rod position below described table top from described spiral shell head position; Described fixing device also comprises the pin be screwed together on described screw rod position and the clamping element supplying described bearing pin pivot to locate and top and is fixed in described pedestal, bottom extends to the rotation preventing device of described clamping element, and described rotation preventing device is in order to limit the rotation in the horizontal direction of described clamping element; Described clamping element can turn to and arrive below described table top close to longitudinal state through the mounting hole of described table top, also the spiral shell head position of rotating described screwed pipe close to level from described table top can be automatically reset to, rotate in the horizontal direction because described rotation preventing device limits described clamping element, described clamping element can be forced up to screw togather displacement along described screw rod position, and with the mutual packing in described table top diapire face, whereby described pedestal is fixed on above described table top.
25. drinking water apparatus according to claim 24, is characterized in that: described tap device comprises faucet body, is installed on the outlet pipe on described faucet body top, and is installed on the intake pipe of described faucet body bottom; Described intake tunnel is made up of the faucet body of described intake pipe with part; Described exhalant canal is made up of the faucet body of described outlet pipe with part; Described intake pipe from top to bottom passes from the through hole of described screwed pipe inside and arrives below described table top; Described faucet body can for wear be fixed on described fixing device pedestal on.
26. drinking water apparatus according to claim 24, it is characterized in that: described clamping element with described pin for axis of rotation, one side weight of its relatively described rotation preventing device is less than another side, described clamping element with close to longitudinal state through described table top mounting hole after, by under the uneven effect of both sides weight own, automatically reset to close to level.
27. drinking water apparatus according to claim 24, it is characterized in that: described clamping element with described pin for axis of rotation, another side of its relatively described rotation preventing device is provided with an elastomer, described elastic component is supported compression by relative described screw rod position under described clamping element is close to longitudinal state, and can after described clamping element is by the mounting hole of described table top, by described elastomeric elastic-restoring force effect, described clamping element is automatically reset to close to level.
28. drinking water apparatus according to claim 27, is characterized in that: described elastomer is elastic foam; Described clamping element takes the shape of the letter U section, and has and be fixed on interior U-groove bevel for described elastic foam caulked.
29. drinking water apparatus according to claim 25, is characterized in that: described faucet body bottom has sleeve joint hole, can for the periphery wall being set in described pedestal; Being respectively arranged with between the periphery wall of described pedestal and described sleeve joint hole inner circle wall can the inlay card locating bump of locating and positioning groove mutually; The inner circle wall of described sleeve joint hole is also provided with screw in the another side of relatively described locating slot, and what the periphery wall of described pedestal was provided with that the bolt be screwed together on described screw pushed against relatively pushes against groove, is pushed against by described faucet body whereby and is fixed on described pedestal.
30. drinking water apparatus according to claim 24, is characterized in that: also comprise mounting clamp and be fixed in monitoring base between described pedestal and described table top roof face, and described monitoring base can install location thereon for described monitoring module.
31. drinking water apparatus according to claim 25, is characterized in that: described switch is mounted on described faucet body, flows to the potable water of described outlet pipe in order to switch control rule from described intake pipe; Described detecting unit is installed on the top of described switch.
32. drinking water apparatus according to claim 25, is characterized in that: described switch is mounted on described intake pipe, flows to the potable water of described outlet pipe in order to switch control rule from described intake pipe; Described detecting unit is installed on the bottom of described switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520511947.9U CN204901039U (en) | 2015-07-15 | 2015-07-15 | Drinking water equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520511947.9U CN204901039U (en) | 2015-07-15 | 2015-07-15 | Drinking water equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204901039U true CN204901039U (en) | 2015-12-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520511947.9U Expired - Fee Related CN204901039U (en) | 2015-07-15 | 2015-07-15 | Drinking water equipment |
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| CN (1) | CN204901039U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105668663A (en) * | 2016-03-24 | 2016-06-15 | 佛山市顺德区美的饮水机制造有限公司 | Water purifying system and bubble generating device for same |
| CN109126260A (en) * | 2018-11-08 | 2019-01-04 | 宁波市中灿电子科技有限公司 | Micro- water power generation inductive faucet water purification system and filter device replace based reminding method |
-
2015
- 2015-07-15 CN CN201520511947.9U patent/CN204901039U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105668663A (en) * | 2016-03-24 | 2016-06-15 | 佛山市顺德区美的饮水机制造有限公司 | Water purifying system and bubble generating device for same |
| CN105668663B (en) * | 2016-03-24 | 2018-12-21 | 佛山市顺德区美的饮水机制造有限公司 | Water purification system and bubble formation device for water purification system |
| CN109126260A (en) * | 2018-11-08 | 2019-01-04 | 宁波市中灿电子科技有限公司 | Micro- water power generation inductive faucet water purification system and filter device replace based reminding method |
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Granted publication date: 20151223 Termination date: 20170715 |