CN101713464B - Automatic effluent control device and automatic effluent device - Google Patents
Automatic effluent control device and automatic effluent device Download PDFInfo
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- CN101713464B CN101713464B CN2009102012021A CN200910201202A CN101713464B CN 101713464 B CN101713464 B CN 101713464B CN 2009102012021 A CN2009102012021 A CN 2009102012021A CN 200910201202 A CN200910201202 A CN 200910201202A CN 101713464 B CN101713464 B CN 101713464B
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Abstract
The invention discloses an automatic effluent control device, which is arranged at the effluent position of the automatic effluent device in the kitchen and bathroom fields and comprises a casing, inductor assemblies accommodated in the casing and an electrometric valve assembly, wherein the casing is composed of a first accommodating cavity accommodating the inductor assembly, a second accommodating cavity accommodating the inductor assembly and a water inlet cavity. In addition, the casing is also provided with a water outlet communicated with the water inlet cavity.The inductor assembly consists of a circuit board and inductors arranged on the circuit board, and the circuit board is provided with a processor.The electromagnetic valve assembly comprises an electromagnetic valve electrically connected with the circuit board and a membrane matched with the electromagnetic valve,and the membrane is moved to lead the water inlet cavity and the water outlet to be communicated or blocked.The automatic effluent control device in the invention has compact structure and is favor for product miniaturization.
Description
Technical field
The present invention relates to the automatic water outlet control device in a kind of kitchen guarding of being applied to field and the automatic water outlet device of this automatic water outlet control device is installed, like automatic induction tap etc.
Background technique
Automatically induction technology is widely used in the water outlet device in the kitchen guarding field, for example water tap, urinal etc.Below be example with automatic induction tap.In the existing technology, induction tap mainly comprises automatically: solenoid valve and control unit near inductor and connection faucet body that whether faucet body, detection induction region have object (like staff) to get into or leave.Said have traditional infrared inductor, infrared distance detecting inductor (PSD), Microwave Measurement inductor, ultrasound examination inductor etc. near inductor.In general, inductor is installed on the water tap water nozzle or on the faucet body.And solenoid valve and control unit be installed in install fire hose caster bed basin below.
Only, automatic induction tap of the prior art, because spare part is many, parts such as solenoid valve and control unit need be accomplished installation again under the platform basin, therefore, have brought very big inconvenience for installation and follow-up maintenance, nor are beneficial to the product miniaturization.
Summary of the invention
The object of the present invention is to provide a kind of novel automatic water outlet control device and the automatic water outlet device of this automatic water outlet control device is installed.
The object of the invention is realized through one of following technological scheme: a kind of automatic water outlet control device, be installed in the water outlet position of automatic water outlet device in the kitchen guarding field, and comprise shell, be contained in inductor assembly and electromagnetic valve component in the shell.Wherein shell comprises first host cavity of accommodating inductor assembly, second host cavity and the water-inlet cavity of accommodating electromagnetic valve component.Also be provided with the water outlet that is communicated with water-inlet cavity on the said shell.Inductor assembly comprises circuit board and is arranged on the inductor on the circuit board.Circuit board is provided with processor.Electromagnetic valve component comprises solenoid valve that electrically connects with circuit board and the diaphragm that cooperates with solenoid valve.Wherein motion of membrane makes water-inlet cavity be communicated with water outlet or is blocked.
Said solenoid valve comprises valve gap and is installed on the electromagnet in the valve gap that wherein said electromagnet comprises cylinder body, is contained in spool in the cylinder body and the coil that is arranged at the spool both sides.Be formed with the film chamber between wherein said solenoid valve valve gap and the diaphragm.
Said valve gap is provided with intake tunnel that is communicated with the film chamber and the exhalant canal that is communicated with water outlet.The moving of said electromagnet spool can make intake tunnel be communicated with exhalant canal or to be blocked.
Said electromagnet is horizontally set in the valve gap, and said intake tunnel and exhalant canal are positioned at the side of valve gap near spool.
Also be provided with the through hole of connection second host cavity and water outlet on the said shell.Said exhalant canal is realized with the butt joint of this through hole and being communicated with of water outlet.
Said diaphragm comprises moving film and is installed in the moving plate on the moving film.Also be provided with the moisturizing hole that is communicated with the film chamber on the said moving plate.
Said diaphragm is provided with the contact pin that cooperates with the moisturizing hole.
Said circuit board comprises first portion and second portion.Wherein inductor is installed in the first portion, and processor is installed on the second portion.After inductor assembly was installed on the shell, the one side that the first portion of circuit board is positioned at the front end end of said shell and inductor is installed was towards induction region, and second portion is positioned at first host cavity.
Said circuit board is a flexible PCB.
The opening of said first host cavity is at the front end of shell, and the opening of said second host cavity and water-inlet cavity is in the rear end of shell, and
Said water-inlet cavity is positioned at a side of second host cavity.
The object of the invention is realized through two of following technological scheme: a kind of automatic water outlet device comprises automatic water outlet control device and goes out water assembly.Wherein this automatic water outlet control device is communicated with the intake pipe of automatic water outlet device, comprising: shell, be contained in inductor assembly and electromagnetic valve component in the shell.Wherein shell comprises first host cavity of accommodating inductor assembly, accommodates second host cavity of electromagnetic valve component and the water-inlet cavity that is communicated with the automatic water outlet device intake pipe.Also be provided with on the said shell be communicated with water-inlet cavity and with go out the water outlet that water assembly is connected.Inductor assembly comprises circuit board and is arranged on and is used to detect the inductor that whether has object to get into or leave this automatic water outlet device induction region on the circuit board.Said circuit board is provided with processor.Solenoid valve that electromagnetic valve component comprises and circuit board electrically connects and the diaphragm that cooperates with solenoid valve, wherein said motion of membrane make water-inlet cavity be communicated with water outlet or are blocked and realize out the water outlet or the sealing of water assembly.
Said solenoid valve comprises valve gap and is installed on the electromagnet in the valve gap.Wherein said electromagnet comprises cylinder body, is contained in spool in the cylinder body and the coil that is arranged at the spool both sides.Be formed with the film chamber between wherein said solenoid valve valve gap and the diaphragm.
Said valve gap is provided with the exhalant canal that the intake tunnel that is communicated with the film chamber and water outlet are communicated with.The moving of said electromagnet spool can make intake tunnel be communicated with exhalant canal or to be blocked.
Also be provided with the through hole of connection second host cavity and water outlet on the said shell.Said exhalant canal is realized with the butt joint of this through hole and being communicated with of water outlet.
Said electromagnet is horizontally set in the valve gap.Said intake tunnel and exhalant canal are positioned at the side of valve gap near spool.
Said diaphragm comprises moving film and is installed in the moving plate on the moving film.Also be provided with the moisturizing hole that is communicated with the film chamber on the said moving plate.
Said diaphragm is provided with the contact pin that cooperates with the moisturizing hole.
Said circuit board comprises first portion and second portion, and wherein inductor is installed in the first portion, and processor is installed on the second portion.After inductor assembly was installed on the shell, the first portion of circuit board was positioned at the front end end of said shell and the induction region of the one side of inductor towards automatic water outlet device is installed, and second portion is positioned at first host cavity.
Said circuit board is a flexible PCB.
The opening of said first host cavity is at the front end of shell, and the opening of said second host cavity and water-inlet cavity is in the rear end of shell, and said water-inlet cavity is positioned at a side of second host cavity.
Said automatic water outlet device is automatic induction tap.
Compared with prior art, automatic water outlet control device compact structure of the present invention, be beneficial to the product miniaturization.And the automatic water outlet device of this automatic water outlet control device is installed, structure is compact more, installation and easy to maintenance.
Description of drawings
Fig. 1 is the schematic perspective view of automatic water outlet control device of the present invention.
Fig. 2 is the decomposing schematic representation of Fig. 1.
Fig. 3 is another angular views of Fig. 2.
Fig. 4 is the generalized section along A-A line among Fig. 1.
Fig. 5 is the generalized section along B-B line among Fig. 4.
Fig. 6 is the generalized section along C-C line among Fig. 4.
Fig. 7 is the generalized section along D-D line among Fig. 6.
Fig. 8 is the cut-away section schematic representation along E-E line among Fig. 5.
Fig. 9 is the schematic representation that the automatic induction tap of automatic water outlet control device is installed.
Embodiment
Specifically introduce various embodiment of the present invention with reference to the accompanying drawings, structure or function identical among the figure mark with identical numeral.Should be noted that the purpose of accompanying drawing just is convenient to the explanation to the specific embodiment of the invention, is not a kind of unnecessary narration or limitation of the scope of the invention, and in addition, accompanying drawing there is no need to draw in proportion.
Extremely shown in Figure 3 like Fig. 1; The present invention relates to a kind of deficiency of the prior art that overcomes; Level of integration is high, be beneficial to the automatic water outlet control device 100 of product miniaturization and the automatic water outlet device (like automatic induction tap etc., as shown in Figure 9) of this automatic water outlet control device 100 is installed.
Automatic water outlet control device 100 of the present invention, the electromagnetic valve component 3 that comprises shell 1, is installed on inductor assembly 2 in the shell 1, electrically connects with inductor assembly 2 and go out water assembly 4.In addition, automatic water outlet control device 100 of the present invention also comprises the end cap 5 that mainly seals.
Said shell 1 is roughly cylindrical structure; Have a plurality of cavitys of accommodating, comprising: accommodate inductor assembly 2 first host cavity 11, accommodate electromagnetic valve component 3 second host cavity 12, accommodate out the 3rd host cavity 13 of water assembly 4 and the water-inlet cavity 14 that is communicated with the intake pipe of automatic water outlet device.Said water-inlet cavity 14 is positioned at a side of second host cavity 12, and structure is compact more.In addition, also be provided with the through hole 15 of connection second host cavity 12 and the 3rd host cavity 13 on the shell 1.
Said shell 1 comprises forward and backward two ends, and wherein said front-end face is communicated with intake pipe and the rear end is installed on the inside of automatic water outlet device the user.The said opening of the 3rd host cavity 13 of accommodating first host cavity 11 of inductor assembly 2 and accommodating out water assembly 4 is at the front end of shell 1, and the opening of second host cavity 12 of accommodating electromagnetic valve component 3 and water-inlet cavity 14 is in the rear end of shell 1.After the installation, said inductor assembly 2 with go out the front end endface position place that water assembly 4 roughly is positioned at shell 1.
Said inductor assembly 2 comprises the circuit board 21 that electrically connects with solenoid valve 31 and is arranged on the inductor (not shown) on the circuit board 21.Also be provided with processor and other electronic parts and components on the wherein said circuit board 21.Said inductor is generally infrared inductor, comprises infrared transmitter and infrared remote receiver.Really, said inductor also can be other types such as microwave sensor, ultrasonic sensing device in order to detect object whether get into or leave induction region near inductor.And said circuit board 21 comprises first portion 211 and second portion 212.In the said first portion 211 inductor is installed, and electronic parts and components such as installation treatment device on the second portion 212.First portion's 211 outer surfaces of said installation inductor also are provided with a light-transmitting plate 22.During installation, said second portion 212 is installed in first host cavity 11, and the first portion 211 that light-transmitting plate 22 is installed then is positioned at the front end end of said shell 1.
In the present invention one preferred embodiment, said circuit board 21 is a flexible PCB, makes second portion 212 to fold or curls and accommodate easily in first host cavity 11.Generally speaking, it is the same with shell 1 to go out water assembly 4, is the cylinder bodily form.Cooperate the front end endface position place that is installed in shell 1 in order to go out water assembly 4 with this, said circuit board 21 first portions 211 and light-transmitting plate 22 are roughly crescent shape.
Said electromagnetic valve component 3 comprise solenoid valve 31, with solenoid valve 31 and the diaphragm that cooperates 32.Open and close solenoid valve 31 and driven diaphragm 32 motions.Said diaphragm 32 is arranged on the below of solenoid valve 31.
Fig. 4 is the generalized section along A-A line among Fig. 1.Fig. 5, Fig. 6 are respectively along the generalized section of B-B line among Fig. 4 and C-C line.Wherein said A-A line is to cut open on the straight line that belongs at the center of the center of moving film 322 and exhalant canal 317.Said B-B line cuts open in 33 positions, film chamber.Said C-C line cuts open the center at electromagnet 312 spools 314.
In conjunction with shown in Figure 4, said solenoid valve 31 comprises valve gap 311 and is contained in the electromagnet 312 in the valve gap 311.Said diaphragm 32 is positioned at the below of valve gap 311, and between diaphragm 32 and valve gap 311 shape film forming chamber 33.Said electromagnet 312 comprises cylinder body 313, is contained in spool 314 that can move around in the cylinder body 313 and the coil 315 that is arranged at spool 314 both sides.Give solenoid valve 31 energisings or outage, spool 314 is telescopic moving back and forth under the effect of electromagnetic force.In addition, also be provided with the cable 310 that electrically connects with circuit board 21 on the said solenoid valve 31.
Fig. 7 is the generalized section along D-D line among Fig. 6.Said D-D line cuts open on intake tunnel 316.
Further combine Fig. 5 to shown in Figure 7, said valve gap 311 is provided with intake tunnel 316 that is communicated with film chamber 33 and the exhalant canal 317 that is communicated with the 3rd host cavity 13.After going out water assembly 4 and being installed to the 3rd host cavity 13, said exhalant canal 317 is communicated with just exhalant canal 317 and goes out water assembly 4 conductings with the 3rd host cavity 13.When solenoid valve 31 cut out, said spool 314 stretched out and is blocked between intake tunnel 316 and the exhalant canal 317, and promptly said intake tunnel 316 is blocked with exhalant canal 317.When solenoid valve 31 was opened, said spool 314 was to cylinder body 313 inner retractions.Said intake tunnel 316 is communicated with exhalant canal 317.The present invention another preferred embodiment in, the free end of said spool 314 is provided with Sealing.Be provided with like this, can make when spool 314 intercepts between intake tunnel 316 and exhalant canal 317 to have good sealing effect.
Said diaphragm 32 also comprises moving film 321 and is installed in the moving plate 322 on the moving film 321.Also be provided with the moisturizing hole 323 that is communicated with film chamber 33 on the said moving plate 322.Said moving film 321 is generally softer rubber material, and moving plate 322 is generally harder plastic materials.In the present invention one preferred embodiment, the contact pin 324 that cooperates with moisturizing hole 323 in addition on the said diaphragm 32 stops up moisturizing hole 323 (can with reference to figure 8) to prevent foreign matter.Diaphragm 32 is when work, and said moving plate 322 drives moving film 321 motions.
In the present invention one preferred embodiment, said electromagnet 312 is horizontally set in the valve gap 311, and said intake tunnel 316 is positioned at the side of valve gap 311 near spool 314 with exhalant canal 317.Really, in other mode of execution of the present invention, said electromagnet 312 can be installed with other suitable angles.Said intake tunnel 316 is suitably adjusted according to the mounting point of electromagnet 312 with exhalant canal 317.
Said end cap 5 is provided with the water intake 51 that is communicated with water-inlet cavity 14.Said end cap 5 is with other the local sealings except that water-inlet cavity 14 of shell 1 rear end.The power line of said connecting circuit plate 21 (not shown) connects away through the wire outlet 52 of end cap 5, and is connected with the ABAP Adapter of automatic water outlet device.Said ABAP Adapter can be a DC electrical source, also can be ac power supply.In another mode of execution of the present invention, said end cap 5 neither be necessary, can replace with sealing material, only needs except that water-inlet cavity 14, to need the place of sealing effectively to seal on shell 1 and get final product.
In addition, go out the water outlet part of water assembly 4 as water outlet device, can be for being installed in the bubbler on the automatic induction tap, or be installed in water jetting apparatus on the auto-induction urinating device etc.
During installation, inductor assembly 2 is in front loaded first host cavity 11 of shell 1.Circuit board 21 first portions 211 that inductor is installed are positioned at the end of shell 1 front end, make inductor can be in desirable sensed position.Said shell 1 is sealed in circuit board 21 in first host cavity 11, flows into circuit board 21 to have prevented water.
Saidly go out water assembly 4 in front loaded the 3rd host cavity 13 of shell 1, and this outer end that goes out water assembly 4 is positioned at the endface position place of shell front end.In the present invention one preferred embodiment, this goes out on the water assembly 4 He in the 3rd host cavity 13 to be provided with screw thread, is installed to through being threaded on the shell 1.Certainly, the Placement that goes out water assembly 4 and shell 1 is not limited thereto, and also can install or weld Placements such as fixing through screw.
Fig. 8 is the cut-away section schematic representation along E-E line among Fig. 5.Said E-E line cuts open on the straight line at the place, center in said diaphragm 32 and moisturizing hole 323.Further combination is shown in Figure 8, and said electromagnetic valve component 3 is packed into from the ear end face of shell 1 in second host cavity 12.Pack into after the electromagnetic valve component 3, said diaphragm 32 is between water-inlet cavity 14 and the 3rd host cavity 13.Said diaphragm 32 motions can make water-inlet cavity 14 be communicated with the 3rd host cavity 13 or be blocked.After going out water assembly 4 and being installed to the 3rd host cavity 13, water-inlet cavity 14 is communicated with the 3rd host cavity 13 or is blocked, just water-inlet cavity 14 with go out water assembly 4 and be communicated with or be blocked.When said diaphragm 32 received the water pressure in the film chamber 33 and intercepts between water-inlet cavity 14 and the 3rd host cavity 13, said water-inlet cavity 14 and the 3rd host cavity 13 were blocked.Said current are sealed in the water-inlet cavity 14.Like present state shown in Figure 8, be diaphragm 32 and intercept between water-inlet cavity and the 3rd host cavity 13.And the water in said film chamber 33 is released, and diaphragm 32 is towards the direction motion in film chamber 33.Said water-inlet cavity 14 is communicated with the 3rd host cavity 13.Like this, the current in the water-inlet cavity 14 just can flow in the 3rd host cavity 13 and from going out water assembly 4 and discharge.
After said electromagnetic valve component 3 was installed on the shell 1, said through hole 15 docked with exhalant canal 317.Therefore, the current that arrive exhalant canal 317 enter in the 3rd host cavity 13 through through hole 15 and can discharge from going out water assembly 4.In the present invention one preferred embodiment; Consideration from sealing; Diaphragm 32 parts thereby also are provided with an aperture 325 on the said diaphragm 32 between exhalant canal 317 and through hole 15, make this aperture 325 dock with exhalant canal 317 and through hole 15 and form flow channel.Really, can make directly that also exhalant canal 317 docks with through hole 15, the Sealing through other setting seals.
Said end cap 5 is installed on the end face of shell 1 rear end, sealed electromagnetic valve assembly 3 and inductor assembly 2.And the water intake 51 on the end cap 5 docks with shell 1 water-inlet cavity 14.
Like this, automatic water outlet control device 100 of the present invention just fits together.
During use, automatic water outlet control device 100 is mounted on the automatic water outlet device, and for example automatic induction tap, auto-induction urinating device etc. are kitchen guarding's product automatically.Said automatic water outlet control device 100 is installed in the water outlet position of automatic water outlet device.
It is example that following description will be installed on the automatic induction tap with automatic water outlet control device 100.As shown in Figure 9, the automatic induction tap 200 of the present invention comprises body 201 and water nozzle 202.Said automatic water outlet control device 100 is installed on water nozzle 202 positions of automatic induction tap 200.Said inductor assembly 2 is towards the induction region of automatic induction tap 200.And the said use zone that goes out water assembly 4 towards automatic induction tap 200.Power line 9 is connected on the water tap ABAP Adapter (not shown) through faucet body 201.When said ABAP Adapter adopted direct current, ABAP Adapter was installed in the platform basin below or faucet body 201 that this automatic induction tap is installed.Further, under the situation of conditions permits such as power consumption, volume, said ABAP Adapter adopts direct current, like the lithium electronics.Can be directly with the lithium electronic mounting in the rear end of automatic water outlet control device 100 shells 1 or directly be installed in the shell 1, and in automatic water outlet control device 100 is installed into water tap 200 water nozzles 202.Thereby need not to connect away, reduce component, be beneficial to I&M through power line 9 faucet bodies 201.
Said automatic water outlet control device 100 is installed on the water tap water nozzle 202 through installation forms such as screw thread or screws.Current are behind the water-inlet cavity 14 of the intake pipe inflow shell 1 of automatic induction tap 200, and the moisturizing hole 323 of the diaphragm 32 of flowing through enters in the film chamber 33 between diaphragm 32 and the solenoid valve 31.Further, current get into intake tunnel 316 arrival electromagnet 312 spools 314 positions of solenoid valve 31.During initial position, solenoid valve 31 cuts out, and electromagnet 312 spools 314 intercept between intake tunnel 316 and exhalant canal 317.Current are stopped by electromagnet 312 spools 314 and can't flow to exhalant canal 317 from intake tunnel 316.At this moment, because the water yield in the film chamber 33 is certain, under the pressure effect of water, diaphragm 32 intercepts between water-inlet cavity 14 and the 3rd host cavity 13 always, makes current be sealed in water-inlet cavity 14 and the electromagnetic valve component 3, and can't flow out from going out water assembly 4.
Get into induction region when said inductor has detected object, promptly detected staff and got into the water tap induction region, this testing signal of the processor processes on the circuit board 21, control electromagnetic valve 31 is opened further.After said solenoid valve 31 was opened, electromagnet 312 spools 314 bounced back under the effect of electromagnetic force and can't intercept intake tunnel 316 and exhalant canal 317.This moment, current arrived exhalant canals 317 and through aperture 325, through hole 15 from intake tunnel 316, got into the 3rd host cavity 13 and flowed out from going out water assembly 4.Therefore, the water yield in the film chamber 33 reduces.Thereby the pressure that causes diaphragm 32 to bear towards a side in film chamber 33 reduces.Under the effect of pressure, diaphragm 32 is towards the motion of the direction in film chamber 33 and make diaphragm 32 can't intercept water-inlet cavity 14 and the 3rd host cavity 13.Said water- inlet cavity 14 and 13 conductings of the 3rd host cavity, current can be directly flow to the 3rd host cavity 13 and flow out from going out water assembly 4 from water-inlet cavity 14, thereby realize the automatic water outlet of automatic induction tap 200.
Leave induction region when said inductor detects object, promptly do not have the user to use automatic induction tap 200.This testing signal of said processor processes, control electromagnetic valve 31 is closed.Said solenoid valve 31 cuts out, and spool 314 is returned to initial position, intercepts intake tunnel 316 and exhalant canal 317.At this moment, current constantly get in the film chamber 33 from diaphragm 32 moisturizing holes 323, and can't flow out from exhalant canal 317.Thereby make the water in the film chamber between diaphragm 32 and the solenoid valve 31 33 increase again, the pressure that diaphragm 32 bears towards a side in film chamber 33 increases and greater than diaphragm 32 pressure of the water that bears of a side in film chamber 33 dorsad.Thereby diaphragm 32 is towards the direction motion in film chamber 33 dorsad.Diaphragm 32 intercepts again between water-inlet cavity 14 and the 3rd host cavity 13 like this, and current are sealed in water-inlet cavity 14 and the electromagnetic valve component 3.Thereby make the water in the water-inlet cavity 14 can't flow to the 3rd host cavity 13, thereby realize the automatic water stopping of automatic induction tap 200.
Said solenoid valve 31 spools 314 mobile makes intake tunnel 316 be communicated with exhalant canal 317 or is blocked.The motion of said diaphragm 32 can make water-inlet cavity 14 be communicated with the 3rd host cavity 13 or be blocked.Therefore, the said solenoid valve 31 of opening and closing, driven diaphragm 32 motion makes the 3rd host cavity 13 be communicated with water-inlet cavity 14 or is blocked, and realizes out the water outlet and the sealing of water assembly 4, and finally realizes the automatic water outlet or the automatic water stopping of automatic induction tap 200.
Automatic water outlet control device 100 of the present invention is with inductor assembly 2, electromagnetic valve component 3 and go out water assembly 4 and be integrated in the shell 1, thereby makes structure compact more, is beneficial to the product miniaturization.In the time of on being installed to automatic induction tap 200 automatic water outlet devices such as grade, can be directly installed on water tap water nozzle 202 positions, easy for installation, but and simplified structure, need not increase parts such as electromagnetic valve component 3, controller assemblies in addition.The so also feasible automatic water outlet device that said automatic water outlet control device 100 is installed, structure is compact more, installation and easy to maintenance.
Simultaneously, electromagnetic valve component 3 volumes are littler in the automatic water outlet control device 100 of the present invention, and efficient is higher.Said electromagnet 312 is horizontally installed in the valve gap 311 of solenoid valve 31, and said diaphragm 32 is positioned at the below of solenoid valve 31.Said valve gap 311 is provided with intake tunnel 316 and exhalant canal 317, and both conductings or be blocked through moving of electromagnet 312 spools 314 further make electromagnetic valve component 3 open or close.Be provided with like this, make electromagnet 312 spools 314 move short distance, just can realize the unlatching of electromagnetic valve component 3 or close.In the existing technology, the general using valve core of the electromagnetic valve directly acts on the diaphragm.But because the stroke of motion of membrane is longer, the stroke that causes spool to move is also elongated, makes solenoid valve efficient reduce like this, and volume can't reduce.Therefore, compare existing technology, the present invention makes the movement travel of electromagnet 312 spools 314 shorten through as above structure, and the efficient of electromagnetic force improves, thereby makes that electromagnet 312 volumes are littler, finally makes the smaller volume of electromagnetic valve component 3.Certainly, under the situation of space permission, automatic water outlet control device 100 of the present invention also can adopt the mode of utilizing the direct driven diaphragm of spool in the existing technology.
Further, said inductor assembly 2 with go out water assembly 4 front loaded from shell 1, and said electromagnetic valve component 3 is packed into from the rear end of shell 1.It is simple to make automatic water outlet control device 100 of the present invention install, and is beneficial to production.
Really, automatic water outlet control device 100 of the present invention can not need go out water assembly 4 under some applied environments, also need not accommodate the 3rd host cavity 13 that this goes out water assembly 4 on the shell 1.The present invention another preferred embodiment in, the water outlet be communicated with water-inlet cavity 14 is set on shell 1, replace the 3rd host cavity 13.The exhalant canal 317 of said valve gap 311 is communicated with water outlet.Through hole 15 on the said shell 1 is communicated with second host cavity 12 and the water outlet.Said exhalant canal 317 and through hole 15 butt joints and realizing and being communicated with of water outlet.Said diaphragm 32 motions make water-inlet cavity 14 be communicated with water outlet or are blocked.The opening of said first host cavity 11 is at the front end of shell 1, and the opening of said second host cavity 12 and water-inlet cavity 14 is in the rear end of shell 1, and said water-inlet cavity 14 is positioned at a side of second host cavity 12.In this embodiment, other structures of said automatic water outlet control device are consistent with the above-described structure of this specification.And the position of said water outlet can also can be below shell 1 or any other suitable position at the front end of shell 1.Application is provided with the automatic water outlet device of the automatic water outlet control device of water outlet, is connected to water outlet or the sealing that this water outlet is realized out water assembly through the external water assembly that goes out.Be provided with like this, can use so that automatic water outlet control device of the present invention has more widely.The automatic water outlet device of this automatic water outlet control device is installed, is connected with the water outlet of this automatic water outlet control device, use also more flexible, convenient through the external water assembly that goes out.
Though disclosed embodiment of the present invention above, they are not the limitations of the scope of the invention, know those skilled in the art person the modification and the variation of the above practical implementation is also contained within the scope of the present invention.
Claims (2)
1. automatic water outlet control device is installed in the water outlet position of automatic water outlet device in the kitchen guarding field, comprises shell, is contained in inductor assembly and electromagnetic valve component in the shell; Wherein shell comprises first host cavity of accommodating inductor assembly, second host cavity and the water-inlet cavity of accommodating electromagnetic valve component; Also be provided with the water outlet that is communicated with water-inlet cavity on the said shell; Inductor assembly comprises circuit board and is arranged on the inductor on the circuit board that wherein circuit board is provided with processor; Electromagnetic valve component comprises solenoid valve that electrically connects with circuit board and the diaphragm that cooperates with solenoid valve, and wherein motion of membrane makes water-inlet cavity be communicated with water outlet or is blocked.
2. automatic water outlet control device as claimed in claim 1 is characterized in that: said solenoid valve comprises valve gap and is installed on the electromagnet in the valve gap that wherein said electromagnet comprises cylinder body, is contained in spool in the cylinder body and the coil that is arranged at the spool both sides; Be formed with the film chamber between wherein said solenoid valve valve gap and the diaphragm.
3. automatic water outlet control device as claimed in claim 2; It is characterized in that: said valve gap is provided with intake tunnel that is communicated with the film chamber and the exhalant canal that is communicated with water outlet, and the moving of said electromagnet spool can make intake tunnel be communicated with exhalant canal or to be blocked.
4. automatic water outlet control device as claimed in claim 3 is characterized in that: said electromagnet is horizontally set in the valve gap, and said intake tunnel and exhalant canal are positioned at the side of valve gap near spool.
5. automatic water outlet control device as claimed in claim 3 is characterized in that: also be provided with on the said shell one be communicated with second host cavity and water outlet through hole, said exhalant canal docks with this through hole and being communicated with of realization and water outlet.
6. automatic water outlet control device as claimed in claim 2 is characterized in that: said diaphragm comprises moving film and is installed in the moving plate on the moving film, also is provided with the moisturizing hole that is communicated with the film chamber on the said moving plate.
7. automatic water outlet control device as claimed in claim 6 is characterized in that: said diaphragm is provided with the contact pin that cooperates with the moisturizing hole.
8. automatic water outlet control device as claimed in claim 1 is characterized in that: said circuit board comprises first portion and second portion, and wherein inductor is installed in the first portion, and processor is installed on the second portion; After inductor assembly was installed on the shell, the one side that the first portion of circuit board is positioned at the front end end of said shell and inductor is installed was towards induction region, and second portion is positioned at first host cavity.
9. automatic water outlet control device as claimed in claim 8 is characterized in that: said circuit board is a flexible PCB.
10. automatic water outlet control device as claimed in claim 1; It is characterized in that: the opening of said first host cavity is at the front end of shell; And the opening of said second host cavity and water-inlet cavity is in the rear end of shell, and said water-inlet cavity is positioned at a side of second host cavity.
11. an automatic water outlet device comprises automatic water outlet control device and goes out water assembly, wherein this automatic water outlet control device is communicated with the intake pipe of automatic water outlet device, comprising: shell, be contained in inductor assembly and electromagnetic valve component in the shell; Wherein shell comprises first host cavity of accommodating inductor assembly, accommodates second host cavity of electromagnetic valve component and the water-inlet cavity that is communicated with the automatic water outlet device intake pipe; Also be provided with on the said shell be communicated with water-inlet cavity and with go out the water outlet that water assembly is connected; Inductor assembly comprises circuit board and is arranged on and be used to detect the inductor that whether has object to get into or leave this automatic water outlet device induction region on the circuit board that said circuit board is provided with processor; Solenoid valve that electromagnetic valve component comprises and circuit board electrically connects and the diaphragm that cooperates with solenoid valve, wherein said motion of membrane make water-inlet cavity be communicated with water outlet or are blocked and realize out the water outlet or the sealing of water assembly.
12. automatic water outlet device as claimed in claim 11 is characterized in that: said solenoid valve comprises valve gap and is installed on the electromagnet in the valve gap that wherein said electromagnet comprises cylinder body, is contained in spool in the cylinder body and the coil that is arranged at the spool both sides; Be formed with the film chamber between wherein said solenoid valve valve gap and the diaphragm.
13. automatic water outlet device as claimed in claim 12; It is characterized in that: said valve gap is provided with the exhalant canal that the intake tunnel that is communicated with the film chamber and water outlet are communicated with, and the moving of said electromagnet spool can make intake tunnel be communicated with exhalant canal or be blocked.
14. automatic water outlet device as claimed in claim 13 is characterized in that: also be provided with on the said shell one be communicated with second host cavity and water outlet through hole, said exhalant canal docks with this through hole and being communicated with of realization and water outlet.
15. automatic water outlet device as claimed in claim 13 is characterized in that: said electromagnet is horizontally set in the valve gap, and said intake tunnel and exhalant canal are positioned at the side of valve gap near spool.
16. automatic water outlet device as claimed in claim 12 is characterized in that: said diaphragm comprises moving film and is installed in the moving plate on the moving film, also is provided with the moisturizing hole that is communicated with the film chamber on the said moving plate.
17. automatic water outlet device as claimed in claim 16 is characterized in that: said diaphragm is provided with the contact pin that cooperates with the moisturizing hole.
18. automatic water outlet device as claimed in claim 11 is characterized in that: said circuit board comprises first portion and second portion, and wherein inductor is installed in the first portion, and processor is installed on the second portion; After inductor assembly was installed on the shell, the first portion of circuit board was positioned at the front end end of said shell and the induction region of the one side of inductor towards automatic water outlet device is installed, and second portion is positioned at first host cavity.
19. automatic water outlet device as claimed in claim 18 is characterized in that: said circuit board is a flexible PCB.
20. automatic water outlet control device as claimed in claim 11; It is characterized in that: the opening of said first host cavity is at the front end of shell; And the opening of said second host cavity and water-inlet cavity is in the rear end of shell, and said water-inlet cavity is positioned at a side of second host cavity.
21. automatic water outlet device as claimed in claim 11 is characterized in that: said automatic water outlet device is automatic induction tap.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009102012021A CN101713464B (en) | 2009-12-16 | 2009-12-16 | Automatic effluent control device and automatic effluent device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009102012021A CN101713464B (en) | 2009-12-16 | 2009-12-16 | Automatic effluent control device and automatic effluent device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101713464A CN101713464A (en) | 2010-05-26 |
| CN101713464B true CN101713464B (en) | 2012-01-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009102012021A Active CN101713464B (en) | 2009-12-16 | 2009-12-16 | Automatic effluent control device and automatic effluent device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104976386B (en) * | 2014-04-09 | 2017-07-18 | 成霖企业股份有限公司 | Handle controls electronic tap |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2886267Y (en) * | 2006-04-20 | 2007-04-04 | 上海澳柯林水暖器材有限公司 | Induction faucet mounting structure |
| CN201166181Y (en) * | 2008-01-25 | 2008-12-17 | 熊培荣 | Integrated induction tap |
-
2009
- 2009-12-16 CN CN2009102012021A patent/CN101713464B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2886267Y (en) * | 2006-04-20 | 2007-04-04 | 上海澳柯林水暖器材有限公司 | Induction faucet mounting structure |
| CN201166181Y (en) * | 2008-01-25 | 2008-12-17 | 熊培荣 | Integrated induction tap |
Non-Patent Citations (3)
| Title |
|---|
| JP特开2006-144324A 2006.06.08 |
| JP特开2009-133103A 2009.06.18 |
| JP特开2009-281009A 2009.12.03 |
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| CN101713464A (en) | 2010-05-26 |
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