CN205618807U - Electron shower faucet - Google Patents
Electron shower faucet Download PDFInfo
- Publication number
- CN205618807U CN205618807U CN201620221506.XU CN201620221506U CN205618807U CN 205618807 U CN205618807 U CN 205618807U CN 201620221506 U CN201620221506 U CN 201620221506U CN 205618807 U CN205618807 U CN 205618807U
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- display panel
- circuit plate
- control circuit
- control
- temperature
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Abstract
The utility model discloses an electron shower faucet, including fixed unit, thermostatic cartridge, play water control module, thermostatic cartridge is connected with seasoning rack, still includes: a plurality of magnetic control component, it is disposed in seasoning rack peripherally to be located seasoning rack's different radial direction, magnetic element, it sets up in the knob, temperature display module, it includes display panel and control circuit board, display panel and each magnetic control component are connected to the control circuit board electricity, when the display panel is activated, the display panel shows the settlement temperature with the magnetic element thermostatic cartridge that the angular position corresponds at present, be in the state of activation at the display panel, seasoning rack is through rotating the angular position that changes magnetic element and making its and different magnetic control component response cooperations, and control circuit board control display panel shows the settlement temperature that corresponds with the angular position that magnetic element locates. The utility model discloses both avoid the loaded down with trivial details operation that adjusts the temperature repeatedly, and also avoided the user in the possibility of trying the water and being scalded carelessly when warm.
Description
Technical field
This utility model relates to a kind of sanitaryware, particularly relates to a kind of electronics shower faucet.
Background technology
In use, user obtains oneself required water temperature generally by regulating thermostatic spool and with skin feel water temperature to traditional shower faucet, and this mode not only regulates inconvenience, is also easy to scald user.For this, prior art occurs in that the shower faucet with temperature display function, this shower faucet no doubt can allow user know the water temperature of current shower faucet the most intuitively, but due to shower faucet a period of time do not use time, its water temperature inside can reduce, the temperature causing shower faucet to show is often below the temperature needed for user, it is too low and need readjust constant temperature valve core and obtain oneself required water temperature by skin sensing water temperature that this easily allows user take for water temperature, and this just equally exists regulation inconvenience, easily scalds the problems such as user.
Utility model content
This utility model provides a kind of electronics shower faucet, which overcomes the weak point existing for electronics shower faucet of prior art.
This utility model solves its technical problem and be the technical scheme is that a kind of electronics shower faucet, including fixed cell, and is installed on the constant temperature valve core of this fixed cell, water outlet control module, and constant temperature valve core connects thermoregulation knob, also includes:
Several magnetic control elements, it is peripheral that it is configured in thermoregulation knob, and is positioned at the difference of thermoregulation knob in the radial direction；
Magnetics, it is installed on thermoregulation knob；
Temperature display module, it includes display panel and control circuit plate, control circuit plate electrical connection display panel and each magnetic control element, when display panel is activated, this display panel shows the design temperature of the constant temperature valve core corresponding with magnetics current angle position, being active at display panel, described thermoregulation knob changes the Angle Position of magnetics by rotating and makes it coordinate with different magnetic control element senses, and control circuit plate control display panel show with magnetics residing for design temperature corresponding to Angle Position.
Further, described thermoregulation knob energy axial stretching moves, and this thermoregulation knob is driven magnetics thereon to coordinate with at least one magnetic control element senses by axially-movable or is departed from arbitrary magnetic control element and associates, when magnetics coordinates with magnetic control element senses, control circuit plate activates display panel and shows the design temperature of the constant temperature valve core corresponding with magnetics current angle position, when magnetics associates with the disengaging of magnetic control element, control circuit plate controls display panel and enters resting state.
Further, described fixed cell has at least two exhalant canals of connection constant temperature valve core outlet, water outlet control module is the solenoid valve control module for switching water discharging passage water outlet, and connect described control circuit plate, when magnetics associates with the disengaging of magnetic control element, control circuit plate controls water outlet control module and closes each exhalant canal.
Further, described display panel is touch display panel, and is provided with and exhalant canal one_to_one corresponding for manipulating some membrane keyboards of described water outlet control module, and when display panel is activated, each membrane keyboard is standby.
Further, also include the temperature-sensing element for detecting constant temperature valve core output water temperature, this temperature-sensing element is installed on fixed cell, and electrically connect described control circuit plate, being active at display panel, control circuit plate controls display panel and shows described design temperature and the temperature of temperature-sensing element detection, or, control circuit plate controls display panel switching and shows described design temperature and the temperature of temperature-sensing element detection, until the two reaches consistent.
Further, described control circuit plate is also electrically connected with the speech control module of at least two exhalant canal switching water dischargings described in control, and when display panel is activated, this speech control module is standby；And/or, described control circuit plate also electrically connects shower illuminating lamp, and when display panel is activated, described control circuit plate controls shower illuminating lamp and opens, and when display panel dormancy, described control circuit plate controls shower illuminating lamp and closes.
Further, described fixed cell is concealed installation structure, and described thermoregulation knob connects the core bar of described constant temperature valve core by spline housing.
Further, described constant temperature valve core outer sheathed certain position circle, this centring ring inwall is provided with elastic bumps, and described spline housing lower end is sheathed in centring ring, and spline housing lower end outer wall is provided with tooth-shape structure, and this tooth-shape structure coordinates with elastic bumps contact；The outer face of described centring ring is provided with two limiting sections, and described spline housing outer wall is correspondingly provided with limit rib, and this limit rib is rotatably assorted between two limiting sections.
Further, described temperature display module also includes that control panel, described control circuit plate and display panel are respectively arranged in this control panel, or, described control circuit plate and display panel integrate, and are installed on this control panel；This control panel is provided with the resigning hole passed for described knob, and several magnetic control elements described are mounted on this control panel, or, also including a sensor circuit plate, each magnetic control element is mounted on this sensor circuit plate, and this sensor circuit plate is installed on control panel.
Further, described thermoregulation knob connects an automatic ball-pen formula mechanism, makes thermoregulation knob upspring or retraction by this automatic ball-pen formula mechanism.
Compared to prior art, this utility model has the advantages that
1, this utility model is by arranging described sensor circuit plate, magnetic control element, magnetics coordinates temperature display module and the action of thermoregulation knob, the temperature that user currently sets can be shown when the display panel making temperature display module is activated, and user can change design temperature by rotating thermoregulation knob, and shown by display panel, therefore, this utility model is in display panel state of activation, user can be allowed to be clear that the temperature oneself set, this temperature is also the receptible temperature of user, user is without readjusting constant temperature valve core again, without going perception water temperature with skin again, both the troublesome operation of homoiothermic repeatedly had been avoided, it also avoid the possibility that user is burned accidentally when testing the water temperature；Additionally, described magnetic control original paper the most directly contacts with magnetics, there is not life-time service and abrasion, aging problem occur；
2, owing to described thermoregulation knob energy axial stretching moves, and this thermoregulation knob is driven magnetics thereon to coordinate with at least one magnetic control element senses by axially-movable or is departed from arbitrary magnetic control element and associates, and when magnetics and the generation sensing of magnetic control element, control circuit plate activates display panel and shows the design temperature of the constant temperature valve core corresponding with magnetics current angle position, make the thermoregulation knob of the present utility model can also be as using for activating the switch of display panel, thus avoiding, other is set and activates button, make thermoregulation knob function abundanter, also make overall structure more succinct, attractive in appearance；Additionally, use thermoregulation knob to use as activating switch, also solve the waterproof problem existing for original activation button；
3, described display panel is touch display panel, and be provided with and exhalant canal one_to_one corresponding for manipulating the membrane keyboard of described water outlet control module, each exhalant canal of unlatching can be switched by touching each membrane keyboard, on the one hand this can accomplish arbitrarily to open and close each exhalant canal, on the other hand solves existing employing touch-switch and exists the problem that operating environment requirements is high and service life is short；
4, this utility model arranges described temperature-sensing element further, and be active at display panel, this display panel shows described design temperature and the temperature of temperature-sensing element detection, or, the switching of this display panel shows described design temperature and the temperature of temperature-sensing element detection, until the two reaches consistent, thus user is facilitated to compare design temperature and actual temperature；
5, this utility model arranges described speech control module further, adds unspecified person acoustic control function, solves the problem that when using membrane keyboard switching water discharging passage when sight line is unclear, easy false touch is dynamic；
6, described control circuit plate also electrically connects shower illuminating lamp, when display panel is activated, described control circuit plate controls shower illuminating lamp and opens, when display panel dormancy, described control circuit plate controls shower illuminating lamp and closes so that this utility model can be with coordinated signals shower illuminating lamp.
Below in conjunction with drawings and Examples, this utility model is described in further detail；But a kind of electronics shower faucet of the present utility model is not limited to embodiment.
Accompanying drawing explanation
Fig. 1 is decomposing schematic representation of the present utility model；
Fig. 2 is D structure schematic diagram of the present utility model；
Fig. 3 is front view of the present utility model；
Fig. 4 is A-A sectional view of the present utility model；
Fig. 5 is B-B sectional view of the present utility model；
Fig. 6 is the close-up schematic view of Fig. 4；
Fig. 7 is the structural representation of spline housing of the present utility model；
Fig. 8 is the structural representation of centring ring of the present utility model；
Fig. 9 is circuit connection diagram of the present utility model；
Figure 10 is the thermoregulation knob of the present utility model structural representation at down state；
Figure 11 is the thermoregulation knob of the present utility model structural representation in the state of ejection；
Figure 12 is view one (closed mode) of the present utility model；
Figure 13 is view two (state of activation) of the present utility model；
Figure 14 is view three (tempered state) of the present utility model；
Figure 15 is view four (shower state) of the present utility model；
Figure 16 is view five (shower terminates) of the present utility model.
Detailed description of the invention
Embodiment, referring to shown in Fig. 1-Figure 11, a kind of electronics shower faucet of the present utility model, including fixed cell 10, constant temperature valve core 20, water outlet control module 30, constant temperature valve core 20, water outlet control module 30 are installed on fixed cell 10, and constant temperature valve core 20 connects thermoregulation knob 40；Also include:
Several magnetic control elements 51, it is peripheral that it is configured in thermoregulation knob 40, and is positioned at the difference of thermoregulation knob 40 in the radial direction；
Magnetics 41, it is arranged at knob 40 side, and this magnetics 41 is specially Magnet, and described magnetic control element 51 preferably employs Hall element；
Temperature display module 60, it includes display panel, control circuit plate, control circuit plate electrical connection display panel and each magnetic control element 51, when display panel is activated, this display panel shows the design temperature of the constant temperature valve core 20 corresponding with magnetics 41 current angle position, it is active at display panel, described thermoregulation knob 40 is by rotating the Angle Position changing magnetics 41 and making it coordinate from the sensing of different magnetic control elements 51, and control circuit plate detects that magnetic control element 51 senses magnetic field, and control display panel show with magnetics 41 residing for design temperature corresponding to Angle Position.
In the present embodiment, described thermoregulation knob 40 can move by axial stretching, and this thermoregulation knob 40 drives magnetics 41 thereon coordinate with at least one magnetic control element 51 sensing or associate with the disengaging of arbitrary magnetic control element 51 by axially-movable, and the sensing of magnetics 41 and magnetic control element 51 is when coordinating, control circuit plate activates display panel and shows the design temperature of the constant temperature valve core 20 corresponding with magnetics 41 current angle position, when magnetics 41 associates with magnetic control element 51 disengaging, control circuit plate detects that magnetic control element 51 is not sensed by magnetic field, and control display panel entrance resting state.
In the present embodiment, described fixed cell 10 has four exhalant canals 123 of connection constant temperature valve core 20 outlet, water outlet control module 30 is the solenoid valve control module for switching water discharging passage 123 water outlet, and connect described control circuit plate, when magnetics 41 associates with magnetic control element 51 disengaging, control circuit plate detects that magnetic control element 51 is not sensed by magnetic field, and controls water outlet control module 30 and close each exhalant canal 123.Described solenoid valve control module specifically includes four electromagnetic valves, these four electromagnetic valves and four exhalant canal 123 one_to_one corresponding, is respectively used to control corresponding exhalant canal 123 and whether opens.
In the present embodiment, described display panel is touch display panel, and is provided with and exhalant canal 123 one_to_one corresponding for manipulating four membrane keyboards of described water outlet control module 30, and when display panel is activated, each membrane keyboard is standby.It is correspondingly provided with, at corresponding four membrane keyboards in described decorative panel 64 surface, four effluent functions icons that pattern differs.
In the present embodiment, this utility model also includes the temperature-sensing element 80 for detecting constant temperature valve core 20 output water temperature, this temperature-sensing element 80 is installed on fixed cell 10, and electrically connect described control circuit plate, it is active at display panel, control circuit plate controls display panel and alternately shows described design temperature and the temperature of temperature-sensing element 80 detection, until the two reaches consistent.
In the present embodiment, described control circuit plate is also electrically connected with the speech control module (not embodying in figure) for controlling described four exhalant canal 123 switching water dischargings, and when display panel is activated, this speech control module is standby.
In the present embodiment, described control circuit plate also electrically connects shower illuminating lamp 90, and when display panel is activated, described control circuit plate controls shower illuminating lamp 90 and opens, and when display panel dormancy, described control circuit plate controls shower illuminating lamp 90 and closes.
In the present embodiment, described fixed cell 10 is concealed installation structure, specifically include concealed installation box housing 11 and concealed installation valve body 12, concealed installation valve body 12 is installed in concealed installation box housing 11, and it is provided with hot water inlet 121, cooling water inlet 122 and described four exhalant canals 123, described constant temperature valve core 20, water outlet control module 30 are mounted in concealed installation valve body 12, and described thermoregulation knob 40 connects the core bar of described constant temperature valve core 20 by spline housing 21.Specifically, spline housing 21 is coaxial Joint with the core bar of constant temperature valve core 20, and described thermoregulation knob 40 is slidably connected to spline housing 21, and thermoregulation knob 40 connects an automatic ball-pen formula mechanism 70.Outside described thermoregulation knob 40 is independent of constant temperature valve core 20, and with temperature display module 60 for relying on, as shown in Figure 6.The outer sheathed Decorative shell 42 of described thermoregulation knob 40, described thermoregulation knob 40 is internal sets an internal spline 44, and described spline housing 21 is external splines, is meshed inside and outside the two, makes the thermoregulation knob 40 can be along spline housing 21 axially-movable.
In the present embodiment, described temperature display module 60 also includes control panel, described control circuit plate and display panel are integrated into a module 61, and are installed on this control panel (or, described control circuit plate and display panel can also be separately mounted on this control panel).Control panel is provided with the resigning hole passed for described knob.This utility model also includes that sensor circuit plate 50, each magnetic control element 51 described are mounted on this sensor circuit plate 50, and this sensor circuit plate 50 is installed on control panel.Specifically, control panel is provided with annular slot in its resigning hole periphery, and described sensor circuit plate 50 is flexible PCB, can be bent into arc, and be secured to this annular slot.Described control panel is specifically made up of interior control panel 62 and outer control panel 63, the two is respectively equipped with described resigning hole, and suit sense circle 43 on the other hand in the resigning hole of interior control panel 62, this interior control panel 62 is provided with described annular slot, outer control panel 63 outer side covers one decorative panel 64.
Described automatic ball-pen formula mechanism 70 specifically includes positioning seat 74, spring cup 76, impeller 72, tumbler 73 and two springs 71,75, and positioning seat 74 is secured to inside interior control panel 62.Spring cup 76 is threadedly connected to positioning seat 74, and impeller 72 is fixedly sheathed in thermoregulation knob 40, and one end outer wall of this impeller 72 is circumferentially spaced is provided with a plurality of first ratchet 721；Tumbler 73 is rotatablely arranged in impeller 72, and one end outer wall of tumbler 73 is circumferentially spaced is provided with a plurality of second ratchet 731, and the second ratchet 731 is positioned at outside impeller 72, and matches with its first ratchet 721；Positioning seat 74 inwall is the most circumferentially spaced is provided with a plurality of protuberance (not embodying in figure), and each second ratchet 731 sliding sleeve respectively of tumbler 73 is in each two adjacent protuberance intervals.Wherein a spring 71 supports and is located between tumbler 73 and thermoregulation knob 40, and another spring 75 supports to be located between tumbler 73 and spring cup 76.If original state is thermoregulation knob 40 is in the state of upspringing, then when pressing thermoregulation knob 40, thermoregulation knob 40 drives impeller 72 inward axial movement, first ratchet 721 of impeller 72 comes in contact with the second ratchet 731 of tumbler 73 simultaneously, and promote tumbler 73 axially-movable, compress two springs 71,75 simultaneously；When the protuberance interval that each second ratchet 731 of tumbler 73 exits positioning seat 74 inwall is outer there is Small-angle Rotation in tumbler 73, its each second ratchet 731 is made to be against the bottom of each protuberance of positioning seat 74, so that thermoregulation knob 40 and impeller 72 remain stationary as, now, thermoregulation knob 40 is i.e. held in the state to contract.When thermoregulation knob 40 upspring by needs, pressing thermoregulation knob 40 again, then the first ratchet 721 of impeller 72 promotes the second ratchet 731 of tumbler 73, make tumbler 73 that Small-angle Rotation to occur, and towards the direction axially-movable of thermoregulation knob 40 under the restoring force effect of another spring 75 so that it is each second ratchet 731 is return in the interval of each two adjacent projection of positioning seat 74 again.Meanwhile, thermoregulation knob 40 is in, by the effect of a wherein spring 71, the state of upspringing.
In this enforcement, described constant temperature valve core 20 outer sheathed certain position circle 22, as shown in Figure 8, this centring ring 22 inwall is provided with elastic bumps 221, described spline housing 21 lower end is sheathed in centring ring 22, and spline housing 21 lower end outer wall is provided with tooth-shape structure 211, this tooth-shape structure 211 coordinates with elastic bumps 221 contact.In spline housing 21 rotation process, its tooth-shape structure 211 produces with the elastic bumps 221 on centring ring 22 interferes, force the outside deformation of support section of elastic bumps 221, deformation recovery behind the end crossing over tooth-shape structure 211, produces periodic resistance sense be deflected into deformation recovery at this during.The outer face of described centring ring 22 is provided with two limiting sections 222, described spline housing 21 outer wall is correspondingly provided with limit rib 212, this limit rib 212 is rotatably assorted between two limiting sections 222, limit the rotational angle of spline housing 21 with this, thus limit maximum temperature value and the lowest temperature angle value of the constant temperature valve core 20 that thermoregulation knob 40 can be adjusted to.
In the present embodiment, it is separately installed with check valve 13 on the intake tunnel at its hot water inlet 121 corresponding, cooling water inlet 122 place in described fixed cell 10, and each check valve 13 prime is respectively arranged with drainage screen 14, it is to avoid bulky grain and strip foreign material enter check valve 13, cause check valve 13 to lose efficacy.Check valve 13 and drainage screen 14 are dismountable construction package, convenient dismounting and cleaning.
Operation principle of the present utility model is as follows:
Temperature display module 60 is connected power supply, when thermoregulation knob 40 is to contract, magnetic part on thermoregulation knob 40 staggers a certain distance and departs from and associate (i.e. magnetic control element 51 senses less than magnetic field), as shown in Figure 10 with the magnetic control element 51 on sensor circuit plate 50.Now, control circuit plate detects that magnetic control element 51 is not sensed by magnetic field, and therefore control display panel is in unactivated state, all lights of display panel, all exhalant canals 123 and the shower illuminating lamp 90 of fixed cell 10 are in closed mode, as shown in figure 12.When pressing thermoregulation knob 40, when making thermoregulation knob 40 eject, magnetics on thermoregulation knob 40 41 and the magnetic control element 51 on sensor circuit plate 50 be in the most just to position, as shown in figure 11, magnetic part coordinates with one or several magnetic control elements 51 sensing on sensor circuit plate 50, control circuit plate detects that magnetic control element 51 senses magnetic field, and therefore activate display panel, display panel all display lamps low-light level Blue backlight is made to light, and the design temperature of the flickering display constant temperature valve core 20 corresponding with magnetics 41 current angle position, as shown in figure 13.Now, all exhalant canals 123 of fixed cell 10 light still in closed mode, shower illuminating lamp 90.
User heightens leaving water temperature by rotating thermoregulation knob 40 counterclockwise, by turning clockwise, thermoregulation knob 40 turns down leaving water temperature, and when display panel is active, the rotation of thermoregulation knob 40 can drive magnetics 41 that angular displacement occurs, and coordinate from different magnetic control element 51 sensings, and control circuit plate detects the state of corresponding magnetic control element, and therefore control display panel shows the design temperature corresponding with magnetics 41 Angle Position, as shown in figure 14.
After regulating leaving water temperature, the membrane keyboard that user is corresponding by touching the arbitrary effluent functions icon on decorative panel 64, corresponding exhalant canal 123 can be opened, the display lamp of this membrane keyboard is converted to green and is highlighted simultaneously, the display lamp of remaining membrane keyboard not being touched then is shown as low sapphirine, after 5 seconds, display panel alternately shows the real time temperature that described design temperature and temperature-sensing element 80 detect, until the two reaches consistent, as shown in figure 15.User often touches arbitrary membrane keyboard, then its LED status overturns once, and corresponding exhalant canal 123 correspondence is turned on and off.User is during shower, if sight line is unintelligible, then and can be by speech control module switching water discharging passage 123 or open and close corresponding exhalant canal 123, to solve the problem that touch sensible incorporeity button is unfavorable for blind behaviour by the way of propagandaing directed to communicate.
After shower terminates, user makes it to contract by pressing thermoregulation knob 40, then the magnetics 41 on thermoregulation knob 40 staggers a certain distance and departs from and associate with the magnetic control element 51 on sensor circuit plate 50, now, control circuit plate detects that magnetic control element 51 is not sensed by magnetic field, and therefore control display panel entrance resting state, make all lights of display panel, simultaneously, all exhalant canals 123 and the shower illuminating lamp 90 of control circuit plate control fixed cell 10 are in closed mode, as shown in figure 16.
In other embodiments, being active at display panel, control circuit plate controls display panel and shows described design temperature and the temperature of temperature-sensing element detection.
In other embodiments, described water outlet control module can also use mechanical type operational module, or, when described water outlet control module is solenoid valve control module, the mode such as entity button or infrared induction can also be used to open and close to manipulate electromagnetic valve, thus open and close corresponding exhalant canal.
In other embodiments, described sensor circuit plate is annular or arc or square structure etc..
In other embodiments, this utility model is not provided with sensor circuit plate, and described each magnetic control element is all directly mounted at control panel, and directly electrically connects with control circuit plate.
Above-described embodiment is only used for further illustrating a kind of electronics shower faucet of the present utility model; but this utility model is not limited to embodiment; every any simple modification, equivalent variations and modification made above example according to technical spirit of the present utility model, each falls within the protection domain of technical solutions of the utility model.
Claims (10)
1. an electronics shower faucet, including fixed cell, and is installed on the constant temperature valve core of this fixed cell, water outlet control module, and constant temperature valve core connects thermoregulation knob, it is characterised in that: also include:
Several magnetic control elements, it is peripheral that it is configured in thermoregulation knob, and is positioned at the difference of thermoregulation knob in the radial direction；Magnetics, it is installed on thermoregulation knob；
Temperature display module, it includes display panel and control circuit plate, control circuit plate electrical connection display panel and each magnetic control element, when display panel is activated, this display panel shows the design temperature of the constant temperature valve core corresponding with magnetics current angle position, it is active at display panel, described thermoregulation knob changes the Angle Position of magnetics by rotating and makes it coordinate with different magnetic control element senses, and control circuit plate control display panel show with magnetics residing for the corresponding design temperature of Angle Position.
Electronics shower faucet the most according to claim 1, it is characterized in that: described thermoregulation knob energy axial stretching moves, and this thermoregulation knob is driven magnetics thereon to coordinate with at least one magnetic control element senses by axially-movable or is departed from arbitrary magnetic control element and associates, when magnetics coordinates with magnetic control element senses, control circuit plate activates display panel and shows the design temperature of the constant temperature valve core corresponding with magnetics current angle position, when magnetics associates with the disengaging of magnetic control element, control circuit plate controls display panel and enters resting state.
Electronics shower faucet the most according to claim 2, it is characterized in that: described fixed cell has at least two exhalant canals of connection constant temperature valve core outlet, water outlet control module is the solenoid valve control module for switching water discharging passage water outlet, and connect described control circuit plate, when magnetics associates with the disengaging of magnetic control element, control circuit plate controls water outlet control module and closes each exhalant canal.
Electronics shower faucet the most according to claim 3, it is characterized in that: described display panel is touch display panel, and be provided with and exhalant canal one_to_one corresponding for manipulating some membrane keyboards of described water outlet control module, when display panel is activated, each membrane keyboard is standby.
Electronics shower faucet the most according to claim 1, it is characterized in that: also include the temperature-sensing element for detecting constant temperature valve core output water temperature, this temperature-sensing element is installed on fixed cell, and electrically connect described control circuit plate, being active at display panel, control circuit plate controls display panel and shows described design temperature and the temperature of temperature-sensing element detection, or, control circuit plate controls display panel switching and shows described design temperature and the temperature of temperature-sensing element detection, until the two reaches consistent.
Electronics shower faucet the most according to claim 3, it is characterized in that: described control circuit plate is also electrically connected with the speech control module of at least two exhalant canal switching water dischargings described in control, when display panel is activated, this speech control module is standby；And/or, described control circuit plate also electrically connects shower illuminating lamp, and when display panel is activated, described control circuit plate controls shower illuminating lamp and opens, and when display panel dormancy, described control circuit plate controls shower illuminating lamp and closes.
Electronics shower faucet the most according to claim 2, it is characterised in that: described fixed cell is concealed installation structure, and described thermoregulation knob connects the core bar of described constant temperature valve core by spline housing.
Electronics shower faucet the most according to claim 7, it is characterized in that: described constant temperature valve core outer sheathed certain position circle, this centring ring inwall is provided with elastic bumps, described spline housing lower end is sheathed in centring ring, and spline housing lower end outer wall is provided with tooth-shape structure, this tooth-shape structure coordinates with elastic bumps contact；The outer face of described centring ring is provided with two limiting sections, and described spline housing outer wall is correspondingly provided with limit rib, and this limit rib is rotatably assorted between two limiting sections.
9. according to the electronics shower faucet described in claim 1 or 2 or 7, it is characterized in that: described temperature display module also includes control panel, described control circuit plate and display panel are respectively arranged in this control panel, or, described control circuit plate and display panel integrate, and are installed on this control panel；This control panel is provided with the resigning hole passed for described knob, and several magnetic control elements described are mounted on this control panel, or, also including a sensor circuit plate, each magnetic control element is mounted on this sensor circuit plate, and this sensor circuit plate is installed on control panel.
10. according to the electronics shower faucet described in claim 2 or 7, it is characterised in that: described thermoregulation knob connects an automatic ball-pen formula mechanism, makes thermoregulation knob upspring or retraction by this automatic ball-pen formula mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620221506.XU CN205618807U (en) | 2016-03-22 | 2016-03-22 | Electron shower faucet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620221506.XU CN205618807U (en) | 2016-03-22 | 2016-03-22 | Electron shower faucet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205618807U true CN205618807U (en) | 2016-10-05 |
Family
ID=57032303
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620221506.XU Withdrawn - After Issue CN205618807U (en) | 2016-03-22 | 2016-03-22 | Electron shower faucet |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205618807U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106609884A (en) * | 2016-03-22 | 2017-05-03 | 福建西河卫浴科技有限公司 | An electronic shower faucet |
| CN107713816A (en) * | 2017-10-21 | 2018-02-23 | 中国地质大学（武汉） | A kind of temperature controllable intelligent charge cup |
-
2016
- 2016-03-22 CN CN201620221506.XU patent/CN205618807U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106609884A (en) * | 2016-03-22 | 2017-05-03 | 福建西河卫浴科技有限公司 | An electronic shower faucet |
| CN106609884B (en) * | 2016-03-22 | 2019-02-01 | 福建西河卫浴科技有限公司 | A kind of electronics shower faucet |
| CN107713816A (en) * | 2017-10-21 | 2018-02-23 | 中国地质大学（武汉） | A kind of temperature controllable intelligent charge cup |
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| AV01 | Patent right actively abandoned |