CN100419931C - Switch with optical controlling function - Google Patents
Switch with optical controlling function Download PDFInfo
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- CN100419931C CN100419931C CNB2005100229793A CN200510022979A CN100419931C CN 100419931 C CN100419931 C CN 100419931C CN B2005100229793 A CNB2005100229793 A CN B2005100229793A CN 200510022979 A CN200510022979 A CN 200510022979A CN 100419931 C CN100419931 C CN 100419931C
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- lamp
- remote control
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Classifications
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01H—ELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
- H01H9/00—Details of switching devices, not covered by groups H01H1/00 - H01H7/00
- H01H9/16—Indicators for switching condition, e.g. "on" or "off"
- H01H9/161—Indicators for switching condition, e.g. "on" or "off" comprising light emitting elements
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01H—ELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
- H01H15/00—Switches having rectilinearly-movable operating part or parts adapted for actuation in opposite directions, e.g. slide switch
- H01H15/02—Details
- H01H15/06—Movable parts; Contacts mounted thereon
- H01H15/10—Operating parts
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B39/00—Circuit arrangements or apparatus for operating incandescent light sources
- H05B39/04—Controlling
- H05B39/08—Controlling by shifting phase of trigger voltage applied to gas-filled controlling tubes also in controlled semiconductor devices
- H05B39/083—Controlling by shifting phase of trigger voltage applied to gas-filled controlling tubes also in controlled semiconductor devices by the variation-rate of light intensity
- H05B39/085—Controlling by shifting phase of trigger voltage applied to gas-filled controlling tubes also in controlled semiconductor devices by the variation-rate of light intensity by touch control
- H05B39/086—Controlling by shifting phase of trigger voltage applied to gas-filled controlling tubes also in controlled semiconductor devices by the variation-rate of light intensity by touch control with possibility of remote control
- H05B39/088—Controlling by shifting phase of trigger voltage applied to gas-filled controlling tubes also in controlled semiconductor devices by the variation-rate of light intensity by touch control with possibility of remote control by wireless means, e.g. infrared transmitting means
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01H—ELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
- H01H2231/00—Applications
- H01H2231/052—Selectors, e.g. dimmers
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
Abstract
A dimmer switch includes a switch main body and a remote control main body. A piano handle is mounted to a front side of the switch main body, and a load, e.g., a lamp is turned on or off in response to the on/off of a push button switch main body when the piano handle is pushed down. The remote control main body is detachably attached to the front side of the piano handle, included a plurality of operation buttons having operative convex portions for increasing or decreasing a dimming level on a backside thereof, and transmits a dimming signal in a wireless signal in response to the operations of the operative convex portions for dimming control. Further, the switch main body includes a signal receiving unit which receives wireless signals transmitted through a light receiving cover on the front side of the piano handle, and changes the dimming level of the lamp in case of receiving the dimming signals transmitted in wireless signals.
Description
Invention field
The present invention relates to a kind of switch (that is dimmer switch) that has optical controlling function; More particularly, relate to a kind of dimmer switch, its ON/OFF or light modulation that is designed to by remote control not use this dimmer switch to control lamp is operated.
Background of invention
Be used for the incandescent lamp (not shown) is carried out the conventional dimmer switch 80 of illumination adjustments shown in Figure 18.This dimmer switch 80 is included in the rotary dial 82 of the front formation of main body 81, this main body 81 is installed on the wall by installing rack 4, therefore the phase angle of supplying with the AC voltage of incandescent lamp changes (for example, openly applying for 2002-75711 number referring to Japan Patent) with the rotation of rotary dial 82.In addition, in Figure 18, Reference numeral 83 is used to represent be set up in parallel switch on installing rack 4 with dimmer switch 80, in order to come the power supply of on/off incandescent lamp according to the on/off operation of switch 83.
Because as the dimmer switch 80 that constitutes above is wall mounted, therefore the user needs near the wall that dimmer switch 80 is installed, carry out light modulation then and operate and change light adjusting grade, make the user who under the situation of seeing TV or going to bed, wishes room darkens feel inconvenience thus.
Summary of the invention
Therefore, the purpose of this invention is to provide a kind of dimmer switch, the user can be to come it is carried out remote control to realize its light modulation operation near the mode of this dimmer switch on the non-health.
According to one aspect of the present invention, a kind of dimmer switch is provided, it comprises switch main body, it comprises the button that is used to respond its push and produces the push-button switch of operation signal, with the signal receiving unit that is used to receive the wireless signal that sends from the outside, the button of this push-button switch and this signal receiving unit place the front of this switch main body, and wherein this switch main body is installed on the fixture, and expose in its front; Control circuit unit, it is arranged on this switch main body inside, is used for the wireless signal that operation response signal and signal receiving unit receive and controls the illumination output of lamp; Key touches handle, and its pivot is bearing on the front of this switch main body, is used for pressing by this push the button of this push-button switch; And remote control main body, it is detachably connected to this key and touches on the handle, described remote control main body comprises the light modulation action button that places an one side and touch handle towards this key when the remote control main body is installed in this key shake-up handle, the signal transmitting unit that sends dim signal with wireless signal with being used to respond the operation of this light modulation action button, wherein, when this signal receiving unit when this remote control main body receives the dim signal that sends with the wireless signal form, this control circuit unit changes the light adjusting grade of lamp according to this dim signal.
The accompanying drawing summary
Above-mentioned and other purposes of the present invention and feature will become apparent from the description below in conjunction with the preferred embodiment of accompanying drawing, in the accompanying drawings:
Figure 1A and 1B illustrate the dimmer switch according to first preferred embodiment of the present invention, and wherein Figure 1A is the front view of this dimmer switch, and Figure 1B is the rearview of the remote control main body of this dimmer switch;
Fig. 2 represents the decomposition diagram of the dimmer switch shown in Figure 1A and the 1B;
The front view of the dimmer switch shown in Fig. 3 displayed map 2 removes key and touches handle, panel and plate framework from this dimmer switch;
Fig. 4 A discloses the Circuits System block diagram of switch main body, and Fig. 4 B has described the Circuits System block diagram of remote control main body;
Fig. 5 provides the view of describing the operation of Circuits System shown in Fig. 4 A and the 4B;
Fig. 6 explanation is according to the dimmer switch of second embodiment of the invention, and it is in the state that the remote control main body is pulled down;
Fig. 7 has represented to describe the view of operation of the dimmer switch of third preferred embodiment of the invention;
Fig. 8 A to 8C explanation is according to the dimmer switch of fourth embodiment of the invention, and wherein Fig. 8 A is a front view of pulling down the dimmer switch of remote control main body, and Fig. 8 B pulls down the front view that key touches the dimmer switch of handle, and Fig. 8 C is the front view that key touches handle;
The view of the operation of dimmer switch shown in Fig. 9 presentation graphs 8A to 8C;
Figure 10 shows the front view according to the dimmer switch of fifth embodiment of the invention, and it is in the state that key touches handle of removing;
Figure 11 shows the perspective view of the outward appearance of independent set device, and this independent set device is used for the value according to the dimmer switch of sixth embodiment of the invention setting;
Figure 12 A and 12B represent the dimmer switch of Figure 11, and wherein 12A is the Circuits System block diagram of switch main body, and Figure 12 B is the Circuits System block diagram of independent set device shown in Figure 11;
Figure 13 represents the front view according to the dimmer switch of seventh preferred embodiment of the invention, and this dimmer switch is in the state of pulling down the remote control main body;
The Circuits System block diagram of Figure 14 A explanation switch main body, Figure 14 B represents the Circuits System block diagram of remote control main body as shown in figure 13;
Figure 15 A and 15B explanation are according to the dimmer switch of eighth preferred embodiment of the invention, and wherein 15A is the Circuits System block diagram of switch main body, and Figure 15 B is the Circuits System block diagram of remote control main body;
Figure 16 A and 16B reproduce the dimmer switch according to ninth preferred embodiment of the invention, and wherein Figure 16 A is the Circuits System block diagram of switch main body, and Figure 16 B is the Circuits System block diagram of remote control main body;
Figure 17 A and 17B are illustrated in the another kind configuration of remote control main body used among the top figure, and wherein Figure 17 A is the rearview of this remote controller, and Figure 17 B is its Circuits System block diagram; And
Figure 18 has provided the view that shows conventional dimmer switch.
Preferred embodiment describes in detail
With reference now to preferred embodiment, describes the present invention in detail; But, should note the invention is not restricted to this.
[preferred embodiment 1]
Referring to figs. 1 to 5 first preferred embodiment of the present invention is described.As shown in Figure 1A to 3, the dimmer switch of this embodiment comprises that the switch main body 1 of vertically longer than along continuous straight runs cuboid basically, the key that is pivotally connected on the switch main body 1 touch handle 2, and is detachably connected to the remote control main body (being the remote controller main body) 3 on the key shake-up handle 2.
Switch main body 1 comprises printed circuit board (PCB) (not shown) and binding post, various circuit elements are installed on described printed circuit board (PCB), as push-button switch SW1, the change over switch SW2 of the Circuits System of pie graph 4A, light-emitting diode LD1, sensitive device 41 etc., described binding post is configured to have the conventional quick-connect terminal (not shown) that power line and load line is connected to this circuit board.In addition, around the right side part of the vertical centre in switch main body 1 front part, form slit, in order to be provided at the flexible piece 15 that stretches out with cantilever type on the switch main body 1.That is, an end of flexible piece 15 is formed in the switch main body 1, and another free end is used to press the button the button (not shown) of switch SW 1.By placing flexible piece 15 following openings to expose the actuation member 61 of change over switch SW2.In addition, form circular hole 16 in the left side of the core in switch main body 1 front, to expose the light-emitting area of light-emitting diode LD1.In addition, by the opening that below circular hole 16, forms the light receiving surface of sensitive device 41 is exposed to the outside.In addition, back at switch main body 1 forms the wire through-hole (not shown), in order to power line and load line are connected to the binding post in the switch main body 1, thereby (stripped wire) is inserted in this wire through-hole with bare wire, is easy to thus power line and load line are connected on the binding post.
In addition, for switch main body 1 being removably mounted on the installation frame 4 that is used to install conventional embedded type wiring unit, in switch main body 1, provide a pair of coupling projection (not shown) outstanding and a pair of coupling projection 11 of partly giving prominence to from the vertical centre on its right side from the upper and lower in its left side.Form the slit (not shown) at that place, upper and lower to each coupling projection of coupling projection 11 that places the right side, these slits make that inwardly elastic bending of ledge to coupling projection 11.
Utilize this configuration, when switch main body 1 was coupled to installation frame 4, the projection that forms in the left side of switch main body 1 meshed with the corresponding opening 4a of mechanism that the left side at installation frame 4 forms.Then, press the right side of switch main body 1 towards installation frame 4, thereby make by the projection 11 that is pressed in the formation of switch main body 1 right side this projection to be curved inwardly, so projection 11 meshes and switch main body 1 is coupled on the installation frame 4 with the opening 4a that installation frame 4 right sides form from the right side of installation frame 4.On the other hand, when when installation frame 4 is pulled down switch main body 1,, thereby remove engagement between the opening 4a of the projection 11 that forms on switch main body 1 right side and the formation of installation frame 4 right sides inwardly by being pressed in the projection 11 that switch main body 1 right side forms.Like this, switch main body 1 and installation frame 4 are separated.In addition, elongated hole 4b lays respectively at the upper and lower of installation frame 4, and box screw (box screw) 7 is fixed to installation frame 4 on embedded wall case (wall box) (not shown) by this elongated hole.In addition, be that the plate bolt (platescrew) that is used for plate provides screwed hole 4c at the top edge and the lower limb of installation frame 4, in order to plate framework 5 is fixed on the installation frame 4.Like this, by using the screw (not shown) plate framework 5 is connected to the front of installation frame 4.In addition, according to stacked mode panel 6 is connected to the front of plate framework 5.
And two axial components 12 are outstanding from the left part of the vertical centre part in switch main body 1 front, and are separated from each other with given interval.In addition, the free end of axial component 12 has substantial cylindrical.Divide formation engaging hole 13 in the right side in switch main body 1 front, the engagement pin components 21 that key touches handle 2 is inserted into respectively in the described engaging hole 13, and this will be described later.In addition, form horizontal slot in the upper and lower in switch main body 1 front.Rectangle rebound spring spare 14 cantilever type in level trough is stretched out, and an end and the switch main body 1 of this spring part are in aggregates, and another free end stretches out forward.Utilize the constitutive characteristic of spring, the free end that stretches out of spring 14 contacts with the upper and lower that key touches handle 2 back sides, touches handle 2 thereby push key forward.
On the other hand, key touches handle 2 to be made by synthetic resin, and its front has the shape of essentially rectangular, and its size is similar to the size of the window 6a of panel 6.The left end that touches the back side of handle 2 at key is provided with pivotable supporting part (not shown), and its axial component 12 with switch main body 1 meshes.In addition, the right-hand member that touches handle 2 back sides at key forms pair of meshing pin components 21, and it is inserted in the engaging hole 13 of switch main body 1.In addition, projection platform 22 is outstanding at the left end that key touches handle 2 fronts, and it has a little width that touches the vertical direction extension of handle along this key.On the front except the zone that occupies by projection platform 22, form the mesh component 23 thinner than projection platform 22.Remote control main body 3 is detachably connected on the meshing part 23.
Be subjected to light lid 24 to be connected to the front that key touches the projection platform 22 in the handle 2.But this is subjected to light lid 24 to form band plate shape, is made its transmits infrared visible light transmissive line not by synthetic resin.In addition, touch on the handle 2 by utilizing joint filling method etc. will be subjected to light lid 24 to be fastened to key.Key touches handle 2 and has a plurality of through hole (not shown), and it places key to touch handle 2 towards those parts of the light-emitting area of light-emitting diode LD1 and those parts of dividing towards the light accepting part of sensitive device 41 respectively.Light guide member 25 is bonded on that part of the light-emitting area of light-emitting diode LD1 in the formed through hole, this light guide member such as prism, and the photoconduction that light-emitting diode LD1 is sent is to the outside.By being subjected to the opening on the light lid 24 to expose light guide member 25.In addition, the through hole that forms of that part that covered by light lid 24 to divide at light accepting part towards sensitive device 41.Form the lens component (not shown) in that part that is subjected to light lid 24 towards this through hole, its light signal that remote control main body 3 is sent gathers the light accepting part branch of sensitive device 41.
In addition, by making key touch axial component 12 engagements of the pivotable supporting part and the switch main body 1 of handle 2, and the engagement pin components 21 that further key is touched handle 2 is inserted in the engaging hole 13 of switch main body 1, key can be touched handle 2 and be bearing in pivotly on the switch main body 1, and make key touch handle 2 with the reverse power of direction of operating to return to its initial position owing to rebound spring spare 14 applies.When key shake-up handle 2 returned to its initial position, the engagement between the projection of engagement pin components 21 and the neighboring area of engaging hole 13 prevented that key from touching handle 2 and separating with switch main body 1.In addition, light guide member 25 is towards the luminous component of light-emitting diode LD1, be subjected to the light receiving surface of the lens component of light lid 24 towards sensitive device 41, thereby the light that light-emitting diode LD1 sends is passed through light guide member 25 guiding outsides, and the light signal that remote control main body 3 sends is gathered sensitive device 41 by the lens component that is subjected to light lid 24.At this moment, if press the actuation member that key touches handle 2, key touches axial component 12 pivots of handle 2 around this switch main body so, also inwardly push flexible piece 15 by what key touched handle 2 back sides by the lower process (not shown), press the button the (not shown) that presses the button of switch SW 1 then by this flexible piece 15.After this, if remove the power that key touches the actuation member of handle 2 of pushing, the restoring force that presses the button generation by push-button switch SW1, the restoring force that produced by rebound spring spare 14 etc. make key touch handle 2 and return to its initial position so.That is, only under the situation of pushing key shake-up handle 2, press the button the button of switch SW 1.In addition, projection 26 is outstanding at the place, right part that key touches handle 2 fronts, and it represents the service position.Therefore, the user can discern the service position in the dark at an easy rate by touching this projection 26.In addition, blind person, old man etc. can find the service position of dimmer switch at an easy rate.
Hereinafter, will the structure of remote control main body 3 be described.The shell 30 of remote control main body 3 is made by synthetic resin, forms flat cuboid, and its back and bottom surface are opened wide.The front of shell 30 has the curved surface of convex shape, and promptly this curved surface core in the horizontal direction is more outstanding than two side portions.The lateral dimension of shell 30 and longitudinal size equate that with the mesh component 23 of key shake-up handle 2 thickness of shell 30 covers 24 front coplane with being subjected to light basically for its front when shell 30 is coupled to mesh component 23 basically.And shell 30 inside are provided with circuit board (not shown) and battery B1, and the circuit of Fig. 4 B is installed on this circuit board.In addition, the flexible film sheet 31 of the synthetic resin plate shape of making attached to the back of shell 30 to cover unlimited back.On diaphragm 31, vertically form with outstanding many (for example five) operation convex portions 32a to 32e of cheese.In addition, on operation convex portions 32a to 32e, print the various characters or the symbol of expression content of operation by utilizing light accumulation material (light accumulating material).Operation convex portions 32a to 32e is made up of the actuator of switch SW 11 to SW15, and this will be described later, so by push convex portions 32a to the 32e SW11 to SW15 that closes a switch.In addition, the light-emitting area of light-emitting diode LD2 is set to the opening portion 33 towards the end face that is positioned at shell 30, and the actuator (not shown) of change over switch SW16 is set to towards the opening portion (not shown) of place, the left side formation of shell 30.In addition, the battery tray that holds button cell B1 therein can be inserted by the opening portion that place, shell 30 bottom surfaces forms, thereby cover the opening that this bottom surface is located.
The shell 30 of remote control main body 3 is connected on the mesh component 23 of key shake-up handle 2.Promptly, when remote control main body 3 being placed into mesh component 23 and aliging with the direction that key touches handle 2, the ironware (not shown) magnetic attraction that embeds shell 30 inside of remote control main body 3 is touched on the permanent magnet (not shown) of handle 2 back to being fixed on key, touch in the handle 2 thereby remote control main body 3 is remained on key.At this moment, all form engagement recess 34 in the upper and lower in shell 30 left sides, engagement projections 27 engagements that it forms with the place, upper and lower that is subjected to light lid 24.In addition, form engaging groove 35 in the back of shell 30, itself and key touch projection 26 engagements of handle 2, thereby make shell 30 be arranged in mesh component 23 to prevent shell 30 misalignments.In addition, when the right part in the front of pushing remote control main body 3, the masterpiece that puts on remote control main body 3 is used for key touches handle 2, pivot around the axial component 12 of switch main body 1 thereby make key touch handle 2, and press the button the button of switch SW 1.After this, when releasing put on power on the actuator of remote control main body 3, the restoring force that button and the rebound spring spare 14 by push-button switch SW1 produces made key touch handle 2 and returns to its initial position.In addition, projection 36 is also outstanding from the right-hand member in the front of remote control main body 3, and this projection is represented the service position of this switch.
On the other hand, for being come with key shake-up handle in 2 minutes, remote control main body 3 operates this switch, the user is can be promptly outstanding from the right side of the shell 30 of remote control main body 3 to be with 37 and draw shell 30 forward, be easy to that shell 30 and key are touched handle 2 and separate, can remotely carry out straighforward operation by utilizing shell 30 separately thus.
Now, the circuit of this embodiment will be described with reference to figure 4A and 4B.Switch main body 1 comprises the circuit as shown in Fig. 4 A, and this circuit comprises binding post T1 and T2, and it links to each other with commercial power AC via the lamp L as incandescent lamp; Be connected the switching device Q1 between binding post T1 and the T2, as triac, be used to connect/power supply of sever supply lamp L; Sensitive device 41 is made up of photodiode, is used to receive the wireless signal of being made up of light signal, as infrared ray; Instantaneous type push-button switch SW1; Control circuit unit 40, thus constitute in order to basis from the received signal of sensitive device 41 or the light modulation output of exporting control signal a control lamp L from the operation signal of push-button switch SW1 by microcomputer; Drive circuit unit 42 is used for changing according to the conduction angle that control signal a controls this switching device Q1 the light modulation output of lamp L; Rectification circuit 43, thereby the input terminal that is used to connect between binding post T1 and T2 carries out rectification to the supply voltage of commercial power AC, and power circuit unit 44, be used to make the rectification output smoothing of self-rectifying circuit 43 to produce the working power of control circuit unit 40.In addition, the Reference numeral LD among Fig. 4 A represents the light-emitting diode connected when shutting lamp L, and it shows position or operating state by changing its flicker cycle (flickering cycle), and SW2 represents to be used for the change over switch of ALT-CH alternate channel.
Remote control main body 3 comprises the circuit as shown in Fig. 4 B, and it has input unit 51, is used to detect the operation input of the change over switch SW16 that will describe from switch SW 11 to SW15 and back; Light-emitting diode LD2 is used to launch the wireless signal of forming by such as ultrared light signal; Control circuit unit 50 is made up of microcomputer, produces the drive signal of light-emitting diode LD2 by the operation input of input unit 51 in order to response; Battery B1, be used for providing working power to control circuit unit 50, and signal transmitting unit 52, it is configured to have signal transmitting unit light-emitting diode LD2 and the switching device Q2 that is connected in series in via resistor R 1 between the battery B1 two ends, in order to by launching wireless signal according to drive signal on/off switch device Q2 and controlling the conducting of light-emitting diode LD2.In this Circuits System configuration, switch SW 11 outputs are used for the open/close operation signal according to lamp L that its operation is reversed.And, switch SW 12 in response to its operation and export the operation signal that is used to increase light adjusting grade, switch SW 13 in response to its operation and export the operation signal that is used to reduce light adjusting grade.Switch SW 14 is used to write down this light adjusting grade or current light adjusting grade is become the operation signal of the light adjusting grade that has write down in response to the operation and exporting to it, switch SW 15 in response to its operation and export the operation signal that is used to carry out timer operation.
Now, will the operation of dimmer switch be described.
At first, the open/close operation of lamp L in the description control switch main body 1.When key touches the actuation member of the shell 30 of pushing remote control main body 3 under the situation that remote control main body 3 is installed in the handle 2, perhaps touch when pushing key under the situation that handle 2 separates and touching the actuation member of handle 2 at remote control main body 3 and key, key touches axial component 12 pivots of handle 2 around switch main body 1, thereby makes key touch handle 2 presses the button switch SW 1 by flexible piece 15 button.Because control circuit unit 40 is always monitored the operation input of push-button switch SW1 or is imported from the signal of sensitive device 41, therefore control circuit unit 50 is exported control signal a in response to the push of push-button switch SW1 to drive circuit 42, thus the ON/OFF of counter-rotating lamp L.Then, lamp L is turned on/shut to the drive circuit 42 response on/off operation that the open/close control signal a of lamp L comes control switch device Q1 that is used to reverse thus fully.As mentioned above, when pushing key shake-up handle 2 or push the shell 30 of the remote control main body 3 that is installed to key shake-up handle 2, respond this pressing operation and the ON/OFF of the lamp L that reverses.That is, when lamp L opens, respond this pressing operation and shut lamp L, when lamp L shuts, respond this pressing operation and the L that turns on the light.
Now, being described in the user touches handle 2 from key and pulls down remote control main body 3 and going to bed or seeing the operation of dimmer switch when utilizing remote control main body 3 separately to carry out straighforward operation under the situation of TV.When one of among the operation convex portions 32a to 32e that pushes remote control main body 3, by the operation signal to inductive switch of input unit 51 one of in control circuit unit 50 provides corresponding to switch SW 11 to SW15.If provide operation signal by input unit 51 to control circuit unit 50, control circuit unit 50 responds these operation signals and produces the control signal that is used to send predetermined wireless signal so.Then, the control signal of signal transmitting unit 52 response control circuit unit 50 is come driven for emitting lights diode LD2, so that to be sent the control signal of lamp L by the wireless signal form of forming such as ultrared light signal.This wireless signal can utilize the form based on a standard, for example the industrial standard of household electrical appliance association (Association of ElectricHome Appliances).
When pushing the operation convex portions 32a (that is, switch SW 11 is ON) that constitutes the on/off operation button, send the open/close control signal of the lamp L that is used to reverse, for example the ON/OFF signal.In addition, when pushing the operation convex portions 32b (that is, switch SW 12 is ON) that forms the light modulation action button, send the control signal of the light adjusting grade that is used to increase lamp L, for example light lightens signal.When pushing the operation convex portions 32c (that is, switch SW 13 is ON) that constitutes the light modulation action button, send the control signal that is used to reduce lamp L light adjusting grade, for example light dims signal.In addition, when push form light adjusting grade recording/recovering button operation convex portions 32d (promptly, switch SW 14 is ON) time, send and to be used to write down required light adjusting grade or current light adjusting grade is become the control signal of the light adjusting grade that has write down, for example light adjusting grade recording/recovering signal.And, when pressing operation convex portions 32e (that is, switch SW 15 is ON), send the control signal that is used to carry out timer operation, for example the timer control signal.
On the other hand, because the operation of test button switch SW 1 always of the control circuit unit 40 of switch main body 1 is imported or is imported from the signal of sensitive device 41, therefore when sensitive device 41 receives control signal,, control circuit unit 40 come the operation of control Driver Circuit 42 to control the illumination output of lamp L thereby responding the control signal that receives.
At this moment, when input light adjusting grade control signal, sensitive device 41 receives the light adjusting grade control signal that is used to increase or reduce light adjusting grade, and control circuit unit 40 increased or reduced the conduction angle of switching device Q2 this moment, thus brighten or the deepening direction on change the light adjusting grade of lamp L.After this, when the input of light adjusting grade control signal stops, current light adjusting grade is stored in the flash memory (not shown) that is embedded in the control circuit unit 40 automatically.Automatically the light adjusting grade of storage and the light adjusting grade separate storage and the management of user record, this will be described later.In addition, when sensitive device 41 receives the ON/OFF signal, be under the situation of closing at lamp L, control circuit unit 40 is opened to lamp L the light adjusting grade of storing in the flash memory, under the situation that lamp L is out, L shuts with lamp, alternately repeats the ON/OFF of lamp L at this light adjusting grade thus.In addition, when sensitive device 41 when receiving continuously light adjusting grade recording/recovering signal in the longer time than predetermined lasting time (for example 2 seconds), control circuit unit 40 writes down current light adjusting grade in onboard flash memory (for example storage device).Then, when sensitive device 41 received light adjusting grade recording/recovering signal in the time shorter than predetermined lasting time, control circuit unit 40 became the light adjusting grade that writes down in the flash memory with the current light adjusting grade of lamp L.And, when sensitive device 41 receives the timer control signals, control circuit unit 40 L that turns on the light, and shut lamp L afterwards at predetermined timing time (for example 60 seconds).
In addition, describe the operation of this embodiment in detail with reference to figure 5.At first, push the operation convex portions 32a of remote control main body 3 at close moment t1 as the user, thereby when switch main body 1 sends the ON/OFF signal, the control circuit unit 40 of switch main body 1 is opened to the light adjusting grade of storing in the onboard flash memory with lamp L, wherein is stored in the flash memory automatically in this light adjusting grade light adjusting grade control operation process formerly.Because the initial value of light adjusting grade is 100% in initial condition, so control circuit unit 40 is opened to complete light adjusting grade with lamp L.Then, when the user pushes the operation convex portions 32c of remote control main body 3 at t3, thereby when switch main body 1 sent light and dims signal, the control circuit unit 40 of switch main body 1 made the light adjusting grade of lamp L descend gradually from 100% (light adjusting grade fully).Then, when the user when t4 releasing operation convex portions 32c stops to send light and dims signal, control circuit unit 40 stops to reduce light adjusting grade, keeps current light adjusting grade, and current light adjusting grade is stored in the onboard flash memory automatically.Then, when the user at t5 once more during pressing operation convex portions 32a, the ON/OFF signal sends to switch main body 1 from remote control main body 3, thereby makes the control circuit unit 40 of switch main body 1 that lamp L is become closed condition from the lighting dimming state.
Then, when the key shake-up handle 2 in close moment t7 push switch main body 1 closed push-button switch SW1, control circuit unit 40 is the L that turns on the light fully in response to the operation input of push-button switch SW1.In addition, when pushing key once more touching handle 2 and come cut-off push button switch SW 1 when at t8, control circuit unit 40 is shut lamp L in response to the operation input of push-button switch SW1.
Subsequently, when the user push during at t9 remote control main body 3 operation convex portions 32a and with the ON/OFF signal when remote control main body 3 sends to switch main body 1, control circuit unit 40 is opened to the light adjusting grade A1 that stores in the onboard flash memory with lamp L, and wherein this light adjusting grade A1 light adjusting grade control operation process formerly is stored in the flash memory.In addition, at the moment of lighting dimming t11, when pressing operation convex portions 32a once more, once more the ON/OFF signal is sent to switch main body 1 from remote control main body 3, thereby make control circuit unit 40 lamp L be become closed condition from the lighting dimming state in response to this ON/OFF signal.
As mentioned above, in this embodiment,, for example operate convex portions 32b and 32c by pressing the light modulation action button, can be at the light adjusting grade that changes lamp L away from the place of switch main body 1.Therefore, because therefore the user has improved the convenience of use going to bed and seeing under the situation of TV and need not just can carry out the light modulation operation near the installation site of switch main body 1.
In addition, when the key of push switch main body 1 touched handle 2, lamp L is turned on or shut to control circuit unit 40 fully.On the other hand, when pushing the operation convex portions 32a of remote control main body 3, control circuit unit 40 is opened to the light adjusting grade that is stored in the previous light adjusting grade control operation process in the flash memory with lamp L, perhaps closes lamp L.Because the user utilizes the key shake-up handle 2 that is installed to the switch main body 1 on the given wall to turn on fully usually or shuts lamp L, it is therefore preferable that in response to the operation of key shake-up handle 2 and turns on or shut lamp L fully.In addition, when dimming light and shut lamp L, the user goes to bed, after this when waking up toilet etc. midnight, he can be opened to lamp L the light adjusting grade of former reduction by the operation convex portions 32a that pushes remote control main body 3, prevent that thus he is dizzy, and improved the convenience that uses.
Because the user utilizes remote control main body 3 to carry out the on/off operation of lamp L seeing under the situations such as TV, sleep, so control circuit unit 40 can be by (for example gradually becoming desired value with light adjusting grade in time t1～t2, t5～t6, t9～t10, the t11～t12) and prevent that the user from feeling uncomfortable and preventing that the user is dizzy in the predetermined gradual change time.In addition, because the user touches the push-button switch SW1 that handle 2 is pushed the switch main body 1 that is installed to building by key under the situation that enters or withdraw from a room, therefore do not need to change gradually the light output of lamp L.That is, when operation signal is when push-button switch SW1 imports, changes to desired value at once and change the light output of lamp L at short notice by light output with lamp L.
When the user pressed the operation convex portions 32d of remote control main body 3, remote control main body 3 sent light adjusting grade recording/recovering signal to switch main body 1.Thereby when the long-time pressing operation convex portions of user 32d when sending continuously light adjusting grade recording/recovering signal in longer a period of time than predetermined lasting time (for example 2 seconds), promptly when photo detector 41 receives light adjusting grade recording/recovering signal in a period of time longer than predetermined lasting time, control circuit unit 40 with current light adjusting grade as the light adjusting grade of user record and be recorded in the onboard flash memory.After this, when when pushing the operation convex portions 32d of remote control main body 3 in short a period of time, at short notice this light adjusting grade recording/recovering signal is sent to switch main body 1 from remote control main body 3 than predetermined lasting time.At this moment, because sensitive device 41 is receiving this light adjusting grade recording/recovering signal than predetermined lasting time in short a period of time, therefore control circuit unit 40 reads the light adjusting grade of user record in response to this light adjusting grade recording/recovering signal from flash memory, and lamp L is opened to the light adjusting grade of reading.Equally, if the user is by operating operation convex portions 32b and 32c and the light adjusting grade of lamp L being adjusted to required light adjusting grade, and he long-time push convex portions 32d writes down current light adjusting grade then, so because by pressing operation convex portions 32d and lamp L is opened to required light adjusting grade in short time only, thereby can improve the facility of use.Although in this embodiment, the light adjusting grade of storage automatically and/or the light adjusting grade of user record are stored in the flash memory that is embedded in the control circuit unit 40, also these light adjusting grades can be stored in any nonvolatile memory, as EEPROM.
The shell 30 of remote control main body 3 forms flat rectangular shape.The light-emitting diode LD2 of signal transmitting unit 52 vertically places an end of shell 30.And, at the back side of shell, from being arranged in order the operation convex portions 32a, the operation convex portions 32b and the 32c that are used for the light modulation operation that are used for on/off operation near the side that end of light-emitting diode LD2 is set, being used for the operation convex portions 32d of light adjusting grade recording/recovering and being used for the operation convex portions 32e of timer control.In this configuration, owing to hold shell 30 in user's hand, and that end face that light-emitting diode LD2 is set is (direction opposite with user's body) forward, and the operation convex portions 32a that is used for on/off operation places near the side that end, therefore, no matter holding the hand of thing is the right hand or left hand, the operation convex portions 32a that is used for on/off operation with relative higher operational frequency is positioned near user's thumb position, thereby following advantage is provided, and promptly the user operates the operation convex portions 32a that is used for on/off operation at an easy rate by the hand of hand-held housing 30.In this embodiment, from being arranged in order the operation convex portions 32a, the operation convex portions 32b and the 32c that are used for the light modulation operation that are used for on/off operation near a side of that end of vertical direction, being used for the operation convex portions 32d of light adjusting grade recording/recovering and being used for the operation convex portions 32e of timer control.In addition, place and the nearest part place of vertical direction that light-emitting diode LD2 is placed on shell 30 if will be used for the operation convex portions 32a of on/off operation, can in shell 30, arrange other operation convex portions 32b to 32e so according to any order that is different from said sequence.For example, can be according to the operation convex portions 32d that begins to be arranged in order the operation convex portions 32a that is used for on/off operation, user's light adjusting grade recording/recovering from a end near the vertical direction of shell 30, be used for the operation convex portions 32b and the 32c of light modulation operation and be used for the operation convex portions 32e of timer control.
Comprise the channel data of setting by change over switch SW16 with the wireless signal form from the control signal of remote control main body 3 emission, control circuit unit 40 just receives the control signal from remote control main body 3 when only included passage is consistent in the own passage of being set by change over switch SW2 and control signal that remote control main body 3 is launched.
[preferred embodiment 2]
With reference to figure 6 second preferred embodiment of the present invention is described.In a second embodiment, projection 39 is given prominence to towards being subjected to light to cover 24 from the side of the shell 30 of the remote control main body 3 of first embodiment, and wherein this side of shell 30 is towards being subjected to light lid 24.And switch main body 1 comprises mounted remote controller sense switch SW4, has been installed on the key shake-up handle 2 in order to detect whether remote control main body 3 by the existence that detects projection 39.Because except projection 39 and mounted remote controller sense switch SW4, according to each parts of the dimmer switch of this embodiment all with first embodiment in similar or identical, therefore identical Reference numeral is distributed to similar or identical parts, and with the descriptions thereof are omitted.
Mounted remote controller sense switch SW4 can be made up of instantaneous type switch.When remote control main body 3 is installed to key when touching handle 2, push the actuator (not shown) of mounted remote controller sense switch SW4 by the projection 39 of remote control main body 3, this mounted remote controller sense switch SW4 closes then.On the other hand, when remote control main body 3 and key touch handle 2 and separate, this mounted remote controller sense switch SW4 disconnection.
Preferably, before going to bed or seeing, lamp L can be opened to this light adjusting grade under the situation of TV or shut lamp L, and turn on or shut lamp L in other cases fully.Therefore, in this embodiment, when supposing that the user does not have sleep or do not see TV, promptly, when remote control main body 3 remained in the key shake-up handle 2, lamp L is turned on or shut to control circuit unit 40 fully in response to the operation that presses the button the button of switch SW 1 by key shake-up handle 2.In addition, when supposing that the user is when sleeping or seeing TV, that is, when remote control main body 3 and key touched handle 2 and separate, control circuit unit 40 was opened to this light adjusting grade in response to the operation that presses the button the button of switch SW 1 by key shake-up handle 2 with lamp L or closes.As mentioned above, decide that lamp L opens fully or opens with the brightness that reduces under opening operation, therefore improved the facility of using owing to whether separate with switch main body 1 according to remote control main body 3.
[preferred embodiment 3]
With reference to figure 7 the 3rd preferred embodiment of the present invention is described.In the 3rd embodiment, if touch the repeatedly pressing operation of handle 2 by key, to the operation signal of more than 40 load button switch SW 1 of control circuit unit, control circuit unit 40 is opened to the light adjusting grade of being adjusted in advance by dimming control signal with the brightness of reduction with the brightness of lamp L so in predetermined a period of time (for example 2 seconds).
About this embodiment, identical Reference numeral is distributed to similar or identical parts, because except the control operation of control circuit unit 40, the configuration of this embodiment and operation and first embodiment are similar, therefore with the descriptions thereof are omitted.
As mentioned above, control circuit unit 40 is always monitored the operation input of push-button switch SW1.Provide operation signal as long as touch the pressing operation of handle 2 in response to key from push-button switch SW1, lamp L is turned on or shut to control circuit unit 40 just fully by the ON/OFF of counter-rotating lamp L.In addition, when in predetermined a period of time (for example 2 seconds) during from many input operation signals of push-button switch SW1, control circuit unit 40 is opened to lamp L the light adjusting grade of being adjusted in advance by dimming control signal with the brightness of reduction.
Now, with reference to figure 7 operation of the present invention is described.If the operation signal in response to the push that touches handle 2 at moment t31 key with push-button switch SW1 is input to control circuit unit 40, control circuit unit 40 is shut lamp L at moment t32 so, wherein at moment t31, lamp L is in full open position, at moment t32, the operation signal of push-button switch SW1 stops.After this, when since one section scheduled time DT of moment t32, when the operation signal of push-button switch SW1 being input to control circuit unit 40 (at moment t33) once more in response to key touches the push of handle 2, control circuit unit 40 is determined repeatedly to have imported operation signal in one section scheduled time DT, and control circuit unit 40 is opened to lamp L the light adjusting grade A1 that adjusts in advance with the brightness that reduces so.As mentioned above, when the user repeatedly pressed key shake-up handle 2 in one section scheduled time DT, lamp L was opened to the light adjusting grade of adjusting in advance with the brightness that reduces.Therefore, can be by utilizing switch main body 1 with the brightness that the reduces L that turns on the light, even without finding remote control main body 3, this is because not only can be by having utilized switch main body 1 but also can be by utilizing remote control main body 3 with the brightness that the reduces L that turns on the light.
And, when when moment t34 is input to control circuit unit 40 in response to key touches the push of handle 2 with the operation signal of push-button switch SW1, control circuit unit 40 is shut lamp L at moment t35, wherein when t34, lamp L is in the open mode that reduces brightness, at t35, the operation signal of push-button switch SW1 stops.And, touch handle 2 if among the one section scheduled time DT that begins from t35, press key once more, and the operation signal with push-button switch SW1 is input to control circuit unit 40 (at moment t36) thus, control circuit unit 40 is determined repeatedly to have imported operation signal in one section scheduled time DT so, and the L that turns on the light fully thus.
[preferred embodiment 4]
With reference to figure 8A and 8C the 4th preferred embodiment of the present invention is described.As shown in Fig. 8 A and 8C, the dimmer switch of this embodiment is included in a pair of light modulation button 17a and the 17b on the front of switch main body 1, thereby makes the user can implement the light modulation operation at switch main body 1 place.About this embodiment, identical Reference numeral is distributed to similar or identical parts, and because except light modulation button 17a and 17b, the configuration of this embodiment is similar to embodiment 1 to 3, therefore with the descriptions thereof are omitted.
The light modulation button 17b that is used to increase the light modulation button 17a of light adjusting grade and is used to reduce light adjusting grade places the upper and lower in switch main body 1 front respectively.In addition, comprise a switch (not shown) in the inside of switch main body 1, it is ON/OFF in response to the operation of light modulation button 17a and 17b.And, in the zone of touching handle 2 respectively towards the key of light modulation button 17a and 17b, form window 23a and 23b, wherein key touches the front that handle 2 is connected to switch main body 1.Therefore, the user can press light modulation button 17a and 17b by window 23a and 23b.In addition, form this two light modulation buttons according to the mode of the low approximate 1mm in surface that makes the surface ratio key of light modulation button 17a and 17b touch the mesh component 23 of handle 2.
Like this, when remote control main body 3 when switch main body 1 is pulled down, lamp L is in open mode, the user presses light modulation button 17a and 17b, in response to the push of light modulation button 17a and 17b with the operation signal supply control circuit unit 40 of respective switch.Then, control circuit unit 40 increases or reduces the light adjusting grade of lamp L by the conduction angle that changes switching device Q1 based on this operation signal.Because the user can carry out the light modulation operation at switch main body 1 place, so he can carry out the light modulation operation by using switch main body 1 or remote control main body 3.Therefore, even without finding remote control main body 3 also can carry out this light modulation operation at switch main body 1 place.
In this embodiment, can also carry out light modulation at switch main body 1 place by light modulation button 17a and 17b are provided in switch main body 1 operates.But under the situation that does not have light modulation button 17a and 17b, when pressing key shake-up handle 2, dimmer switch of the present invention can increase and reduce the light adjusting grade of lamp L repeatedly between higher limit and lower limit.In addition, the dimmer switch of embodiment 4 can keep light adjusting grade, and this light adjusting grade is to discharge key shake-up handle 2 those values constantly.
That is, as shown in Figure 9, when pressing key shake-up handle 2 at moment t21, the operation of control circuit unit 40 control Driver Circuit 42, thereby import and the L that turns on the light fully in response to the operation from push-button switch SW1, wherein at moment t21, lamp L is in closed condition.And, if begin pushing key shake-up handle 2 in the longer time continuously than predetermined lasting time (for example 1 second) from t21, receive so continuously from the control circuit unit 40 of the operation input of push-button switch SW1 and since the moment t22 light adjusting grade of lamp L is reduced to lower limit (for example 10%) from higher limit (100%), t22 is predetermined lasting time (for example 1 second) the over and done with moment that begins from t21 constantly.Control circuit unit 40 keeps this lower limit light adjusting grade in (for example 1 second) at the fixed time, begins to change in the opposite direction light adjusting grade then when the light adjusting grade of lamp L reaches this lower limit.If come cut-off push button switch SW 1 by discharge key shake-up handle 2 at moment t24, control circuit unit 40 stops to change light adjusting grade so, and keeps the light adjusting grade of t24.After this, if at moment t25, in response to touching the push of handle 2, key will import supply control circuit unit 40 from the operation of push-button switch SW1, and continuous input is from the operation signal of push-button switch SW1 owing to the continuous push of key shake-up handle 2, control circuit unit 40 monitorings are imported from the operation of push-button switch SW1 so, and do not shut lamp L.And, if in the predetermined lasting time of moment t25, pushing key shake-up handle 2 continuously, control circuit unit 40 begins to increase repeatedly and reduce the light adjusting grade of lamp L from a certain moment between higher limit (100%) and lower limit (for example 10%) so, and this a certain moment is since the over and done with moment of moment t25 predetermined lasting time.After this, control circuit unit 40 keeps discharging key shake-up handle 2 those light adjusting grades constantly.In addition, if discharging key at him, the user presses key shake-up handle 2 in shake-up handle 2 (at t26 and the t27) scheduled time (for example 1 second) afterwards once more, control circuit unit 40 changes light adjusting grade towards the direction identical with previous change so, and control circuit unit 40 can fine be adjusted light adjusting grade.
[preferred embodiment 5]
With reference to Figure 10 the 5th preferred embodiment of the present invention is described.In this embodiment, the actuation member 62 of lower limit set switch SW 3 is set on switch main body 1 front according to the dimmer switch of embodiment 1, to set the minimum value of light adjusting grade.For this embodiment, identical Reference numeral is distributed to similar or identical parts, and because except lower limit set switch SW 3, the configuration of this embodiment is similar to first embodiment, therefore with the descriptions thereof are omitted.
Lower limit set switch SW 3 is made by two position type slide switches, and the value that the actuation member 62 of lower limit set switch SW 3 is slided into that light adjusting grade constantly of right-hand member is stored as the lower limit of this light adjusting grade.Therefore, the user can be by actuation member 62 is slided into right-hand member changes light adjusting grade comparing in the bigger scope with lower limit.
Owing to can set the lower limit of light adjusting grade by lower limit set switch SW 3, therefore being controlled at the light adjusting grade of not wishing the too low place of light adjusting grade (for example Karaoke, coffee-house, the residing house of old man) by the dimmer switch that utilizes this embodiment is very safe (safe).In this configuration, cover, therefore prevented from unexpectedly to change this lower limit because lower limit set switch SW 3 is touched handle 2 by key usually.And, be the actuation member 62 of 0% (that is, lamp L is in closed condition) and lower limit set switch SW 3 when sliding into right-hand member at current light adjusting grade, can keep predefined lower limit constant.
In addition, when lower limit configuration switch SW3 slided into left end, the lower limit of light adjusting grade was set at 0%, thereby allowed light adjusting grade is set at arbitrary value between 0% and 100%.
In addition, the configuration of this embodiment also can be applicable to above-mentioned other embodiment.
[preferred embodiment 6]
With reference to Figure 11,12A, 12B the sixth embodiment of the present invention is described.Dimmer switch of the present invention further is included in the independent set device 70 in the foregoing description 1 to 5, and can come the operation of configuration switch main body 1 by the setting signal of the wireless signal form sent from independent set device 70.About this embodiment, identical Reference numeral is distributed to similar or identical parts, and because except the setting operation of the switch main body 1 by independent set device 70, the configuration of this embodiment is similar to embodiment 1 to 5 with operation, therefore the general the descriptions thereof are omitted.
In this Circuits System configuration, input unit 73 monitorings are from the input signal of configuration switch SW21, SW22, SW23 and SW24, configuration switch SW21 is used to set the maximum (initial value is 100%) of light adjusting grade, configuration switch SW22 is used to set the minimum value (initial value is 1%) of light adjusting grade, configuration switch SW23 is used for the gradual change time (initial value is 3 seconds) is set at arbitrary value of 0 second, 3 seconds, 5 seconds and 10 seconds, configuration switch SW24 is used to set the operation in response to switch main body 1, and lamp L opens fully or opens with the brightness that reduces.
Figure 11 is the external perspective view of independent set device 70, wherein the top circuit of describing with reference to figure 12B is installed on the circuit board (not shown), and this circuit board is arranged on shell 75 inside of the hand-held size that forms flat rectangular shape.In addition, at an end of vertically shell 75 light transmission part 76 is set, this light transmission part can see through infrared ray.Light-emitting diode LD3 is arranged on this 76 inside, light transmission part.And, on the primary flat of shell 75, vertically be arranged in order action button (transmission button) 72a of slip handle 73a to 73d corresponding and transmit button 72 with each configuration switch SW21 to SW24 from an end.
On the other hand, comprise the EEPROM 45 that is used for the storage operation condition in the switch main body 1.When sensitive device 41 received from setting signal that independent set device 70 sends, control circuit unit 40 was stored in the setting signal that receives among the EEPROM 45.After this, the corresponding switching manipulation of stored setting information among control circuit unit 40 execution and the EEPROM 45.Although as memory device, this memory device is not limited to EEPROM with EEPROM 45; This embodiment can adopt any nonvolatile memory as memory device.
For by utilizing independent set device 70 executable operations to set, at first, the slip handle 73a to 73d of user by operating and setting switch SW 21 to SW24 sets those operations (open fully or open with the brightness that reduces) of the opening operation of the maximum of light adjusting grade and minimum value, gradual change time and responding to switch main body 1.After this, when pressing transmission button 72a, control circuit unit 71 reads the set information of each configuration switch SW21 to SW24 by input unit 73, produces the setting signal corresponding to these set informations, then to signal transmitting unit 74 these setting signals of output.Signal transmitting unit 74 opens and closes switching device Q3 by the setting signal in response to input, thereby opens and closes the setting signal that light-emitting diode LD3 comes to send from light-emitting diode LD3 the wireless signal form.At this moment, in switch main body 1, sensitive device 41 receives the setting signal that sends from independent set device 70, and control circuit unit 40 is extracted set information from these setting signals, then this set information is stored among the EEPROM 45.In normal use the subsequently, control circuit unit 40 reads set information about operating condition from EEPROM 45, and according to this set information executive control operation to carry out the switching manipulation that the user wants.In addition, owing to can set different switching manipulations to each of the switch main body 1 of many same types, so he does not need to prepare dissimilar switch main bodies and is equipped with the switch main body of carrying out different operating.Therefore, advantageously, can reduce cost, as design cost.In addition, use independent set device 70 to make the user can set the value of relevant brightness adjustment control, thereby switch main body 1 is worked according to user's requirement.And, use this independent set device make the user can set relevant brightness adjustment control value and need not be near the position of switch main body, thereby be easy to use this dimmer switch.Under normal circumstances, because the user does not need to know the setting item of above-mentioned complexity, therefore need the set information of producer's configuration switch main body 1.
[preferred embodiment 7]
With reference to Figure 13,14A and 14B the seventh embodiment of the present invention is described.The dimmer switch of this embodiment further comprises separation detection switch SW 17, is used for generation detection signal when this switch SW 17 and key touch handle 2 and separate; Buzzer Bz is used to produce voice prompt and amplifying circuit 53, is used for making the buzzer Bz of the remote control main body 3 of embodiment 1 to sound.About this embodiment, identical Reference numeral is distributed to similar or identical parts, because except separation detection switch SW 17, buzzer BZ and amplifying circuit 53, the configuration of this embodiment is similar to embodiment 1, therefore with the descriptions thereof are omitted.
Separation detection switch SW 17 comprises for example instantaneous type switch, and is placed on the surface of the shell 30 of mesh component 23.And, touching at key on the given area of mesh component 23 of handle 2 and form projection 23c, it is towards the actuation member (not shown) of separation detection switch SW 17.In addition, projection 23c is 3 outstanding from mesh component 23 towards the remote control main body.Like this, when remote control main body 3 is connected on the key shake-up handle 2, in response to the push of switch SW17 being connected separation detection switch SW 17 by projection 23c; And when touching handle 2 from key and pull down remote control main body 3, disconnect separation detection switch SW 17 (that is, providing detection signal).
Like this, should be predetermined during continuous time when in remote control main body 3 is separated, rising over, the position that remote control main body 3 is reported this remote control main body oneself by buzzer Bz is sounded.Therefore, where remote control main body 3 is placed on, also can be easy to find this remote control main body 3 by means of voice prompt even the user has forgotten.In this embodiment, place remote control main body 3, and this audio output device sends voice prompt under the situation of separating with remote control main body 3 for a long time as the audio output device of buzzer Bz.And, the also position that can place luminaire rather than this audio output device as light-emitting diode at remote control main body 3 places to report remote control main body 3 by opening and closing.In addition, preferably, this audio output device and luminaire all place remote control main body 3, export the position of reporting remote control main body 3 by voice output and light.
And, be increased to the foregoing description 2 to 6 by configuration with this embodiment, can be under the long-time situation of separating with key shake-up handle 1 of remote control main body 3 from the prompt facility output sound or the light of remote control main body 3.
[preferred embodiment 8]
With reference to figure 15A and 15B the 8th preferred embodiment of the present invention is described.In this embodiment, be provided at switch main body 1 place of embodiment 1 sending the radio wave transtation mission circuit 46 that voice prompt produces signal with wireless signal (for example radio wave signal) form; And be provided for receiving radio wave receiving circuit 54 that the voice prompt that sends with wireless signal (for example radio wave signal) form produces signal at remote control main body 3 places of embodiment 1, be used to produce the buzzer Bz of voice prompt and be used to amplifying circuit 53 that buzzer Bz is sounded.In this configuration, when radio wave receiving circuit 54 received voice prompt generation signal, control circuit unit 50 sounded buzzer Bz by producing signals to amplifying circuit 53 output voice prompts.About this embodiment, identical Reference numeral is distributed to similar or identical parts, because except radio wave transtation mission circuit 46, buzzer BZ, amplifying circuit 53 and radio wave receiving circuit 54, the configuration of this embodiment is similar to embodiment 1, therefore with the descriptions thereof are omitted.
Because the control circuit unit 40 of switch main body 1 is always monitored the operation input of push-button switch SW1, therefore under the situation of pressing the key shake-up handle 2 and the push-button switch SW1 that closes, starts the clock operation of built-in timer (not shown).And, if it is longer than scheduled operating time (for example 2 seconds) that the clock time of this timer becomes, promptly, pushing key shake-up handle 2 in longer a period of time continuously than scheduled time scope, control circuit unit 40 is exported control signals to radio wave transtation mission circuit 46 so, and the voice prompt that this radio wave transtation mission circuit 46 is sent with the wireless signal form produces signal.At this moment, in remote control main body 3, radio wave receiving circuit 54 receives the voice prompt that sends with the wireless signal form and produces signal, control circuit unit 50 receives this voice prompt and produces signal, thereby, by amplifying circuit 53 buzzer Bz is sounded thus to amplifying circuit 53 these control signals of output.
Like this, when remote control main body 3 and key touch handle 2 separate and uses after when can not find remote control main body 3, touch handle 2 in response to key and be pressed above the time of scheduled time scope, from switch main body 1 with wireless signal form transmission voice prompt generation signal.Then, remote control main body 3 receives this voice prompt generation signal and reports in by buzzer Bz is sounded.Therefore, the user can be easy to find this remote control main body 3 by means of the voice prompt of buzzer Bz.In this embodiment, the situation that does not exist buzzer Bz to continue to sound only continues preset time (for example 30 seconds) because control circuit unit 50 is sounded buzzer Bz.In addition, although in this embodiment, to place remote control main body 3 places such as the audio output device of buzzer Bz, and this audio output device touches at key under the situation of long-time push of handle 2 and produces voice prompt, but the position that also can place luminaire rather than this audio output device as light-emitting diode at remote control main body 3 places to report remote control main body 3 by opening and closing.In addition, preferably, this audio output device and luminaire all place remote control main body 3 places, export the position of reporting remote control main body 3 by voice output and light.
And, be increased to the foregoing description 2 to 6 by configuration with this embodiment, can be in response to the prompt command of switch main body 1 prompt facility output sound or light from remote control main body 3.
[preferred embodiment 9]
With reference to figure 16A and 16B the 9th preferred embodiment of the present invention is described.About this embodiment, switch main body 1 further comprises primary coil L1 and the power subsystem 48 that is used for transferring electric power, it is configured to have and is used to make the magnetized inverter circuit 47 of primary coil L1, remote control main body 3 further comprises storage battery B3, and being used for provides working power etc. to control circuit unit 50; Secondary coil L2, be connected under the situation that key touches handle 2 and primary coil L1 magnetic coupling at shell 30, and charging circuit 55, being used for making storage battery B3 charging by dc voltage, this dc voltage obtains by the AC voltage that produces between the secondary coil L2 two ends is carried out rectification.About this embodiment, identical Reference numeral is distributed to similar or identical parts, because except inverter circuit 47, primary coil L1, secondary coil L2, charging circuit 55 and storage battery B3, the configuration of this embodiment is similar to embodiment 1, therefore with the descriptions thereof are omitted.
In this embodiment, when the shell 30 of remote control main body 3 remains in the key shake-up handle 2, primary coil L1 that in switch main body 1, comprises and the secondary coil L2 magnetic coupling that in remote control main body 3, comprises.In the sort circuit system configuration, owing to power is supplied with charging circuit 55 from power subsystem 48 by primary coil L1 and secondary coil L2, thereby in storage battery B3, charge, therefore, the user does not need to change the battery of remote control main body 3, and this uses primary cell different as the situation of the power supply of remote control main body 3 with him.In addition, when remote control main body 3 is connected to key shake-up handle 2, to 3 chargings of remote control main body; Therefore, do not need independent charger.In addition, because the user does not need to take time to 3 chargings of remote control main body, therefore can use remote control main body 3 easily.
And, the configuration of this embodiment is increased to the foregoing description 2 to 8 makes to be installed to and can charge from the storage battery B3 of 1 pair of remote control main body 3 of switch main body when key touches handle 2 in remote control main body 3.
In addition, this embodiment can be applicable to not have switch SW 12, SW13 and SW14 that is used for the light modulation operation and the remote control main body that is used for operation convex portions 32b and the 32c of switch SW 12 and SW13, shown in Figure 17 A and 17B, the remote control main body that also can be applied to have switch SW 12, SW13 and SW14 and carry out operating such as the light modulation of adjusting light adjusting grade.Do not comprise storage battery B3 if do not have the remote control main body 3 of switch SW 12, SW13 and SW14, be used for providing working power etc. to control circuit unit 50; Secondary coil L2 is when shell 30 is connected to key and touches handle 2 and primary coil L1 magnetic coupling; And charging circuit 55, being used for making storage battery B3 charging by dc voltage, this dc voltage obtains by the AC voltage that produces between the secondary coil L2 two ends is carried out rectification, and the user just needn't change wireless remote control and play 3 battery so.In addition, when remote control main body 3 is connected to key shake-up handle 2, to 3 chargings of remote control main body; Therefore, do not need independent charger.In addition, because the user does not need to take time to 3 chargings of remote control main body, therefore can use remote control main body 3 easily.
As mentioned above, according to the present invention, can press the light adjusting grade that the push-button switch of the switch main body that is installed to building changes lamp by touching handle via key.In addition, the present invention has the following advantages, promptly, because the user can utilize the remote control main body of separating with key shake-up handle to operate the light modulation action button of this remote control main body, so that with the signal transmitting unit transmission dim signal of wireless signal form from the remote control main body, thereby make light adjusting circuit change the light adjusting grade of lamp in response to this dim signal, therefore the user can nigh solution space and need not carry out the light modulation operation of lamp near the position of the switch main body that be connected to building, has improved the convenience that uses thus.
Although described the present invention about some specific embodiments, concerning this area be exactly the personnel, clearly, carry out various changes and modification under the situation of the scope of the present invention that can in not deviating from, limit as following claims.
Claims (15)
1. dimmer switch, it comprises:
Switch main body, it comprises: the button of push-button switch, be used to respond to its push and produce operation signal, and signal receiving unit, be used to receive the wireless signal that sends from the outside, the button of this push-button switch and this signal receiving unit place the front of this switch main body, and wherein this switch main body is installed on the fixture, and expose in its front;
Control circuit unit, it is arranged on this switch main body inside, is used for this wireless signal that receives in response to this operation signal with by this signal receiving unit and controls the illumination output of lamp;
Key touches handle, and it is supported on the front of this switch main body pivotally, is used for pressing by this push the button of this push-button switch; And
The remote control main body, it is detachably connected to this key and touches on the handle, described remote control main body comprises the light modulation action button that places an one side, when this remote control main body is installed on this key shake-up handle, this light modulation action button is touched handle towards this key, and signal transmitting unit, be used for sending dim signal with the wireless signal form in response to the operation of light modulation action button
Wherein, when this signal receiving unit when this remote control main body receives this dim signal that sends with the wireless signal form, this control circuit unit changes the light adjusting grade of lamp according to this dim signal, and
Wherein, this remote control main body further comprises the on/off operation button that places its described side and be used to open or close lamp, when this on/off operation button of operation, this signal transmitting unit sends wireless ON/OFF signal to this switch main body, and when importing this operation signal of this push-button switch under the closed condition at this lamp, this control circuit unit is turned on this lamp fully, when importing this operation signal of this push-button switch under the open mode at this lamp, this control circuit cuts out this lamp, when receiving this ON/OFF signal under the closed condition of this signal receiving unit at this lamp, lamp is opened to the light adjusting grade that previous dim signal is adjusted, and when receiving this ON/OFF signal under the open mode of this signal receiving unit at this lamp, close this lamp.
2. dimmer switch as claimed in claim 1, wherein when this ON/OFF signal is input to this signal receiving unit, this control circuit unit changes to a desired value gradually with the illumination output of this lamp in the predetermined gradual change time, and when from this push-button switch input operation signal, this control circuit unit changes to this desired value immediately with the illumination output of this lamp.
3. dimmer switch as claimed in claim 1, wherein this switch main body further comprises mounted remote controller checkout gear, be used to detect the remote control main body and whether be installed to this key shake-up handle, when this mounted remote controller checkout gear detects that this remote control main body is installed to that this key touches on handle and when this push-button switch has been imported this operation signal, this control circuit unit opens or closes this lamp fully, when this mounted remote controller checkout gear detects that this remote control main body and key touch that handle separates and when this push-button switch has been imported operation signal, this control circuit unit is opened to this lamp the described light adjusting grade of described previous dim signal adjustment or closes this lamp.
4. dimmer switch as claimed in claim 1, wherein when the operation signal of this push-button switch repeatedly was input to this control circuit unit in predetermined a period of time, this control circuit unit was opened to the described light adjusting grade that described previous dim signal is adjusted with this lamp.
5. as each described dimmer switch in the claim 1 to 4, wherein switch main body further comprises the light modulation action button that is used for the light modulation operation that places this switch main body front, and this control circuit unit changes the light adjusting grade of this lamp in response to the operation of this light modulation action button of this switch main body.
6. as each described dimmer switch in the claim 1 to 4, wherein when the time that the operation signal of this push-button switch is input to this control circuit unit continuously is longer than predetermined lasting time, the time durations that this control circuit unit is imported at operation signal increases and reduces the light adjusting grade of this lamp successively repeatedly between higher limit and lower limit.
7. as each described dimmer switch in the claim 1 to 4, wherein switch main body further comprises the device of the lower limit that is used to set this light adjusting grade, and this control circuit unit changes this light adjusting grade in than the bigger scope of this lower limit.
8. as each described dimmer switch in the claim 1 to 4, wherein this switch main body further comprises the memory cell that is used to store this light adjusting grade, this remote control main body further comprises the action button that is used for the operation of light adjusting grade recording/recovering, this button is arranged on the described side of this remote control main body and is used for record and/or recovers required light adjusting grade, when pressing the action button that is used for this light adjusting grade recording/recovering operation, this signal transmitting unit sends this light adjusting grade recording/recovering signal, be longer than a scheduled time during length when the time that this signal receiving unit receives this light adjusting grade recording/recovering signal continuously, this control circuit unit should be stored in the memory cell by current light adjusting grade, and be shorter than this during length when the time that this signal receiving unit receives this light adjusting grade recording/recovering signal, this control circuit unit is opened to this lamp this light adjusting grade of storing in this memory cell scheduled time.
9. as each described dimmer switch in the claim 1 to 4, wherein when this signal receiving unit when independent set device receives the setting signal that sends with the wireless signal form, wherein this set device is set the value of the brightness adjustment control of relevant this lamp, this control circuit unit is stored in this setting signal in the memory cell, and carries out the brightness adjustment control of this lamp according to this setting signal of storing in this memory cell.
10. as each described dimmer switch in the claim 1 to 4, wherein this remote control main body further comprises: separation detecting device, be used for when this key shake-up handle is pulled down this remote control main body, producing detection signal, and suggestion device, when being used for being longer than predetermined continuous time in the time of exporting this detection signal from this separation detecting device continuously, output voice prompt and light at least a.
11. as each described dimmer switch in the claim 1 to 4, wherein this remote control main body further comprises: the prompt command receiving element, be used to receive the aliunde prompt command that sends with the wireless signal form, and suggestion device, be used for when this prompt command receiving element receives this prompt command at least one of output voice prompt and light, and, this switch main body further comprises: the prompt command transmitting element, be used for sending prompt command with the wireless signal form, and the time that ought press this key shake-up handle continuously is longer than scheduled time scope, thereby be longer than this during scope to the time that this control circuit unit is imported this operation signal, this control circuit unit makes this prompt command transmitting element send this prompt command scheduled time.
12. as each described dimmer switch in claim 1 and 2, wherein this remote control main body forms flat rectangular shape, and comprise a plurality of action buttons, these action buttons are included in this light modulation action button and this on/off operation button of its described side, this signal transmitting unit vertically places an end of this remote control main body, and this on/off operation button places near the position of this end.
13. as each described dimmer switch in the claim 1 to 4, wherein this remote control main body further be included in its described side and with the side of described side thereof opposite on the emission indicating section of making by light accumulation material.
14. as each described dimmer switch in the claim 1 to 4, wherein this remote control main body further comprises the second emission indicating section, it is placed on the one or more action buttons that comprise the light modulation action button of arranging on its described side, and the described second emission indicating section is made by light accumulation material.
15. as each described dimmer switch in the claim 1 to 4, wherein this switch main body further comprises: power subsystem, it has the primary coil of transferring electric power, and this remote control main body further comprises: storage battery is used for providing working power to the Circuits System that comprises this signal transmitting unit; Secondary coil, being used for being installed to this key in this remote control main body touches under the situation on handle and this primary coil magnetic coupling, and charging circuit, provide electric power from this power subsystem to this charging circuit by this primary coil and this secondary coil, thereby make this charging circuit give this charge in batteries.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP372200/2004 | 2004-12-22 | ||
| JP2004372200A JP4457885B2 (en) | 2004-12-22 | 2004-12-22 | Switch with dimming function |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1794393A CN1794393A (en) | 2006-06-28 |
| CN100419931C true CN100419931C (en) | 2008-09-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2005100229793A Expired - Fee Related CN100419931C (en) | 2004-12-22 | 2005-12-22 | Switch with optical controlling function |
Country Status (5)
| Country | Link |
|---|---|
| JP (1) | JP4457885B2 (en) |
| KR (1) | KR100749997B1 (en) |
| CN (1) | CN100419931C (en) |
| SA (1) | SA05260431B1 (en) |
| TW (1) | TWI278587B (en) |
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| CN103229263A (en) * | 2010-11-24 | 2013-07-31 | 松下电器产业株式会社 | Load-control switch and load-control switch system |
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Also Published As
| Publication number | Publication date |
|---|---|
| KR100749997B1 (en) | 2007-08-16 |
| JP2006179350A (en) | 2006-07-06 |
| TW200634256A (en) | 2006-10-01 |
| SA05260431B1 (en) | 2010-06-13 |
| CN1794393A (en) | 2006-06-28 |
| KR20060072063A (en) | 2006-06-27 |
| JP4457885B2 (en) | 2010-04-28 |
| TWI278587B (en) | 2007-04-11 |
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