CN2814648Y - Wall lamp switch with shadow visual effect - Google Patents
Wall lamp switch with shadow visual effect Download PDFInfo
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- CN2814648Y CN2814648Y CN 200520004511 CN200520004511U CN2814648Y CN 2814648 Y CN2814648 Y CN 2814648Y CN 200520004511 CN200520004511 CN 200520004511 CN 200520004511 U CN200520004511 U CN 200520004511U CN 2814648 Y CN2814648 Y CN 2814648Y
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- bridge joint
- heel piece
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- wall
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Abstract
The utility model provides a wall type lamp switch with a shadow visual effect. The utility model mainly comprises a body, at least one switch unit and at least one button, wherein the body comprises an installation base which can be installed on a wall, a side cover assembly which is made from non-transparent, semitransparent or transparent material and comprises four side cover elements installed on the periphery of the installation base in a demountable way; the switch unit comprises a switching assembly which is contained in a casing in an operable way and an upper cover which has at least one LED lamp and can be combined with the casing, the LED lamp can irradiate the side cover assembly, and the switching assembly can conduct current to an indoor electric lamp controlled by the switch or the LED lamp in an optional way; the button is combined with the upper cover in an operable way and has an actuating structure used for actuating the switching assembly.
Description
Technical field:
The relevant a kind of light switch of the utility model system is particularly about a kind of wall-mounted indoor electric lamps switch with shadow visual effect.
Background technology:
Indoor electric lamps is in the modern building, as the household, and office, one of main light source.The switch of general indoor electric lamps mostly is the wall-mounted light switch that is installed on the wall.Traditional wall-mounted light switch, as shown in Figure 1, mainly comprising a mounting seat 1 is used for being mounted on the wall, it adorns one switch element 2 in the central openings 3 that is attached to mounting seat 1 disassembledly, it operationally combines one button 4 with a switch piece 5 on this switch element 2 in order to implementing the operation of electric light ON/OFF, and the side cover 6 of a single-piece covers this mounting seat 1.In addition, in order to allow people fully pitch-dark indoor, particularly indoor what do not turn on light night, can find the position at light switch place easily, it can be lighted when indoor lamp is switched off and transparency window 8 by the correspondence on this button 4 allows the people see being provided with a miniature bulb 7 on the switch element 2, uses the position that indicates light switch.
Though the traditional light switch of this kind can provide basic switch and deixis, but be particular about in the interior architecture design of personal style and life taste in the modern times, this kind traditional electrical lamp switch often can't incorporate in the indoor decoration design, thereby well-designedly often seems special lofty in indoor and destroyed whole aesthetic feeling and texture one.Therefore, in recent years in light switch industry, for the decoration functions that can provide outside the basic switching function, and the wall-mounted light switch with aesthetic feeling and shadow visual effect exists ardent demand always.
The utility model content:
The purpose of this utility model has the ON/OFF indoor electric lamps concurrently for providing a kind of, points out the wall-mounted light switch of the position of the switch and shadow visual effect in the dark.
In order to achieve the above object, the utility model provides a kind of wall-mounted light switch, mainly comprise: a body, it comprises that one can be installed to the mounting base on the wall, and a side cover assembly of making by opaque, transparent or semitransparent material its be removably mounted on outside this mounting base and place; At least one switch element, it is removably installed in this body, this switch element comprises a housing that can be mounted in this body, one switches assembly, and it operationally is contained in this housing, and a loam cake its can be bonded on this housing and have at least one light source, this at least one light source is set at the position that can shine this lateral plate component, wherein this changeover module has an electric power input component, one first electric power output itself and this circuit input component separates and electrically is connected to this at least one light source, one second electric power output itself and this circuit input component separates and electrically is connected to the indoor electric lamps that is subjected to this switch control, and its this electric power input component of optionally electric bridge joint of a switching mechanism and this first electric power output, or electrically this electric power input component of bridge joint and this second electric power output; And at least one button, it operationally is bonded to this loam cake and has effort formation in order to this changeover module of start, implements on/off operation.
Description of drawings:
Fig. 1 is the three-dimensional exploded view of known wall-mounted light switch.
See stereogram outside the wall-mounted light switch of Fig. 2 a for the tool shadow visual effect of a foundation illustrative example of the present utility model.
Fig. 2 b is the exploded perspective view of wall-mounted light switch of the tool shadow visual effect of Fig. 2 a.
Fig. 3 looks exploded perspective view for the pedestal of the wall-mounted light switch of the tool shadow visual effect of Fig. 2 a and the end of side cover.
Fig. 4 a and 4b are respectively the exploded perspective view and the assembling stereogram of switch element of wall-mounted light switch of the tool shadow visual effect of Fig. 2 a.
Fig. 5 a is the exploded perspective view of the bridge assembly of switch element; Fig. 5 b is the combination stereogram of Fig. 5 a.
Fig. 6 is the stereogram of bottom view of button of wall-mounted light switch of the tool shadow visual effect of Fig. 2 a.
The open/close state figure of the wall-mounted light switch of the tool shadow visual effect shown in Fig. 7 displayed map 2a, wherein Fig. 7 a is the front view that switch element is in out the cut-away section of (ON) state; Fig. 7 b is the left side view of the cut-away section of Fig. 7 a; Fig. 7 c is the right side view of the cut-away section of Fig. 7 a; Fig. 7 d is the front view that switch element is in the cut-away section of pass (OFF) state; Fig. 7 e is the left side view of the cut-away section of Fig. 7 d; Fig. 7 f is the right side view of the cut-away section of Fig. 7 d.
Fig. 8 a and 8b are exploded perspective view and the assembling stereogram according to the switch element of another embodiment of the present utility model.
Fig. 9 a and 9b are respectively the exploded perspective view and the assembling stereogram of the switching mechanism in the switch element shown in Fig. 8 a and the 8b.
Figure 10 is the stereogram of bottom view of another embodiment of button that is used for cooperating the switch element of Fig. 8 a.
Figure 11 a-11d is the open/close state figure of the switch element shown in Fig. 8 a and the 8b.
Embodiment:
Referring now to the preferred embodiment shown in Fig. 2 to 10 the utility model is described.
Fig. 2 a sees stereogram outside the wall-mounted light switch 10 of tool shadow visual effect of the present utility model; Fig. 2 b is the exploded perspective view of wall-mounted light switch 10 of the tool shadow visual effect of Fig. 2 a.Shown in Fig. 2 a and 2b, wall-mounted light switch 10 of the present utility model mainly comprises a body 100, button 200 and switch element 300.Body 100 comprises 101, four side covers of a mounting base 102,103,104,105, and they are removably mounted on base respectively and do to place outside 101.In the embodiment shown in Fig. 2 b, the central authorities of pedestal 101 offer an accommodation hole 106 and are used for holding switch element 300.In this embodiment, this accommodation hole 106 can hold 3 switch elements 300.Switch element 300 be by be located on its two ends vertical wall buckling piece 301 be formed on accommodation hole 106 sidewalls on the engaging of fastener 108 at opposite position place be installed in the accommodation hole 106.In addition, on the short side of pedestal 101, be respectively equipped with screw perforation 107, pass, pedestal 101 is mounted on the wall for the screw (not shown).
Look exploded perspective view referring now to the end of pedestal shown in Figure 3 101 and side cover 102,103,104,105 combining of side cover and pedestal is described.As shown in Figure 3, side cover 102,103 is to become without exception ' member of L ' type, its free end at vertical wall extends an elasticity fastener 102a, 103b and form hypotenuse 102b, 103b at the first half of the dual-side of fastener, at the latter half of formation engaging recessed part 102c of side, 103c.Bottom at the short side of pedestal 101 is formed with a chute 110 between two screw holes 107.When being installed on side cover 102,103 on the pedestal 101, with fastener 102a, 103a slips into and allows engaging recessed part 102c along chute 110, and the sidewall of 103c and screw hole 107 fastens, and so side cover 102,103 can be installed on the pedestal 101.Be formed with an engaging protrusion 111,111 on the bottom of two long sides of pedestal 101 respectively.Side cover 104,105 be a long rectangle hollow member its can be placed in respectively on two long sides of pedestal, and on its diapire, be respectively equipped with two connecting hole 104a, 105a, be used for respectively engaging protrusion 111 on the long side bottom with pedestal, 111 fasten is installed on side cover 104,105 on the pedestal 101 by this.
In addition, side cover 102,103, at least one in 104,105 is made by translucent and transparent material opaque, that have particular color.For example, in this embodiment, side cover 104 and 105 is made by transparent sheet material.Therefore, when being provided at side cover 104 and 105 distolateral, the light source of particular color can make the full wafer side plate give out particular color brilliance.Perhaps, when using white light source,, also can make side cover give out particular color, make whole light switch become switch with effect of shadow as long as be used the side cover of making by translucent material with particular color.Perhaps, when side cover is to use transparent materials to make, also can disperse out from the side cover edge, and form switch with halation result by light source projects crack between the reflection ray on the wall is via side cover and between the walls.
Referring now to Fig. 4 a and 4b switch element 300 is described.Switch element 300 mainly comprises a housing 310, and switches an assembly 320 and a loam cake 330.It comprises two minor face sidewalls, 311, two long side walls 312 and a diapire for the container of the rectangle of growing up without exception for housing 310.Fasten being formed with the fastener 108 that a buckling piece 301 is used on accommodation hole 106 sidewalls with pedestal 101 on the two minor face sidewalls 311 respectively.On two long side walls 312, be formed with two recesses 302,302 respectively and in recess, be formed with clamping block 303,303.In addition, the pillar 304 (having only a pillar to be illustrated in the drawings) that has two roots to face mutually upwards stretches out from diapire.
The dual-side of loam cake 330 stretches out two buckle ears 332,332 and each buckle ear respectively downwards all to have a connecting hole 334,334 and fastens with fastener 302,302 at recess 302 places corresponding to housing 310, uses that loam cake 330 is fixed on the housing 310.In this embodiment, loam cake 330 has two LED bulbs 336,336, and it electrically is connected to first electric power output conducting strip 322 of changeover module 320 respectively.In addition, offering a perforation 335 in the centre of enclosing cover 330 passes through for changeover module 320.In addition, have two pillars 338,338 be arranged on loam cake 330 dual-sides in the middle of the place, its place near to the upper end be formed with a connecting hole 339,339 be used for button 200 on the projection 210 that engages (a) fasten to use button 200 be attached on the switch element 300 referring to Fig. 6.Outside combining, Fig. 4 b display switch unit 300 sees stereogram.
The structure of switching mechanism 340 is described referring now to Fig. 5.Switching mechanism 340 mainly comprises one first bridge joint heel piece 341, it is close to the first bridge joint heel piece 341 one second bridge joint heel piece 341 ', one rocks part 350, and it is arranged on first and second bridge joint heel piece 341, between 341 ', one clamping element 360 is with first and second bridge joint heel piece 341,341 ' is clamped together slidably, and one first conducting strip 370 and second conducting strip 370 ' its be separately positioned on the bottom of first and second bridge joint heel piece 341,341 '.
First and second bridge joint heel piece 341,341 ' is respectively a long cuboid and two adjacent.On the top of first and second bridge joint heel piece 341,341 ', offer one respectively with the deep trouth 342,342 ' of adjacent parallel sidewalls and be formed with the service portion 343,343 ' (referring to Fig. 7) of a projection in the bottom of this deep trouth.In addition, be formed with snap-in structure 344 at the sidewall top end away from each other of first and second bridge joint heel piece 341,341 ', 344 ', and be formed with excision portion 347,347 ' in the bottom of facing sides each other.In addition, at first and second bridge joint heel piece 341, be formed with perforation 345 on other two sidewalls of 341 ', 345 ' and at first and second bridge joint heel piece 341,341 ' bottom be formed with deep trouth 342,342 ' vertical recess (in this figure, having only a recess 348 ' to be illustrated), and on the bottom in the outside, recess two side, be formed with holding section 346,346 '.
Rock part 350 for become without exception ' member of V ' font, it respectively is formed with a cylinder 351,351 ' and is formed with a summit cylinder 352 its length greater than cylinder 351,351 ' at the place, summit at two free ends.Clamping element 360 is to become without exception ' the elasticity clamping element of U ' shape, it is being formed with jut 361,361 ' near two free ends.First conducting strip 370 and second conducting strip 370 ' then upwards bend and form holding section 371,371 ' at its free end respectively.During combination, at first will rock the cylinder 351 of part 350,351 ' is set in the perforation 345 of the first bridge joint heel piece 341 respectively and 352 the excision portions 347 at the first bridge joint heel piece 341 and the second bridge joint heel piece 341 ' of summit cylinder that allow are used in the perforation 345 ' of the second bridge joint heel piece 341 ', between 347 '.Then, with clamping element 360 the first bridge joint heel piece 341 and the second bridge joint heel piece 341 ' are clamped and the engagement by projection 361,361 ' and snap-in structure 344,344 ' fixes.At last, holding section 371 by first conducting strip 370 and second conducting strip 370 ', the holding section 346 of 371 ' and the first bridge joint heel piece 341 and the second bridge joint heel piece, 341 ' bottom, 346 ' engagement is respectively installed to first conducting strip 370 and second conducting strip 370 ' on the first bridge joint heel piece 341 and the second bridge joint heel piece 341 ', and finishes the switching mechanism 340 shown in Fig. 5 b.System is placed on two free ends of summit cylinder 352 on two pillars 304 of housing 310 in the time will being combined to switching mechanism 340 in the switch element 300, and when loam cake 330 is fastened on the housing 310, the first bridge joint heel piece 341 and the second bridge joint heel piece 341 ' can pass from the perforation 335 of loam cake 310, shown in Fig. 4 b.
Fig. 6 is the stereogram of bottom view of an embodiment of button 200 of the wall-mounted light switch of the tool shadow visual effect shown in Fig. 2 a.As shown in the figure, button 200 is used for the projection 210 that engages with the loam cake 330 of switch element 300 except the inboard centre position in its two side is formed with, outside 210, be formed with in addition the first start pin 211 and the second start pin 211 ' and at each start pin 211 in its bottom, 211 ' bottom is formed with start inclined-plane 212 respectively, 212 ', wherein the first start pin 211 is to be inserted in the deep trouth 342 of the first bridge joint pin 341 and the second start pin 211 ' is to be inserted in the deep trouth 342 of the second bridge joint pin 341.
Next the open/close state of the wall-mounted light switch of the tool shadow visual effect shown in Fig. 2 a is described with reference to Fig. 7.
Fig. 7 a is the front view that switch element 300 is in out the cut-away section of (ON) state; Fig. 7 b is the left side view of the cut-away section of Fig. 7 a; Fig. 7 c is the right side view of the cut-away section of Fig. 7 a; Fig. 7 d is the front view that switch element is in the cut-away section of pass (OFF) state; Fig. 7 e is the left side view of the cut-away section of Fig. 7 d; And Fig. 7 f is the right side view of the cut-away section of Fig. 7 d.
Shown in Fig. 7 a, when this ON state, because of be pressed start inclined-plane 212 ' that (shown in the arrow among Fig. 7 e) swing makes its second start pin 211 ' of button 200 applies downward strength along the Actuator Division 343 ' of the second bridge joint pin 341 ', allow 341 ' on the second bridge joint pin in the bridge joint position shown in Fig. 7 a and 7b.When this position, second conducting strip 370 ' on the second bridge joint pin 341 ' electrically connects electric power enter conductive film 321 and second electric power output conducting strip 322 ', conducting connects the circuit of the indoor electric lamps (not shown) that switch so far controls, and makes that this indoor electric lamps is lighted.In addition, the first bridge joint pin 341 is because of being coupled to the continuous action relation that rocks part 350 and the second bridge joint pin, 341 ' generation seesaw type simultaneously with the second bridge joint pin 341 ', so at the same time, the first bridge joint pin 341 is made progress jack-up to off position, make and electric power enter conductive film 321 and electrically be connected between first electric power output conducting strip 322 of LED lamp 336 and form open circuit (shown in Fig. 7 c) allow LED lamp 336 not work.
In the time will turning off indoor lamp, as long as along the arrow pressing button 200 shown in Fig. 7 c, the start inclined-plane 212 that makes its first start pin 211 applies downward strength along the Actuator Division 343 of the first bridge joint pin 341, allows 341 on the first bridge joint pin in the bridge joint position shown in Fig. 7 d and 7f.When this position, first conducting strip 370 on the first bridge joint pin 341 electrically connects electric power enter conductive film 321 and first electric power output conducting strip 322, and conducting is connected to the circuit of LED lamp 336 and lights LED lamp 336.At the same time, the second bridge joint pin 341 ' is made progress jack-up to off position, makes to form open circuit (shown in Fig. 7 e) between the electric power enter conductive film 321 and second electric power output conducting strip 322 ', to turn off indoor electric lamps.When LED lamp 336 is lighted, can allow side cover 104,105 full wafers be illuminated and produce effect of shadow with attractive in appearance and decoration function.
The switch element 300 of this embodiment is located at the centre position of both sides because of the rotational engagement place of itself and button 200, alternately swings up and down so the on/off operation of light switch can allow the two ends of button 200 form with respect to switch element 300 " seesaw movement ".That is the open/close state of light switch can be differentiated by button 200 residing positions, as shown in Figure 7.
Another embodiment 300 ' of switch element of the present utility model is described referring now to Fig. 8 a, 8b, 9a and 9b, wherein Fig. 8 a and 8b are respectively the exploded perspective view and the assembling stereogram of the switch element 300 ' of present embodiment, and Fig. 9 a and 9b are respectively the exploded perspective view and the assembling stereogram of the switching mechanism 380 in the switch element 300 ' shown in Fig. 8 a and the 8b.
The switch element 300 ' of this embodiment is similar with above-mentioned switch element 300, the position of the pillar 338 of the different and loam cake 330 of the switching mechanism 380 in changeover module 320 and the switching mechanism of last embodiment 340 is moved on to the end by the centre position, and remaining structure is all identical.Therefore, for simplicity, in the following description will be only be illustrated at the switching mechanism 380 at the main difference place of present embodiment and last embodiment.In addition, the member that present embodiment is identical with last embodiment will be marked by the label identical with last embodiment, in order to help understanding.
Shown in Fig. 8 a and 8b, the switch element 300 ' of this embodiment comprises a housing 310, one switches an assembly 320 and a loam cake 330, and the structure of its middle shell 310 and loam cake 330 is identical with last embodiment, has moved on to an end of loam cake from middle position except the pillar on the loam cake 330 338.And, the changeover module 320 of present embodiment is except switching mechanism 380 is different from the switching mechanism 340 of last embodiment, its in member and structure, as electric power enter conductive film 321, power input end clamping element 323, the first electric power output conducting strip 322, second electric power output conducting strip 322 ', first electric power output clamping element, 324, the second electric power output conducting strips 324 ' etc. are all identical with last embodiment.The structure of the member that these are identical with last embodiment will no longer be given unnecessary details in this enforcement.
The structure of the switching mechanism 380 of present embodiment is described referring now to Fig. 9 a and 9b.Switching mechanism 380 mainly comprises one first bridge joint heel piece 381, it is close to the first bridge joint heel piece 381 one second bridge joint heel piece 381 ', one rocks part 390, and it is arranged on first and second bridge joint heel piece 381, between 381 ', one clamping element 360 is with first and second bridge joint heel piece 381,381 ' is clamped together slidably, and one first conducting strip 370 and second conducting strip 370 ' its be separately positioned on the bottom of first and second bridge joint heel piece 381,381 '.
First and second bridge joint heel piece 381,381 ' is respectively the long cuboid of a hollow and two adjacent.In addition, be formed with snap-in structure 344 at the sidewall top end away from each other of first and second bridge joint heel piece 381,381 ', 344 ', and be formed with excision portion 347,347 ' in the bottom of facing sides each other.In addition, at first and second bridge joint heel piece 381, be formed with perforation 345 on other two sidewalls of 381 ', 345 ' and at first and second bridge joint heel piece 381,381 ' bottom is formed with recess (having only a recess 348 to be illustrated) in Fig. 9 a, and on the bottom in the outside, recess 348 two sides, be formed with holding section 346,346 '.
During combination, at first will rock the cylinder 351 of part 350,351 ' is set in the perforation 345 of the first bridge joint heel piece 341 respectively and 352 the excision portions 347 at the first bridge joint heel piece 381 and the second bridge joint heel piece 341 ' of summit cylinder that allow are used in the perforation 345 ' of the second bridge joint heel piece 381 ', between 347 '.Then, with clamping element 360 the first bridge joint heel piece 341 and the second bridge joint heel piece 341 ' are clamped and the engagement by projection 361,361 ' and snap-in structure 344,344 ' fixes.Then, first and second actuator 382,382 ' is inserted in first and second bridge joint heel piece 381, in 381 ', make the effect inclined-plane 383 of first and second actuator 382,382 ', 383 ' forms start relation shown in Figure 11 a or Figure 11 c with the protrusion 393,393 ' of rocking part 390.At last, holding section 371 by first conducting strip 370 and second conducting strip 370 ', the holding section 346 of 371 ' and the first bridge joint heel piece 381 and the second bridge joint heel piece, 381 ' bottom, 346 ' engagement is respectively installed to first conducting strip 370 and second conducting strip 370 ' on the first bridge joint heel piece 381 and the second bridge joint heel piece 381 ', and finishes the switching mechanism 380 shown in Fig. 9 b.
Figure 10 is the stereogram of bottom view of another embodiment of button 200 ' that is used for cooperating the switch element 300 ' of Fig. 8 a.As shown in the figure, button 200 ' is used for the projection 210 ' that engages with the loam cake 330 of switch element 300 ' except the end in its two side is formed with, outside 210 ', locate to be formed with a projection 220 in its bottom corresponding to first and second actuator 382,382 ' of switch element 300 ' in addition.
Next the open/close state of the switch element 300 ' shown in Fig. 8 a is described with reference to Figure 11.
Figure 11 a is the front view that switch element 300 ' is in out the cut-away section of (ON) state; Figure 11 b is that switch element 300 ' is by the front view of ON state exchange to the cut-away section of the transition stage of OFF state; Figure 11 c is the front view that switch element 300 ' is in the cut-away section of pass (OFF) state; Figure 11 d is that switch element 300 ' is by the front view of OFF state exchange to the cut-away section of the transition stage of ON state.
Shown in Figure 11 a, when this ON state, 381 ' on the second bridge joint pin is in the bridge joint position shown in Figure 11 a.When this position, second conducting strip 370 ' on the second bridge joint pin 381 ' electrically connects electric power enter conductive film 321 and second electric power output conducting strip 322 ', conducting connects the circuit of the indoor electric lamps (not shown) that switch so far controls, and makes that this indoor electric lamps is lighted.In addition, the first bridge joint pin 381 is because of being coupled to the continuous action relation that rocks part 390 and the second bridge joint pin, 381 ' generation seesaw type simultaneously with the second bridge joint pin 381 ', so at the same time, the first bridge joint pin 381 by jack-up upwards to off position and, make and electric power enter conductive film 321 and electrically be connected to form between first electric power output conducting strip 322 of LED lamp 336 and open circuit allow LED lamp 336 not work.In addition, when the first bridge joint pin 381 when upwards jack-up is to off position, first actuator 382 is also boosted button 200 ' jack-up because of the protrusion 393 and the effect on inclined-plane 383.
In the time will turning off indoor lamp, as long as push the button 200 ' of Figure 11 a, first actuator 382 is pressed down, make it via the inclined-plane 383 of first actuator 382 and the effect between the protrusion 393 and jointly the first bridge joint pin 381 is pressed down, and the second bridge joint pin 381 ' is lifted by the continuous action relation that rocks part 390, snap-in structure 344,344 ' on first and second bridge joint pin can strut the two ends of clamping element 360 at this moment, forms the transition state shown in Figure 11 b.When the first bridge joint pin 381 move downward and the second bridge joint pin 381 ' move upward pass through this breakover point the time, their motional inertia can allow them continue downwards, moving upward arrives OFF state shown in Figure 11 c.When this shape OFF state, first conducting strip 370 on the first bridge joint pin 381 electrically connects electric power enter conductive film 321 and first electric power output conducting strip 322, and conducting is connected to the circuit of LED lamp 336 and lights LED lamp 336.At the same time, the second bridge joint pin 381 ' is upwards boosted to off position, makes to form between the electric power enter conductive film 321 and second electric power output conducting strip 322 ' to open circuit, to turn off indoor electric lamps, at this moment, second actuator 382 ' can upwards be got back to its home position in the top with button 200 '.
In the time will opening indoor lamp, as long as push the button 200 ' of Figure 11 c, second actuator 382 ' is pressed down, make it via the inclined-plane 383 ' of second actuator 382 ' and the effect between the protrusion 393 ' and jointly the second bridge joint pin 381 ' is pressed down, and the first bridge joint pin 381 is lifted by the continuous action relation that rocks part 390, snap-in structure 344,344 ' on first and second bridge joint pin can strut the two ends of clamping element 360 at this moment, forms the transition state shown in Figure 11 d.When the first bridge joint pin 381 move upward and the second bridge joint pin 381 ' move downward pass through this breakover point the time, their motional inertia can allow them continue upwards, move downward the ON state of arrival shown in Figure 11 a, so promptly finishes complete ON/OFF (ON/OFF) operational cycle of indoor lamp.
The switch element 300 ' of this embodiment is located at an end because of the rotation junction of itself and button 200 ', cooperate first and second start pin 382 of going up its switching mechanism 380 again, 382 ' what person can upwards push away button 200 ' last, so no matter it is to be in ON state or OFF state to button 200 ', its outward appearance all is that an end that combines with switch element 300 ' is low, and the high form of the other end, shown in Fig. 8 b.This is different from the operation form of the embodiment shown in Fig. 4 b.
The dullness of traditional wall-mounted indoor lamp switch, the effect that lacks variation and only provide a slight bright spot to come the indicator cock position on button are provided, wall-mounted light switch with effect of shadow of the present utility model makes whole switch can give out changeable, charming effect of shadow by novel, unique design, increase the texture and the value of light switch, allowing light switch itself become is a double functional and ornamental device.
Though foundation preferred embodiment of the present utility model is in above being illustrated for the utility model, this does not represent that scope of the present utility model is confined to above-mentioned structure.Be familiar with this skill person read above-mentioned explanation after can develop the alternative structure that equivalence at an easy rate, and these equivalent alternative structure also are in scope that this case claim item is defined.
Claims (7)
1. the wall-mounted light switch of a tool shadow visual effect is characterized in that, comprises:
One body, it comprises that one can be installed to the mounting base on the wall, and a side cover assembly of making by opaque, transparent or semitransparent material its be removably mounted on the outer of this mounting base and place;
At least one switch element, it is removably installed in this body, this switch element comprises a housing that can be mounted in this body, one switches assembly, and it operationally is contained in this housing, and a loam cake its can be bonded on this housing and have at least one light source, this at least one light source is set at the position that can shine this lateral plate component, wherein this changeover module has an electric power input component, one first electric power output itself and this circuit input component separates and electrically is connected to this at least one light source, one second electric power output itself and this circuit input component separates and electrically is connected to the indoor electric lamps that is subjected to this switch control, and its this electric power input component of optionally electric bridge joint of a switching mechanism and this first electric power output, or electrically this electric power input component of bridge joint and this second electric power output; And
At least one button, it operationally is bonded to the loam cake of this switch element and has effort formation in order to this changeover module of start, implements on/off operation.
2. the wall-mounted light switch of tool shadow visual effect as claimed in claim 1 is characterized in that, this side cover assembly comprises two side cover spares of sheet at least, and wherein at least one side cover spare is to be made by transparent or semitransparent material.
3. the wall-mounted light switch of tool shadow visual effect as claimed in claim 1, it is characterized in that, this switching mechanism comprises one first bridge joint heel piece, it is close to the first bridge joint heel piece one second bridge joint heel piece, forming V-shape rocks part it is arranged between first and second bridge joint heel piece and its two free end is coupled respectively to this first bridge joint heel piece and this second bridge joint heel piece without exception, it is clamped together one clamping element this first and second bridge joint heel piece slidably, and it is separately positioned on the bottom of first and second bridge joint heel piece to reach one first conducting strip and second conducting strip.
4. the wall-mounted light switch of tool shadow visual effect as claimed in claim 3, it is characterized in that, offer one on the top of this first and second bridge joint heel piece respectively with deep trouth parallel to each other and be formed with the service portion of a projection in the bottom of this deep trouth, and the effort formation of this button comprises one first start pin and one second start pin, and it can be inserted into respectively in the deep trouth of first and second bridge joint heel piece and be formed with the start inclined-plane respectively in the bottom of each start pin and cooperates mutually with the service portion at the bottom of the deep trouth.
5. the wall-mounted light switch of tool shadow visual effect as claimed in claim 1, it is characterized in that, this switching mechanism comprises one first bridge joint heel piece, and it comprises the cylinder of a hollow and one first actuator and is sheathed on and is formed with the first effect inclined-plane in this hollow cylinder and in the bottom of this first actuator, it is close to one second bridge joint heel piece the first bridge joint heel piece and comprises the cylinder of a hollow and one second actuator is sheathed on and is formed with the second effect inclined-plane in this hollow cylinder and in the bottom of this second actuator, forming V-shape rocks part it is arranged between first and second bridge joint heel piece and its two free end is coupled respectively to and is formed with prodger respectively on this first bridge joint heel piece and this second bridge joint heel piece and its and is used for cooperating with first and second effect inclined-plane without exception, it is clamped together one clamping element this first and second bridge joint heel piece slidably, and it is separately positioned on the bottom of first and second bridge joint heel piece to reach one first conducting strip and second conducting strip.
6. the wall-mounted light switch of tool shadow visual effect as claimed in claim 4 is characterized in that, this button is provided with respectively in the centre position of its both sides that an engaging projection is used for and the pillar in centre position that is located at the both sides of loam cake forms rotating coupling.
7. the wall-mounted light switch of tool shadow visual effect as claimed in claim 5 is characterized in that, this button is respectively equipped with in the both sides of one end that an engaging projection is used for and the both sides upper supporting column that is located at an end of loam cake forms pivotable coupling.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520004511 CN2814648Y (en) | 2005-03-15 | 2005-03-15 | Wall lamp switch with shadow visual effect |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520004511 CN2814648Y (en) | 2005-03-15 | 2005-03-15 | Wall lamp switch with shadow visual effect |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2814648Y true CN2814648Y (en) | 2006-09-06 |
Family
ID=36949734
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200520004511 Expired - Fee Related CN2814648Y (en) | 2005-03-15 | 2005-03-15 | Wall lamp switch with shadow visual effect |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2814648Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107644768A (en) * | 2016-07-20 | 2018-01-30 | 松下电气机器（北京）有限公司 | Switch |
-
2005
- 2005-03-15 CN CN 200520004511 patent/CN2814648Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107644768A (en) * | 2016-07-20 | 2018-01-30 | 松下电气机器（北京）有限公司 | Switch |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |