JP5133763B2 - Switch device - Google Patents

Description

  The present invention relates to a switch device that is connected to an illumination device and adjusts the light emission state of an illumination light source.

  Recently, lighting devices using LEDs as light sources have come to be used in many cases. For example, various emission colors can be obtained by changing the emission intensity balance of light sources of three colors of red, green, and blue. Various lighting devices that can be used have been proposed (Patent Documents 1 and 2).

Further, Patent Document 1 proposes an illumination device that can obtain a different light emission state by changing the amount of light in addition to changing the light emission intensity balance.
JP-A-11-144510 Republished patent WO2003 / 019072

  However, in such an illuminating device, if the light emission intensity of each color light source can be arbitrarily changed, various light emission colors can be obtained, but the same light emission color can be reproduced by different feelings when operating on the colors. There was a problem that it became difficult.

  The same applies to the amount of light, and it is difficult to reproduce the light emission state with the same amount of light due to the difference in feeling during operation with respect to brightness.

  The present invention has been made in view of such circumstances, and a switch device that can adjust an illumination light source to an arbitrary light emission state and can easily reproduce the same light emission state regardless of a sense during operation. The purpose is to provide.

  Thus, the switch device of the present invention has the following configurations [1] to [12].

  [1] A switch device that is connected to the illumination device and changes the light emission state of the illumination light source, and is changed by the light emission state change operation unit that changes the light emission state of the illumination light source, and the light emission state change operation unit. And a light emission state display unit for displaying the emitted light emission state.

  [2] The light emission state change operation unit is a color temperature change operation unit that changes the color temperature of the light emission color of the illumination light source, and the light emission state display unit is changed by the color temperature change operation unit. The switch device according to claim 1, wherein the switch device is a color temperature display unit that displays a color temperature.

  [3] The light emission state change operation unit is a light amount change operation unit that changes the light amount of the illumination light source, and the light emission state display unit displays the light amount changed by the light amount change operation unit. 2. The switching device according to item 1 above.

  [4] The light emission state change operation unit includes both a color temperature change operation unit and a light amount change operation unit, and the light emission state display unit is changed by the color temperature change operation unit. 2. The switch device according to claim 1, further comprising: a light amount display unit that displays a light amount changed by the light amount changing operation unit.

[5] The light emission state change operation unit includes both a light amount change operation unit and a light emission pattern change operation unit that changes the light emission pattern of the illumination light source, and the light emission state display unit includes the light amount change operation unit. 4. The switch device according to item 3, further comprising both a light amount display unit that displays the light amount changed by the light emission pattern and a light emission pattern display unit that displays the light emission pattern changed by the light emission pattern change operation unit.

  The light emission pattern referred to here is a light emission state that is changed to a plurality of different light emission colors. Both of those that rapidly change from a specific light emission color to another specific light emission color and those that gradually change from a specific light emission color to another specific light emission color are included.

  [6] The switch device according to [2] or [4], wherein the color temperature display unit has a light emitting property.

  [7] The switch device according to any one of [3] to [5], wherein the light amount display unit has a light emitting property.

  [8] The switch device according to item 5 above, wherein the light emission pattern display section has a light emitting property.

[9] The light emission state changing operation unit is provided on the front surface of the switch device body,
The front surface of the switch device main body is entirely covered with a light-opaque panel, while a region corresponding to the light emission state display portion of the panel is configured to have light transmittance. The switch apparatus in any one of.

[10] The color temperature changing operation unit is provided on the front surface of the switch device body, and includes a color temperature increase changing operation button and a color temperature decrease changing operation button.
The light quantity changing operation unit is provided on the front surface of the switch device main body, and includes a light quantity increasing / changing operation button and a light quantity decreasing / changing operation button,
The operation unit for changing the light emission pattern is provided on the front surface of the switch device body, and includes a light emission pattern order forward button and an order reverse button.
A single operation switch for operating the color temperature changing operation unit and the light amount changing operation unit or the light emission pattern changing operation unit and each button is provided on the panel, and the posture of the operation switch is changed. 10. The switch device according to item 9, wherein the buttons can be selectively operated.

[11] The operation switch includes an operation switch body that changes its posture by a pressing operation, and an operation switch holding member that holds the operation switch body on the panel.
The panel has a window opening which is covered by the operation switch body, an operation of the operation switch has been assumed to be operated through the said window hole,
11. The operation switch holding member according to item 10 above, wherein the operation switch holding member has an integrally formed spring piece, and the posture of the operation switch body whose posture is changed by a pressing operation is returned to a non-pressing state posture. Switch device.

[12] The switching device body buttons for power on-off operation provided, power supply button for turning on and off the switch device according to the single operation preceding 10 or 11 above have been assumed to be operated by a switch .

  In the switch device according to the invention [1], a desired light emission state can be obtained by operating the light emission state change operation unit.

Moreover, since the light-emitting state is displayed on the light emitting state display unit, later, while confirming the emission state of being displayed on the light emitting state display unit, by making changes in light emission state, the adjustment depends on the sense of time of operation The same light emission state can be easily reproduced without being performed.

  In the switch device according to the invention [2], a desired color temperature can be obtained by operating the color temperature changing operation section.

Further, since the color temperature is displayed on the color temperature display unit, later, while confirming the color temperature displayed on the color temperature display unit, by making changes in the color temperature, adjustment, left and right to the sense of time of operation The same luminescent color can be easily reproduced without being performed.

  In the switch device according to the invention [3], a desired light amount can be obtained by operating the light amount changing operation section.

In addition, since the amount of light is displayed on the light amount display unit, it is possible to change and adjust the light amount while confirming the light amount displayed on the light amount display unit later, without affecting the sense of operation. The light emission state can be easily reproduced.

  In the switch device according to the invention [4], in addition to the effect described in [1] above, the light emission color and the amount of light of the illumination light source can be changed with one switch device, which is convenient.

  [5] The light emission state change operation unit includes both a light amount operation unit and a light emission pattern change operation unit that changes a light emission pattern of the illumination light source, and the light emission state display unit is changed by the light amount change operation unit. 2. The switch device according to claim 1, further comprising: a light amount display unit that displays the emitted light amount; and a light emission pattern display unit that displays the light emission pattern changed by the light emission pattern change operation unit.

  In the switch device according to the invention [6], in addition to the effect described in [2] above, since the color temperature display section has a light emitting property, the color temperature can be easily visually recognized.

  In the switch device according to the invention [7], in addition to the effect described in [3] above, since the light amount display section has a light emitting property, there is an effect that it is easy to visually recognize the light amount.

  In the switch device according to the invention [8], in addition to the effect described in [5] above, since the light emission pattern display section has a light emitting property, the light emission pattern display section is easily visible. .

  In the switch device according to the invention [9], in addition to the effects described in the preceding items [6] to [8], the regions corresponding to the color temperature display unit and the light amount display unit of the impermeable panel have light transmittance. Since it is configured to have the color temperature display and the light amount display, the display is more clearly visible.

  In the switch device according to the invention of [10], in addition to the effect described in [9] above, the color temperature, the light amount, or the light emission pattern can be changed by changing the attitude of the single operation switch. Excellent in properties.

  In the switch device according to the invention of [11], in addition to the effect described in [10], the operation switch covers the window hole of the panel, and dust and foreign matter may enter the switch device body. Therefore, it is difficult to cause failure and has excellent durability.

  In addition, the operation switch body whose posture has been changed by the pressing operation is smoothly returned to the non-pressing posture by the biasing force of the spring piece of the operation switch body. It can be done without any trouble and is convenient.

  In addition, since the spring piece is integrally formed with the operation switch holding member, it is easy to perform the mounting operation on the panel without increasing the number of members.

  In the switch device according to the invention of [12], in addition to the effect described in [10] or [11] above, a power on / off operation button provided in the switch device body is operated by the single operation switch. Because it is supposed to be something, it is very convenient.

  Embodiments of a switch device according to the present invention will be specifically described below with reference to the drawings.

  FIG. 1 shows a disassembled state of the switch device (A) of this embodiment. A panel mounting bracket (11) is operated in front of the switch device main body (1), and an operation is performed in front of the panel mounting bracket (11). A panel (31) with a switch (50) is shown.

  In the switch device (A) of this embodiment, the light emission state of the illumination light source is adjusted from the color temperature and the light amount, and the light emission state change operation unit changes the color temperature as the color temperature change operation unit. Both the operation buttons (6) and (7) and the light quantity change operation buttons (8) and (9) as the light quantity change operation section are provided, and the light emission state changed by the light emission state change operation section is displayed. A color temperature digital display unit (3) and a light quantity digital display unit (4) are provided as light emission state display units for display.

  The switch device body (1) has a color temperature digital display section (3) and a light quantity digital display section (4) arranged side by side on the front substrate section (2). Each of the digital display units (3) and (4) has a light source (not shown), and the light source has a few seconds at the start of energization, and a color temperature or light quantity changing operation button (6) (7) (described later). 8) It is set to emit light at the time of the operation of (9) and to stop the light emission after the operation is completed.

  Below the digital display sections (3) and (4), a power on / off operation button (5), which is a power on / off operation section, is placed in the center, and a color temperature decrease change operation, which is a color temperature change operation section, is placed on the left side. Button (6), and a color temperature increase change operation button (7) on the right side, while a light intensity increase change operation button (8) which is a light amount change operation unit is provided above the power on / off operation button (5). ), A light amount reduction changing operation button (9) is disposed below.

  The color temperature display section is set so that 2700 to 6500 are digitally displayed every 100, and the numerical value corresponds to 2700 to 6500 Kelvin and indicates the color temperature on the black body radiation locus. is there.

  Further, the light amount display unit is set to be digitally displayed for each one from 0 to 100, and the numerical value corresponds to 0 lumen to 1000 lumen.

  Minimal LEDs (10) (10) (10) (10) are arranged between the power on / off operation button (5) and the change operation buttons (6) (7) (8) (9). The energization state display LED (10) is always set to emit light when the lighting fixture is energized.

  In the four corners of the front substrate portion (2), screw holes (12) having female screw portions for screwing the panel mounting bracket (21) are provided, and both left and right sides of the front substrate portion (2) are provided. A plurality of locking holes (15), (15) into which locking protrusions (44), (44), (44) of a panel (31), which will be described later, are fitted and locked in each of the frame portions (13), (13). ) (15) are arranged at predetermined intervals in the vertical direction.

  Furthermore, the positioning projections (16) and (16) of the panel mounting bracket (21) are provided on the left and right frame portions (13) and (13) and the upper and lower frame portions (14) and (14) of the front substrate portion (2). ) Is projected.

  As shown in FIG. 1, the panel mounting bracket (21) is formed in a window frame shape, and the left frame portion or the right portion of the switch device main body (A) is formed on each of the left and right frame portions (22) and (22). While the locking projection through holes (23), (23), (23) corresponding to the locking holes (15) of the frame portion (13) are arranged side by side in the vertical direction, the vertical frame portions (24), (24) ), The long holes (25), (25), and (25) for wall surface mounting screws are arranged side by side at a predetermined interval.

  Further, screw insertion holes (26) (26) (26) (26) are provided at the four corners of the opening, and male screws (29) (29) (29) (29) inserted through the screw insertion holes (26). 29) is screwed into the female screw portion of the screw hole (12) of the substrate portion (2), so that the panel mounting bracket (21) is attached to the switch device main body (1).

  A plurality of positioning notches (27) (27) (27) corresponding to the positioning protrusions (16) of the switch device main body (1) are provided on the inner edges of the openings.

  The panel (31) includes a light transmissive outer panel (32) and a light opaque inner panel (33) fitted to the outer panel (32). In FIG. In order to make the perfect circular window hole (35) easy to understand, the outer panel (32) is represented by a one-dot chain line.

  As shown in FIG. 2, the outer panel (32) is formed in a square tray shape with a raised rear peripheral edge, and is provided with a circular window hole (35) for an operation switch slightly below the center. In addition, a stepped portion (36) having a thickness thinner than other portions is provided on the periphery of the operation switch true circular window hole (35) concentrically with the operation switch true circular window hole (35). .

  The outer panel (32) is made of an acrylic resin and painted white, but has light transmissivity and a color corresponding to a digital display window hole (39) of the inner panel (33) described later. From the color temperature display area (30) which is a temperature display part, light emission of the color temperature digital display part (3) and the light quantity display part (4) can be visually recognized.

  The inner panel (33), in a combined state with the outer panel (32), surrounds the operation switch true circular window hole (35) and is larger than the operation switch true circular window hole (35). A rectangular window hole (40) is provided, and the color temperature digital display part (3) and the light quantity digital display part (4) of the switch device main body (1) are provided above the rectangular window hole (40) for the operation switch. A corresponding horizontally long digital display window hole (39) is provided.

  A plurality of positioning projections (41), (41),... Of the switch base (52), which will be described later, protrude from each side of the inner edge of the operation switch square window hole (40).

  In addition, a plurality of fixing projections (42) (42) for fixing an operation switch body holding member (55) to be described later are projected on the inner panel inner surfaces on the left and right sides of the operation switch square window hole (40). It is installed. The front end of the fixing projection (42) has a step portion, and a locking protrusion (62) of an operation switch body holding member (55) described later is locked to the step portion. .

  Further, on the inner surface of the inner panel on the upper and lower sides of the operation switch rectangular window hole (40), a vertical movement preventing protrusion (43) (43) for preventing the vertical movement of the switch base (52) is provided.

  Further, on the outside of the fixing protrusions (42), (42) on the inner surface of the inner panel, there is a locking protrusion (44) fitted and locked in the locking hole (15) of the switch device main body board portion (2). A plurality are provided. As shown in FIG. 2, the tip of the locking projection (44) has a stepped portion, and the stepped portion is locked in the locking hole (44).

   As shown in FIG. 2, the operation switch (50) includes an operation switch body (51) and an operation for holding the operation switch body (51) from the back side of the panel and holding it in the true circular window hole (35) for the operation switch. And a switch body holding member (55).

  The operation switch body (51) includes a switch base (52), a switch frame (53) fixed to the switch base (52), and a central disk-like body (54) fitted into the switch frame (53) from the back. ) And a switch packing (57) fitted in the central disk-like body (54).

  The switch base (52) is made of a transparent synthetic resin, and a central disk-like body fitting hole (52a), which will be described later, is provided at the center of the switch base (52), while the positioning protrusions (41) (41) are provided at the periphery. Four positioning protrusions (52b) (52b) (52b) (52b) which are fitted in between are extended at equal intervals in the circumferential direction.

  Further, the inner edge of the rear surface is provided with recesses (52c) and (52c) in which projections (54a) and (54a) of a center disk-like body (54) described later are locked, and a switch frame described later in the vicinity of the inner edge. A pair of locking holes (52d) and (52d) into which the locking protrusions (53b) and (53b) of (53) are fitted are provided symmetrically in the diameter direction of the central disk-like body fitting hole (52a). ing.

  As shown in FIG. 5, an annular standing wall (52e) into which the switch frame (53) is fitted projects from the front surface of the switch base (52), and the annular standing wall (52e) In the mounting state, the panel (31) has a height slightly protruding from the operation switch perfect circular window hole (35).

  The switch frame (53) is formed in a ring shape slightly smaller in diameter than the operation switch perfect circular window hole (35), and a pair of locking projections fitted into the locking hole (52d). (53b) and (53b) are protruded at symmetrical positions in the diameter direction.

  The central circular window hole (53a) is formed larger in diameter than the central disk-like body fitting hole (52a) of the switch base (52), and the switch frame (53) is formed as shown in FIG. Under the state of being fixed to the switch base (52), the inner edge of the circular window hole (53a) protrudes slightly inward from the center disk-like body fitting hole (52a) of the switch base (52). Yes.

  A stepped portion of a central disk-shaped body (54), which will be described later, comes into contact with the slightly projecting portion (53c) to prevent the central disk-shaped body (54) from being pulled out forward of the panel.

  The central disk-like body (54) is formed in a circular shape with a size that closes the hole (52a) for fitting the central disk-like body of the switch base (52) and the window hole (53a) of the switch frame (53). However, at the time of power on / off operation, it is configured to be pushed away from the switch frame (53) alone.

  In addition, as shown in FIG. 2, a pair of locking projections (54a) (54a) locked to the recesses (52c) (52c) of the switch base (52) at the periphery are the recesses (52c) ( 52c), and has a circular recess into which a switch packing (57), which will be described later, is fitted, and the bottom surface of the circular recess has a single letter-shaped through hole, a non-circular through hole, a switch Packing fixing projections (54b) (54b) are provided.

  Further, a step portion is formed on the peripheral edge of the front surface side of the central disk-shaped body (54), and the central disk-shaped body is brought into contact with the protruding portion (53c) of the switch frame (53). The removal of (54) to the front of the panel is prevented.

  The switch packing (57) is made of a transparent synthetic resin and is formed in a disk shape having an outer diameter slightly smaller than the inner diameter of the circular recess (54c) of the central disk-shaped body (54). As shown in FIG. 4 and FIG. 5, a protrusion (57d) that fits in the vertical single-character through hole and a notched circular protrusion (57e) that fits in the notch circular hole are provided.

  As shown in FIG. 2, the operation switch main body holding member (55) has a rectangular window hole (40) for the operation switch of the inner panel (33) at the center of the plate-like base portion (60) having a substantially square outline shape. Is provided with a window hole (66) of the same size.

  Locking ridges (62) (62) corresponding to the operation switch body holding member fixing protrusions (42) of the inner panel (33) are erected along a pair of opposing edges of the plate-like base portion (60). In addition, a standing wall (63) is provided so as to surround the window hole (66) along the inner edge of the central window hole (66).

  Inside the standing wall (63), a plurality of similar positioning protrusions (61) that overlap with the positioning protrusions (41) at the time of assembling are provided, and a pair of upper edge corners at opposite positions are directed toward the center. The first spring pieces (64) and (64) which are inclined are provided, and the second spring pieces (65) and (65) which are inclined toward the center from the other pair of upper edge corners are provided. The second spring piece (65) is formed shorter than the length of the first spring piece (64).

  Thus, the operation switch (50) is assembled to the panel (31) as follows.

First, the switch base (52) to which the switch frame (53) is fixed is fitted into a predetermined position from the back surface of the inner panel (33).
That is, each of the four positioning protrusions (52b) of the switch base (52) is an inner panel. Next, a pair of locking protrusions of the central disk (54) to which the switch packing (57) is fixed in advance. (54a) (54a) is fitted into the locking recess (52c) (52c) of the switch base (52).

  In this fitted state, the peripheral step portion (54f) of the central disk-shaped body (54) abuts on the protruding portion (53c) of the switch frame (53), so that the central disk-shaped body (54) is moved forward of the panel. Removal is prevented.

  Finally, the operation switch body holding member (55) is directed in the direction in which the standing wall (63) protrudes inward, and the operation switch body holding member fixing protrusions (42) (42) of the inner panel (33) are moved up and down. It fits in the area | region enclosed by the protrusion (43) for prevention (43).

  In this fixed state, as shown in FIG. 5, the tip of the first spring piece (64) abuts the back surface of the central disk-like body (54), and the tip of the second spring piece (65) is the switch base. The operation switch body (51) is urged toward the front of the panel in contact with the rear surface of (52).

  The panel (31) to which the operation switch (50) is fixed in this way is attached to the switch device body (1) as follows.

  First, the switch device main body (1) is attached to the wall by embedding the switch device main body (1) in a concave portion provided in advance on the wall of the room and screwing the mounting bracket (21) around the periphery of the concave portion.

  Next, a plurality of locking protrusions (44) provided on the back side of the panel, that is, the inner panel (33) are connected to the locking protrusion through holes (23) of the corresponding mounting bracket (21) and the switch device main body (1). ) Is inserted into the locking hole (15), the locking protrusion (44) gets over the inner edge of the locking hole (15) while being elastically deformed, and the step (44b) is moved to the locking hole (15). 44), the panel (31) is fixed to the switch device main body (1).

  Thus, it is assumed that the switch device (A) to which the panel (31) is fixed is connected to the microcomputer of the lighting control system and is supplied with power via a power cord (not shown). Will be described.

  As shown in FIG. 5 (a), when the operation switch (50) is not pressed, the operation switch (50) includes the power on / off operation button (5), the color temperature decrease change button (6), and the color temperature increase. It does not touch any of the change buttons (7). Although not shown, the operation switch (50) is not in contact with either the light quantity increase change button (8) or the light quantity decrease change button (9).

  From this state, as shown in 5 (b), when the center of the central disk-shaped body (54) is pressed, the central disk-shaped body (54) is within the range of the switch frame (53). The first spring piece (64) is slightly pushed down to the switch device main body (1) side, and the switch packing (57) comes into contact with and presses the power on / off operation button (5).

  The power on / off operation button (5) is set to be turned on and off by a so-called long press, but when the central disc (54) is released, the central disc (54) is released. However, since it is pushed back by the elastic restoring force of the first spring piece (64), the on / off operation must continue to push the central disk (54) against the elastic restoring force for a while.

  With this long press, energization of the lighting device is started, the lighting fixture is turned on, and color temperature digital display and light quantity digital display are performed in the digital display area (30) of the panel.

  The light emission of the color temperature digital display unit (3) and the light amount display unit (4) that can be seen from the color temperature display region (30) of the outer panel (32) painted in white has a unique interest.

  At the same time, the power supply state display LEDs (10) (10) (10) (10) of the switch device body (1) are lit. After several seconds of this energization, the light emission of the color temperature digital display section (3) and the light quantity digital display section (4) of the switch device body (1) is set to be stopped, and in the digital display area (30) Color temperature digital display and light intensity digital display disappear.

  However, the plurality of energization state display LEDs (10) continue to emit light, and the transparent switch packing is fitted into the vertical single letter-shaped through hole (54d) and the non-circular through hole (54e) of the central disk (54). (57) and the light emission of the LED (10) for displaying the energization state through the peripheral edge of the transparent switch base (52) are visible from the front of the panel (31).

  For example, in order to adjust the color temperature in the decreasing direction, as shown in FIG. 5C, when the left side of the switch frame (53) protruding from the panel (31) is pressed strongly, the switch frame (53) Slightly tilts to the left, and the switch base (52b) presses the color temperature decrease changing button (6) of the switch device body (1). The color temperature can be reduced by 100 degrees with this single press.

  Similarly, when the right side of the switch frame (53) is pressed strongly, the switch frame (53) is slightly tilted to the right, and the switch base (52b) is the color temperature increase change button (7) of the switch device body (1). Press. With this single press, the color temperature can be increased by 100 degrees.

  Since the color temperature is visually recognized by the digital display, it is possible to emit a color having a desired color temperature without depending on the sense of the operator.

  The light quantity increase / change operation is performed by pressing the upper part of the switch frame (53), and the light quantity decrease / change operation is performed by pressing the lower part of the switch frame (53). The operation of the operation switch (50) by pressing the upper and lower portions of the switch frame (53) is substantially the same as the color temperature changing operation, and thus detailed description thereof is omitted.

  FIG. 6 shows a switch device (B) according to another embodiment of the present invention. In the switch device (B) of this embodiment, the light emission state of the illumination light source is determined from both the light emission pattern and the light amount. The light emission state change operation unit includes both a light amount change operation unit and a light emission pattern change operation unit, and the light emission state changed by the light emission state change operation unit is adjusted. A light quantity digital display unit and a light emission pattern display unit are provided as light emission state display units for display.

  The light emission pattern is a light emission state that is changed to a plurality of different light emission colors. Both of those that rapidly change from a specific light emission color to another specific light emission color and those that gradually change from a specific light emission color to another specific light emission color are included.

  A program for realizing a plurality of light emission patterns is stored in the storage unit of the illumination device or the switch device, and each light emission pattern is displayed as a number on the light emission pattern display unit. For example, numbers 1 to 40 are displayed, and by selecting a number, one light emission pattern is specified from among 40 types of light emission patterns.

  The structural difference between the switch device (B) of this embodiment and the switch device (A) of the previous embodiment is that the color temperature changing operation units (6) and (7) and the color temperature display unit (3) are different. The light emission pattern changing operation unit and the light emission pattern display unit are replaced.

  Accordingly, the color temperature decrease change button (6) and the color temperature increase change button (7) as the color temperature change operation unit on the switch device body (1) in the switch device (A) of the previous embodiment are provided. The structure of the switch device (B) can be understood by substituting the light emission pattern sequence number reverse button and the light emission pattern sequence forward button, respectively.

  Thus, the power source is turned on and off by long pressing the central portion of the operation switch (150) provided at the center of the panel (132). When the upper part of the operation switch (150) is pressed strongly, the light quantity increase change button is pressed and the light quantity increases and the lower part of the operation switch (150) is pressed strongly, as in the switch device (A) of the previous embodiment. Then, the light amount decrease changing button is pressed, and the light amount decreases.

  When the right side of the operation switch (150) is pressed strongly, the light emission pattern sequence forward button is pressed, the displayed numbers are sequentially increased to change the light emission pattern, and when the left side of the operation switch (150) is pressed strongly, The light emission pattern order reverse button is pressed, and the displayed numbers are sequentially reduced to change the light emission pattern.

  In any of the above-described embodiments, the operation switch body (51) is formed in a disc shape. However, the window hole of the panel may be rectangular, and the operation switch body may cover the rectangular window hole.

  Further, although the spring pieces (64) (65) are integrally formed with the operation switch body holding member (55), they may be separate from the operation switch body holding member (55). Moreover, the member which urges | biases the operation switch (50) ahead of a panel is not limited to a spring piece (64) (65) like embodiment, For example, a coil spring may be used.

It is a disassembled perspective view of one Embodiment of the switch apparatus which concerns on this invention. It is a perspective view of the disassembled state of the panel and operation switch. It is a rear view of the state which attached the operation switch to the panel. It is a front view of the state which attached the operation switch to the panel. 4A is a cross-sectional view taken along the line X-X of FIG. 4B. FIG. 4B is a cross-sectional view of the state where the operation switch is pressed to operate the power on / off button. FIG. FIG. 5 is a cross-sectional view of the state where the color temperature decrease changing operation button is operated. It is a front view of other embodiment of the switch apparatus concerning this invention.

Explanation of symbols

A ... Switch device 1 .... Switch device body 3 .... Color temperature digital display section 4 .... Light intensity display section 5 .... ... Power ON / OFF button 6 .... Color temperature decrease change operation button 7 .... Color temperature increase change operation button 8 .... Light intensity increase change operation Buttons 9 ·········································································································································· Inner panel 39 ... Window hole for digital display 50 ... Operation switch 51 ... Operation switch body 55 ... Operation switch body holding member

Claims (7)

A switch device that is connected to the illumination device and changes the light emission state of the illumination light source,
The illumination light source is an LED;
A light emission state change operation unit that changes the light emission state of the illumination light source, and a light emission state display unit that digitally displays the light emission state changed by the light emission state change operation unit ,
The light emission state change operation unit is provided with both a color temperature change operation unit for changing the color temperature of the light emission color of the illumination light source and a light amount change operation unit for changing the light amount of the illumination light source,
The light emission state display unit includes both a color temperature display unit that displays the color temperature changed by the color temperature change operation unit, and a light amount display unit that displays the light amount changed by the light amount change operation unit,
The color temperature changing operation unit is provided on the front surface of the switch device main body, and includes a color temperature increase change operation button and a color temperature decrease change operation button.
The light quantity changing operation unit is provided on the front surface of the switch device main body, and includes a light quantity increasing / changing operation button and a light quantity decreasing / changing operation button,
The panel covering the front surface of the switch device body is provided with a single operation switch for operating the color temperature changing operation unit, the light amount changing operation unit and each button, and by varying the posture of the operation switch, The buttons can be selectively operated, and
The switch device main body is provided with a power on / off operation button, and the power on / off operation button is operated by the single operation switch,
The operation switch includes an operation switch body that changes its posture by a pressing operation, and an operation switch holding member that holds the operation switch body on the panel.
The panel has a window hole covered by the operation switch body, and the operation of the operation switch is operated through the window hole,
While confirming the light emission state displayed on the light emission state display unit, the same light emission state is reproduced without being affected by the feeling during operation by changing or adjusting the light emission state, and dust or foreign matter is switched on. A switch device characterized in that there is no risk of entering the main body .   A switch device that is connected to the illumination device and changes the light emission state of the illumination light source,
  The illumination light source is an LED;
  A light emission state change operation unit that changes the light emission state of the illumination light source, and a light emission state display unit that digitally displays the light emission state changed by the light emission state change operation unit,
  The light emission state change operation unit is provided with both a light amount change operation unit for changing the light amount of the illumination light source and a light emission pattern change operation unit for changing the light emission pattern of the illumination light source,
  The light emission state display unit includes both a light amount display unit that displays the light amount changed by the light amount change operation unit and a light emission pattern display unit that displays the light emission pattern changed by the light emission pattern change operation unit,
  The light quantity changing operation unit is provided on the front surface of the switch device main body, and includes a light quantity increasing / changing operation button and a light quantity decreasing / changing operation button,
  The operation unit for changing the light emission pattern is provided on the front surface of the switch device body, and includes a light emission pattern order forward button and an order reverse button,
  A panel that covers the front surface of the switch device body is provided with a single operation switch for operating the light amount changing operation unit, the light emission pattern changing operation unit, and each button, and by changing the posture of the operation switch, Each button can be operated selectively,
  The switch device main body is provided with a power on / off operation button, and the power on / off operation button is operated by the single operation switch,
  The operation switch includes an operation switch body that changes its posture by a pressing operation, and an operation switch holding member that holds the operation switch body on the panel.
  The panel has a window hole covered by the operation switch body, and the operation of the operation switch is operated through the window hole,
  While confirming the light emission state displayed on the light emission state display unit, the same light emission state is reproduced without being affected by the feeling during operation by changing or adjusting the light emission state, and dust or foreign matter is switched on. A switch device characterized in that there is no risk of entering the main body. The switch device according to claim 1, wherein the color temperature display unit has a light emitting property. The switch device according to claim 1 , wherein the light amount display section has a light emitting property. The switch device according to claim 2, wherein the light emission pattern display section has a light emitting property. The light emission state changing operation part is provided on the front surface of the switch device body,
The switch device front panel, while being fully covered by the optically opaque panels, regions corresponding to the light emitting state display part of the panel, according to claim are configured to have an optical transparency 3-5 The switch apparatus in any one of . The operation switch holding member has an integral molded spring pieces, the claims spring piece has been made as to restore the posture of the operation switch body whose attitude changed when pressed by the non-pressing state attitude 1 or 2 switch device according to.

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