JP5685725B2 - Remote control for lighting equipment - Google Patents

Description

  The present invention relates to a remote control for a lighting fixture for indicating the light distribution state of the lighting fixture.

Conventionally, an electric product has been operated by a remote controller (for example, see Patent Document 1).
As shown in FIG. 11, the remote controller 100 is for operating a television (not shown) and has a casing 101 made of an insulating resin having a rectangular shape as a whole. Similarly, operation keys 102 and 103 made of insulating resin are provided on the surface 101A of the housing 101. The operation keys 102 and 103 are provided so that the upper part protrudes from the surface 101A of the housing 101 so that the operation keys 102 and 103 can protrude from the surface 101A.
In addition, a substantially ring-shaped operating body 104 made of insulating resin is swingably provided on the surface of the casing 101, and a pressing body 105 made of insulating resin also moves up and down at the center of the operating body 104. It is provided as possible.

Japanese Patent Laying-Open No. 2005-45576 (FIG. 2)

However, although the remote controller 100 as described above is for a television, it has not been considered for operability.
In recent years, lighting fixtures have come to have complex functions such as light amount adjustment, light color adjustment, and other energy saving functions and memory performance.
For this reason, when operating a lighting fixture with a remote control, the conventional remote control has a problem that the function of the lighting fixture cannot be fully exhibited due to the appearance or intuition.

  The present invention has been made to solve the conventional problems, and an object of the present invention is to provide a lighting fixture remote control that can be easily operated by estimating various functions of the lighting fixture from the appearance of the remote control.

The remote control for a lighting fixture according to the present invention is attached to a surface to be mounted and includes dimming control, direct illumination on the surface to be irradiated, and indirect illumination of at least one of the surface to be mounted and a wall surface adjacent to the surface to be mounted. By transmitting an operation signal from a remote control for lighting equipment that is light control and toning control and is portable, the dimming control, the light distribution control including light distribution switching, and the toning control A plurality of operation buttons provided on an operation surface of the luminaire remote control of the luminaire remote control of the luminaire that is capable of remotely operating at least one of the luminaires. Categorized into three categories according to high, medium, and low, and stratified, the category with high usage frequency as the first layer, the category with medium usage frequency as the second layer, and the category with low usage frequency as the third layer Hierarchy Among the plurality of operation buttons, a light control button is set as an operation button belonging to the first hierarchy, a light distribution control button is set as an operation button belonging to the second hierarchy, and the third hierarchy is set. A color control button is set as an operation button to which the control button belongs, and the first light control button is disposed in the center of the operation surface, and a first circle that accommodates the light control button is assumed. When a second circle having the same center as that of the first circle and having a diameter larger than that of the first circle is assumed, the light distribution control button is moved around the first circle. If the third circle is assumed to be arranged in a region within the circle, and the center is the same as the first circle and the second circle, and the diameter is larger than the second circle, the adjustment is performed. the button color control, around the second circle, located in a region within the third circle Those were.

In the lighting fixture remote control of the present invention, the operation signal is transmitted from a front end of the lighting fixture remote control, and the light distribution control button includes direct illumination of the irradiated surface, the mounted surface, A first button for setting a normal mode for executing both indirect illumination of at least one of the wall surfaces; a second button for setting a study mode for executing only direct illumination of the irradiated surface; A third button for setting a relaxation mode that executes only indirect lighting around both the mounting surface and the wall surface, and a fourth button for setting the theater mode that executes only indirect lighting around the wall surface. The first button, which is considered to be most frequently used among the first button to the fourth button, in the area in the second circle around the first circle. end In which it arranged on the side.

In addition, the remote control for a lighting fixture according to the present invention stores the light distribution state of the lighting fixture in association with the dimming state and the toning state, and based on the stored information at the next use of the lighting fixture. Thus, the light control state and the color control state in the most recent light distribution state of the lighting fixture are reproduced .

Also, lighting equipment remote control of the present invention, by the toning control button, the light color of the luminaire, is variable der shall be continuously between the white and warm white.

In the lighting fixture remote control according to the present invention, the operation signal is transmitted from a front end portion of the lighting fixture remote control, and the outside of the third circle on the operation surface is the front end portion. On the opposite end, the rear end, the extinguishing mode button that turns off all light sources, the nightlight mode button that turns on some or all of the light sources with low luminous flux, and the handlight mode button that illuminates any location In addition, at least one operation button among the sleep mode buttons for turning off all the light sources after a predetermined time is further arranged .

Moreover, the remote control for lighting fixtures of this invention is provided with the display part which displays the present light distribution state of the said lighting fixture on the said operation surface .

The lighting fixture remote control according to the present invention stores the information after the change when the lighting control state or the toning state of the lighting fixture is changed after the lighting is started, and the display unit In addition to the light distribution state, the current dimming state or toning state is displayed .

Further, the remote control for a lighting fixture of the present invention is attached to a surface to be mounted, and includes a light control, a light distribution control including a direct illumination on the surface to be irradiated and an indirect illumination of at least one of the surface to be mounted and the wall surface, a color adjustment By transmitting an operation signal from a luminaire remote control that can be controlled and is portable, at least one of the light control, the light distribution control including light distribution switching, and the color control can be remotely performed. A plurality of operation buttons provided on an operation surface that is a surface of a housing of the lighting fixture remote control, which is a lighting fixture remote control of the lighting fixture that can be operated, are classified into three categories Assuming three concentric circles that are hierarchized and correspond to each of the three sections and have the same center, each of the plurality of operation buttons hierarchized into the three sections is replaced with the three concentric circles. Among these buttons, the buttons are arranged in concentric circles corresponding to the hierarchy of the operation buttons, the dimming control buttons for the dimming control are arranged in the center of the three concentric circles, and the dimming control buttons When the upper part is pressed from the center part, the brightness increases, and when the lower part is pressed from the center part, the brightness decreases .

  In the present invention, the most frequently used first operation button is arranged in the center of the operation surface of the remote control. Therefore, when the signal is transmitted to the lighting fixture, the first operation button is always used as the first operation button. Easy to operate with finger touch. In addition, the second operation button having the highest use frequency after the first operation button is arranged around the first operation button, and the third operation button having the lower use frequency is arranged at a position far from the first operation button. It is possible to provide a luminaire remote control having an effect that it can be easily operated according to the frequency of use.

FIG. 1 is an overall perspective view of a lighting fixture remote control and lighting fixture according to the present invention. An exploded perspective view of an example of a lighting fixture viewed from below Cross section through the center of the luminaire Top view of the luminaire as seen from above Explanatory drawing showing the light distribution state (A) is a top view of the remote control for lighting fixtures of embodiment concerning this invention, (B) is a side view Block diagram showing hierarchy of operation buttons Plan view showing a case where an on / off button is provided in the center of the operation surface of the remote control for lighting equipment (A) thru | or (D) is a top view which shows the modification of a 1st operation button. (A) thru | or (C) are top views which show the modification of a 2nd operation button. A perspective view of a conventional remote control

Hereinafter, the remote control for lighting equipment according to the present invention will be described with reference to the drawings.
As shown in FIG. 1, a lighting fixture remote control 10 (hereinafter referred to as “remote control 10”) according to an embodiment of the present invention operates, for example, on a lighting fixture 13 attached to a ceiling surface 11 which is a mounting surface. A signal is transmitted and the light distribution of the lighting fixture 13 is operated.

As the lighting fixture 13, one that can select various light distribution modes is used.
For example, as shown in FIG. 1, the lighting fixture 13 is attached to the ceiling surface 11 etc., and is suitable for illuminating the lower part and the side.
As shown in FIGS. 2 to 4, the lighting fixture 13 has a fixture body 20 attached to the ceiling surface 11. An attachment fitting 21 is provided at the center of the appliance main body 20, and the appliance main body 20 is attached to the ceiling surface 11 by attaching the attachment fitting 21 to the hooking ceiling 12 attached to the ceiling surface 11.

  An upper unit 30, an upper frame 32, and an upper panel 31 are provided on the upper side of the instrument body 20 (that is, the ceiling surface 11 side). The upper unit 30 is attached to the instrument main body 20 so as to irradiate outward.

Further, a lower unit 40 and a reflecting plate 60 are provided below the instrument body 20 (that is, on the illumination direction side), and a translucent panel that diffuses received light is provided below the reflecting plate 60. 50 is attached. The lower unit 40 is attached so as to irradiate toward the inside of the instrument body 20.
Therefore, the light emitted from the lower unit 40 is reflected downward by the reflecting plate 60 and irradiated to the panel 50, and the panel 50 emits light to illuminate the lower part.
The instrument body 20 is provided with a control unit (not shown) that controls the upper unit 30 and the lower unit 40.

As shown in FIGS. 2 and 3, a panel 50 is detachably attached below the lower unit 40. The panel 50 diffuses the irradiated light, and panel covers 51 with low light transmittance are provided at a plurality of locations.
The panel cover 51 has holes 52 and 53. For example, a receiving device 22 for receiving a signal from the remote controller 10 is disposed inside the hole 52. The receiving device 22 is connected to the control unit, transmits the received signal to the control unit, and controls the upper unit 30 and the lower unit 40.

As shown in FIG. 5, the light L <b> 1 emitted from the lower unit 40 on the lower side of the lighting fixture 13 toward the inside of the lighting fixture 13 is reflected downward by the reflection plate 60 to enter the panel 50 and diffuse. To do. Thereby, the whole panel 50 becomes a light source and illuminates the lower part.
On the other hand, a part of the light L2 emitted from the upper unit 30 on the upper side of the lighting fixture 13 to the outside of the lighting fixture 13 is irradiated in parallel with the ceiling surface 11 to illuminate the wall surface W. Further, a part of the light is irradiated upward, hits the ceiling surface 11, and reflects downward to illuminate the wall surface W. Further, a part of the light is irradiated downward, hits the upper frame 32 of the lighting fixture 13 and is reflected upward to illuminate the ceiling surface 11. Alternatively, the wall surface W is further reflected by the ceiling surface 11.
Therefore, the control unit controls the upper unit 30 and the lower unit 40, so that various light distribution modes are possible.

As shown in FIG. 6, the remote controller 10 according to the embodiment of the present invention is used to adjust the light distribution state of the luminaire 13 described above.
The remote controller 10 has a casing 70 made of synthetic resin that is generally rectangular. As shown in FIG. 6A, the width of the housing 70 is preferably such that the width B1 on the front side on the transmission side (upper side in FIG. 6) is smaller than the width B2 on the hand side (lower side in FIG. 6). That is, it becomes narrower in the transmission direction.
Further, as shown in FIG. 6B, the thickness of the casing 70 is preferably such that the thickness T1 on the front side on the transmission side is smaller than the thickness T2 on the hand side. That is, it becomes thinner toward the transmission direction.
Thereby, when the user holds the remote control 10 with his / her hand, the front in the transmission direction can be recognized without checking with the eyes.

In the center of the operation surface 71, which is the surface of the housing 70, a first operation button 72 that is used most frequently during illumination is disposed. Then, the second operation button 73 having the highest use frequency next to the first operation button 72 is arranged around the first operation button 72, and the third operation button 74 having a low use frequency is further provided from the first operation button 72. It is disposed at a distant position, that is, around the second operation button 73.
Therefore, the second operation button 73 and the third operation button 74 can be arranged concentrically with the first operation button 72 as the center.
The concentric shape means not only a complete circle but also an arc that is a part of the circle.

The remote controller 10 is provided with a spherical recess 10A on the back surface (back surface) of the housing 70 (see also FIG. 2). The recess 10 </ b> A is provided at a position corresponding to the first operation button 72.
Therefore, when the operator grasps the remote controller 10 with his / her hand, if the forefinger or middle finger is grasped so as to be positioned in the recess 10A, the thumb is naturally positioned in the vicinity of the first operation button 72, and the operation becomes easy.

The first operation button 72, the second operation button 73, and the third operation button 74 can be set so as to constitute a hierarchy in the operation.
For example, as shown in FIG. 7, when the hierarchy is configured with the usage frequency, the first operation button 72 in the highest hierarchy can be used as the light amount adjustment button. The first operation button 72 can be set to increase the light distribution output when the upper portion 721 is pressed from the central portion and to decrease the light distribution output when the lower portion 722 is pressed from the central portion (FIG. 6A). )reference).
The adjustment of the light amount is performed by the control unit controlling the outputs of the upper unit 30 and the lower unit 40.

  The second operation button 73 located at the next level of the first operation button 72 can be, for example, a light distribution mode switching button for selecting a desired light distribution mode from a plurality of light distribution modes. As the light distribution mode, for example, “normal mode”, “study mode”, “relaxation mode”, “theater mode”, and the like can be set. A button can be used (see FIG. 6A).

As shown in FIG. 6, the mode 1 button 731 for switching to the “usual mode” with the highest use frequency is divided by a pair of divisions 735 and 735 and arranged independently in front of the first operation button 72 in the transmission direction. . At this time, the partition 735 goes to the center of the first operation button 72.
Then, the “learning mode” that is not frequently used is set to the mode 2 button 732, the “relaxation mode” is set to the mode 3 button 733, the “theater mode” is set to the mode 4 button 734, and the first operation button 72 It can be arranged around.

The “normal mode” can be a light distribution mode in which the control unit lights both the upper unit 30 and the lower unit 40 to illuminate the entire room.
The “study mode” can be a light distribution mode in which the control unit illuminates the position of the desk with the lower unit 40 and darkens the surroundings.
The “relaxation mode” may be a light distribution mode in which the upper unit 30 illuminates the wall surface W and the ceiling surface 11 brightly.
The “theater mode” can be a light distribution mode in which the upper unit 30 is illuminated with the upper unit 30 to darken the surroundings.
Other modes desired by the user can be set.

As shown in FIGS. 6 and 7, the third operation button 74 having a lower hierarchy can be a light color change button for changing the light color. The third operation button 74 can be composed of a white button 741 that brings the light color closer to white and a light bulb color button 742 that brings the light color closer to the light bulb color. The white button 741 and the light bulb color button 742 can be provided independently, and the outer end surface 741A of the white button 741 and the outer end surface 742A of the light bulb color button 742 are extended from the partition 735 of the second operation button 73. Can do.
Alternatively, the third operation button 74 can be configured by a single button, and can be set so that the white color is continuously approached to white by pressing the white side, and the light bulb color side is continuously approached by pressing the light bulb color side. .

The light color can be adjusted by providing the upper unit 30 and the lower unit 40 with a white light source and a light bulb color light source, and adjusting the lighting ratio of both light sources.
Alternatively, the upper unit 30 and the lower unit 40 may be provided by providing a light source capable of changing the light color and adjusting the color of the light source.

  When the mode is set by pressing any one of the second operation buttons 73 and the light amount is adjusted by the first operation button 72 or the light color is adjusted by the third operation button 74, each mode button 731 The light quantity and the light color for 732, 733, and 734 are stored. Then, when the mode buttons 731, 732, 733, and 734 are pressed next time, the light is distributed with the previously set light amount and light color.

As shown in FIG. 6, an end button 75 for ending use of the lighting device 13 is disposed below (on the hand side) the first operation button 72, the second operation button 73, and the third operation button 74 on the operation surface 71. can do.
As an end button 75, all light sources are turned off and a light-off mode button 751 that can receive a signal from the remote controller 10, a nightlight mode button 752 that turns on a part or all of the light sources with a low luminous flux, an arbitrary narrow portion And a good night mode button 754 that turns off all the light sources after a certain period of time and can receive signals from the remote controller 10.
It is desirable that the extinguishing mode button 751 with the highest frequency of use be made larger than the other end buttons 75 and provided closer to the center of the operation surface 71.

Further, when the operation button 77 that is used less frequently is provided, the operation button 77 can be disposed at a position farther from the first operation button 72.
As the operation button 77, for example, an eco-navigation button 771 for energy saving, an answering machine button 772 for turning on the lighting device 13 when a predetermined time comes, and turning off the lighting device 13 when the predetermined time comes are provided. be able to.

  A liquid crystal display unit 76 that indicates the light distribution state of the luminaire 13 is provided at the front end of the operation surface 71 in the transmission direction. Further, the liquid crystal display unit 76 can display adjustment information for adjusting the light amount and light color performed in each light distribution mode.

Next, an example of a general usage state of the remote controller 10 will be described.
When turning on the luminaire 13 from the light-off state, if the power is completely turned off and a signal from the remote controller 10 cannot be received, for example, a power switch provided on the wall surface Turn on (not shown). When the light is turned off in the light-off mode, the nightlight mode, the hand light mode, the sleep mode, etc., the power switch is turned on, so there is no need to operate the power switch.

First, a desired operation button in the second operation button 73 is pressed to set the light distribution mode, thereby turning on the lighting fixture 13. At this time, the luminaire 13 is lit with the light amount and light color that have been adjusted and stored in advance.
When adjusting from this state, the first operation button 72 is operated to adjust the brightness (light quantity). Further, the light color is adjusted by operating the third operation button 74. The adjustment state of the light amount and the light color is stored together with the light distribution mode of the second operation button 73.

  When the use of the lighting fixture 13 is finished, a desired mode button is selected from the extinguishing mode button 751, nightlight mode button 752, hand light mode button 753, and good night mode button 754. When the lighting fixture 13 is not used for a long time or when the remote controller 10 is not used, the power is turned off with the power switch.

As described above, according to the remote controller 10 of the embodiment according to the present invention described above, the first operation button 72 that is most frequently used during illumination by the lighting fixture 13 is arranged at the center of the operation surface 71 of the remote controller 10. For this reason, when transmitting a signal to the luminaire 13, the user can easily operate the first operation button 72 by touching the first operation button 72 whenever he takes it while looking at the appearance of the remote controller 10.
Further, the second operation button 73 having the highest use frequency next to the first operation button 72 is arranged around the first operation button 72, and the third operation button 74 having the lower use frequency is further away from the first operation button 72. Since it is arranged, it can be easily operated according to the frequency of use.

  Moreover, the 1st operation button 72, the 2nd operation button 73, and the 3rd operation button 74 comprise the hierarchy in operation. Corresponding to this hierarchy, the first operation button 72 that is most frequently used during illumination by the lighting fixture 13 is arranged at the center, and the second operation button 73 and the third operation button 74 are arranged concentrically. For this reason, the function of each operation button can be estimated intuitively from the appearance, and the lighting apparatus can be easily operated.

  The first operation button 72 is a light amount adjustment button. When the upper part is pressed from the central part, the light distribution output is increased. When the lower part is pressed from the central part, the light distribution output is reduced. Can be easily grasped by appearance and intuition, and the lighting fixture 13 can be easily operated.

  The second operation button 73 is a light distribution mode switching button for selecting a desired light distribution mode from a plurality of light distribution modes. When the user resets the light amount and light color in the light distribution mode, The information can be stored. For this reason, when the light distribution mode is set by pressing the second operation button 73 next time, the lighting fixture 13 can be immediately turned on with the light amount and light color set immediately before.

  Since the third operation button 74 is a light color change button for changing the light color, the light color in each light distribution mode can be adjusted using the third operation button 74.

  Further, below the first operation button 72, the second operation button 73, and the third operation button 74 on the operation surface 71, of the light-off mode button 751, the nightlight mode button 752, the handlight mode button 753, and the good night mode button 754. At least one button was further arranged. For this reason, the mode which complete | finishes use of the lighting fixture 13 can be selected easily.

  Moreover, since the present light distribution state is displayed on the liquid crystal display part 76, the present light distribution state can be grasped | ascertained easily and the lighting fixture 13 can be operated appropriately.

  Furthermore, since adjustment information of adjustment performed in the light distribution mode is stored and displayed on the liquid crystal display unit 76, the light distribution state after adjustment can be grasped, and the lighting fixture can be appropriately operated.

In addition, the remote control 10 for lighting fixtures of this invention is not limited to embodiment mentioned above, A suitable deformation | transformation, improvement, etc. are possible.
For example, in the above-described embodiment, the light amount adjustment button is arranged as the first operation button 72 in the center of the operation surface 71 of the lighting fixture remote controller 10, but if there is an operation button that is used more frequently, An operation button can be arranged in the center of the operation surface 71. For example, as shown in FIG. 8, when an on / off button 78 is provided, it can be disposed inside the first operation button 72.

In the above-described embodiment, the case where the light amount is increased / decreased (that is, the brightness is adjusted) is described as the function of the first operation button 72. However, the first operation button 72A shown in FIG. In this way, it is possible to add and adjust the temperature adjustment function.
Alternatively, as shown in FIG. 9B, the first operation button 72B can be configured by arranging four operation buttons 723 in a cross shape.
As shown in FIG. 9C, the first operation button 72C can be configured by arranging four operation buttons 724 in parallel.
Further, as shown in FIG. 9D, the first operation button 72D can be configured to be slidable.

Further, in the above-described embodiment, the case where the second operation button 73 is divided into four as a circular ring shape is shown, but the present invention is not limited to this.
For example, as a second operation button 73A shown in FIG. 10A, a rectangular frame shape can be divided into four.
Further, like the second operation button 73B shown in FIG. 10B, the circular ring shape can be divided into, for example, six parts according to the number of light distribution modes.
Furthermore, it can be a dial type like a second operation button 73C shown in FIG.

DESCRIPTION OF SYMBOLS 10 Remote control for lighting fixtures 13 Lighting fixtures 71 Operation surface 72, 72A, 72B, 72C, 72D 1st operation button 721 Upper part 722 Lower part 73 2nd operation button 74 3rd operation button 751 Light extinction mode button 752 Nightlight mode button 753 Hand light mode Button 754 Good night mode button 76 LCD

Claims (8)

Attached to the surface to be mounted, light control, color control including direct illumination of the surface to be irradiated and indirect illumination of at least one of the surface to be mounted and the wall surface adjacent to the surface to be mounted are possible. There, and by sending an operation signal from the luminaire for the remote control is freely portable, the dimming control, the light distribution control including the light distribution switching, and at least one of said tone color control can be remotely operated A luminaire remote control of the luminaire that is possible ,
A plurality of operation buttons provided on the operation surface, which is the surface of the casing of the luminaire remote controller, are classified into three categories according to high usage frequency, medium usage, and low usage. The first layer is used, the medium usage frequency is the second layer, the low usage frequency is the third layer, and the operation buttons belonging to the first layer among the plurality of operation buttons are for dimming control. Set a button, set a light distribution control button as an operation button belonging to the second hierarchy, set a toning control button as an operation button belonging to the third hierarchy,
The light control button is disposed in the center of the operation surface,
Assuming a first circle that houses the dimming control button, assuming a second circle that has the same center as the first circle and a larger diameter than the first circle, The light distribution control button is arranged in a region in the second circle around the first circle,
When assuming a third circle having the same center as the first circle and the second circle and having a diameter larger than that of the second circle, the toning control button is set to the second circle. The remote control for lighting fixtures arranged in an area within the third circle around the circle . In the remote control for lighting fixtures of Claim 1,
The operation signal is transmitted from the front end of the remote control for lighting equipment,
The light distribution control button is:
A first button for setting a normal mode for performing both direct illumination of the illuminated surface and indirect illumination of at least one of the attached surface and the wall surface;
A second button for setting a study mode for performing only direct illumination of the irradiated surface;
A third button for setting a relaxation mode, which performs only indirect illumination around both the mounted surface and the wall surface;
A fourth button for setting the theater mode, which performs only indirect illumination around the wall;
Have
The first button that is considered to be most frequently used among the first button to the fourth button is the front end side in the region within the second circle around the first circle. Remote control for lighting equipment placed in In the remote control for lighting fixtures of Claim 1 or Claim 2,
The light distribution state of the lighting fixture is stored in association with the light control state and the color adjustment state, and the next light distribution of the lighting fixture is based on the stored information at the next use of the lighting fixture. Remote control for lighting equipment that reproduces the dimming state and toning state in the state . In the remote control for lighting fixtures of Claim 1 ,
A remote control for a lighting fixture , wherein the light color of the lighting fixture is continuously variable between white and a light bulb color by the color control button . In the remote control for lighting fixtures of any one of Claims 1 thru | or 4 ,
The operation signal is transmitted from the front end of the remote control for lighting equipment,
On or off the third circle on the operation surface , on the rear end side that is the end opposite to the front end, a light-off mode button that turns off all light sources, part or all Illuminator further arranging at least one operation button among a night light mode button for turning on the light source of the light source at a low luminous flux, a hand light mode button for illuminating an arbitrary place, and a night mode button for turning off all the light sources after a certain time Remote control. In luminaire remote control according to any one of claims 1 to 5, the operation surface, the current light distribution state luminaires that Table radical 113 are provided to display of the luminaire Remote control. It met remote control lighting apparatus according to claim 6,
When the dimming state or toning state of the luminaire is changed after the lighting is started, information after the change is stored, and in addition to the current light distribution state , the current dimming state is stored in the display unit. A remote control for lighting equipment that displays the light state or toning state . Attached to the surface to be mounted, light control, direct illumination on the surface to be irradiated, and light distribution control including indirect illumination of at least one of the surface to be mounted and the wall surface, color control can be performed, and are portable By transmitting an operation signal from a remote controller for a lighting fixture, it is possible to remotely control at least one of the light control, the light distribution control including light distribution switching, and the color control . a the lighting equipment for the remote control,
A plurality of operation buttons provided on the operation surface which is the surface of the housing of the lighting fixture remote control are classified into three categories and hierarchized,
Assuming three concentric circles corresponding to each of the three sections and having the same center, each of the plurality of operation buttons hierarchized into the three sections is changed to each operation of the three concentric circles. A concentric circle corresponding to a hierarchy of buttons, and a dimming control button for the dimming control is arranged at the center of the three concentric circles;
And the remote control for lighting fixtures that the brightness increases when the upper part is pressed from the center part of the light control button, and the brightness decreases when the lower part is pressed from the center part.

Images