JP3223902U - Lighting device and lighting remote control system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a lighting device and a lighting remote control system capable of changing to the same lighting mode even if the lighting mode is different from other lighting devices. A lighting device includes a receiving unit that can receive a first signal S1 and a second signal S2 different from the first signal, a first light source unit 130 that can be lit in a plurality of lighting patterns, and a second light source. Unit 140 and control unit 120. Each time the control unit 120 receives the first signal S1 via the receiving unit 110, the control unit 120 lights at least the first light source unit 130 by sequentially switching a plurality of lighting patterns. In addition, when the control unit 120 receives the second signal S2 via the receiving unit while the first light source unit 130 is turned on, the control unit 120 turns off the first light source unit 130, while setting the second light source unit 140 in the synchronization lighting pattern. It is designed to light up. [Selection] Figure 1

Description

The present invention relates to a lighting device and a lighting remote control system.

  Conventionally, there is one used by lighting a plurality of lighting devices at the same time (see Patent Document 1). This illuminating device is a polyhedron and includes a light source provided for each surface and a control unit. The control part of each illuminating device makes it light with the lighting effect and pattern (henceforth lighting mode) which change the light source for every surface synchronously.

Utility Model Registration No. 3109903

  When at least one of the plurality of lighting devices fails to synchronize and the lighting mode differs from the other lighting devices, the lighting modes of all the lighting devices cannot be made uniform.

  The present invention provides a lighting device and a lighting remote control system that can be changed to the same lighting mode even if the lighting mode differs from other lighting devices.

  In order to solve the above-described problem, a lighting device according to an aspect of the present invention includes a receiving unit capable of receiving a first signal and a second signal different from the first signal, and a first light source capable of lighting with a plurality of lighting patterns. Unit, a second light source unit, and a control unit. The control unit is configured to light at least the first light source unit by sequentially switching a plurality of lighting patterns each time the first signal is received via the receiving unit. Further, when the control unit receives the second signal via the receiving unit while the first light source unit is turned on, the control unit turns off the first light source unit, and turns on the second light source unit with a lighting pattern for synchronization. ing.

  In the case where there are a plurality of illumination devices in such a manner and the first light source unit of the plurality of illumination devices is lit in any one of the plurality of lighting patterns, the control unit of the plurality of illumination devices receives the first signal. Is received via the receiving unit, the control unit of the plurality of lighting devices turns on the first light source unit with the next lighting pattern of the plurality of lighting patterns, but at least one lighting device of the plurality of lighting devices When the first control unit cannot receive the first signal, the lighting pattern (one of the plurality of lighting patterns) of the first light source unit of at least one lighting device and the lighting of the first light source unit of the remaining lighting devices The pattern (another one of the plurality of lighting patterns) is different. However, if the control unit of the plurality of lighting devices receives the second signal via the receiving unit while the first light source unit is turned on, the control unit turns off the first light source unit, while the second light source unit is turned on with a synchronization lighting pattern. By turning on the light, the lighting modes can be aligned again.

  The control unit may turn on the second light source unit in a synchronous lighting pattern when receiving the second signal via the receiving unit while the first light source unit is turned off.

  When the control unit receives the first signal via the receiving unit while the second light source unit is turned on, the control unit turns off the second light source unit, while the first light source unit is turned on by the first lighting pattern among the plurality of lighting patterns. It may be lit.

  The control unit turns off the first light source unit when receiving the first signal through the receiving unit when the first light source unit is lit with the last lighting pattern among the plurality of lighting patterns. When the first signal is received via the receiving unit when the light source unit is turned off, the first light source unit may be turned on with the first lighting pattern among the plurality of lighting patterns.

  The control unit may turn off the second light source unit when receiving the second signal through the receiving unit while the second light source unit is turned on.

  A lighting device according to another aspect of the present invention includes a receiving unit capable of receiving a first signal and a second signal different from the first signal, a light source unit capable of lighting with a plurality of lighting patterns and a synchronous lighting pattern, and a control unit. And. Each time the control unit receives the first signal via the receiving unit, at least the light source unit is turned on by sequentially switching a plurality of lighting patterns. In addition, when the control unit receives the second signal via the receiving unit while the light source unit is lit in any one of the plurality of lighting patterns, the control unit is configured to light the light source unit with the synchronization lighting pattern.

  In the case where there are a plurality of illumination devices in such a manner and the light source units of the plurality of illumination devices are lit in any one of a plurality of lighting patterns, the control units of the plurality of illumination devices receive the first signal. When the control unit of the plurality of lighting devices is turned on, the control unit of the plurality of lighting devices turns on the light source unit with the next lighting pattern of the plurality of lighting patterns. When the first signal is not received, the lighting pattern of the light source unit of at least one lighting device (one of the plurality of lighting patterns) and the lighting pattern of the light source unit of the remaining lighting devices (of the plurality of lighting patterns) Is different from other one). However, the control unit of the plurality of lighting devices, when the second signal is received through the receiving unit while the light source unit is lit in any one of the plurality of lighting patterns, by lighting the light source unit in the synchronous lighting pattern, The lighting modes can be aligned again.

  The control unit may turn on the light source unit in a synchronous lighting pattern when receiving the second signal via the receiving unit while the light source unit is turned off.

  When the control unit receives the first signal via the receiving unit while the light source unit is lit with the synchronization lighting pattern, the control unit is configured to light the light source unit with the first lighting pattern among the plurality of lighting patterns. Also good.

  The control unit turns off the light source unit when receiving the first signal through the receiving unit when the light source unit is turned on with the last lighting pattern of the plurality of lighting patterns, and the first signal is turned off when the light source unit is turned off. When one signal is received through the receiving unit, the light source unit is preferably turned on with the first lighting pattern among the plurality of lighting patterns.

  The control unit may be configured to turn off the light source unit when receiving the second signal through the receiving unit while the light source unit is lit in the synchronous lighting pattern.

  The illumination remote control system according to one aspect of the present invention includes the plurality of illumination devices according to any one of the above aspects. The plurality of lighting patterns of the plurality of lighting devices are common. The switching order of the plurality of lighting patterns is the same.

  The first light source unit of at least one lighting device among the plurality of lighting devices is lit with any one lighting pattern among the plurality of lighting patterns, while the first light source unit of the remaining lighting devices has a plurality of lighting patterns. In the case of lighting with a lighting pattern different from one of the lighting patterns, when the control unit of the plurality of lighting devices receives the second signal via the receiving unit, the first light source unit is turned off, It is preferable to turn on the two light source units.

  When the first light source unit of at least one of the plurality of lighting devices is turned off and the first light source unit of the remaining lighting devices is turned on in any of a plurality of lighting patterns, at least one When the control units of the two lighting devices receive the second signal via the receiving unit, the second light source unit is turned on, and the remaining lighting device control units receive the second signal via the receiving unit. The first light source unit is turned off while the second light source unit is turned on.

  The light source unit of at least one lighting device among the plurality of lighting devices is lit with any one lighting pattern among the plurality of lighting patterns, while the light source unit of the remaining lighting devices is one of the plurality of lighting patterns. When the lighting unit is lit with a lighting pattern different from the one lighting pattern, when the control unit of the plurality of lighting devices receives the second signal via the receiving unit, the light source unit is lit with the synchronous lighting pattern. Good to be.

  Control of at least one lighting device when the light source unit of at least one of the plurality of lighting devices is turned off while the light source unit of the remaining lighting devices is turned on in any of a plurality of lighting patterns When the unit receives the second signal via the receiving unit, the light source unit is turned on in the synchronous lighting pattern, and the remaining lighting device control units receive the second signal via the receiving unit. Then, it is preferable that the light source unit is lit with a synchronous lighting pattern.

  The illumination remote control system further includes a remote control having a first operation unit and a second operation unit. The remote controller transmits a first signal to the plurality of lighting devices when the first operation unit is operated for input, and transmits a second signal to the plurality of lighting devices when the second operation unit is operated for input. It has become.

It is explanatory drawing of the illumination remote control system which concerns on Example 1 of this invention. It is a flowchart of the program processed by the control part of the illuminating device of the said illumination remote control system. It is explanatory drawing of the illumination remote control system which concerns on Example 2 of this invention. It is a flowchart of the program processed by the control part of the illuminating device of the said illumination remote control system.

  Hereinafter, a first embodiment of the present invention and a design variation thereof will be described. It should be noted that the constituent elements of the embodiments and design modification examples described later can be combined with each other as long as they do not contradict each other. In addition, materials, shapes, dimensions, numbers, arrangements, and the like that constitute each component in each aspect and design modification of the examples described later are examples, and are arbitrary as long as the same function can be realized. It is possible to change the design.

  Hereinafter, an illumination remote control system (hereinafter also simply referred to as a system) according to Embodiment 1 of the present invention will be described with reference to FIG. This system includes a remote control device 10 for operation (hereinafter also referred to as a remote control device 10) and a plurality of lighting devices 100. In addition, in FIG. 1, although the three illuminating devices 100 are illustrated, it is not limited to this.

  The remote control device 10 includes a first operation unit 10a, a second operation unit 10b, a signal output unit 11, and a control unit (not shown). The first operation unit 10a and the second operation unit 10b are a push switch such as a tactile switch, a touch switch, or the like. When the first operation unit 10a is operated, a first operation signal is output from the first operation unit 10a to the control unit. When the second operation unit 10b is operated, a second operation signal is output from the second operation unit 10b to the control unit. The signal output unit 11 is an infrared light emitting element, and can output a pulse phase modulation signal (PPM signal) in which a bit value is represented by a combination of the length of time during which the infrared light is turned on and off. The control unit includes a logic circuit such as an IC or software processed by a processor. The control unit controls the signal output unit 11 according to the input of the first operation signal, causes the signal output unit 11 to output the first signal S1 which is a PPM signal indicating the first bit value, and performs the second operation. In response to the input of the signal, the signal output unit 11 is controlled to cause the signal output unit 11 to output a second signal S2 which is a PPM signal indicating a second bit value different from the first signal S1.

  The plurality of lighting devices 100 have the same configuration, and include a receiving unit 110, a control unit 120, a first light source unit 130, a second light source unit 140, and a power source unit (not shown).

  The receiving unit 110 is a light receiving element that receives the first signal S1 and the second signal S2, and outputs an electrical signal to the control unit 120 in accordance with the first signal S1 and the second signal S2. Hereinafter, for convenience of explanation, the receiving unit 110 receives the first signal S1, and an electronic signal output to the control unit 120 according to the first signal S1 is referred to as a first reception signal, and the second signal S2 is received. The electronic signal output to the control unit 120 in response to the second signal S2 is referred to as a second reception signal.

  The first light source unit 130 includes one or a plurality of light emitting diodes (LEDs). The second light source unit 140 includes one or a plurality of light emitting diodes (LEDs). Power is supplied from the power supply unit to the receiving unit 110, the control unit 120, the first light source unit 130, and the second light source unit 140.

  The control unit 120 includes a logic circuit such as an IC or software processed by a processor. The control unit 120 is configured to turn on the first light source unit 130 by sequentially switching a plurality of lighting patterns each time the first reception signal is input. For example, the control unit 120 includes a PWM control circuit or PWM control software, and each time a first reception signal is input, the duty ratio of the PWM signal is sequentially changed, and the PWM signal is changed to the first light source. The light is output to one or a plurality of light emitting diodes of the unit 130 and lit. Information on the duty ratio of the PWM signal for one or a plurality of light emitting diodes of the first light source unit 130 and information on the order of changing the duty ratio of the PWM signal are recorded in a memory in the control unit 120. It is referenced whenever one received signal is input. The luminance of one or more light emitting diodes of the first light source unit 130 changes according to the duty ratio of the PWM signal. As described above, the plurality of lighting patterns of the first light source unit 130 are sequentially switched by the change in the luminance of the one or more light emitting diodes of the first light source unit 130. When there are a plurality of light emitting diodes of the first light source unit 130, the duty ratio of the PWM signal for each light emitting diode may be the same or different.

  When the second reception signal is input while the first light source unit 130 is turned on, the control unit 120 turns off the first light source unit 130 (turns off the PWM signal output to the first light source unit 130). The 2nd light source part 140 is made to light by the lighting pattern for a synchronization. In addition, when the second reception signal is input while the first light source unit 130 is turned off, the control unit 120 turns on the second light source unit 140 with a synchronous lighting pattern. In any case, the control unit 120 outputs a PWM signal having a predetermined duty ratio corresponding to the lighting pattern for synchronization to the one or a plurality of light emitting diodes of the second light source unit 140 to light them. And good. Information on the predetermined duty ratio is also recorded in the memory in the control unit 120, and is referred to whenever the second reception signal is input by the control unit 120. When there are a plurality of light emitting diodes of the second light source unit 140, the duty ratio of the PWM signal for each light emitting diode may be the same or different.

  The plurality of lighting patterns of the first light source units 130 of the plurality of lighting devices 100 are common, and the switching order of the plurality of lighting patterns is the same. The synchronous lighting patterns of the second light source units 140 of the plurality of lighting devices 100 are common. The lighting pattern for synchronization of the second light source unit 140 (the duty ratio of the PWM signal with respect to one or a plurality of light emitting diodes of the second light source unit 140) is the plurality of lighting patterns of the first light source unit 130 (the first light source unit in each pattern). 130 may be different from the duty ratio of the PWM signal with respect to one or a plurality of light emitting diodes 130, and may be any one of the plurality of lighting patterns of the first light source unit 130 (the first in any one lighting pattern). The duty ratio of the PWM signal for one or more light emitting diodes of the light source unit 130 may be the same. In the first embodiment, the lighting pattern of the second light source unit 140 is different from the plurality of lighting patterns of the first light source unit 130, and there are a plurality of light emitting diodes of the second light source unit 140, and each light emitting diode is different. Lighting control is performed with a PWM signal having a duty ratio, and the brightness and / or blinking interval of each light emitting diode is different, so that the second light source unit 140 is lit with a lighting pattern in which a flame flickers.

  The control unit 120 turns off the first light source unit 130 when the first reception signal is input while the first light source unit 130 is turned on with the last lighting pattern among the plurality of lighting patterns. The output of the PWM signal to the one light source unit 130 may be turned off). In addition, when the first reception signal is input when the first light source unit 130 is turned off, the control unit 120 refers to the information in the memory and turns on the first light source unit 130 for the first time among a plurality of lighting patterns. It may be designed to light up with a pattern.

  When the second reception signal is input while the second light source unit 140 is turned on, the control unit 120 turns off the second light source unit 140 (turns off the PWM signal output to the second light source unit 140). It may be.

  Hereinafter, an example of a control program processed by the control unit 120 of each lighting device 100 will be described in detail with reference to FIG. FIG. 2 shows a flowchart of the control program. Here, for convenience of explanation, it is assumed that the plurality of lighting patterns of the first light source unit 130 are the first lighting pattern (first lighting pattern) and the second lighting pattern (last lighting pattern) having a higher luminance than this. However, the present invention is not limited to this.

  When the first reception signal is input to the control unit 120 (S1), the control unit 120 counts its internal counter to “1”. This is information regarding the order of changing the duty ratio of the PWM signal. The control unit 120 refers to the internal counter “1”, determines that the first light source unit 130 is not lit in the second lighting pattern (S2), and determines the first counter in the memory according to “1” of the internal counter. The PWM signal is generated at the duty ratio corresponding to the first lighting pattern based on the information with reference to the information regarding the duty ratio of the PWM signal corresponding to one lighting pattern, and the PWM signal is used as one of the first light source unit 130 or It outputs with respect to a some light emitting diode, and it makes it light by a 1st lighting pattern (S3).

  Thereafter, the control unit 120 determines whether or not the second received signal is input (S4). As a result, when it is determined that the second received signal has not been input, the control unit 120 returns to the process of S1. In S <b> 1, when the first reception signal is input to the control unit 120, the control unit 120 counts the internal counter to “2”. The control unit 120 refers to the internal counter “2” to determine that the first light source unit 130 is not lit in the second lighting pattern (S2), and in accordance with “2” of the internal counter, The PWM signal is referenced at a duty ratio corresponding to the second lighting pattern (a duty ratio different from the duty ratio corresponding to the first lighting pattern) based on the information with reference to the information regarding the duty ratio of the PWM signal corresponding to the two lighting patterns. The PWM signal is output to one or a plurality of light emitting diodes of the first light source unit 130 to be lit in the second lighting pattern (S3). Thereafter, when it is determined in S4 that the second received signal has not been input, the control unit 120 returns to the process of S1. In S <b> 1, when the first reception signal is input to the control unit 120, the control unit 120 counts the internal counter to “3”. The control unit 120 refers to the internal counter “3”, determines that the first light source unit 130 is being lit in the second lighting pattern (S2), turns off the first light source unit 130 (S5), and the internal counter. Is reset and the process returns to S1. As described above, each time the first reception signal is input (that is, every time the first signal S1 is received), the first light source unit 130 is turned on with the first lamp pattern, and the first light source unit 130 is turned on. The lighting with the two-light pattern and the turning off of the first light source unit 130 are sequentially repeated.

  In S4 (when the first light source unit 130 is turned on with the first or second lamp pattern), when determining that the second received signal is input, the control unit 120 turns off the first light source unit 130 (S6). On the other hand, the PWM signal is generated with a predetermined duty ratio corresponding to the lighting pattern for synchronization with reference to the internal memory, and the PWM signal is output to one or more light emitting diodes of the second light source unit 140 for synchronization. The lighting pattern is turned on (S7).

  Thereafter, the control unit 120 determines whether or not the second received signal is input (S8). As a result, when it is determined that the second received signal is input, the second light source unit 140 is turned off (S9), the internal counter is reset, and the process returns to S1. On the other hand, when it is determined that the second received signal has not been input, the lighting of the synchronization lighting pattern of the second light source unit 140 is continued. And it is judged whether the 1st received signal was inputted (S10). As a result, if it is determined that the first reception signal has been input, the internal counter is reset, the internal counter is counted to “1”, and the process returns to S2. As described above, when the first received signal is input to the control unit 120 while the second light source unit 140 is lit (S10), the first light source unit 130 is lit in the first lighting pattern based on the internal counter “1”. (S3).

  In S1, when the first received signal is not input to the control unit 120 and the second received signal is input (S11), the control unit 120 refers to the internal counter and the first light source unit 130 is being lit. It is determined whether or not there is (S12). As a result, when it is determined that the internal counter is “1” or “2” and the first light source unit 130 is turned on, the control unit 120 proceeds to the process of S6. On the other hand, when the internal counter is “3” and it is determined that the first light source unit 130 is not lit, the control unit 120 proceeds to the process of S7. In S1, when the first reception signal is not input to the control unit 120 and the second reception signal is not input (S11), the control unit 120 returns to the process of S1.

  Hereinafter, a method of using the illumination remote control system having the above-described configuration will be described. When the first operation unit 10a of the remote control device 10 is operated, the first signal S1 is output from the remote control device 10. When the plurality of lighting devices 100 receive the first signal S1 via the receiving unit 110, the first light source units 130 of the plurality of lighting devices 100 are lit in the first lamp pattern. When the first operation unit 10a of the remote control device 10 is operated again, the first signal S1 is output from the remote control device 10. When the plurality of lighting devices 100 receive the first signal S1 via the receiving unit 110, the first light source units 130 of the plurality of lighting devices 100 are lit in the second lamp pattern. When the first operation unit 10a of the remote control device 10 is operated again, the first signal S1 is output from the remote control device 10. When the plurality of lighting devices 100 receive the first signal S1 via the receiving unit 110, the first light source units 130 of the plurality of lighting devices 100 are turned off. Thus, whenever the 1st operation part 10a of the remote control apparatus 10 is operated, the some illuminating device 100 turns on with the 1st lamp pattern of the 1st light source part 130, and the 2nd lamp pattern of the 1st light source part 130 is. The turning on and the turning off of the first light source unit 130 are sequentially repeated.

  Temporarily, at least one lighting device 100 of the plurality of lighting devices 100 fails to receive the first signal S1, and the first light source unit 130 of at least one lighting device 100 is lit in the first lighting pattern, The 1st light source part 130 of the remaining illuminating devices 100 may light with a 2nd lighting pattern.

  However, when the second operation unit 10b of the remote control device 10 is operated and the second signal S2 is output from the remote control device 10 while the first light source units 130 of the multiple lighting devices 100 are turned on, the multiple lighting devices 100 are output. Receives the second signal S2 via the receiving unit 110, turns off the first light source unit 130 of the plurality of lighting devices 100, and turns on the second light source unit 140 with a lighting pattern for synchronization. Thereby, the lighting pattern of the some illuminating device 100 can be arrange | equalized with the lighting pattern for a synchronization of the 2nd light source part 140. FIG. Thereafter, each time the first operation unit 10a of the remote control device 10 is operated and the first signal S1 is output from the remote control device 10, the first light source units 130 of the plurality of lighting devices 100 are set in the first and second lighting patterns. It can be lit in sequence.

  Also, if at least one of the plurality of lighting devices 100 fails to receive the first signal S1, the first light source unit 130 of at least one lighting device 100 is turned off, and the remaining lighting devices There are cases where 100 first light source units 130 are lit in the first or second lighting pattern.

  However, while the first light source unit 130 of the remaining lighting device 100 is turned on and the first light source unit 130 of at least one lighting device 100 is turned off, the second operation unit 10b of the remote control device 10 is operated, and the remote control device 10 is operated. When the second signal S2 is output from the second lighting device 100, the remaining lighting device 100 receives the second signal S2 via the receiving unit 110 and turns off the first light source unit 130 of the remaining lighting device 100, while the second signal S2 is output. The light source unit 140 is turned on in the synchronization lighting pattern, and at least one lighting device 100 receives the second signal S2 via the receiving unit 110, and synchronizes the second light source unit 140 of the at least one lighting device 100. Use the lighting pattern for lighting. Thereby, the lighting pattern of the some illuminating device 100 can be arrange | equalized with the lighting pattern for a synchronization of the 2nd light source part 140. FIG. Thereafter, each time the first operation unit 10a of the remote control device 10 is operated and the first signal S1 is output from the remote control device 10, the first light source units 130 of the plurality of lighting devices 100 are set in the first and second lighting patterns. It can be lit in sequence.

  A lighting remote control system (hereinafter also simply referred to as a system) according to Embodiment 2 of the present invention will be described below with reference to FIG. In the system according to the second embodiment, the configuration of the control unit 120 ′ of the plurality of lighting devices 100 ′ is different from the configuration of the control unit 120 of the plurality of lighting devices 100 according to the first embodiment, and the plurality of lighting devices 100 ′ are different. The system differs from the system of the first embodiment in that the second light source unit 140 is not provided. Hereinafter, only the difference will be described in detail, and the description overlapping the description of the system of the first embodiment in the description of the system of the second embodiment will be omitted. In FIG. 3, three illumination devices 100 ′ are illustrated, but the present invention is not limited to this.

  The control unit 120 ′ is configured by a logic circuit such as an IC or software processed by a processor. Similar to the control unit 120, the control unit 120 'turns on the first light source unit 130 by sequentially switching a plurality of lighting patterns each time a first reception signal is input. The plurality of lighting patterns of the first light source units 130 of the plurality of lighting devices 100 ′ are common, and the switching order of the plurality of lighting patterns is the same.

  In addition, when the second reception signal is input while the first light source unit 130 is turned on in any of a plurality of lighting patterns, the control unit 120 ′ turns on the first light source unit 130 with the lighting pattern for synchronization. It has become. In addition, when the second received signal is input while the first light source unit 130 is turned off, the control unit 120 ′ turns on the first light source unit 130 with a synchronous lighting pattern. In any case, the control unit 120 ′ outputs a PWM signal having a predetermined duty ratio corresponding to the synchronous lighting pattern to the one or more light emitting diodes of the first light source unit 130 to light them. Good to be. The lighting pattern for synchronization of the first light source unit 130 (the duty ratio of the PWM signal to this) may be different from the plurality of lighting patterns of the first light source unit 130 (the duty ratio of the PWM signal to the light emitting diode in each pattern). However, it is the same as any one of the plurality of lighting patterns of the first light source unit 130 (the duty ratio of the PWM signal with respect to one or a plurality of light emitting diodes of the first light source unit 130 in any one lighting pattern). May be. When there are a plurality of light emitting diodes of the first light source unit 130, the duty ratio of the PWM signal corresponding to the synchronization lighting pattern for each light emitting diode may be the same or different. The lighting pattern for synchronization of the first light source units 130 of the plurality of lighting devices 100 ′ is common.

  In addition, when the first reception signal is input while the first light source unit 130 is lit in the synchronous lighting pattern, the control unit 120 ′ refers to the information in the memory of the control unit 120 ′ and refers to the information in the first light source unit 130. May be lit with the first lighting pattern of the plurality of lighting patterns. When the second received signal is input while the first light source unit 130 is lit in the synchronous lighting pattern, the control unit 120 ′ turns off the first light source unit 130 (outputs the PWM signal to the first light source unit 130). It may be turned off).

  When the first reception signal is input while the first light source unit 130 is turned on with the last lighting pattern among the plurality of lighting patterns, the control unit 120 ′ turns off the first light source unit 130 ( The output of the PWM signal to the first light source unit 130 may be turned off). In addition, when the first reception signal is input when the first light source unit 130 is turned off, the control unit 120 ′ refers to the information in the memory of the control unit 120 ′ to change the first light source unit 130 to a plurality of lighting patterns. You may be made to light by the first lighting pattern of them.

  Hereinafter, an example of a control program processed by the control unit 120 ′ of each lighting device 100 ′ will be described in detail with reference to FIG. 4. FIG. 4 shows a flowchart of the control program. Also here, for convenience of explanation, it is assumed that the plurality of lighting patterns of the first light source unit 130 are the first lighting pattern (first lighting pattern) and the second lighting pattern (last lighting pattern) having higher luminance than this. However, the present invention is not limited to this.

  Since S1 to S5 of the control program of FIG. 4 are the same as S1 to S5 of the control program of FIG. 2, the description thereof is omitted.

  In S4 (while the first light source unit 130 is turned on with the first or second lamp pattern), when the control unit 120 ′ determines that the second received signal has been input, the synchronization light is turned on with reference to the internal memory. A PWM signal is generated with a duty ratio corresponding to the pattern, and the PWM signal is output to one or a plurality of light emitting diodes of the first light source unit 130 to be lit in a synchronous lighting pattern (S6).

  Thereafter, the controller 120 'determines whether or not the second received signal is input (S7). As a result, if it is determined that the second received signal has been input, the control unit 120 'resets the internal counter, turns off the first light source unit 130 (S8), and returns to the process of S1. On the other hand, when it is determined that the second received signal has not been input, the lighting of the first light source unit 130 in the synchronous lighting pattern is continued. Then, the control unit 120 'determines whether or not the first reception signal is input (S9). As a result, if it is determined that the first reception signal has been input, the control unit 120 'resets the internal counter, counts the internal counter by "1", and returns to the process of S2. As described above, when the first received signal is input to the control unit 120 ′ while the first light source unit 130 is lit in the synchronous lighting pattern (S9), the control unit 120 ′ is based on the internal counter “1”. Then, the first light source unit 130 is turned on with the first lighting pattern (S3).

  In S1, when the first received signal is not input to the control unit 120 ', when the second received signal is input (S10), the control unit 120' proceeds to the process of S6. In other words, when the second received signal is input while the first light source unit 130 is lit in the first or second lighting pattern (S10), the control unit 120 ′ causes the first light source unit 130 to be turned on for the synchronization lighting pattern. Is lit (S6). When the second received signal is input while the first light source unit 130 is turned off (S10), the control unit 120 'turns on the first light source unit 130 with a synchronous lighting pattern (S6). In S1, when the first reception signal is not input to the control unit 120 'and the second reception signal is not input (S10), the control unit 120' returns to the process of S1.

  Hereinafter, a method of using the illumination remote control system having the above-described configuration will be described. In this system, similar to the illumination remote control system of the first embodiment, each time the first operation unit 10 a of the remote control device 10 is operated, the plurality of illumination devices 100 ′ have the first lighting pattern of the first light source unit 130. The lighting of the first light source unit 130, the lighting of the first light source unit 130 with the second lamp pattern, and the turning off of the first light source unit 130 are sequentially repeated.

  Temporarily, at least one lighting device 100 ′ among the plurality of lighting devices 100 ′ fails to receive the first signal S1, and the first light source unit 130 of at least one lighting device 100 ′ is lit in the first lighting pattern. On the other hand, the first light source unit 130 of the remaining lighting device 100 ′ may be lit in the second lighting pattern.

  However, when the second operation unit 10b of the remote control device 10 is operated and the second signal S2 is output from the remote control device 10 while the first light source unit 130 of the plurality of lighting devices 100 ′ is turned on, the plurality of lighting devices is output. 100 ′ receives the second signal S2 via the receiving unit 110, and turns on the first light source unit 130 of the plurality of lighting devices 100 ′ with a synchronous lighting pattern. Accordingly, the lighting patterns of the plurality of illumination devices 100 ′ can be aligned with the synchronization lighting patterns of the first light source unit 130. Thereafter, each time the first operation unit 10a of the remote control device 10 is operated and the first signal S1 is output from the remote control device 10, the first light source unit 130 of the plurality of illumination devices 100 ′ is changed to the first and second lighting patterns. Can be turned on in sequence.

  In addition, if at least one of the plurality of lighting devices 100 ′ fails to receive the first signal S1, the first light source unit 130 of at least one lighting device 100 ′ is turned off and the remaining light remains. In some cases, the first light source unit 130 of the lighting device 100 ′ is lit in the first or second lighting pattern.

  However, while the first light source unit 130 of the remaining lighting device 100 ′ is turned on and the first light source unit 130 of at least one lighting device 100 ′ is turned off, the second operation unit 10b of the remote control device 10 is operated, and the remote control When the second signal S2 is output from the device 10, the remaining lighting device 100 ′ receives the second signal S2 via the receiving unit 110, and synchronizes the first light source unit 130 of the remaining lighting device 100 ′. The at least one lighting device 100 ′ is lit with the lighting pattern, receives the second signal S2 via the receiving unit 110, and the first light source unit 130 of the at least one lighting device 100 ′ has the synchronization lighting pattern. Light up. Accordingly, the lighting patterns of the plurality of illumination devices 100 ′ can be aligned with the synchronization lighting patterns of the first light source unit 130. Thereafter, each time the first operation unit 10a of the remote control device 10 is operated and the first signal S1 is output from the remote control device 10, the first light source unit 130 of the plurality of illumination devices 100 ′ is changed to the first and second lighting patterns. Can be turned on in sequence.

  The system and the lighting device 100 described above are not limited to the above-described embodiments, and can be arbitrarily changed in design within the scope of the claims of the utility model registration. Details will be described below.

  In the present invention, the remote control device further includes a third operation unit, and when the third operation unit is operated, the first light source unit during lighting and / or the second light source unit during lighting are operated. It is possible to have a configuration in which is turned off. Or the 3rd operation part is provided in a plurality of illuminating devices, and when this 3rd operation part is operated, the 1st light source part in lighting of a plurality of illuminating devices, and / or the 2nd light source in lighting. It is possible to adopt a configuration in which the part is turned off. Note that the lighting pattern of the present invention is not limited to the difference in luminance, but is set by the difference in the blinking pattern of the first light source unit and / or the second light source unit that is lit due to a difference in duty ratio of the PWM signal. Alternatively, it may be set by a combination of a flashing pattern difference and a luminance difference.

10: Remote control device (remote control device)
10a: 1st operation part 10b: 2nd operation part 11: Signal output part 100, 100 ': Illumination device 110: Reception part 120, 120': Control part 130: 1st light source part 140: 2nd light source part S1: 2nd 1 signal S2: 2nd signal

Claims (15)

A receiving unit capable of receiving a first signal and a second signal different from the first signal;
A first light source unit that can be lit in a plurality of lighting patterns;
A second light source unit;
Each time the first signal is received via the receiving unit, at least the first light source unit is turned on by sequentially switching the plurality of lighting patterns, and the second signal is turned on while the first light source unit is lit. And a control unit that turns off the first light source unit and turns on the second light source unit with a synchronous lighting pattern when receiving the signal via the receiving unit. The lighting device according to claim 1.
The control unit, when receiving the second signal via the receiving unit while the first light source unit is turned off, turns on the second light source unit with the synchronization lighting pattern. The lighting device according to claim 1 or 2,
When the control unit receives the first signal via the receiving unit while the second light source unit is turned on, the control unit turns off the second light source unit, while the first light source unit is turned on in the plurality of lighting patterns. A lighting device that lights up with the first lighting pattern. The lighting device according to claim 1, 2 or 3,
When the control unit receives the first signal through the receiving unit when the first light source unit is lit with the last lighting pattern of the plurality of lighting patterns, the first light source unit If the first signal is received via the receiving unit when the first light source unit is turned off, the first light source unit is turned on with the first lighting pattern among the plurality of lighting patterns. Lighting device. The lighting device according to claim 1, 2, 3 or 4,
The said control part is an illuminating device which turns off the said 2nd light source part, if the said 2nd signal is received via the said receiving part during the lighting of the said 2nd light source part. A receiving unit capable of receiving a first signal and a second signal different from the first signal;
A light source that can be lit with a plurality of lighting patterns and a lighting pattern for synchronization;
Each time the first signal is received through the receiving unit, at least the light source unit is turned on by sequentially switching the plurality of lighting patterns, and the light source unit is lit in one of the plurality of lighting patterns. And a controller that turns on the light source with the lighting pattern for synchronization when the second signal is received via the receiver. The lighting device according to claim 6.
The said control part is an illuminating device which lights the said light source part with the said lighting pattern for a synchronization, if the said 2nd signal is received via the said receiving part while the said light source part is light extinction. The lighting device according to claim 6 or 7,
When the control unit receives the first signal through the receiving unit while the light source unit is lit in the synchronization lighting pattern, the control unit receives the light source unit with the first lighting pattern among the plurality of lighting patterns. A lighting device designed to be lit. The lighting device according to claim 6, 7 or 8,
The control unit turns off the light source unit when receiving the first signal through the receiving unit when the light source unit is lit in the last lighting pattern of the plurality of lighting patterns. An illumination device configured to turn on the light source unit with a first lighting pattern among the plurality of lighting patterns when the first signal is received via the receiving unit when the light source unit is turned off. The lighting device according to claim 6, 7, 8, or 9.
The control unit is configured to turn off the light source unit when the second signal is received via the receiving unit while the light source unit is lit in the synchronous lighting pattern. . A plurality of lighting devices according to any one of claims 1 to 5,
The first light source unit of at least one of the plurality of lighting devices is turned on with any one lighting pattern of the plurality of lighting patterns, while the first light source unit of the remaining lighting devices is turned on. In the case of lighting with a lighting pattern different from the one lighting pattern among the plurality of lighting patterns, when the control unit of the plurality of lighting devices receives the second signal via the receiving unit, An illumination remote control system configured to turn off the first light source unit and turn on the second light source unit. A plurality of lighting devices according to claim 2,
When the first light source unit of at least one of the plurality of lighting devices is turned off, and the first light source unit of the remaining lighting devices is turned on in any of the plurality of lighting patterns. The control unit of the at least one lighting device is configured to turn on the second light source unit when receiving the second signal via the receiving unit, and the control units of the remaining lighting devices are When the second signal is received via the receiving unit, the first light source unit is turned off and the second light source unit is turned on. A plurality of lighting devices according to any one of claims 6 to 10,
The light source unit of at least one of the plurality of lighting devices is lit with any one lighting pattern of the plurality of lighting patterns, while the light source unit of the remaining lighting devices is lit with the plurality of lighting devices. In the case of lighting with a lighting pattern different from the one lighting pattern among the patterns, when the control unit of the plurality of lighting devices receives the second signal via the receiving unit, the light source unit is An illumination remote control system configured to light up with the lighting pattern for synchronization. A plurality of lighting devices according to claim 7,
In the case where the light source unit of at least one of the plurality of lighting devices is turned off while the light source unit of the remaining lighting devices is turned on in any of the plurality of lighting patterns, the at least one When the control unit of one lighting device receives the second signal via the receiving unit, the light source unit is lit with the lighting pattern for synchronization, and the control unit of the remaining lighting devices is An illumination remote control system configured to light the light source unit with the synchronization lighting pattern when the second signal is received via the receiving unit. In the illumination remote control system according to any one of claims 11 to 14,
A remote controller having a first operation unit and a second operation unit;
The remote controller outputs a first signal to the plurality of lighting devices when the first operation unit is input, and outputs a second signal when the second operation unit is input. Lighting remote control system that is designed to output to.