JPH01189890A - Lighting apparatus interlocking device - Google Patents

Abstract

PURPOSE:To operate apparatuses without operating dedicated switches by interlocking the operation or stop of functions of various apparatuses with the ordinary transfer switch of lighting apparatuses. CONSTITUTION:The transfer switch 11 of lighting apparatuses used in the daily life has transfer positions to turn on two main lighting lamps, one light lamp, or an all-night lamp and turn off all lamps. On the other hand, for the lighting apparatus interlocked devices having convenient and effective functions if operat ed during the sleep of people, the clock function, wakening function, alarm function, and functions receiving the sound, light, radio waves or the like in the room and converting them into signal transmitting means such as radio waves and transmitting them to the outside are conceivable. To utilize these functions during the sleep, the position of the switch 11 to turn on the all-night lamp can be utilized. A lighting apparatus interlocked device connected to an all-night lamp socket 4 or the dedicated terminal and interlocked with the switch 11 is obtained.

Description

DETAILED DESCRIPTION OF THE INVENTION This invention provides a night light socket (4) provided in a lighting device, or a dedicated terminal (45) provided in the lighting device to connect to a part of the function or This relates to a lighting equipment interlocking device that links all of the lighting equipment with the changeover switch (11) of the lighting equipment.

Conventionally, other than devices that are meaningful to be used in combination, it is generally necessary to operate a dedicated switch for that device to start or stop the device, and it is difficult to operate or stop the device every day. In the case of a device that is to be stopped, the switch must be operated every day, and it may be difficult to operate the switch, which is inconvenient.

In addition, for people who do not have the habit of turning on the night light provided in the lighting equipment when going to bed, the night light is not only unnecessary, but also requires one unnecessary switch operation every day.

In addition, in order to look at the time on a clock while sleeping, you have to turn your head in the direction of the clock or sit up, and in order to look at the time in a dark room, However, it was very troublesome to do these operations in the middle of going to bed.

It was also possible to install a clock on the ceiling so that you could read the time while lying down, but it was inconvenient to install and it was difficult to turn on and off the lights on the clock display board. It was also inconvenient.

Further, when using a clock that projects the time on an object and projecting the time on a ceiling or the like, it is difficult to obtain a clear image because it is far away from the floor or desk.

In addition, it is a hassle to have to operate the alarm clock every day to activate or cancel the alarm function, and there is also the problem of forgetting to turn on the alarm clock.

You can also wake up a sleeping person by shining the light from a condensing light into their eyes.
Alternatively, when making a notification, if the light is irradiated from the floor or a desk, etc., the light will be emitted from an angle, and depending on the direction of the person's face, the light may not hit, and the light may hit people other than the intended person. there were.

In addition, fire alarms, security alarms, etc. prevent false alarms caused by various heat sources caused by various human activities or human movements, and also increase the sensitivity of the sensing part of the alarm to prevent human In order to ensure safety while sleeping, when there is no protection against natural disasters or crimes, it is desirable to operate fire alarms or crime prevention alarms only while sleeping. The switch had to be operated every day, which was troublesome and had the disadvantage of forgetting to operate the switch.

In addition, it was desirable for fire alarms to be able to detect heat and smoke early, and for crime prevention alarms to be installed on the ceiling in the center of the room where there is no blind spot for intruders. The electrical wiring was inconvenient.

Additionally, it was desirable to install a device that receives sound, light, radio waves, etc. in the room and sends it to other places via radio waves, etc. on the ceiling in the center of the room, but it is difficult to install it or operate the switch. It was inconvenient.

The present invention has been made in view of the above points.

The present invention enables or stops the functions of various appliances in conjunction with a changeover switch provided in the lighting appliance for the purpose of switching between main lighting, night lamps, and all lights off. A device that allows you to operate various appliances by operating the conventional switching switches* and ``chi'' of lighting appliances that are used in everyday life, without having to operate special switches for operating other appliances. It is.

The lighting fixture interlocking device will be described below.

FIG. 1 is a perspective view of the lighting fixture interlocking device of the first invention connected to a night light socket (4) of a lighting fixture;
This is an electrical circuit diagram in which the lighting equipment interlocking device of the first invention is electrically connected to the night light socket (4) of the lighting equipment using a connector a (3) having the same structure as the base of the night light bulb,
Figure 3 shows the operation of the lighting equipment by operating the changeover switch (11) of the lighting equipment, and the lighting equipment A of the first invention.
! (a) In the switching position of the changeover switch (11) for turning on two pairs of main lighting lights or one pair of main lighting lights, the power line power source is connected to the night light socket (4). is not applied, and the function of the lighting fixture interlocking device of the first invention connected thereto does not operate.

(b) When the changeover switch (11) of the lighting equipment is operated to switch to the night light ON position, the power line power is applied to the night light socket (4), and the lighting equipment interlocking device of the first invention connected thereto functions. works.

(c) When the switch (11) of the lighting equipment is operated to switch all lights off, the power supply from the electric light line to the night light socket (4) is cut off, and the lighting of the first invention connected thereto The instrument interlocking device stops functioning.

By operating the changeover switch (11) of the lighting equipment, the above operations (a), (b), and (c) are repeated.

Therefore, since the function is activated only between the main lighting lamps being turned on and all the lights being turned off (the position where the night lights are turned on), the lighting equipment interlocking device of the first invention can be used from the time a person goes to bed until the time he or she wakes up. It is convenient to use it when it is activated, or it is good to use it for something that has a great effect.

Figure 4 is a perspective view of a lighting equipment interlocking device that uses a self-luminous display board (16) to display the time in the first embodiment of the first invention, and Figure 5 shows the mechanism. This is a diagram that combines a block diagram and an electric circuit diagram, showing an OFF meter LSI (24) for measuring time! From this, the display board drive circuit (23) is operated to display the self-luminous display board (16) [this time is displayed by luminescence].The display board drive circuit (23)
This uses a power line power source, and DC power is added to the power circuit consisting of the power transformer (18), diode B (20), and capacitor a (22), so the night light socket (4) is connected to the power line power source. Only when the clock is on, the display board drive circuit (23) operates and displays the time on the self-luminous display board (16).

On the other hand, since the clock LSI (24) is supplied with DC power from the storage battery (21), which is charged by a charging circuit consisting of a power transformer (18) and diode a (19), which uses a power line power source, The clock LSI (
24) is always active and continues to measure time.

FIG. 6 is a partial cross-sectional view of a lighting equipment interlocking device that lights a liquid crystal display panel (25) that displays the time by causing a light source (26) to emit light in the first embodiment of the first invention; The diagram is a combination of a block diagram and an electric circuit diagram showing the mechanism, and the time is displayed on the liquid crystal display board (25) by the clock LSI (24) to measure the time. A light source (26) for illuminating the display board (25).
Since the step-down alternating current of the power transformer (18) which uses the power line power source is added, the light source (26) emits light only when the power line power source is applied to the night light socket (4), and the liquid crystal display panel (25) ) to add lighting.

On the other hand, since the DC power source from the storage battery (21) is added to the watch mailer (24), the watch LSI
(24) is always active and continues to measure time.

FIG. 8(a) shows the OFF state of the second embodiment of the first invention.
This is a partial cross-sectional view of a lighting equipment interlocking device that projects the time using transmitted light that has passed through a device that displays the time. 25) The power supply for illuminating and transmitting the light from behind and projecting the transmitted light onto the ceiling or the lighting equipment body, etc., and for measuring and displaying the time, is the same as that described in the first embodiment of the first invention. Light source for projection (26) powered by storage batteries
This is a power transformer (18) [by adding a step-down AC voltage to the night light socket (4), and projecting the time by emitting light from the projection light source (26) only at the 8 temples where the electric light ♀ Senden Yubara is added to the night light socket (4). do.

Ru.

FIG. 8(b) is a partial sectional view of a lighting equipment interlocking device for projecting the Japanese temple clock on a display board using a lens, in the second embodiment of the first invention, and is a self-luminous display board ( 16) The time displayed by light emission is projected onto the ceiling etc. using lens a (28) and lens b (29) to focus the time forward.
The focus is adjusted by moving the tube (30) forward or backward, and
The power supply for the clock LSI (24) for measuring time is provided by a storage battery as described in the first embodiment of the first invention, and the display board drive circuit (23) is provided with a power supply circuit using a power line power supply. A DC power source is applied, and the night light socket (4) is operated only when the power line is connected to the night light socket (4), and the self-luminous display board (16) displays the time and projects it.

Figure 9 shows the first alarm clock which has an alarm function (31) linked to the operation of the changeover switch (11) of the lighting equipment.
1 shows a mechanism of a lighting equipment interlocking device according to a third embodiment of the invention,
This diagram is a combination of a block diagram and an electric circuit diagram, and shows an alarm function (31) that activates an alarm means (32) such as a bell at a set time. Since the DC power of the power circuit consisting of diode b (20) and capacitor a (22) is applied, the alarm function (31) operates only when the power line power is applied to the night light socket (4). When the set time comes, the alarm means (32) is activated, and when the alarm function (31) is activated and the alarm means (32) such as a bell is dimmed, the power line power source connected to the night light socket (4) is activated. When the alarm function (31) is cut off, the DC power is no longer applied to the alarm function (31), and the alarm means (32) such as a bell stops.

FIG. 10 is a perspective view of a lighting equipment interlocking device that lights up a condensing light (33) according to the fourth embodiment of the first invention and shines the light on a person's eyes as an alarm. Same as described in the third embodiment of the invention, alarm means such as a bell (32)
Instead, use a condensing light (33).

Fig. 11 is a partial sectional view of a lighting equipment interlocking device having an alarm function according to the fifth embodiment of the first invention, and Fig. 12 is a diagram combining a block diagram and an electric circuit diagram showing the mechanism. Yes, various sensors detect changes in seeding events (34)
f is converted into an electrical change, which is sent to a sensing circuit (35
), the information is transmitted to the notification means control circuit (36) that controls the notification means (37), and the notification means (37) such as a bell is activated.
18), diode a (19), and capacitor a (22
) The entire power supply is provided by the DC power supply of the power circuit consisting of the night light socket (nightlight socket), which operates only when the power line power is applied.

FIG. 13(a) shows the mechanism of a lighting equipment interlocking device consisting of a sensing part and a transmitting part according to the sixth embodiment of the first invention.
It is a diagram that combines a block diagram and an electric circuit diagram, and shows that changes in various events are converted into electrical changes by various sensors (34), which are sensed by a sensing circuit (35),
The transmitting circuit (38) is operated and the signal is sent to the capacitor b (
39) to the electrical wiring of the power line power supply, and the entire power supply is provided by the DC power of the power supply circuit using the light line power supply, and it is activated only when the light line power supply is applied to the night light socket (4).

FIG. 13(b) is a diagram combining a block diagram and an electric circuit diagram showing the mechanism of a lighting equipment interlocking device consisting of a receiver section and an alarm section according to the sixth embodiment of the first invention. A signal sent from a part of the annunciator consisting of a part and a transmitting part using the electrical wiring of the power line power source is received by the receiving circuit (40) through the capacitor b (39), and the notifying means (37) is sent. Controlling notification means control circuit (36) f
Inform them of this, activate the notification means (37) such as a bell, and
The entire power supply is provided by the DC power supply of the power supply circuit using the power line power supply, and the night light socket (4) operates only when power is applied.

FIG. 14 is a perspective view of a lighting equipment interlocking device that lights up a condensing light (33) according to the seventh embodiment of the first invention and directs the light to the eyes of a person, and the mechanism is the same as that of the first invention. This is the same as the lighting equipment interlocking device described in the fifth and sixth embodiments, and a condensing light (33) is used instead of the alarm means (37) such as a bell.

FIG. 15(a) is a combination of a block diagram and an electric circuit diagram showing the mechanism of the lighting equipment interlocking device having the function of controlling other equipment according to the eighth embodiment of the first invention. Transmission circuit (38) that sends signals to control the appliances to the electric wiring of the power line power source through capacitor b (39).
) and a power circuit that supplies power to it using a power line power source, which is applied when power line power is applied to the night light socket (4), and sends out a signal from the transmitting circuit (38) to control other appliances. .

FIG. 15(b) is a combination of a block diagram and an electric circuit diagram showing the mechanism of a lighting fixture interlocking device having a function controlled by other fixtures according to the eighth embodiment of the first invention,
A control circuit ( 41 ) to control the controlled object (42), and is activated only when the night light socket (4) is supplied with power line power.

FIG. 16 is a perspective view of the lighting equipment interlocking device according to the ninth embodiment of the first invention, and FIG. 17 is a combination of a block diagram and an electric circuit diagram showing the mechanism, and shows the sound and light in the room. , receives a signal such as a radio wave by the signal receiving means (43), transmits it to the transmitting circuit (38), converts it into a signal transmission means such as radio wave, and connects it to the power line power source through the capacitor b (39). Since the entire power supply is provided by the DC power of the power supply circuit that sends out to the electrical wiring and uses the power line power supply,
It operates only when power is applied to the night light socket (4).

FIG. 18 is a perspective view of a lighting fixture equipped with the lighting fixture interlocking device of the second invention, and FIG. 19 is a connecting tool b ( 46
) is an electrical circuit diagram in which the lighting fixture interlocking device of the third invention is connected, and FIG. 21 shows the operation of the lighting fixture by operating the changeover switch (11) of the lighting fixture, and the lighting fixture interlocking device of the third invention. (a) In the switching position of the changeover switch (11) for lighting two pairs of main lighting lights or for lighting one pair of main lighting lights, the terminal (4
5) The light line power supply is not applied to f, and the function of the lighting equipment interlocking device of the third invention connected thereto does not operate.

(b) When the switch (11) of the lighting equipment is operated to turn on the night light or to the switching position for operating the lighting equipment interlocking device of the third invention, the terminal (
45) f The light line power source is added, and the function of the lighting equipment interlocking device of the third invention connected thereto is activated.

(c) When the changeover switch (11) of the lighting equipment is set to the all-lights-off position in a conventional lighting equipment, the power supply from the power line to the terminal (45) is cut off;
The function of the lighting fixture interlocking device of the third invention connected thereto stops.

By operating the changeover switch (11) of the lighting equipment, the above operations (a), (b), and (c) are repeated.

Therefore, the function of the lighting equipment interlocking device of the third invention is activated only between the main lighting lamps being turned on and all the lights being turned off (night lamps are turned on or in a dedicated position), so the function of the lighting equipment interlocking device of the third invention is activated from the time a person goes to bed until the time he or she wakes up. It is best to use it for things that are convenient or have a great effect if it is activated for a while.

In addition, in the lighting fixture interlocking device of the second invention, the power line power is applied to the terminal (45) only when the switching position of the changeover switch (11) is the switching position for turning on the night light of the conventional lighting fixture. In addition, the terminal ( 45) It is also possible to add power to the electric light line.

Also, instead of directly applying the power to the terminal (45N),
As a structure in which a power supply circuit consisting of a power transformer, a diode, a capacitor, etc. is provided and a DC power is applied to the terminal (45), the power transformer (18), diode a (19) and Capacitor a (
22) etc. may be omitted.

By the way, (a) of FIG. 20 is a perspective view of an electrode showing an example of the terminal (45) of the lighting equipment interlocking device of the second invention.
Figure 0 (b) is a perspective view showing an example of the connector b (46) of the lighting equipment interlocking device of the third invention that is connected to the terminal (45), and the connection tool b (46) is connected to the hole of the terminal (45). It is connected by inserting the electrode of tool b (46) and twisting it, and it has a structure that does not separate even if force is applied, and electrode c is connected to electrode a (47).
(49) is also connected to electrode t) (48) and electrode d(50).
are connected to each other.

Note that the terminal (45) and the connector 1) (46) may have any structure as long as they do not come off even when force is applied.

FIG. 22 is a perspective view of a lighting equipment interlocking device that uses a self-luminous display board (16) to display the time in the first embodiment of the third invention, and FIG. 23 shows the mechanism. , is a combination of a block diagram and an electric circuit diagram, in which the display board drive circuit (23) is driven by the clock LSI (24) that measures time.
) to display the time on the self-luminous display board (16).The display board drive circuit (23) uses a power line power source, and includes a power transformer (18) and a diode b (2).
Since the DC power of the power supply circuit consisting of the terminal (45) and the capacitor a (22) is applied, the display board drive circuit (23) works only when the power line power is applied to the terminal (45), and the display board drive circuit (23) emits light. The time is displayed on the display board (16).

On the other hand, since the watch LSI (24) is supplied with DC power from a storage battery (21) that is charged by a charging circuit consisting of a power transformer (18) and a diode a (19) using a power line power source, The clock LSI (24
) is always active and continues to measure time.

FIG. 24 1 shows the light source (26) of the first embodiment of the third invention.
25 is a partial cross-sectional view of an illuminator A clock LSI (24) that measures time.
The time is displayed on the liquid crystal display board (25), and
Light source (26) for illuminating the liquid crystal display board (25))
Well, since the step-down alternating current of the power transformer (18), which is powered by the power line power source, is added, the light source (26) will emit light when the power line power source is connected to the terminal (45). Add lighting to the liquid crystal display panel (25).

On the other hand, since the DC power from the storage battery (21) is applied, the clock signal H24) always operates regardless of whether or not the power line power is applied to the terminal (45). and continues to measure the time.

FIG. 26(a) is a partial cross-sectional view of a lighting equipment interlocking device that projects the time using transmitted light that has passed through the time display in the second embodiment of the third invention, and the light emitting part is Light from a light source (26) close to a point is irradiated from behind the liquid crystal display board (2S) that displays the time and transmitted, and the transmitted light is projected onto the ceiling, etc., and also measures and displays the time. The power source for the projection is provided by a storage battery as described in the first embodiment of the third invention, and the projection light source (26) is provided with a power transformer (18).
The projection light source (26) emits light to project the time only when the power line power is applied to the terminal (45).

(b) of Section 26 (also a partial sectional view of a lighting equipment interlocking device that projects the time on a display board using a lens in the second embodiment of the third invention, and is a self-luminous display board (16 ) Check the time displayed by the light emitted from lens a (28) and lens b (28).
9) is used to focus the image forward on the ceiling, etc., and the power source of the watch mailer H24) for measuring the time is a storage battery (as described in the first embodiment of the third invention). 21) f
From this, the display board drive circuit (23) is connected to the terminal (45) by adding the DC power supply of the power supply circuit that uses the power line power supply.
The self-illuminating display board (16) is activated only when power is applied to the electric light line, and displays the time by emitting light, and projects it onto the ceiling, etc.

FIG. 27 is a block diagram and an electric circuit diagram showing the mechanism of the lighting equipment interlocking device of the third embodiment of the third invention, which has an alarm function (31) that is linked to the switch operation of the changeover switch (11) of the lighting equipment. The alarm function (31) which activates the alarm means (32) such as a bell at the set time uses a power supply transformer (18), diode B (20) and capacitor a, which uses a power line power source. Since the DC power of the power supply circuit consisting of (22) is applied, the alarm function (31) operates only when the power line power is applied to the terminal (45), and when the set time comes, the alarm function (31) is activated. 32) is activated, and when the alarm function (31) is activated and the alarm means (32) such as a bell is ringing 0 or 1, if the power from the power line connected to the terminal (45) is cut off, the alarm function (31) is activated. Function (31
), and the alarm means (32) such as a bell stops.

FIG. 28 is a perspective view of a lighting equipment interlocking device that turns on a condensing light (33) according to the fourth embodiment of the third invention and shines the light on a person's eyes as an alarm. This is the same as described in the third embodiment of the third invention, and alarm means such as a bell (3
2) Change f and use a condensing light (33).

Fig. 29 is a partial sectional view of a lighting equipment interlocking device having the function of an alarm according to the fifth embodiment of the third invention, and Fig. 30) A diagram combining a block diagram and an electric circuit diagram showing the other mechanism. Various sensors (34) detect changes in various events.
f is converted into an electrical change, which is sent to the sensing circuit (3
5), the notification means control circuit (36) which controls the notification means (37);
), and also uses a power line power source, the power transformer (18), diode a (19) and condenser a (
22) Power) The entire power supply is provided by the DC power supply of the roaring power supply circuit, and it operates only when the power line power is applied to the terminal (45).

FIG. 31(a) shows the mechanism of a lighting equipment interlocking device consisting of a sensing part and a transmitting part according to the sixth embodiment of the third invention.
This is a diagram that combines a block diagram and an electric circuit diagram, and changes in various events are converted into electrical changes by various sensors (34), which are sensed by a sensing circuit (35) and sent to a transmitter circuit. (38) and send the signal to capacitor b (3
9) through the power line to the electrical wiring of the power supply, and
The entire power supply is provided by the DC power supply of the power supply circuit using the power line power source, and the terminal (45) f operates only when the power line power source is applied.

FIG. 31(b) shows the mechanism of a lighting equipment interlocking device in which the receiving part and the notifying part are 6 according to the sixth embodiment of the third invention.
This is a diagram that combines a block diagram and an electric circuit diagram, and the signal sent from a part of the alarm consisting of a sensing part and a transmitting part using the electric wiring of the power line power source is received through capacitor b (39). The notification means control circuit (36)f which controls the notification means (37) is transmitted to the circuit (40) to operate the notification means (37) such as a bell, and
Due to the DC power supply of the power supply circuit using the power line power supply,
It operates only when the power line is connected to the terminal (45).

FIG. 32 is a perspective view of a lighting equipment interlocking device that lights up a condensing light (33) according to the seventh embodiment of the third invention and directs the light to the eyes of a person, and the mechanism is the same as that of the third invention. It is the same as described in the fifth and sixth embodiments, and the notification means such as a bell (37)
A condensing light (33) is used instead.

FIG. 33(a) is a diagram combining a block diagram and an electric circuit diagram showing the mechanism of a lighting equipment interlocking device having a function of controlling other equipment according to the eighth embodiment of the third invention. Condenser b (39) is used to control the equipment of
Transmission circuit (3
8) and a power circuit that uses a power line power source to supply power to it, and only when the light line power source is applied to the terminal (45) f, a signal is sent from the transmitting circuit (38) to control other appliances. do.

FIG. 33(b) is a combination of a block diagram and an electric circuit diagram showing the mechanism of a lighting fixture interlocking device having a function controlled by other fixtures according to the eighth embodiment of the third invention,
A control circuit (42) that receives signals sent from other appliances using the electric wiring of the power line power source through a capacitor b ('39) and receives them at a receiving circuit (40). 41) [Controls the thing to be controlled by transmitting this [42], and is powered by the DC power supply of the power supply circuit that uses the power line power source, and operates only when the power line power source is applied to the terminal (45). .

FIG. 34 is a perspective view of the lighting equipment interlocking device according to the ninth embodiment of the third invention, and FIG. 35 is a diagram combining a block diagram and an electric circuit diagram showing the mechanism, and shows the sound and light in the room. , receives a signal such as a radio wave by the signal receiving means (43), transmits it to a transmitting circuit (38), converts it into a signal transmission means such as a radio wave, and connects it to the electric wiring of the power line power source through a capacitor b (39). In addition, the entire power supply is provided by the DC power supply of the power supply circuit that uses the power line power supply, and the terminal (
45) is activated only when power line power is applied.

Note that the lighting fixture interlocking devices of the first invention and the third invention can also do the following.

A support (2) that connects the main body (1) and the connector a (3), or a support (2) that connects the main body (1) and the connector b (46), or a flexible support that can be bent freely ( 17), a support using a free joint that can be freely bent is used.

Connect the main body (1) and the connector a (3) or the main body (1) and the connector b (46) with an electric wire, and attach it to the main body (1) or the flexible support (17). With the attachment and magnet 8,
Attach it to the lighting fixture body (10), etc., or to the ceiling, etc.

To give a lighting equipment interlocking device the function of a conventional night light, or to give it the function of a night light that is darker than the conventional one and also functions as a pilot lamp.

Regardless of whether the changeover switch (11) is installed inside the lighting equipment or on the wall of the house, and regardless of whether the main lighting is a fluorescent tube or a light bulb, the night light socket ( 45) If the lighting equipment is installed, it is the lighting equipment R.
Interlocking devices can be used.

In the first embodiment, a self-luminous display board (
16) Alternatively, it is also possible to use a display board other than the crystal display board (25), or a time display whose hands move mechanically.

Furthermore, instead of measuring time using the clock LSI (24), time is measured using a transistor, an electric motor is used, or other methods are used to measure time.

Instead of the storage battery (21), a battery or a large-capacity capacitor may be used as a power source for the clock H24) for measuring time.

Further, the light source (26) for illuminating the display board may be a light bulb, a high-intensity light emitting diode, an electroluminescent light, a light emitting plastic, or other light source.

In the second embodiment, instead of the crystal display board (25) that functions as a film for projecting the time, a self-luminous display board (16) T Instead, a combination of a display board that does not emit light and a light source for illumination is used.

In the third embodiment, the alarm function (31) has a function of automatically stopping the alarm means (32) after working for an arbitrary time, or a function of operating the alarm means (32) at fixed time intervals. Barrel.

The alarm means (32) of the third embodiment or the notification means (37) of the fifth embodiment may include a bell, etc., as well as a buzzer, radio sound, television sound, semiconductor electronic sound, music box, etc.
Sounds from a Meloty IC, various playback devices, etc. can also be used.

(4th and 7th embodiments) In this case, the condenser lamp (33)
It can also be turned on and off.

In the fifth embodiment, by using various sensors (34) that match the function of the alarm, the alarm can be used for fire alarm, crime prevention, gas leak, disaster prevention, notification of visitors, etc. You can also do it.

In the sixth embodiment, a part of the entire structure of the alarm is used as a lighting equipment interlocking device, and the remaining part of the entire structure of the alarm is powered from a normal power line power outlet or the like. can also be installed at any location such as a house using a battery as a power source.

In the eighth embodiment, the fixture controlled by the lighting fixture interlocking device may be a fixture that receives power from a normal power line power outlet or the like, or a fixture that is powered by a battery. The device that controls the lighting equipment interlocking device can be installed anywhere in the house as a device that receives power from a normal power line power outlet or the like, or is powered by a battery.

Additionally, the controlled object (42) can be any type of electrical appliance, various alarms, various light sources, or the like.

In the fifth embodiment, the eighth embodiment, and the ninth embodiment, the signal transmission means can be radio waves, alternating current signals, pulse signals, etc., and the transmission route is limited to the electric wiring of the power line power source. First, radio waves can also be propagated in space using an antenna or the like.

In the ninth embodiment, the signal receiving means (43) may be a microphone for receiving sound, an optical sensor for receiving optical signals, an antenna for receiving radio waves, etc. depending on the purpose.

An example of use common to the lighting fixture interlocking devices of the first and third inventions is that in the function of a clock, the display board] You can check the time while you are sleeping by looking at the time displayed by the light emitting light, the time displayed by the light, or the time projected on the ceiling, wall, lighting equipment body, etc. while lying down. know.

In terms of the alarm clock function, the alarm function (32) is activated by operating the changeover switch (11) that turns off the main light of the lighting equipment, and a bell or the like is rung at the set alarm time to serve as an alarm. Also, by operating the switch to turn off all lights, a bell, etc. that is ringing will be stopped.

Regarding the alarm function, by operating the changeover switch (11) that turns off the main lighting of the lighting equipment, functions such as fire alarms or crime prevention alarms can be activated, and all lights can be turned off. By operating the switch to turn off the lights, the function is stopped, and the alarm function is activated only from the time you go to bed until you wake up, increasing the sensitivity of the sensing part, making people vulnerable to fire or crime during sleep. Ensure safety inside.

In the function of controlling other appliances, ordinary fire alarms and fire alarms installed in lighting equipment interlocking devices are used as remote switches and have the function of being controlled by switching off the main lighting of lighting equipment. Activate an alarm, a normal crime prevention alarm with a controlled function, a crime prevention alarm installed in a lighting equipment interlocking device, or turn it off by operating a switch to turn off all lights, and wake up from bed. By operating only until
Aim for safety while sleeping, when you are vulnerable to crime.

In addition, by operating a switch that turns off the main lighting, night lights, security lights, and
Alternatively, the night light etc. provided in the lighting equipment interlocking device of the eighth embodiment may be turned on, and these lights may be turned off by operating a switch to turn off all lights, or other electrical appliances may be activated.
Or stop.

In the case of functions controlled by other devices, a signal from the other device activates or deactivates a species threat alarm, etc.
Also, turn on or turn off the night light.

It can be used as a wireless microphone to receive signals such as sound, light, and radio waves in the room, convert them into signal transmission means such as radio waves, and send them outside. Then, it is received using a radio etc. and known as a sound.
In addition, signals from a transmitter equipped with a sensor that can determine the condition of infants, sick people, etc. can be sent to a remote location as radio waves by a repeater configured with the lighting equipment interlocking device of this proposal]
This can be sent using a receiver at a remote location, and can be sent to infants, children, etc.
Know the condition of the sick, etc.

Incidentally, common to the first and third inventions, and also common to the first to ninth embodiments, the length of the flexible support (17) can be any length suitable for its purpose of use. The flexible support (17) is used by appropriately bending it in a direction suitable for the purpose of use.

Next, the present invention will be explained in detail.

The overall effect of the first invention is as follows: (11) The night light socket (
4) is commercially available under the name of jujube balls.
Most of them are equipped with night light bulbs (44) that consume very little power and have the same bulb base structure and dimensions. Therefore, if the lighting fixture is equipped with a night light socket (4), the lighting It can be attached to most lighting equipment regardless of the manufacturer or model of the equipment, and there is no need to modify the structure of the lighting equipment in order to install it, and it can be installed on most lighting equipment already used at home. In addition, the switch position of the changeover switch (11) for turning on the night light, which is useless for people who do not have the habit of turning on the night light and going to bed, can be effectively used.

The overall effect common to the first invention and the third invention is that by interlocking the functions of the lighting equipment changeover switch (11) and the lighting equipment interlocking device of the present invention, the living room and the bedroom are the same.
Or, regardless of whether it is different, the switch operation to turn off the main lighting when going to bed, which is done in daily life, activates the function of the lighting equipment interlocking device and also turns on the night light. For people who have the habit of going to bed, the switch operation to turn off the night light when they wake up stops that function, and there is no need for a new switch operation to activate or stop the function of the lighting equipment interlocking device. So you never forget to turn it on.

In addition, the lighting equipment is installed on the ceiling in the center of the room, and there is a switch string (7) hanging from it.
Many of them operate a changeover switch (11) by operating the switch, making it convenient to operate from any position in the room, and even for lighting equipment interlocking devices installed in high positions that are difficult to operate by hand. , the hanging switch string (7
) is easier to operate than this.

The effects of the respective embodiments that are common to the first invention and the third invention are as follows: - In the first embodiment, the lighting equipment is installed on the ceiling in the center of the room, so that people cannot look up. The person's face is directly facing the lighting equipment interlocking device while lying down, and the displayed time can be seen without having to change the direction of the face, even in the dark. The power source for relatively high power consumption parts such as the light source (26) or the self-luminous display board (16) that makes the time visible is linked to the switch operation of the lighting equipment changeover switch (11). By adding power sourced from the power line power source only when necessary, and by using a storage battery etc. to provide power only for the part that measures the time, which consumes very little power, the power source for the part that measures the time can be doubled. '〈It can be a small storage battery, battery, or a large capacity capacitor.

In the second embodiment, the ceiling or the lighting fixture body (10
) [When projecting the time, the distance between the projection equipment and the object being projected is short, so compared to projecting the time from the floor, desk, etc. to the ceiling, it is easier to focus It is easy to project clear images showing the time.

In addition, if the time is projected using a light-emitting diode display or the like as the self-luminous display board (16), the liquid crystal display board (
Since it does not use anything with a limited lifespan, such as a small light bulb for 25L projection, it can be used semi-permanently.

In the third embodiment, the switch operation to turn off the main lighting of the lighting equipment activates the alarm function (31) of the alarm clock, and the switch operation to turn off all lights stops the alarm function (31). Therefore, there is no need to operate a dedicated switch to activate the alarm function (31), and unlike a normal alarm clock, there is no need to forget to turn on the switch to activate the alarm function.

In addition, in order to stop the alarm function (31) from working and the alarm means (32) such as a bell from dimming, you must imitate a switch that turns off all the lights, such as by pulling the switch string (7) on the lighting equipment. In order to do so, it is necessary to raise the upper body from the floor or get out of the floor and stand up, so it is very effective as an alarm clock.

In the fourth embodiment, the condensing light (33) directly faces the face of the sleeping person, so even if the person's face is turned to the left or right, the condensing light (33) 33), and since it is irradiated from directly above, it is also possible to irradiate the face of any one person out of multiple people sleeping in the same room. It's easy.

In the fifth embodiment, operating the switch to turn off the main lighting of the lighting equipment activates the alarm, and operating the switch to turn off all lights stops the function, so it is possible to prevent a fire from occurring only while sleeping. It is possible to activate alarms, crime prevention alarms, etc., there are no false alarms caused by human activities, and the sensitivity of the alarm's sensing part can be increased, making it easier for humans to detect disasters
Alternatively, each of the lighting equipment interlocking devices of the present invention, which can ensure safety while sleeping and is vulnerable to crime, and also has a function of an alarm, has a communication function,
By connecting each room with radio waves, etc., and attaching it to the lighting equipment in each room, it is possible to quickly learn of any abnormality that occurs in any room.

In the sixth embodiment, electricity is supplied from a normal power line power outlet, etc. The sensing part and the transmitting part of a fire alarm or crime prevention alarm that is powered by batteries can be placed in a kitchen where there is a high possibility of a fire occurring, or By installing the lighting equipment interlocking device of the present invention, which is installed in a route where criminals are likely to enter, and which has a part that receives future signals and a part that notifies people, the sensing part and the transmitting part can be used to alert people. Even if a false alarm signal is emitted due to activity, if the lighting equipment interlocking device, which receives this signal and consists of a receiving part and an alarm part, is not operating, the alarm will not be issued, so the sensing part and the transmitting part will always be in operation. However, as long as the receiving part and the notifying part are not operating,
It does not function as an alarm and can be activated only while sleeping, increasing the sensitivity of the sensing part.

In the seventh embodiment, even if the condensing light (33) directly faces 17I of the person sleeping on his back and his face is turned to the left or right, the condensing light (33) It can irradiate light, and since it is irradiated from above, the light is difficult to leak outside, and it is possible to take prompt action without the intruder knowing that it has detected the presence of an intruder. can.

In the eighth embodiment, by operating the switch of the lighting equipment,
A control signal is emitted from a lighting equipment interlocking device that has the function of controlling other appliances, and a normal fire alarm or security alarm that has the function to be controlled is controlled so that it can be used only while sleeping. By activating the alarm, the sensitivity of the sensing part can be increased to ensure safety while sleeping.

In addition, various night lights, security lights, etc., which have functions controlled by operating the switches on the - lighting equipment, can be turned on, or
By turning off the lights, it is possible to omit switch operations for turning on and off each light.

In the ninth embodiment, since it is installed on the ceiling in the center of the room, there are no β harmful substances to the signal, and it can be installed in a high position by interlocking with the changeover switch (11) of the lighting equipment. , it can be easily operated by imitating the switch string (7) of the lighting equipment.

As described above, the lighting equipment interlocking device of the present invention is very effective.

[Brief explanation of the drawing]

Figure 1 is a perspective view of the lighting fixture interlocking device of the first invention connected to a lighting fixture. Figure 2 is an electrical circuit diagram of the lighting fixture interlocking device of the first invention connected to the night light socket (4) of the lighting fixture. The figure shows the operation of the switch (11) of the lighting equipment.
Figure 4 shows the operation of a lighting fixture and the process of operation of the lighting fixture interlocking device of the first invention. Perspective view 5th
The figure is a combination of a block diagram and an electric circuit diagram showing the same mechanism as above. Figure 6 I is a partial sectional view of a lighting fixture interlocking device using an illuminated display board in the first embodiment of the first invention. FIG. 7 is a combination of a block diagram and an electric circuit diagram showing the same mechanism as above. FIG. FIG. 9 is a block diagram and electric circuit showing the mechanism of the lighting equipment interlocking device according to the third embodiment of the first invention. FIG. 10 is a perspective view of a lighting fixture interlocking device according to a fourth embodiment of the first invention. FIG. 11 is a partial sectional view of a lighting fixture interlocking device according to a fifth embodiment of the first invention. The diagram (a) of FIG. 13, which is a combination of a block diagram and an electric circuit diagram showing the same mechanism as above, shows the mechanism of a lighting equipment interlocking device consisting of a sensing part and a transmitting part according to the sixth embodiment of the first invention.
Figure 14 is a combination of a block diagram and an electric circuit diagram. Figure (b) shows the mechanism of a lighting equipment interlocking device in which the receiving part and the notification part buzz. Figure 14 is a combination of a block diagram and an electric circuit diagram. A perspective view of a lighting fixture interlocking device according to a seventh embodiment of the invention. FIG. Figure 16 is a combination of a block diagram and an electric circuit diagram. Figure 16 is a combination of a block diagram and an electric circuit diagram. Figure (b) shows the mechanism of a lighting equipment interlocking device controlled by other devices. FIG. 17 is a perspective view of a lighting fixture interlocking device according to the ninth embodiment. FIG. 17 is a combination of a block diagram and an electric circuit diagram showing the same mechanism as above. FIG. 18 is a diagram of a lighting fixture provided with the lighting fixture interlocking device of the second invention. A perspective view of FIG. 19 is an electric circuit diagram in which the lighting equipment interlocking device of the third invention is connected to the terminal (45) of the lighting equipment provided with the lighting equipment X interlocking device of the second invention. A perspective view of an electrode showing an example of the terminal (45) of the lighting equipment interlocking device of the second invention, (b) is a perspective view of an electrode showing an example of the terminal (45) of the lighting equipment interlocking device of the third invention. FIG. 21, a perspective view showing an example, shows the operation of the lighting equipment by the switch operation of the changeover switch (11) of the lighting equipment provided with the lighting equipment interlocking device of the second invention;
FIG. 22 is a diagram showing the operation process of the lighting equipment interlocking device of the third invention. FIG. 23 is a perspective view of the lighting equipment interlocking device using a self-luminous display board in the first embodiment of the third invention. FIG. 24 is a combination of a block diagram and an electric circuit diagram showing the same mechanism as above. FIG. 25 is a partial sectional view of a lighting equipment interlocking device using an illuminated display board in the first embodiment of the third invention. 26 is a combination of a block diagram and an electric circuit diagram showing the same mechanism as above; FIG. , (b) is a partial sectional view of a lighting equipment interlocking device that projects images using a lens. Figure 27 is a combination of a block diagram and an electric circuit diagram showing the mechanism of the lighting equipment interlocking device of the third embodiment of the third invention. FIG. 28 is a perspective view of a lighting fixture interlocking device according to a fourth embodiment of the third invention. FIG. 29 is a partial sectional view of a lighting fixture interlocking device according to a fifth embodiment of the third invention. FIG. 30 is a mechanism similar to the above. FIG. 31 (a) is a combination of a block diagram and an electric circuit diagram showing the mechanism of a lighting equipment interlocking device consisting of a sensing part and a transmitting part according to the sixth embodiment of the third invention.
Figure 32 is a combination of a block diagram and an electric circuit diagram. Figure (b) shows the mechanism of a lighting equipment interlocking device consisting of a receiving part and a notification part. Figure 32 is a combination of a block diagram and an electric circuit diagram. A perspective view of a lighting fixture interlocking device according to a seventh embodiment. FIG. 33(a) is a block diagram and an electrical Figure 34 is a diagram combining a circuit diagram, (b) is a diagram showing the mechanism of a lighting equipment interlocking device controlled by other appliances, and a diagram is a combination of a block diagram and an electric circuit diagram. Figure 34 is a diagram of the ninth embodiment of the third invention. Figure 35 is a perspective view of the lighting equipment interlocking device, showing the same mechanism as above. (1) is a combination of a block diagram and an electric circuit diagram, (2) is the main body (2) is the support (3) is The light socket (5) is the main illumination light a (6)
is the main illumination light b (7) is the switch string (8) is the lighting tube a (9) is the lighting tube b (10) is the lighting equipment body (11) is the changeover switch (12) is the ballast a (13) is ballast b(1
4) is the electrical circuit of the lighting equipment interlocking device (15) is the power plug (16) is the self-luminous display board (17) is the flexible support (18) is the power transformer (19) is the diode a
(20) is a diode b (21) is a storage battery
(22) is the capacitor a (23) is the display board drive circuit (
24) is a watch LSI (25) is a crystal display board (26)
) is the light source (27) is the transparent window (28) is the lens a
(29) is a lens b (30) is a cylinder (31) is an alarm function (32) is an alarm means (33) is a condensing lamp (34) is various sensors (35) is a sensing circuit (36) is a notification means control circuit (37) is the means of notification
(38) is the transmitter circuit (39) is the capacitor b
(40) is a receiving circuit (41) is a control MI circuit (4
2) The thing to be controlled (43) is the means for receiving the signal

Claims (1)

[Claims] 1. By operating a changeover switch (11) provided in the lighting equipment for the purpose of switching between main lighting, night lighting, and all lights off, a part of the function of the lighting equipment interlocking device, or All functions are controlled, and include functions such as clock functions, alarm functions, functions to control other appliances, functions to be controlled by other appliances, functions to send signals, functions to receive signals,
A lighting equipment interlocking device that has one or more of the above functions and is used by connecting to a night light socket (4) provided in a lighting equipment. . 2. The lighting equipment interlocking device according to claim 1, characterized in that it has a clock function. 3. The lighting equipment interlocking device according to claims 1 and 2, characterized by having a function of projecting the time onto an object. 4. The lighting fixture interlocking device according to any one of claims 1 to 3, characterized in that it is provided with an alarm function (31) that is linked to the operation of a changeover switch (11) of the lighting fixture. 5. The lighting equipment interlocking device according to any one of claims 1 to 4, which has a function of turning on a condensing light and shining the light on a person's eyes as an alarm. 6. The lighting equipment interlocking device according to claim 1, characterized by having the function of an alarm to notify various events. 7. The illumination according to claims 1 and 6, which comprises only a part of the entire structure of the alarm, and is connected to the remaining parts by a signal transmission means. Instrument interlocking device. 8. The lighting device according to any one of claims 1, 6, and 7, which is equipped with a function of lighting a condensing light and shining the light on a person's eyes to notify them. Interlocking device. 9. Any one of claims 1 to 8, characterized in that it has a function of controlling other appliances by emitting a signal, or a function of being controlled by receiving a signal from another appliance. The lighting equipment interlocking device described in . 10. Any one of claims 1 to 9, characterized by having a function of receiving signals such as indoor sound, light, radio waves, etc., converting the signals into signal transmission means, and transmitting the signals to the outside. The lighting equipment interlocking device described. 11. Switching between the terminal (45) for connecting the lighting equipment interlocking device to the lighting equipment and the changeover switch (11) provided on the lighting equipment for the purpose of switching between main lighting, night lighting, and all lights off. A structure that supplies power to the terminal (45) only when the position is where the night light is turned on or a position dedicated to operating the lighting equipment interlocking device, and is provided in the lighting equipment. A lighting equipment interlocking device characterized by: 12. A lighting fixture interlocking device, characterized in that it is used by being connected to the terminal (45) of the lighting fixture interlocking device according to claim 11. 13. The lighting fixture interlocking device according to claim 12, characterized in that it has a clock function. 14. The lighting equipment interlocking device according to claims 12 and 13, characterized by having a function of projecting the time onto an object. 15. The lighting equipment interlocking device according to any one of claims 12 to 14, characterized by comprising an alarm function (32) that is linked to the operation of a changeover switch (11) of the lighting equipment. 16. The lighting equipment interlocking device according to any one of claims 12 to 15, which has a function of turning on a condensing light and shining the light on a person's eyes to serve as an alarm. 17. The lighting equipment interlocking device according to claim 12, characterized by having the function of an alarm to notify various events. 18. The illumination according to claims 12 and 17, characterized in that it comprises only a part of the entire structure of the alarm, and is connected to the remaining parts by a signal transmission means. Instrument interlocking device. 19 Claim 1 characterized by having a function of lighting a condensing light and shining the light on a person's eyes to notify them.
The lighting fixture interlocking device according to any one of Items 2, 17, and 18. 20 Function to control other appliances by emitting signals, or
The lighting fixture interlocking device according to any one of claims 12 to 19, characterized in that the lighting fixture interlocking device has a function that is controlled by receiving a signal from another fixture. 21. Any one of claims 12 to 20, characterized by having a function of receiving signals such as indoor sound, light, radio waves, etc., converting the signals into signal transmission means, and transmitting the signals to the outside. The lighting equipment interlocking device described.