JPS59127398A - Radio flashing operating unit for illuminator - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] (a) Industrial Application Field This invention relates to a device for blinking a lighting fixture from a distance using a hot wire method, and is useful when blinking a lighting fixture located in a position where it cannot be overlooked. This is an effective front.

(B) Conventional technology There are wireless methods and optical methods for making lighting equipment flicker from a distance, but with the conventional black line method, lighting equipment from a distance can be turned on and off by simply opening and opening a switch on the operating side. It is only used to control the blinking of lighting fixtures that cannot be seen from the operating side, such as when controlling the blinking of lighting fixtures on the first and second floors of a building. The lighting fixtures that were intended to be turned off were not confirmed during the survey, and as a result, lighting fixtures that were intended to be turned off continued to be turned on, resulting in wasted electricity, and lighting equipment that was intended to be turned on was turned off, causing inconvenience. The main method has a light emitter on the operation side and a light receiver on the distant lighting equipment side, and the light source can only be used from within a certain range. However, the lighting equipment could not be operated from a distance, making it even more inconvenient and narrow in use.

(C) Aspects of the Invention The present invention solves the above-mentioned problems by adding means for confirming whether the lighting equipment is turned on or off during the operation period to a device that wirelessly controls the lighting equipment at a distance. Our goal is to provide a wireless flashing control device for appliances.

(d) The invention of the invention by Maki Wei is based on the above-mentioned achievement of the above-mentioned goal, and the transmitter and illuminator that flash the distant lighting device on the operating side display a signal lamp from the same side for confirmation of lighting and turning off the light. It is necessary to install two receivers at the same time, and to set up two receivers for the lighting, one for transmitting the signal from the initiator, and the other for transmitting the signal from the initiator, and for a long time to turn on and off the illumination lights. a changeover switch circuit that switches the lights on and off for a certain period of time when the lighting lights are turned on and off, and sends a signal to the receiver on the operating side to turn off the signals.
It is characterized by being equipped with two transmitters. In this way, the above-mentioned original problem can be solved without any problem, since the only thing that the operator has to do is to turn on and off the distant lighting equipment when operating the lighting equipment or at the time of switching on and off.

(e) Embodiment If the basic circuit example of the present invention is not shown in FIG. 1, (1) is an operating device, and (2) is a lighting fixture circuit. The operating device (1) is, for example, a two-pull type with paper inside the battery, and (3) in the same group is the first transmitter for maintaining flashing of lighting equipment, and (4) is the first transmitter (3).
), a push-button operation switch (5
) is an operation confirmation indicator lamp (e.g. red) that lights up when the operation switch (4) is closed, (6) and (7) are first and second receivers for confirming hunting lights and confirming lights out, ( 8)
and (9) are indicator rungs for confirming lighting and turning off that are directly delivered to the first and second communication devices (6) and (7). The non-clothing lamp (9) is colored yellow. This Tatsuji lamp (
8) and (9) are lit only when the first and first receivers (6) and (7) each receive a signal.

In the lighting equipment circuit (2), (10) is a third receiver that receives the signal A transmitted from the first transmitter (3);
(11) is a lighting lamp (
12) a changeover switch circuit for controlling the lighting and extinguishing of the lighting lamp (13) for a certain period of time from the lighting of the lighting lamp (12) to operate the first receiver (6); A second transmitter (14) transmits a signal B, and a third transmitter (14) transmits a signal C that causes the second receiver (7) to be disconnected for one period of time from the time when the illumination light (12) is turned off. , (15) and (16) are timer circuits that determine the operating time of the second and third transmitters (13) and (14). Cut-back switch circuit (1
1) is a pulse generator (17) that outputs one pulse each time the third transmitter (10) receives the signal A from the first transmitter (3), as shown in FIG. , pulse generator (1
7) Two first and second relays (
A clip-float circuit (EF) that mutually operates Ry1) (Ry2), and a relay contact [1-Ry1] that closes and lights up the lighting lamp (12) by the operation of the first relay (Ry1).
] and a relay contact (2-Ry1) that activates the first timer circuit (15), and a relay contact (1-Ry2) that closes due to the operation of the second relay (Ry2) and activates the second timer circuit (16). It consists of

Next, the breathing control operation from a distance of the illuminating light (12) with the above configuration will be explained.

At the stage where the illuminating light (12) is off, the operating device (1
) Press the operation switch (4) once to turn off the first deflector (3).
Sends signal A from. This operation is confirmed by the red lighting of the indicator lamp (5). The transmitted signal A is processed by a third receiver (10) located far away and then sent to a pulse generator (17).
) outputs one pulse, which causes the clip-float circuit (FF) to output an output, the first relay (Ry1) regulates the pressure, each relay contact [1-Ry1) (2-Ry1] becomes hazy, and the lighting light (12) lights up and the first timer circuit (1
5) or start. Simultaneously with the start of the first timer circuit (15), the second komikawa device (13) operates and transmits the 100th B, which is received by the first receiver (6) and the display lamp (8) is activated. lights up in green. This lighting display allows the operator to confirm that the illuminating light (12) is lit. When a certain period of time elapses in the first timer circuit (15), the first timer circuit (15) becomes inoperable and the second transmitter (13
) will stop transmitting, and the display lamp (8) on the operating side will go out. In this way, by increasing the time and turning off the light lamp (8), the life of Kazuya built in the operating device (1) is shortened, and it is used for porta-pull. The lighting equipment side remains lit unless the flip front (FF) is crossed.

To turn off the illumination light (12), press the operation switch (4) once in the operation sequence. Then, the first transmitter (3) transmits signal A again, which is received by the third receiver (10), and the pulse generator (17) outputs one pulse again to trigger the flip-flop circuit (BF). is reversed and the first relay (Ry
1) or becomes inoperable and each relay contact (1-Ry1) (2
-Ry1) is opened and the illumination light (12) is turned off.

At the same time, the second relay (Ry2) operates and the relay contact (1
-Ry2) is closed, the second timer circuit (16) is started and the third oscillator (14) is activated, emitting signal C.

This signal C is received by the second output device (7) of the operating unit, and the display lamp (9) is turned on with a large signal, thereby causing the illumination lamp (1
2) The summons will be suppressed by the operating authority. Even in this case of lights out,
Setting the second timer circuit (16)
The transmitter (14) and second receiver (7) stop and the indicator lamp (9) goes out.

You can check whether the light (12) is on or off at any time while the light is still on or when the light is turned off.If you only want to check this, please press the floor switch (4) twice. If you take it off and press it, you can press it twice.

A third example of the above clip-flop circuit (FF) is shown below.
A specific example of the second timer circuit (16) will be explained with reference to FIG. 9. Originally, the flip-fron circuit (FF) is a pulse source generator (17) that generates one pulse from two builisks (SCR).
1) When entering the gate of (SCR2), one of the relays, for example, builisk (SCR1), turns on and operates the first relay (Ry1). At this time, the same Cyrisk (SC)
The capacitor (C1) between R1) (SCR2) is charged with an electric charge at a pole as shown in the figure. Next, the pulse generator (17
), the thyristor (SCR2
) is turned on, the second relay (Ry2) is produced, and at the same time the charge charged to the capacitor (C1) becomes C1-
The signal flows along the route SCR2-SCR1-C1, turns off the cyrisk (SCR1), and the first relay (Ry1) becomes inoperable. At this time, the capacitor (C1) is charged to a voltage opposite to that shown in the figure, and the thyristor (C1) is charged at the next pulse input.
SCR1) is turned on and the thyristor (SCR2) is turned on.

In the case of the second timer circuit (16) in Fig. 7, when the second relay (Ry2) operates and the relay contact (1-Ry2) closes, a separately set relay contact (2-Ry2) is
Ry2) is opened, and as a result, smoke flows through the power supply (B) - resistor (R2) - transformer risk (Tr2) - (B) route in Figure 4, transistor (Tr2) becomes conductive, and the third transmission The third transmitter (14) noticed a ton (B) on the third transmitter (14).
) is sent. At the same time, the capacitor (C) is charged with electric charge through the route Arashi (B) - resistor [R1] - capacitor (C2) - (B), and this is connected to the Zener diode (ZD
) transistor (Tr1)
conducts and drops the voltage between the base and emitter of the transistor (Tr2) to 0 level, causing the transistor (Tr2) to become inactive.This stops the power supply to the third transmitter (14), and the third transmitter The transmitter (14) stops transmitting.

The first timer circuit (15) also has the second timer circuit (15).
The same thing as 6) is used.

In addition, the operating device (1) on the operating side in the wooden row is not limited to a portable device, but may be a fixed type device that can be placed on a rack or the like.

(f) Effects of the Invention As described above, according to the present invention, it is possible to check whether a distant lighting fixture is turned on or turned off at any time at the operator's hand, thereby preventing errors such as turning off lights. This will improve the product image and reliability of lighting equipment with a remote flashing operation method.
This effect is especially great for distant masterpieces of lighting fixtures that are located in positions that cannot be overlooked.

[Brief explanation of drawings]

Figure 1 shows a Glock diaphragm that fulfills the Tenzanshio aspect of the present invention.
The second cause is the Glock diaphragm shown in Fig. 7,
3 and 4 are circuit diagrams showing specific examples of the same partial circuit as shown in FIG. 2. (1)...Operation side (vessel), (2)...Lighting equipment (circuit)
, (3)...first transmitter, (4)...masterpiece switch, (
6)... Pregnancy 1 receiver, (7)... 2nd receiver, (8) (
9) Confirmation lamp, (10) Third receiver, (1
1)...Transfer switch circuit, (12)...Illuminating light, (1
3)...2nd transmitter, (14)...3rd transmitter. Secretion 8 diagram and -Wyi

Claims (1)

[Claims] (1) A device that wirelessly controls the blinking of a lighting fixture located far from the operating side, which includes a first transmitter that transmits a signal to the operating side by operating a blinking operation switch, and a signal that is transmitted from the lighting fixture side. A first branch device for confirming lamp lighting and a second receiver for confirming lamp turning off are installed when receiving a signal to be described later, and a third communication device receives a new signal from the first transmitter on the distant lighting equipment side. , a switch circuit that can switch the illumination lights back on and off each time a signal is received from the third receiver, and a switch circuit that operates for a moment when the lights are turned on and transmits the old name to the first receiver. 1. A wireless blinking operating device for a lighting equipment, characterized in that a second transmission diagnosis is performed, and a third diagnosis is recorded, which operates for a certain period of time when the light is turned off and transmits a signal to the second receiver.