JPS58123694A - Coin type illumination controller - 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] The present invention relates to a coin-operated lighting control device that turns on lights such as Taland lighting for a certain period of time by inserting a coin, and its purpose is to provide simple wiring and easy management. An object of the present invention is to provide an easy coin-operated lighting control device.

Traditionally, multiple lighting lamps were placed around the clan.
In this type of coin-operated lighting control device, in which the lighting lamps are turned on for a certain period of time by inserting a coin, depending on the purpose, the lighting lamps may be thinned out to adjust the illuminance to an appropriate Vcm, or only one half of the ground may be illuminated. In this case, it was necessary to set a plurality of lighting patterns and to provide a coin-operated lighting control device that controls the lighting lamps by inserting a coin, corresponding to each lighting pattern of the lighting lamps. In this case, the equipment cost is high, and when changing the lighting pattern, major wiring changes are required.Also, multiple coin-operated lighting control devices are installed in parallel. In this case, there is a possibility that the user may insert a coin by mistake, and the administrator may be called each time, which has the drawback that management is troublesome.The present invention has been made in view of the above points. It is something.

Examples will be described below using figures. 1 to 4 show one embodiment of the present invention, (1,) to (I4
2) is the lighting lamp (
A control terminal device that controls each of Ll) to (L, □),
+21 r/'i This is a monitoring terminal that supervises the coin insertion state, and each terminal (I]) to (I42), 2) is connected to the central control and monitoring device 14) via communication -9@+31. It is connected to the. Currently, the central control monitoring device (4) is 9g3
As shown in the figure, the start pulse t'sp), address data (AD), control data (CD), return standby pulse (
The transmission signal ff5) that transmits the transmission data (Ds) consisting of WP) is sent out to sequentially call each terminal device (I,) to (I42) and 12) cyclically, and a return signal is sent from the monitoring terminal device +21. (VB) Upon receiving the monitoring data (DB) sent back from K, the control terminal (I,
) to (In) are time-division multiplexed to transmit control 1 data (CD) for controlling the lighting wraps (L, ) to (Lit:). Terminal circuit (2a) of monitoring terminal (2)
is a signal processing 5 (I31) that receives and reproduces a transmission signal (Vs) (modulated during pulses with transmission data (aS) + output) from a central control and monitoring device (41), and a transmission signal (V8
) and address setting section (AI')).
Address determination @(141) which outputs an ats match signal (VA) when it compares with the unique address set at The address data (An) of the signal (v8) is followed by the control data (CD).
Control output based on (Vo)' (il-Discrimination of control data to be output s (Sono, return transmission to return monitoring data (Da) @ (VB), waiting for return of transmission signal (VEI) l\RusffP) It is formed by the return aill+21 which is sent back to the central control and monitoring device (4) in the H-belt section of , and in the embodiment, control data from the central control and monitoring device (4) to the monitoring terminal j2+ is sent. (CD), and the monitoring terminal 12) receives this return standby data and connects the transistor (Ql) and control relay (
When the contact (rl) of the control relay (R,) is turned on, the coin insertion detection device 11QIK is turned on (AC) and set to the operating state. This coin insertion detection device (101 is three coin insertion detection switches (St
) to (Sl) and a reply data creation unit (lQa). (Sl) detects a coin to light the main lighting that is turned on when the ground (Gl) is used, and (St) detects a coin to light the remaining lights that are turned on in decimal numbers when the ground is finished being used. (S
2) is to detect a coin to turn on the insecticidal light of the insecticidal sieve that kills pests concentrated in the lighting, and the coin insertion detection device +101 has each coil insertion detection switch (S
Coin slots (not shown) corresponding to coin slots (l) to (Sl) are provided. In the reply data creation part (10a), the state of each coin insertion detection switch (S,) to (S,) is detected, and each coin insertion detection switch (St) to (Sl) is detected.
After turning on, coin insertion signals (vo,) to (Vo3) are output for a certain period of time set by a timer circuit. That is, the coin insertion signals -j) (vc,) to (VO,) are output for a time proportional to the number of coins inserted. This] input signal J8 (Vc,) to (Vc,) is connected to the terminal circuit (1a
) is input as the monitoring data (DB) of the return unit IWK3 pit, and is sent to the central control monitoring device (4) at a predetermined timing.
K will be returned. The central control and monitoring device 14) is a data processing unit that sequentially cyclically calls each terminal device (In) to (In) 121 and forms transmission data (D8) for transmitting and receiving data by time division multiplex transmission. Transmission pulse width modulated based on the transmission data (D8) output from the data processing unit f21) and the data processing unit f21)! (Vs) and sends it out from the transmitter (n and the monitoring terminal 12), the receiver receives the return signal (VB) and reproduces the monitoring data (DB) (11) A plurality of types of lighting pattern data (for example, data for lighting the lighting runs (Ll) to (L42) in a pattern as shown in FIGS. 4(a) to (d)) were stored. Memory (goods) and pattern selection switch (e.g. ten+- switch) (
PS) is formed by a pattern setting section consisting of
Data processing S1) Illumination wrap (Ll) formed by VC
) to (L4t) transmission data (Ds) for controlling
Of these, the control data (CD) transmitted to the control terminals (rt) to (Lt) are pattern setting portions 0)
The lighting pattern data (PD) output from and received t[
23] is formed based on the monitoring data (DB) K output from the DB. On the other hand, the control terminal (It)
~(I 4 is the terminal circuit of the above-mentioned monitoring terminal (2)
2a) and the operation control unit (11), and transmits the control data (CD) of the transmission signal (v6) transmitted from the central control and monitoring device 14) to the lighting lamps (Ll) to ( Lt2) is used as control data for the illumination lamps (Ll) to (Lt2) at the output of the operation control unit 111).
) is designed to control blinking. In the figure (X+) ~ (
X4) is a control contact, (tl is a power line of the power source (AC). The operating status of the lighting lamps (Ll) to (La) is returned as monitoring data (DB) to the central control and monitoring device 14) for operation. There is no point in saying that it would be a good idea to display the status.

The operation of the embodiment will be specifically explained below. Good luck,
The central control and monitoring device (4) is located in the control room, and the monitoring terminal]2) is located at key points on the ground (GL).
When a user applies for the use of Clamp (0), the administrator turns on a +/- switch (not shown) to send return standby data corresponding to usage permission from the central control monitoring device 14). The return standby data is sent to the monitoring terminal 12), the coin insertion detection device 1101 of the monitoring terminal 12) is set to the operating state, and the lighting lamps (Ll) to ( Input the lighting pattern of L4m) using the pattern selection switch (PS). In this state, the lighting control device is in a standby state, and the user can insert the purchased coins into the coin insertion detection device (10
), a coin insertion signal (Vo, ) to (VO,
) is output, and this coin insertion signal (VQl) ~ (VC
Monitoring data (DB) showing coin insertion status based on
is sent back to the central supervisory control unit M14). The central control monitoring device (4) monitors data indicating this coin insertion, (
DB) is received, the pattern setting section (20)
Control data (C) for lighting each lighting lamp (Ll) to (LJ) based on lighting pattern data (PD) set in
D) is sent to each of the control terminals (11) to (■4°) to light up the lighting runs j (Ll) to (L4t).

On the other hand, coin insertion detection device of monitoring terminal 12)] 10
) to coin insertion signal (VQl) indicating coin insertion from ~(
When VC,) is no longer output, that is, when coin insertion is stopped, the central control and monitoring device (4) sends control data (Ll) to CL4*) to turn off the lights.
CD) to each of the control terminals (11) to (I42) to turn off the lights, and also sends reset data to stop the operation of the coin insertion detection device (101) to the monitoring terminal (2)K. The operation is completed by turning off the contact (ri) of the control relay (Ry).Therefore, the user is provided with illumination according to the desired lighting pattern for a period of time corresponding to the number of coins inserted. Monitoring device 14)
If a coin is inserted while the return standby data is not being sent, the coin will be returned because the coin insertion detection device (10) is not operating. Figure 4 (al~(di is illumination L-J':J (Ll
) to (Lll).
This is an example in which only one half of each (bl (o) and td) is lit. ◇ indicates the lighting lamps that are lit in the remaining lighting 1 temple, and the lighting lamps that are lit during the insecticidal lighting, and those that are lit are shown blacked out.

The present invention is configured as described above, and the lighting pattern of a plurality of illumination lamps can be easily set by the pattern setting section of the central control and monitoring device, and the central control and monitoring device and the monitoring terminal are connected to each other. Since supervisor data indicating the coin insertion state and control data for the lighting lamp are time-division multiplexed between the control terminal and the control terminal, when lighting the lighting lamp in multiple lighting patterns, It has the advantage of simplifying wiring, lowering equipment costs, preventing user errors caused by installing Koishi-type lighting control devices in parallel, and simplifying management. be.

[Brief explanation of the drawing]

FIG. 1 is a diagram showing a schematic configuration of an embodiment of the present invention, and FIG. 2 (
al (bl is the circuit diagram of the main part of the same as above, and FIGS. 3 and 4 (a) to (dl are explanatory diagrams of the operation of the same as above. (L,) to (Lu) are illumination lamps, (11 ) ~ (T4x
) is the asthmatic device for control 1, 12) is the monitoring device, (3) is the signal line, (4) is the central control monitoring device, and (10) is the carp feed detection device 2. n) /''i operation control section, (12) is the return section, (2)) is the pattern setting section, and 1) is the data processing section. Agent: Patent Attorney Ishi 1) Choshichi

Claims (1)

[Claims] ill A control terminal that controls each of the multiple lighting lamps and a monitoring terminal that monitors coin insertion are connected to the central control and monitoring device via signal lines, and the coin insertion status is monitored on the monitoring terminal. A coin insertion detection device that detects the coin insertion, an operation control unit that receives return standby data sent from the central control monitoring device and sets the coin insertion detection device to an operating state, and a central control monitoring unit that monitors the output of the coin insertion detection device. In addition to providing a return section that sends the data back to the device, there is also a pattern setting section that sets the lighting pattern of each lighting lamp in the central control monitoring device, and the lighting pattern data set by the pattern setting section and the monitoring sent back from the monitoring terminal. A data processing unit is provided that forms lighting control data for each lighting lamp based on the data, and the central control and monitoring device cyclically calls each terminal device in sequence to time-division multiplex the lighting control data, return standby data, and monitoring data. A coin-operated lighting control device characterized in that it is configured to transmit data.