CN105321769B - Switching device and load control system - Google Patents
Switching device and load control system Download PDFInfo
- Publication number
- CN105321769B CN105321769B CN201510106894.7A CN201510106894A CN105321769B CN 105321769 B CN105321769 B CN 105321769B CN 201510106894 A CN201510106894 A CN 201510106894A CN 105321769 B CN105321769 B CN 105321769B
- Authority
- CN
- China
- Prior art keywords
- mentioned
- state
- banked
- relay
- signal terminal
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Relay Circuits (AREA)
- Keying Circuit Devices (AREA)
- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
The issue of the present invention is to provide a kind of switching devices and load control system inhibiting maloperation.Control unit (10) makes display unit (17) become switching dispaly state during being in an open state during banked relay (2) is accordingly switched to closed state from opening state with the operation input of operation portion (11) and from closed state switching (during switching).Display unit (17) will turn on dispaly state (state for lighting red LED), disconnects dispaly state (state for lighting green LED) and switch dispaly state and shown otherwise with that can know.
Description
Technical field
The present invention relates to a kind of switching device and load control systems, more particularly to a kind of to control lighting load etc.
Switching device and using the switching device load control system.
Background technology
In the past, it provides and a kind of is switched on or switched off to load using banked relay (remote control relay)
(referring for example to document 1, [Japanese Laid-Open Patent 2002-110011 is (with reference to paragraph 0002-0007 for the load control system of energization
With Figure 34, Figure 35)]).
The previous example that document 1 is recorded is filled by the banked relay of self-locking (latching) type, remote control transformer and switch
Set composition.The auxiliary contact and relay coil that banked relay has main contacts, interlocked with main contacts.Main contacts is inserted into
To the supply path for powering from source power supply to load (such as lighting load).Relay coil is via auxiliary contact from distant
Control transformer is powered.That is, the energization direction of relay coil is switched according to the state of auxiliary contact.
Remote control transformer generates the electric power (AC power) for driving relay coil.Switching device has can be manual
The operation portion of operation is configured to be circulated exciting current to relay coil according to the operation of the operation portion.
In addition, switching device has the first LED lighted when lighting load is lighted and is lighted when lighting load is extinguished
The 2nd LED.The two LED are configured to utilize the electric current supplied via relay coil and auxiliary contact from remote control transformer
To light.That is, two LED of switching device mutually distinguish the state (switching on and off) of the main contacts of banked relay
Ground is shown.
But in the previous example that document 1 is recorded, the state for playing lighting load is operated from the operation portion of switching device
Time until being switched becomes than usually long for some reason sometimes.In this case, due to switching device
The display of LED is not switched immediately, thus the operator that operation portion is operated be possible to be judged as it is reliably not right
Operation portion is operated, to be operated again to operation portion.In this case, operation portion can be operated twice, therefore be led
Cause the state of lighting load to become the state opposite with the state that operator is intended to (operation portion is by the state before operating).
Invention content
The present invention be in view of the above problems and complete invention, its object is to inhibit maloperation.
The switching device of a mode according to the present invention is controlled to for being powered to the load from power supply for circuit
The switching device for the banked relay being opened and closed, the switching device have：Operation portion accepts operation input；Control unit,
The aforesaid operations input accepted with aforesaid operations portion accordingly controls the opening and closing of above-mentioned banked relay；And display unit,
Show the state of above-mentioned banked relay, wherein above-mentioned control unit is configured to：It accordingly will be above-mentioned distant being inputted with aforesaid operations
Relay is controlled from opening state (Japanese：Open states) it controls as closed state (Japanese：Closed states) after, make above-mentioned display unit at
To connect dispaly state, accordingly above-mentioned banked relay is being in an open state from closed state control with aforesaid operations input
Later, so that above-mentioned display unit is become and disconnect dispaly state, with aforesaid operations input accordingly by above-mentioned banked relay from beating
During being in an open state during open state is switched to closed state and from closed state switching, so that above-mentioned display unit is become and cut
Dispaly state is changed, above-mentioned display unit is configured to show above-mentioned connection dispaly state, above-mentioned disconnection dispaly state and above-mentioned switching
Show that state is shown otherwise can know.
The switching device of another way according to the present invention is controlled to for being powered to the load from power supply for circuit
The switching device for the multiple banked relays being opened and closed, the switching device have：Operation portion accepts operation input；Control
Portion, the aforesaid operations input accepted with aforesaid operations portion accordingly control the opening and closing of above-mentioned multiple banked relays together；
And display unit, show the state of above-mentioned multiple banked relays, wherein above-mentioned multiple banked relays are respectively provided with a pair
Signal terminal, above-mentioned multiple banked relays are respectively structured as：When the electric current of first direction is between above-mentioned a pair of of signal terminal
When flowing, become closed state from opening state, and there is no the electric currents of above-mentioned first direction between above-mentioned a pair of of signal terminal
Flowing, above-mentioned multiple banked relays are respectively structured as：When the electric current of the second direction opposite with above-mentioned first direction is above-mentioned
When being flowed between a pair of of signal terminal, become above-mentioned opening state from above-mentioned closed state, and between above-mentioned a pair of of signal terminal
There is no the electric current flowing of above-mentioned second direction, above-mentioned control unit is configured to：When aforesaid operations portion has been accepted will be above-mentioned multiple distant
When control relay is switched to the aforesaid operations input of above-mentioned closed state together, it is that above-mentioned switching shows shape to make above-mentioned display unit
State supplies above-mentioned first direction by the first sequence between above-mentioned multiple respective above-mentioned a pair of of signal terminals of banked relay
Electric current, when, there is no when the electric current flowing of above-mentioned first direction, making above-mentioned in the last banked relay of above-mentioned first sequence
Display unit is above-mentioned connection dispaly state, and above-mentioned control unit is configured to：When aforesaid operations portion accepted by it is above-mentioned it is multiple remote control after
When electric appliance is switched to the aforesaid operations input of above-mentioned opening state together, it is above-mentioned switching dispaly state to make above-mentioned display unit, is pressed
Second sequence to the electric current for supplying above-mentioned second direction between respective above-mentioned a pair of of the signal terminals of above-mentioned multiple banked relays,
When, there is no when the electric current flowing of above-mentioned second direction, making above-mentioned display unit in the last banked relay of above-mentioned second sequence
For above-mentioned disconnection dispaly state, above-mentioned display unit be configured to by above-mentioned connection dispaly state, above-mentioned disconnection dispaly state and on
Switching dispaly state is stated to be shown otherwise can know.
Load control system according to the present invention has to being opened and closed for circuit for what is powered to the load from power supply
Banked relay and the above-mentioned banked relay of control above-mentioned switching device.
Description of the drawings
Fig. 1 is the block diagram for indicating the switching device involved by embodiment.
Fig. 2 is the circuit structure diagram of the power supply in embodiment.
Fig. 3 is the stereoscopic figure of embodiment.
Fig. 4 is the stereoscopic figure of the state after the unloading operation handle of embodiment.
Fig. 5 is the sequence diagram of the action specification of embodiment.
Fig. 6 is the system construction drawing for indicating the load control system involved by embodiment.
Specific implementation mode
In the following, explaining the switching device and this hair of an embodiment according to the present invention in detail with reference to attached drawing
The load control system of a bright involved embodiment.In addition, in the following description, it is negative to instantiate illumination as load
It carries, but the type loaded is not limited to lighting load.
As shown in fig. 6, the load control system of present embodiment have switching device 1 and three banked relays 2 (2A,
2B、2C).Wherein, in the following description, the mark of " 2A ", " 2B ", " 2C " are marked in the case where distinguishing three banked relays
Note marks the label of " 2 " in the case where not differentiating between three banked relays.Similarly, in the feelings for distinguishing three lighting loads
The label that " 4A ", " 4B ", " 4C " are marked under condition, the label of " 4 " is marked in the case where not differentiating between three lighting loads.
Banked relay 2 be it is previous known, by main contacts 20, relay coil 21, auxiliary contact 22, diode 23,
24, the compositions such as a pair of of signal terminal (the first signal terminal 251, second signal terminal 252).Main contacts 20 be inserted into for from
Power supply (AC power 3) power to lighting load 4 for circuit.The public affairs of auxiliary contact 22 are connected in one end of relay coil 21
Terminal altogether.In addition, the other end of relay coil 21 is connect with the first signal terminal 251.
The anode of the switched terminal connection diode 23 of one side of auxiliary contact 22, the switching of another party of auxiliary contact 22
Terminal connects the cathode of diode 24.Auxiliary contact 22 are configured to interlock with main contacts 20, are opened for example, being in main contacts 20
The public terminal of auxiliary contact 22 is connect with the switched terminal of 23 side of diode when state (with reference to Fig. 6), is in main contacts 20
The public terminal of auxiliary contact 22 is connect with the switched terminal of 24 side of diode when closed state.In addition, the cathode of diode 23
And the anode of diode 24 is connect with second signal terminal 252.In addition, though the illustration is omitted, but in the diode of a side
Series circuit (differential circuit) inserted with capacitor and resistance between 23 anode-cathode.
When applying DC voltage between signal terminal (that is, when so that the first signal terminal 251 compared to the
Binary signal terminal 252 applies DC voltage between the first signal terminal of mode pair 251 and second signal terminal 252 of high potential
When), exciting current (electric current of first direction) is with first 251 → relay coil of signal terminal, 21 → auxiliary contact, 22 → bis- pole
The path of 23 → second signal of pipe terminal 252 is flowed, therefore main contacts 20 is switched to closed state (namely from opening state
It says, main contacts 20 becomes connecting).When main contacts 20 is connected, with linkedly (the i.e. auxiliary contact 22 of auxiliary contact 22 of main contacts 20
Public terminal) be switched to 24 side of diode, therefore there is no the exciting current (electricity of first direction in relay coil 21
Stream) flowing.In this way, when the electric current of first direction (from the first signal terminal 251 to the direction of second signal terminal 252) is in a pair
When being flowed between signal terminal 251,252, banked relay 2 becomes closed state, and a pair of of signal terminal from opening state
251, there is no the electric current flowings of first direction between 252.But since banked relay 2 is the self-locking type for having permanent magnet
Relay, therefore even if exciting current (electric current of first direction) stopping after main contacts 20 maintain closed state.
In addition, when applying the DC voltage of opposite polarity between signal terminal (that is, when so that second signal
Terminal 252 is believed compared to the first signal terminal of mode pair 251 and second that the first signal terminal 251 is high potential (opposite polarity)
When applying DC voltage between number terminal 252), exciting current (electric current of second direction) is with 252 → bis- pole of second signal terminal
The path of 24 → auxiliary contact of pipe, 22 → relay coil, 21 → the first signal terminal 251 is flowed, therefore main contacts 20 is from closure
State switching is in an open state (that is, main contacts 20 is gone off).When main contacts 20 disconnects, interlocked with main contacts 20
Ground auxiliary contact 22 are switched to 23 side of diode, therefore there is no the exciting current (electricity of second direction in relay coil 21
Stream) flowing.In this way, when the second direction opposite with first direction is (from second signal terminal 252 to the first signal terminal 251
Direction) electric current when being flowed between a pair of of signal terminal 251,252, banked relay 2 is in an open state from closed state change,
And there is no the electric current flowings of second direction between a pair of signal terminal 251,252.But even if in exciting current (second party
To electric current) stop after main contacts 20 be also maintained open state.
When banked relay 2 (main contacts 20) is connected, from AC power 3 via banked relay 2 to lighting load 4
AC power is supplied, to which lighting load 4 starts (lighting).In addition, when banked relay 2 (main contacts 20) disconnects, no
AC power is supplied to lighting load 4 from AC power 3 via banked relay 2 again, lighting load 4 closes (extinguishing).But
It is each for circuit for powering from AC power 3 to lighting load 4A, 4B, 4C in the load control system of present embodiment
It is middle respectively with banked relay 2A, 2B, 2C dividually inserted with switch 5A, 5B, 5C.These switches 5A, 5B, 5C are, for example, in wall
It is embedded to the switch on wall of configuration in wall, is configured to that contact is opened and closed when being operated operation handle.That is, distant
Control relay 2 in an ON state when, operated by switch 5A, 5B, 5C, each lighting load 4A, 4B, 4C be activated respectively or
It closes.In addition, when the contact of switch 5A, 5B, 5C are in and are closed, lighting load 4 is switched on or switched off phase with banked relay 2
Start or close with answering.
Then, illustrate the switching device 1 of present embodiment.
As shown in Figure 1, the switching device 1 of present embodiment has control unit 10, operation portion 11, power supply 12, power supply unit
15, constant voltage circuit 16 and display unit 17.
Control unit 10 by microcontroller (such as PIC16F1503 etc. of Microchip Technology Inc.) and
The program executed in microcontroller is constituted.
AC power that power supply unit 15 is configured to will to supply from AC power 3 (such as virtual value is 100~120 volts
AC power) be converted to direct current power (such as 24 volts of direct current power).This power supply unit 15 is for example by previous known exhausted
The switching power circuit of edge type is realized.
Constant voltage circuit 16 is configured to the output voltage (24 volts of DC voltages) of power supply unit 15 being reduced to low-voltage (example
Such as 5 volts) DC voltage and make its stabilisation.This constant voltage circuit 16 is for example by previous known buck circuit and three
Terminal adjuster is realized.In addition, in the following description, the output voltage of constant voltage circuit 16 is known as to control voltage.Control
Voltage is input into the power supply terminal of control unit 10.
Operation portion 11 is made of the button switch of instantaneous (momentary) type, and both ends are applied in control voltage, high potential
One end of side is connect with an input port of control unit 10.That is, when operation portion 11 is not operated control unit 10 input terminal
Mouth is high level (control voltage), and when operation portion 11 is operated, the input port of control unit 10 is low level.Therefore, control unit
10 become low level to receive operation signal from operation portion 11 by above-mentioned input port.
It is green that display unit 17, which is for example red red light emitting diodes (red LED) and luminescent color with luminescent color,
The green LED (green LED) of color.The cathode of red LED is connect with an output port of control unit 10, red LED
Anode be applied in control voltage.In addition, the cathode of green LED is connect with another output port of control unit 10, green LED
Anode be applied in control voltage.That is, the red LED and green LED of display unit 17 are activated or are closed respectively by control unit 10
It closes and (lights or extinguish).
Power supply 12 is made of polarity switching portion 13 and trigger unit 14.Preferably, polarity switching portion 13 it is as shown in Figure 2 that
Sample is made of H bridges driving IC (such as BD6231 etc. of ROHM corporations).It includes four field effect transistors that the H bridges, which drive IC to have,
The controller 131 of the H-bridge circuit 130 and control H-bridge circuit 130 of pipe.H-bridge circuit 130 is entered the output voltage of power supply unit 15
(24 volts of DC voltages).Two leading-out terminals (first lead-out terminal 132, of H-bridge circuit 130 (polarity switching portion 13)
Two leading-out terminals 133) in first lead-out terminal 132 and banked relay 2 21 side of relay coil the first signal terminal
251 connections, second output terminal 133 are connect with trigger unit 14.Controller 131 is configured to according to two outputs from control unit 10
The control signal of port (the first output port 134, second output terminal mouth 135) output drives H-bridge circuit 130.That is, from control
First output port 134 in portion 10 processed output control signal in the case of, controller 131 drive H-bridge circuit 130 so that with
Second output terminal 133 for the side that trigger unit 14 connects applies the output electricity of power supply unit 15 for the polarity (direction) of high potential
Pressure.In addition, in the case where outputing control signal from the second output terminal mouth 135 of control unit 10, controller 131 drives H bridges
Circuit 130 for the polarity (direction) of high potential with the first lead-out terminal 132 being connect with banked relay 2 so that apply power supply unit
15 output voltage.
As shown in Fig. 2, trigger unit 14 is by multiple (being three in illustrated example) photoelectricity three terminal bidirectional alternating-current switch coupler (days
Language：Off ォ ト ト ラ イ ア ッ Network カ プ ラ) 14A, 14B, 14C composition.Photoelectricity three terminal bidirectional alternating-current switch coupler 14A, 14B,
14C has light-emitting component (LED) 140 and photoelectricity three terminal bidirectional alternating-current switch 141.The anode (anode) of light-emitting component 140 is applied
Add control voltage (DC5V), respectively three different output ports from control unit 10 divide the cathode (cathode) of light-emitting component 140
It does not connect.That is, for each photoelectricity three terminal bidirectional alternating-current switch coupler 14A, 14B, 14C, when each output of control unit 10
When port becomes low level, light-emitting component 140 shines, and photoelectricity three terminal bidirectional alternating-current switch 141 is triggered and is connected.Once photoelectricity
Three terminal bidirectional alternating-current switch 141 becomes conducting state, as long as having electric current flowing in photoelectricity three terminal bidirectional alternating-current switch 141, with
The level of the output port of control unit 10 independently maintains the conducting state of photoelectricity three terminal bidirectional alternating-current switch 141.In photoelectricity three
It, can be with the polarity (direction) that is switched by polarity switching portion 13 from power supply unit during end two-way exchange switch 141 is on
15 pairs of banked relays 2 supply exciting current.
Then, the appearance and construction of switching device 1 are illustrated with reference to Fig. 3 and Fig. 4.
The switching device 1 of present embodiment be embedded in the state of being installed on installing frame 200 be configured at construction material (such as
Wall).
Installing frame 200 is e.g. special in wide handle (wide handle) shape of Japanese Industrial Standards' Plays switch
Installing frame.It is provided with the fenestra of rectangle in the centre of installing frame 200, the main body 100 of switching device 1 is embedded in the fenestra.
On the side wall positioned at the left and right sides of fenestra, it is each provided with three respectively along long side direction for one group of embedded hole 201 with two
Group.In addition, the both sides up and down in fenestra are respectively arranged with installation sheet 202.In each installation sheet 202, centre is provided with confession
The slot hole 203 that box is inserted with screw is respectively arranged with circular screw insertion hole 204 in the left and right sides of slot hole 203.This peace
It 200 is previous known to frame up, and is screwed in the switch enclosure (switch box) of embedment wall using box, or use folder
It holds metal fittings and is fixed on wall slab (plasterboard etc.).
Switching device 1 is made of the main body 100 of rectangular box and operation handle 110, and the main body 100 is by forming synthetic resin
Body is constituted, which is installed on the front surface of main body 100 in a manner of it can shake.It is accommodated in main body 100 more
Open printed circuit board, multiple quick connection terminals (no screw terminal) etc..Be equipped on these printed circuit boards constitute Fig. 1 and
The circuit block (microcontroller, H bridges driving IC etc.) of control unit 10 shown in Fig. 2, operation portion 11, power supply 12 etc..In addition,
The left part of foremost printed circuit board is equipped with display unit 17 (red LED and green LED).Also, in foremost print
The central portion of printed circuit board is equipped with operation portion 11 (button switch).
The fenestra 101 of rectangle is formed through at the position opposite with display unit 17 in the antetheca of main body 100.That is, aobvious
Show that the light for the red and green that portion 17 is sent out is irradiated to the front of main body 100 by fenestra 101.
In addition, at position opposite with operation portion 11 in the antetheca of main body 100, T is provided in a manner of flexible
The operating sheet 102 of font.That is, when operating sheet 102 is rearward bent, it is installed on the behaviour of foremost printed circuit board
Make portion 11 (button switch) to be switched on by operating sheet 102.
Also, at the end in the left side of the antetheca of main body 100, it is abreast provided with a pair of of axle portion 103 in the up-down direction.
The fore-end of these axle portions 103 is formed as cylindric, and the bearing portion of operation handle 110 is installed on this in a manner of it can rotate
A little axle portions 103.
In addition, the side in the left and right sides of main body 100, the pawl 104 chimeric with the embedded hole 201 of installing frame 200 is set
It is set to and arranges at spaced intervals along the vertical direction respectively.
As shown in figure 3, operation handle 110 is formed as the rectangular plate-like of lengthwise by synthetic resin material.In operation handle 110
The centre of left end of rear surface be provided with above-mentioned bearing portion.Moreover, bearing portion is installed on axle portion 103, thus operation handle
110 can be shaken with axle portion 103 for fulcrum relative to main body 100.That is, when being carried out from front to operation handle 110
When pressing operation, operation handle 110 is that fulcrum rearward shakes with axle portion 103, keeps the operating sheet 102 of main body 100 rearward curved
It is bent and operation portion 11 is made to connect.
In addition, the centre in the left end of operation handle 110 is provided with the fenestra 111 of rectangle.Also, in the fenestra 111
In be embedded with the lid 112 formed by the synthetic resin material (such as acrylic resin etc.) with translucency.That is, display unit 17 is sent out
After the fenestra 101 that the light gone out passes through main body 100, irradiated forwards by the fenestra 111 and lid 112 of operation handle 110.
Then, the action of the switching device 1 of present embodiment is illustrated with reference to the sequence diagram of Fig. 5 and Fig. 1, Fig. 2.In addition,
Horizontal axis in Fig. 5 indicates that time t, the longitudinal axis indicate voltage V.In addition, the A in Fig. 5 indicates first output end in polarity switching portion 13
The output voltage of son 132, the B in Fig. 5 indicate the output voltage of second output terminal 133 in polarity switching portion 13.C in Fig. 5,
D, E indicates that the input voltage of three photoelectricity three terminal bidirectional alternating-current switch couplers 14A, 14B, 14C are (i.e. defeated from control unit 10 respectively
The voltage entered), F, G, H indicate to be applied to respectively (i.e. the first signal between the signal terminal of three banked relays 2A, 2B, 2C
Between terminal 251 and second signal terminal 252) signal voltage.
Here, setting whole switches 5 is in connection, and whole banked relays 2 is in disconnection.Therefore, at this
Under state, whole lighting loads 4 is in extinguishing.In addition, in switching device 1, control unit 10 is by only lighting green LED
To make display unit 17 show, whole lighting loads 4 is in extinguishing.In addition, control unit 10 is to press banked relay 2A, distant
Control relay 2B, sequence (the first sequence) switching banked relay 2A of banked relay 2C, banked relay 2B, remote control relay
The mode of device 2C is controlled.
When operation handle 110 is by carry out pressing operation in the above-described state, control unit 10 is received from operation portion 11 and is operated
Signal.The 10 control polarity switching part 13 of control unit of operation signal is received to be switched to first lead-out terminal 132 as anode
And with second output terminal 133 it is the polarity (t=t0) of cathode.Then, control unit 10 makes photoelectricity three terminal bidirectional alternating-current switch coupling
The input terminal of clutch 14A is low level, is thus applied with relay coil 21 between the signal terminal of banked relay 2A
Side is positive signal voltage (24 volts of DC voltages).That is, control unit 10 will enter into the exchange of photoelectricity three terminal bidirectional
The voltage (with reference to the C of Fig. 5) of switch coupler 14A is switched to low level from high level.Photoelectricity three terminal bidirectional alternating-current switch as a result,
The photoelectricity three terminal bidirectional alternating-current switch 141 of coupler 14A becomes being connected.As a result, signal voltage (24 volts of DC voltages)
So that the first signal terminal 251, which is the mode of high potential (with reference to the F of Fig. 5), is applied to the first signal end of banked relay 2A
Between son 251 and second signal terminal 252 (t=t1).
In banked relay 2A, exciting current (electric current of first direction) flows through by being applied in above-mentioned signal voltage
Relay coil 21, therefore main contacts 20 is connected and auxiliary contact 22 (i.e. the public terminals of auxiliary contact 22) are switched to two
24 side of pole pipe.As long as banked relay 2A (main contacts 20) is connected, from AC power 3 via banked relay 2A to illumination
Load 4A supplies AC power and lighting load 4A is lighted.In addition, when 22 (the i.e. auxiliary contact of auxiliary contact of banked relay 2A
22 public terminal) when being switched to 24 side of diode, there is no exciting current (electric current of first direction) flowing, therefore photoelectricity
The photoelectricity three terminal bidirectional alternating-current switch 141 of three terminal bidirectional alternating-current switch coupler 14A ends.In this way, photoelectricity three terminal bidirectional exchanges
The auxiliary contact 22 for switching the photoelectricity three terminal bidirectional alternating-current switch 141 and banked relay 2A of coupler 14A interlock, as knot
Fruit interlocks with the main contacts 20 of banked relay 2A.That is, control unit 10 applies banked relay 2A in the letter of pulse type
Number voltage (with reference to the F of Fig. 5) (t=t1 ').Thus, control unit 10 controls power supply 12 so that power supply 12 is not only shorter than distant
It is supplied electric power in the short time for the time that control relay 2A is switched to closed state from opening state.
After connecting banked relay 2A, control unit 10 makes the input of photoelectricity three terminal bidirectional alternating-current switch coupler 14B
Terminal is low level, and it is that positive signal is electric thus to apply between the signal terminal of banked relay 2B with 21 side of relay coil
It presses (24 volts of DC voltages).That is after connecting banked relay 2A, control unit 10 will enter into three end of photoelectricity
The voltage (with reference to the D of Fig. 5) of two-way exchange switch coupler 14B is switched to low level from high level.Photoelectricity three terminal bidirectional as a result,
The photoelectricity three terminal bidirectional alternating-current switch 141 of alternating-current switch coupler 14B becomes being connected.(24 volts straight as a result, signal voltage
Galvanic electricity pressure) so that the first signal terminal 251, which is the mode of high potential (with reference to the G of Fig. 5), is applied to the of banked relay 2B
Between one signal terminal 251 and second signal terminal 252 (t=t2).
In banked relay 2B, exciting current (electric current of first direction) flows through by being applied in above-mentioned signal voltage
Relay coil 21, therefore main contacts 20 is connected and auxiliary contact 22 (i.e. the public terminals of auxiliary contact 22) are switched to two
24 side of pole pipe.As long as banked relay 2B (main contacts 20) is connected, from AC power 3 via banked relay 2B to illumination
Load 4B supplies AC power and lighting load 4B is lighted.In addition, when 22 (the i.e. auxiliary contact of auxiliary contact of banked relay 2B
22 public terminal) when being switched to 24 side of diode, there is no exciting current (electric current of first direction) flowing, therefore photoelectricity
The photoelectricity three terminal bidirectional alternating-current switch 141 of three terminal bidirectional alternating-current switch coupler 14B ends.In this way, photoelectricity three terminal bidirectional exchanges
The auxiliary contact 22 for switching the photoelectricity three terminal bidirectional alternating-current switch 141 and banked relay 2B of coupler 14B interlock, as knot
Fruit interlocks with the main contacts 20 of banked relay 2B.That is, control unit 10 is for banked relay 2B, also with remote control after
Electric appliance 2A similarly applies the signal voltage (with reference to the G of Fig. 5) (t=t2 ') of pulse type.Thus, control unit 10 controls power supply
12 so that power supply 12 is only switched in not shorter than banked relay 2B from opening state in the short time of time of closed state
It supplies electric power.
After connecting banked relay 2B, control unit 10 makes the input of photoelectricity three terminal bidirectional alternating-current switch coupler 14C
Terminal is low level, and it is that positive signal is electric thus to apply between the signal terminal of banked relay 2C with 21 side of relay coil
It presses (24 volts of DC voltages).That is, after connecting banked relay 2B, control unit 10 will enter into three end of photoelectricity
The voltage (with reference to the E of Fig. 5) of two-way exchange switch coupler 14C is switched to low level from high level.Photoelectricity three terminal bidirectional as a result,
The photoelectricity three terminal bidirectional alternating-current switch 141 of alternating-current switch coupler 14C becomes being connected.(24 volts straight as a result, signal voltage
Galvanic electricity pressure) so that the first signal terminal 251, which is the mode of high potential (with reference to the H of Fig. 5), is applied to the of banked relay 2C
Between one signal terminal 251 and second signal terminal 252 (t=t3).
In banked relay 2C, exciting current (electric current of first direction) flows through by being applied in above-mentioned signal voltage
Relay coil 21, therefore main contacts 20 is connected and auxiliary contact 22 (i.e. the public terminals of auxiliary contact 22) are switched to two
24 side of pole pipe.As long as banked relay 2C (main contacts 20) is connected, from AC power 3 via banked relay 2C to illumination
Load 4C supplies AC power and lighting load 4C is lighted.In addition, when 22 (the i.e. auxiliary contact of auxiliary contact of banked relay 2C
22 public terminal) when being switched to 24 side of diode, there is no exciting current (electric current of first direction) flowing, therefore photoelectricity
The photoelectricity three terminal bidirectional alternating-current switch 141 of three terminal bidirectional alternating-current switch coupler 14C ends.In this way, photoelectricity three terminal bidirectional exchanges
The auxiliary contact 22 for switching the photoelectricity three terminal bidirectional alternating-current switch 141 and banked relay 2C of coupler 14C interlock, as knot
Fruit interlocks with the main contacts 20 of banked relay 2C.That is, control unit 10 is for banked relay 2C, also with remote control after
Electric appliance 2A, 2B similarly apply the signal voltage of pulse type (with reference to the H of Fig. 5).Thus, control unit 10 controls power supply 12, makes
It obtains and is supplied in the short time for the time that power supply 12 is only switched to closed state in not shorter than banked relay 2C from opening state
Electric power.
Also, control unit 10 is after so that whole banked relay 2 is connected, and control polarity switching part 13 is first defeated to make
It is same potential (t=t4) to go out terminal 132 with second output terminal 133.In addition, control unit 10 only lights red LED, thus make
Display unit 17 shows that whole lighting loads 4 is lighted.
Control unit 10 is cut with the sequence (the second sequence) by banked relay 2A, banked relay 2B, banked relay 2C
Change banked relay 2A, banked relay 2B, banked relay 2C mode controlled.In the present embodiment, first is suitable
Sequence is identical as the second sequence, but the first sequence can also be different with the second sequence.
When operation handle 110 is by carry out pressing operation in the state that whole lighting loads 4 is in and lights, control
Portion 10 receives operation signal from operation portion 11.Receive the 10 control polarity switching part 13 of control unit of operation signal be switched to
Second output terminal 133 is anode and the polarity (t=t5) with first lead-out terminal 132 for cathode.Then, control unit 10 makes light
The input terminal of electric three terminal bidirectional alternating-current switch coupler 14A be low level, thus to the signal terminal of banked relay 2A it
Between apply with 21 side of relay coil be bear signal voltage (24 volts of DC voltages).That is, control unit 10 will be defeated
The voltage (with reference to the C of Fig. 5) entered to photoelectricity three terminal bidirectional alternating-current switch coupler 14A is switched to low level from high level.As a result,
The photoelectricity three terminal bidirectional alternating-current switch 141 of photoelectricity three terminal bidirectional alternating-current switch coupler 14A becomes being connected.As a result, signal is electric
Pressure (24 volts of DC voltages) is so that the mode that second signal terminal 252 is high potential (with reference to the F of Fig. 5) is applied to remote control
Between the first signal terminal 251 and second signal terminal 252 of relay 2A (t=t6).
In banked relay 2A, the reversed exciting current (electricity of second direction by being applied in above-mentioned signal voltage
Stream) relay coil 21 is flowed through, therefore main contacts 20 disconnects and auxiliary contact 22 (i.e. the public terminals of auxiliary contact 22) quilt
It is switched to 23 side of diode.As long as banked relay 2A (main contacts 20) is disconnected, no longer from AC power 3 to lighting load
4A supplies AC power and lighting load 4A extinguishes.In addition, when (the i.e. auxiliary contact 22 of auxiliary contact 22 of banked relay 2A
Public terminal) when being switched to 23 side of diode, there is no reversed exciting current (electric current of second direction) flowing, therefore light
The photoelectricity three terminal bidirectional alternating-current switch 141 of electric three terminal bidirectional alternating-current switch coupler 14A ends.In this way, photoelectricity three terminal bidirectional is handed over
The auxiliary contact 22 of the photoelectricity three terminal bidirectional alternating-current switch 141 and banked relay 2A of stream switch coupler 14A interlock, as knot
Fruit interlocks with the main contacts 20 of banked relay 2A.That is, control unit 10 applies banked relay 2A in the letter of pulse type
Number voltage (with reference to the F of Fig. 5) (t=t6 ').Thus, control unit 10 controls power supply 12 so that power supply 12 is not only shorter than distant
Control relay 2A is supplied electric power out of the time that closed state switching is in an open state short time.
After disconnecting banked relay 2A, control unit 10 makes the input of photoelectricity three terminal bidirectional alternating-current switch coupler 14B
Terminal is low level, and it is that negative signal is electric thus to apply between the signal terminal of banked relay 2B with 21 side of relay coil
It presses (24 volts of DC voltages).That is, after disconnecting banked relay 2A, control unit 10 will enter into three end of photoelectricity
The voltage (with reference to the D of Fig. 5) of two-way exchange switch coupler 14B is switched to low level from high level.Photoelectricity three terminal bidirectional as a result,
The photoelectricity three terminal bidirectional alternating-current switch 141 of alternating-current switch coupler 14B becomes being connected.(24 volts straight as a result, signal voltage
Galvanic electricity pressure) so that second signal terminal 252, which is the mode of high potential (with reference to the G of Fig. 5), is applied to the of banked relay 2B
Between one signal terminal 251 and second signal terminal 252 (t=t7).
In banked relay 2B, the reversed exciting current (electricity of second direction by being applied in above-mentioned signal voltage
Stream) relay coil 21 is flowed through, therefore main contacts 20 disconnects and auxiliary contact 22 (i.e. the public terminals of auxiliary contact 22) quilt
It is switched to 23 side of diode.As long as banked relay 2B (main contacts 20) is disconnected, no longer from AC power 3 to lighting load
4B supplies AC power and lighting load 4B extinguishes.In addition, when (the i.e. auxiliary contact 22 of auxiliary contact 22 of banked relay 2B
Public terminal) when being switched to 23 side of diode, there is no reversed exciting current (electric current of second direction) flowing, therefore light
The photoelectricity three terminal bidirectional alternating-current switch 141 of electric three terminal bidirectional alternating-current switch coupler 14B ends.In this way, photoelectricity three terminal bidirectional is handed over
The auxiliary contact 22 of the photoelectricity three terminal bidirectional alternating-current switch 141 and banked relay 2B of stream switch coupler 14B interlock, as knot
Fruit interlocks with the main contacts 20 of banked relay 2B.That is, control unit 10 is for banked relay 2B, also with remote control after
Electric appliance 2A similarly applies the signal voltage (with reference to the G of Fig. 5) (t=t7 ') of pulse type.Thus, control unit 10 controls power supply
12 so that power supply 12 is only within the short time for not being shorter than the time that banked relay 2B is in an open state from closed state switching
It supplies electric power.
After disconnecting banked relay 2B, control unit 10 makes the input of photoelectricity three terminal bidirectional alternating-current switch coupler 14C
Terminal is low level, and it is that negative signal is electric thus to apply between the signal terminal of banked relay 2C with 21 side of relay coil
It presses (24 volts of DC voltages).That is, control unit 10 will enter into photoelectricity three terminal bidirectional alternating-current switch coupler 14C's
Voltage (with reference to the E of Fig. 5) is switched to low level from high level.The photoelectricity of photoelectricity three terminal bidirectional alternating-current switch coupler 14C as a result,
Three terminal bidirectional alternating-current switch 141 becomes being connected.As a result, signal voltage (24 volts of DC voltages) is so that second signal terminal
252 are applied to the first signal terminal 251 and second signal of banked relay 2C for the mode of high potential (with reference to the H of Fig. 5)
Between terminal 252 (t=t8).
In banked relay 2C, the reversed exciting current (electricity of second direction by being applied in above-mentioned signal voltage
Stream) relay coil 21 is flowed through, therefore main contacts 20 disconnects and auxiliary contact 22 (i.e. the public terminals of auxiliary contact 22) quilt
It is switched to 23 side of diode.As long as banked relay 2C (main contacts 20) is disconnected, no longer from AC power 3 to lighting load
4C supplies AC power and lighting load 4C extinguishes.In addition, when (the i.e. auxiliary contact 22 of auxiliary contact 22 of banked relay 2C
Public terminal) when being switched to 23 side of diode, there is no reversed exciting current (electric current of second direction) flowing, therefore light
The photoelectricity three terminal bidirectional alternating-current switch 141 of electric three terminal bidirectional alternating-current switch coupler 14C ends.In this way, photoelectricity three terminal bidirectional is handed over
The auxiliary contact 22 of the photoelectricity three terminal bidirectional alternating-current switch 141 and banked relay 2C of stream switch coupler 14C interlock, as knot
Fruit interlocks with the main contacts 20 of banked relay 2C.That is, control unit 10 is for banked relay 2C, also with remote control after
Electric appliance 2A, 2B similarly apply the signal voltage of pulse type (with reference to the H of Fig. 5).Thus, control unit 10 controls power supply 12, makes
Power supply 12 is obtained only to supply within the short time for not being shorter than the time that banked relay 2C is in an open state from closed state switching
Electric power.
Also, control unit 10 is after so that whole banked relay 2 is disconnected, and control polarity switching part 13 is first defeated to make
It is same potential (t=t9) to go out terminal 132 with second output terminal 133.In addition, control unit 10 only lights green LED, thus make
Display unit 17 shows that whole lighting loads 4 is extinguished.
Here, in the switching device 1 of present embodiment, from operation portion 11 by operation play whole lighting load 4A,
The state (light or extinguish) of 4B, 4C need the long time (t=t0~t4, t=t5~t9) until being switched.Therefore,
Since the display of the display unit 17 of switching device 1 is not switched immediately, the operator operated to operation portion 11 has can
It can be judged as reliably not operating operation portion 11, to again operate operation portion 11.
Therefore, in the switching device of present embodiment 1, it is configured to：It is whole distant being played from operation portion 11 by operation
The main contacts 20 of control relay 2A, 2B, 2C be switched until during (during hereinafter referred to as switching.), control unit 10 makes display
Portion 17 becomes switching dispaly state.
Switching dispaly state is, for example, the red LED of display unit 17 and the state that green LED this both sides light.Alternatively,
Can also be display unit 17 red LED and green LED in either one state flickered with the fixed period.But
The switching dispaly state of display unit 17 is not limited to above-mentioned state.
Control unit 10 is configured to：Display unit 17 is set to become switching dispaly state during above-mentioned switching, if above-mentioned switching
Period terminates, then so that display unit 17 is changed into connection dispaly state (state for lighting red LED) or is disconnected dispaly state and (light
The state of green LED).
As described above, the switching device 1 of present embodiment is controlled to being used to (shine from power supply (AC power 3) to load
The switching device of the 4) banked relay 2 being opened and closed for circuit that bright load is powered.The switching device 1 of present embodiment has
It is standby：Operation portion 11, accepts operation input；Control unit 10, the aforesaid operations input accepted with operation portion 11 are accordingly controlled
The opening and closing of banked relay 2 processed；And display unit 17, the state of display remoting relay 2.Control unit 10 is configured to：With
Aforesaid operations input makes display unit 17 become and connects accordingly by banked relay 2 after opening state control is closed state
Logical dispaly state, accordingly by banked relay 2 after closed state control is in an open state, makes with aforesaid operations input
Display unit 17, which becomes, disconnects dispaly state.Also, control unit 10 is configured to：It will accordingly be remotely controlled relay with aforesaid operations input
During being in an open state during device 2 is switched to closed state from opening state and from closed state switching (during switching),
Display unit 17 is set to become switching dispaly state.Display unit 17 is configured to above-mentioned connection dispaly state (lighting the shape of red LED
State), above-mentioned disconnection dispaly state (state for lighting green LED) and above-mentioned switching dispaly state with can know otherwise into
Row display.
In addition, the load control system of present embodiment has：Banked relay 2, to being used for from power supply (AC power
3) it is opened and closed to what load (lighting load 4) was powered for circuit；Switching device 1 controls banked relay 2.
As described above, the display unit 17 of switching device 1 in addition to connect dispaly state and disconnect dispaly state other than, also with energy
Know between enough and connection dispaly state and disconnection dispaly state and show switching dispaly state otherwise, therefore can inhibit to operate
Maloperation of the person to operation portion 11.
According to embodiments described above, it is apparent that the switching device (1) of first method according to the present invention is
Control the banked relay being opened and closed for circuit to being used to power from power supply (AC power 3) to load (lighting load 4)
(2) switching device.Switching device (1) has：Operation portion (11) accepts aforesaid operations input；Control unit (10), with behaviour
Make the opening and closing that the aforesaid operations input that portion (11) is accepted accordingly controls above-mentioned banked relay (2)；And display unit (17),
It shows the state of above-mentioned banked relay (2).Above-mentioned control unit (10) is configured to：It accordingly will be upper being inputted with aforesaid operations
Banked relay (2) is stated after opening state control is closed state, so that above-mentioned display unit (17) is become and connects dispaly state,
, accordingly by above-mentioned banked relay (2) after closed state control is in an open state, make above-mentioned with aforesaid operations input
Display unit (17), which becomes, disconnects dispaly state.Also, above-mentioned control unit (10) is configured to：Accordingly will with aforesaid operations input
Switch during above-mentioned banked relay (2) is switched to closed state from opening state and from closed state the phase being in an open state
Between (during switching), make above-mentioned display unit (17) become switching dispaly state.Above-mentioned display unit (17) is configured to above-mentioned connection
Dispaly state (state for lighting red LED), above-mentioned disconnection dispaly state (state for lighting green LED) and above-mentioned switching are aobvious
Show that state is shown otherwise can know.
According to first method, the display unit (17) of switching device (1) in addition to connect dispaly state and disconnect dispaly state with
Outside, also can show switching dispaly state otherwise with connecting between dispaly state and disconnection dispaly state to know, therefore energy
Enough inhibit maloperation of the operator to operation portion (11).
In the switching device (1) of second method according to the present invention, in first method, above-mentioned banked relay
(2) there is a pair of of signal terminal (the first signal terminal 251, second signal terminal 252).Above-mentioned banked relay (2) is configured to：
When the electric current of first direction is between above-mentioned a pair of of signal terminal (between the first signal terminal 251 and second signal terminal 252)
When flowing, become above-mentioned closed state from above-mentioned opening state.Above-mentioned banked relay (2) is configured to above-mentioned a pair of of signal terminal
Between there is no the electric current flowings of above-mentioned first direction (between the first signal terminal 251 and second signal terminal 252).It is above-mentioned distant
Control relay (2) is configured to：When the electric current of the second direction opposite with above-mentioned first direction is between above-mentioned a pair of of signal terminal
When (between the first signal terminal 251 and second signal terminal 252) flowing, become above-mentioned opening state from above-mentioned closed state.
Above-mentioned banked relay (2) is configured to (the first signal terminal 251 and second signal terminal 252 between above-mentioned a pair of of signal terminal
Between) there is no the electric current flowings of above-mentioned second direction.Above-mentioned control unit (10) is configured to：When in above-mentioned banked relay (2)
When aforesaid operations portion (11) has accepted aforesaid operations input in the case of the above-mentioned opening state, make above-mentioned display unit (17) at
For above-mentioned switching dispaly state, to above-mentioned a pair of of signal terminal (the first signal terminal 251, second of above-mentioned banked relay (2)
Signal terminal 252) the above-mentioned first direction of supply electric current.Above-mentioned control unit (10) be configured to when above-mentioned first direction electric current not
When flowing again, above-mentioned display unit (17) is made to become above-mentioned connection dispaly state.Above-mentioned control unit (10) is configured to：When above-mentioned distant
When control relay (2) be in aforesaid operations portion (11) in the case of above-mentioned closed state and accepted aforesaid operations and input, make above-mentioned
Display unit (17) becomes above-mentioned switching dispaly state, to above-mentioned a pair of of signal terminal (the first signal of above-mentioned banked relay (2)
Terminal 251, second signal terminal 252) the above-mentioned second direction of supply electric current.Above-mentioned control unit (10) is configured to work as above-mentioned second
The electric current in direction makes above-mentioned display unit (17) become above-mentioned disconnection dispaly state when no longer flowing.
The switching device (1) of Third Way according to the present invention is control to being used for from power supply (AC power 3) to negative
Carry the switching device of the multiple banked relays (2A, 2B, 2C) being opened and closed for circuit of (lighting load 4) power supply.Switch dress
(1) is set to have：Operation portion (11), accepts operation input；Control unit (10) is accepted above-mentioned with aforesaid operations portion (11)
Operation input accordingly controls the opening and closing of above-mentioned multiple banked relays (2A, 2B, 2C) together；And display unit (17), it shows
Show the state of above-mentioned multiple banked relays (2A, 2B, 2C).Above-mentioned multiple banked relays (2A, 2B, 2C) are respectively provided with a pair
Signal terminal (the first signal terminal 251, second signal terminal 252).Above-mentioned multiple banked relays (2A, 2B, 2C) difference structure
Become：When first direction electric current between above-mentioned a pair of of signal terminal (the first signal terminal 251 and second signal terminal 252
Between) flowing when, become closed state from opening state.Above-mentioned multiple banked relays (2A, 2B, 2C) are respectively structured as above-mentioned
There is no the electricity of above-mentioned first direction (between the first signal terminal 251 and second signal terminal 252) between a pair of of signal terminal
Stream flowing.Above-mentioned multiple banked relays (2A, 2B, 2C) are respectively structured as：When the second direction opposite with above-mentioned first direction
Electric current when being flowed (between the first signal terminal 251 and second signal terminal 252) between above-mentioned a pair of of signal terminal, from upper
Stating closed state becomes above-mentioned opening state.Above-mentioned multiple banked relays (2A, 2B, 2C) are respectively structured as above-mentioned a pair of of signal
There is no the electric current flowings of above-mentioned second direction (between the first signal terminal 251 and second signal terminal 252) between terminal.On
Control unit (10) is stated to be configured to：Above-mentioned multiple banked relays (2A, 2B, 2C) are cut together when aforesaid operations portion (11) have been accepted
When being changed to the aforesaid operations input of above-mentioned closed state, above-mentioned display unit (17) is set to become above-mentioned switching dispaly state, by first
Sequentially to (the first signal terminal 251 between above-mentioned multiple respective above-mentioned a pair of of signal terminals of banked relay (2A, 2B, 2C)
Between second signal terminal 252) electric current of the above-mentioned first direction of supply.Above-mentioned control unit (10) is configured to when above-mentioned first is suitable
There is no become above-mentioned display unit (17) when the electric current flowing of above-mentioned first direction to connect in the last banked relay of sequence
Dispaly state.Above-mentioned control unit (10) is configured to：When aforesaid operations portion (11) accepted by above-mentioned multiple banked relays (2A,
2B, 2C) be switched to together above-mentioned opening state aforesaid operations input when, so that above-mentioned display unit (17) is shown as above-mentioned switching
State, by the sequence of above-mentioned second direction to respective above-mentioned a pair of of the signal terminals of above-mentioned multiple banked relays (2A, 2B, 2C)
Between (between the first signal terminal 251 and second signal terminal 252) the above-mentioned second direction of supply electric current.Above-mentioned control unit
(10) it is configured to when there is no make when the electric current flowing of above-mentioned second direction in the last banked relay of above-mentioned second sequence
Above-mentioned display unit (17) becomes above-mentioned disconnection dispaly state.Above-mentioned display unit (17) be configured to by above-mentioned connection dispaly state, on
It states disconnection dispaly state and above-mentioned switching dispaly state is shown otherwise with that can know.
According to Third Way, the display unit (17) of switching device (1) in addition to connect dispaly state and disconnect dispaly state with
Outside, also can show switching dispaly state otherwise with connecting between dispaly state and disconnection dispaly state to know, therefore energy
It is enough to inhibit maloperation of the operator to operation portion (11) during multiple banked relays (2A, 2B, 2C) are switched respectively.
The load control system of fourth way according to the present invention has：Banked relay (2), to being used for from power supply
(AC power 3) is opened and closed to what load (lighting load 4) was powered for circuit；And appointing in first method~Third Way
The switching device (1) of one mode, control banked relay (2).
According to fourth way, the display unit (17) of switching device (1) in addition to connect dispaly state and disconnect dispaly state with
Outside, also can show switching dispaly state otherwise with connecting between dispaly state and disconnection dispaly state to know, therefore energy
Enough inhibit maloperation of the operator to operation portion (11).
Claims (4)
1. a kind of switching device, control, should to the banked relay being opened and closed for circuit for powering to the load from power supply
Switching device has：
Operation portion accepts operation input；
Control unit, the aforesaid operations input accepted with aforesaid operations portion accordingly control the opening and closing of above-mentioned banked relay；
And
Display unit shows the state of above-mentioned banked relay,
The switching device is characterized in that,
Above-mentioned control unit is configured to：Accordingly above-mentioned banked relay is being closed from opening state control with aforesaid operations input
After conjunction state, so that above-mentioned display unit is become and connect dispaly state, is inputted accordingly by above-mentioned remote control relay with aforesaid operations
Device makes above-mentioned display unit become and disconnects dispaly state, inputted with aforesaid operations after closed state control is in an open state
It is switched to open shape during above-mentioned banked relay is accordingly switched to closed state from opening state and from closed state
During state, above-mentioned display unit is made to become switching dispaly state,
Above-mentioned display unit be configured to by above-mentioned connection dispaly state, above-mentioned disconnection dispaly state and above-mentioned switching dispaly state with
It can know and be shown otherwise.
2. switching device according to claim 1, which is characterized in that
Above-mentioned banked relay has a pair of of signal terminal,
Above-mentioned banked relay is configured to：When the electric current of first direction flows between above-mentioned a pair of of signal terminal, from above-mentioned
Opening state becomes above-mentioned closed state, and there is no the electric current flowing of above-mentioned first direction between above-mentioned a pair of of signal terminal,
Above-mentioned banked relay is configured to：When the electric current of the second direction opposite with above-mentioned first direction is in above-mentioned a pair of of signal end
When being flowed between son, become above-mentioned opening state from above-mentioned closed state, and there is no above-mentioned between above-mentioned a pair of of signal terminal
The electric current flowing of second direction,
Above-mentioned control unit is configured to：
When in the case where above-mentioned banked relay is in above-mentioned opening state, aforesaid operations portion has accepted aforesaid operations input,
Above-mentioned display unit is set to become above-mentioned switching dispaly state, to above-mentioned a pair of of signal terminal supply of above-mentioned banked relay above-mentioned the
The electric current in one direction,
When the electric current of above-mentioned first direction no longer flows, above-mentioned display unit is made to become above-mentioned connection dispaly state,
Above-mentioned control unit is configured to：
When in the case where above-mentioned banked relay is in above-mentioned closed state, aforesaid operations portion has accepted aforesaid operations input,
Above-mentioned display unit is set to become above-mentioned switching dispaly state, to above-mentioned a pair of of signal terminal supply of above-mentioned banked relay above-mentioned the
The electric current in two directions,
When the electric current of above-mentioned second direction no longer flows, above-mentioned display unit is made to become above-mentioned disconnection dispaly state.
3. a kind of switching device is controlled to the multiple remote control relays being opened and closed for circuit for powering to the load from power supply
Device, the switching device have：
Operation portion accepts operation input；
Control unit, the aforesaid operations input accepted with aforesaid operations portion accordingly control above-mentioned multiple banked relays together
Opening and closing；And
Display unit shows the state of above-mentioned multiple banked relays,
Wherein, above-mentioned multiple banked relays are respectively provided with a pair of of signal terminal,
Above-mentioned multiple banked relays are respectively structured as：When the electric current of first direction flows between above-mentioned a pair of of signal terminal
When, become closed state from opening state, and there is no the electric current flowing of above-mentioned first direction between above-mentioned a pair of of signal terminal,
Above-mentioned multiple banked relays are respectively structured as：When the electric current of the second direction opposite with above-mentioned first direction is above-mentioned one
When being flowed between signal terminal, become above-mentioned opening state from above-mentioned closed state, and between above-mentioned a pair of of signal terminal not
There is the electric current flowing of above-mentioned second direction again,
The switching device is characterized in that,
Above-mentioned control unit is configured to：
When to have accepted aforesaid operations that above-mentioned multiple banked relays are switched to above-mentioned closed state together defeated in aforesaid operations portion
It is fashionable, so that above-mentioned display unit is become switching dispaly state, by the first sequence to above-mentioned multiple banked relays respective above-mentioned one
The electric current of above-mentioned first direction is supplied between signal terminal,
When above-mentioned aobvious there is no when the electric current flowing of above-mentioned first direction, making in the last banked relay of above-mentioned first sequence
Show that portion becomes and connect dispaly state,
Above-mentioned control unit is configured to：
When to have accepted aforesaid operations that above-mentioned multiple banked relays are switched to above-mentioned opening state together defeated in aforesaid operations portion
It is fashionable, make above-mentioned display unit become above-mentioned switching dispaly state, by the second sequence to above-mentioned multiple banked relays it is respective on
The electric current that above-mentioned second direction is supplied between a pair of of signal terminal is stated,
When above-mentioned aobvious there is no when the electric current flowing of above-mentioned second direction, making in the last banked relay of above-mentioned second sequence
Show that portion becomes and disconnect dispaly state,
Above-mentioned display unit be configured to by above-mentioned connection dispaly state, above-mentioned disconnection dispaly state and above-mentioned switching dispaly state with
It can know and be shown otherwise.
4. a kind of load control system has banked relay, the banked relay is to the confession for powering to the load from power supply
Circuit is opened and closed, which is characterized in that,
Has the switching device according to any one of claims 1 to 3, which controls above-mentioned remote control relay
Device.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2014117782A JP6384777B2 (en) | 2014-06-06 | 2014-06-06 | Switch device and load control system |
| JP2014-117782 | 2014-06-06 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105321769A CN105321769A (en) | 2016-02-10 |
| CN105321769B true CN105321769B (en) | 2018-07-20 |
Family
ID=54887548
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510106894.7A Active CN105321769B (en) | 2014-06-06 | 2015-03-11 | Switching device and load control system |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP6384777B2 (en) |
| CN (1) | CN105321769B (en) |
| TW (1) | TWI549153B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI636478B (en) * | 2017-07-13 | 2018-09-21 | 四零四科技股份有限公司 | Electromagnetic relay device and its control method |
| KR101879866B1 (en) * | 2018-02-08 | 2018-07-18 | 주식회사 경신 | Apparatus for recognizing state of fuse switch |
| KR20180028050A (en) * | 2018-02-08 | 2018-03-15 | 주식회사 경신 | Apparatus for recognizing state of fuse switch |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN203136237U (en) * | 2012-12-25 | 2013-08-14 | 长安大学 | Indoor light control device |
| CN103489717A (en) * | 2013-08-27 | 2014-01-01 | 厦门宏发电声股份有限公司 | Clapper-type double-magnetic circuit magnetic latching relay |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS59168917U (en) * | 1983-04-26 | 1984-11-12 | 富士電機株式会社 | Operation display device for remote control switch device |
| JP4696849B2 (en) * | 2005-10-26 | 2011-06-08 | パナソニック電工株式会社 | Operation switch wiring device |
| CN102103943A (en) * | 2009-12-17 | 2011-06-22 | 厦门宏发电声股份有限公司 | Magnetic latching relay with novel magnetic circuit |
| CN103117178B (en) * | 2011-11-16 | 2015-06-03 | 褚锦雄 | Switch on-off vibration prompting device |
| CN203366024U (en) * | 2013-07-15 | 2013-12-25 | 福开尔（西安）电气有限公司 | Double main circuit breaker automatic alternating operation circuit realized by adopting latching relay |
-
2014
- 2014-06-06 JP JP2014117782A patent/JP6384777B2/en active Active
-
2015
- 2015-02-17 TW TW104105539A patent/TWI549153B/en active
- 2015-03-11 CN CN201510106894.7A patent/CN105321769B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN203136237U (en) * | 2012-12-25 | 2013-08-14 | 长安大学 | Indoor light control device |
| CN103489717A (en) * | 2013-08-27 | 2014-01-01 | 厦门宏发电声股份有限公司 | Clapper-type double-magnetic circuit magnetic latching relay |
Also Published As
| Publication number | Publication date |
|---|---|
| JP6384777B2 (en) | 2018-09-05 |
| CN105321769A (en) | 2016-02-10 |
| TWI549153B (en) | 2016-09-11 |
| TW201546856A (en) | 2015-12-16 |
| JP2015230878A (en) | 2015-12-21 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105307318B (en) | Switching device and load control system | |
| CN105321769B (en) | Switching device and load control system | |
| CN100476914C (en) | Display apparatus and control method thereof | |
| CN205247676U (en) | Train enters station and is close advance notice analog system | |
| CN105246211B (en) | A kind of control circuit of locomotive indicating light | |
| CN105282915B (en) | Switching device and load control system | |
| CN106488605A (en) | Light output control device, illuminator and facilities and equipment | |
| TWI604753B (en) | Switch apparatus and switch system | |
| JP2015175767A (en) | State display system, display device, control device, and state display method | |
| CN105873301A (en) | Semi-wave shunting type single-live-wire LED (Light Emitting Diode) lamp double-control electronic switch | |
| KR102012964B1 (en) | Door-locking linked system applied switchboard by mimic monitor indicator and el wire lamp | |
| WO2014177340A3 (en) | Converter | |
| CN207457776U (en) | A kind of runnable interface circuit of Environmental-protecting dust-removing controller circuit board | |
| CN107493624B (en) | The program-controlled voice switching circuit of LED guardrail tube | |
| US3979599A (en) | Operatively interlocked electronic system | |
| US10499468B1 (en) | Method for step dimming | |
| CN105657940B (en) | The control system of electric loading | |
| KR20200139552A (en) | Apparatus and method for lighting control using attribute switch | |
| CN107479453A (en) | Control system that is a kind of while controlling two contactors | |
| CN111029213A (en) | Digital quantity wet output relay module | |
| JP2009038932A (en) | Switchboard | |
| JP6016318B1 (en) | CONTROL DEVICE FOR LIGHTING SYSTEM AND LIGHTING SYSTEM | |
| CN106855380A (en) | A kind of method of guided missile test set power switching | |
| JP2016110839A (en) | Dc switch for wall | |
| CN118137233A (en) | Circuit system for controlling socket and socket |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |