KR101142399B1 - Wireless controlling system for electric appliance power - Google Patents

Abstract

PURPOSE: A wireless electronic device power control system is provided to control power of a lamp and a receptacle through a remote controller. CONSTITUTION: A remote controller(10) generates a control signal. The remote controller transmits the generated control signal. The remote controller transmits identifiers and instructions of controllers according to a command of turning on/off. The remote controller transmits an on-command to a receptacle controller according to key input.

Description

Electric equipment power wireless control system {WIRELESS CONTROLLING SYSTEM FOR ELECTRIC APPLIANCE POWER}

The present invention relates to a wireless power control system for electric power, and more particularly, to control the power of an electric device electrically connected to a power line with a portable remote control, and to perform all operations for power interruption from the remote control. It is possible to easily reset the control means installed in luminaires and outlets to enhance convenience and to cut off power.In particular, even if there is a change in the electrical equipment to be plugged into the outlet, it can be easily initialized and used immediately, and can be used with multiple remote controllers. The present invention relates to a wireless power supply control system for electric equipment that can be used by various people without inconvenience.

Recently, techniques for controlling electric power supplied to an electric device have been proposed, and according to the related arts, an intermittent means installed in a lamp and an intermittent means installed in an outlet are controlled from the remote controller by wireless communication. It's designed to be.

On the other hand, the outlet is used by plugging in the electrical equipment has recently been developed as a product having a standby power blocking means to reduce the power loss due to the standby power of the electrical equipment.

However, the prior arts have been inconvenient to use because they do not properly combine the technology for interrupting the power of the luminaire and the outlet and the technology for blocking the standby power. For example, the outlets are scattered throughout the building, and the standby power blocking means is adopted at each outlet, and when the standby power is cut off, the outlet is cut off every time to use the electric equipment connected to the outlet. It is necessary to restore the power disconnect means. In addition, the standby power cut-off means should set the threshold value of the standby power, and not to always execute the standby power cut-off operation, but to execute the standby power cut-off operation only when necessary. To be manipulated.

In addition, although some of the outlets and luminaires in the area need to be cut off in bulk, sometimes it is not necessary to cut off the power, so it is desirable that the user can easily select the outlets and the luminaires to be cut off in batches. However, the prior art did not provide a clear solution.

In addition, in order to control each outlet and the luminaire with a remote control, it is necessary to perform the difficult task of registering the identifiers set for each outlet and the luminaire in the remote control. Furthermore, when installing an outlet or a luminaire and installing an electric device that plugs into the outlet. In case of changing the information of the remote controller according to the fluctuation of, the user had to do a difficult task.

In addition, when using multiple outlets and lighting fixtures installed in a single area using only one remote control, if you lose or break down, you can not use, and only one person, but not other people, so the remote control consists of a plurality It is desirable to.

Therefore, an object of the present invention, the power of the luminaires and outlets can be integrated control only by the remote control, and the standby power blocking means to be mounted on the outlet can be easily set and controlled only by the remote control, collectively among the luminaires and outlets It is to make a wireless control system of electrical equipment power that is easy to control.

Another object of the present invention is to provide a wireless power supply system for controlling electric power, which makes it possible to easily set and use a power interrupting means provided in each lamp and outlet.

Still another object of the present invention is to provide a wireless power supply system for controlling electric power that can individually control the power of all the luminaires and the outlets in the area with a plurality of remote controllers.

In order to achieve the above object, the present invention is to provide a wireless control system for electric equipment power supply that can control the electricity supplied to the plurality of lamps (1) and the plurality of outlets (2) which are electric devices by wireless communication, The luminaire controller 20 installed separately in (1) and configured to turn on / off the power to the opening / closing unit 22 according to a command of a control signal combined with its identifier among the received wireless control signals. ); It is installed in each outlet (2) individually, so that the power to the ON / OFF (ON / OFF) to the opening and closing portion 32 in accordance with the command of the control signal combined with its identifier among the received wireless control signal, In addition, the current sensing unit 36 for sensing the current supplied to the outlet (2) is provided when a current of a value greater than a predetermined threshold current is supplied to the command to turn off (OFF) the switch 32 and return An outlet controller 30 configured to turn on the opening / closing unit 32 when receiving wireless communication; Mapping information associated with the list of the luminaire 1 and the receptacle 2, which are electric devices, to the identifiers of the luminaire controller 20 and the outlet controller 30 is stored, and the lighting control key 12b and the heat transfer control key 12c are stored. And a key input section 12, 12A including a collective control key 12a and a standby power setting key 12e, and are selected as the illumination control key 12b or the heat transfer control key 12c and are turned on or off. (OFF) The control signal generated after the control signal is generated by combining the identifiers of the controllers 20 and 30 issued with the command command with the command command, and the generated control signal is transmitted, and the ON or OFF inputted to the batch control key 12a is performed. According to the command command of (OFF), the identifiers of the controllers 20 and 30 to be controlled in advance and the command command are sent as control signals, respectively, according to the key input to return to the standby power setting key 12e. The remote controller 10, 10A for transmitting an ON command to the outlet controller 30 of the; It shall be.

When the remote controller 10 receives the command to select the outlet controller 30 with the standby power setting key 12e and sets a standby command, the remote controller 10 identifies the identifier of the outlet controller 30 that has received the standby power setting command. And a control signal combined with the control unit, and the outlet controller 30 is configured to store the current sensed by the current sensing unit 36 as the threshold current when receiving the standby power setting command coupled with its identifier. It features.

When the luminaire controller 20 is mounted on the luminaire 1 capable of adjusting the brightness or the color of the lamp 1a, the luminaire controller 20 is integrally formed with a ballast 26 for adjusting the brightness or the color of the lamp 1a. It is configured to adjust the illuminance or color of the luminaire 1 by controlling the ballast 26 in accordance with the command received by communication, the remote control 10, registers the luminaire controller 20 to adjust the illuminance or color and the adjustment amount It is characterized in that it is provided with an input key to enable the selection, and is configured to register according to the operation of the input key and to send a command corresponding to the selected adjustment amount to wireless communication.

The remote controller 10 has a target setting key 12d for instructing to select one of a list of the luminaire 1 or the outlet 2 and map it to an identifier, and inputs an operation input of the target setting key 12d. When receiving, select an identifier that is not registered as mapping information among the predetermined identifiers, and transmit a control signal combining the selected identifier with the identifier setting instruction, and list the identifier of the transmitted control signal and the selected luminaire 1 or outlet 2 In addition to the mapping information of the memory 15, the plurality of luminaire controller 20 and the outlet controller 30 is provided with an initialization means (15) consisting of buttons, respectively, the ON of the initialization means (15) Among the control signals received during the operation, the identifier of the control signal combined with the identifier setting command is stored as its own identifier.

When the luminaire controller 20 and the outlet controller 30 receive an instruction other than the identifier setting instruction in the state where the identifier is stored and the initialization means 25 and 35 are operated in the ON state, It is characterized in that it operates according to the received command.

The remote controller 10 is provided in plural, so that each of the remote controller 10 can control the luminaire controller 20 and the outlet controller 30, if the registered mapping information is changed in any one of the remote controller 10 The modified mapping information is transmitted to the other remote controllers 10 so as to synchronize the mapping information with each other.

The remote controller 10A configures the piezoelectric element P to be pressed by key manipulation of each of the keys included in the key input unit 12A, thereby generating electricity according to the shape deformation of the piezoelectric element P, A voltage stabilizer 18 for converting the electricity generated from the piezoelectric elements P into electricity required for the operation of the remote controller 10A; An operation key sensing unit 19 for sensing a key that has been operated among the keys of the key input unit 12A; And a control operation including generation of an electric furnace control signal and transmission of the control signal generated during a time period during which the key operation is performed.

Therefore, the present invention configured as described above, the intermittent operation of the luminaire controller 20 and the outlet controller 30 can be controlled by the remote control only 10, can be registered and controlled to control the collective control, the outlet Shutdown of standby power using the controller 30 can also be conveniently controlled with the remote controller 10 only.

In addition, the present invention, the registration process to identify the luminaire controllers 20 and the outlet controller 30 is also simple, so that the additional installation of the luminaire controller 20 and the outlet controller 30 is easy.

In addition, the present invention, it is possible to control the same luminaire controllers 20 and outlet controllers 30 with a plurality of remote controller 10, is suitable for the environment to be used by a plurality of users, any one remote control 10 is It has the advantage of being able to continue to use even if it breaks down.

1 is a block diagram of a wireless power supply control system for electric equipment according to a first embodiment of the present invention.
2 is a block diagram of a remote controller 10 in the wireless power supply system for controlling electric power according to the first embodiment of the present invention.
3 is a block diagram of a luminaire controller 20 in a wireless power supply control system for electric equipment according to a first embodiment of the present invention.
Figure 4 is a block diagram of an outlet controller 30 in a wireless power supply control system for electric equipment according to a first embodiment of the present invention.
5 is a block diagram of a luminaire controller 20 in a wireless power supply control system for electric equipment according to a second embodiment of the present invention.
6 is a block diagram of a remote controller 10A in a wireless power supply system for controlling electric power according to a third embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. It should be noted that, in the drawings, the same reference numerals are used to denote the same or similar components in other drawings. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In the following description of the present invention, detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

1 is a block diagram of a wireless power supply system for controlling electric power according to a first embodiment of the present invention.

Referring to FIG. 1, an electric device power supply wireless control system according to the present invention includes a luminaire controller 20 that is individually installed in each luminaire 1 electrically connected to a power line 3 drawn out from a distribution panel 4. )Wow; An outlet controller 30 separately installed at each outlet 2 electrically connected to the power line 3 drawn out from the distribution panel 4; A portable remote controller 10 wirelessly communicating with the luminaire controllers 20 and the outlet controllers 30; .

In the embodiment of FIG. 1, the luminaire controller 20 is installed inside the luminaire 1, but the wireless receiver 24 and the initialization unit 25, which will be described later, penetrate the body of the luminaire 1 and move a portion thereof to the outside. Is installed to be exposed, the outlet controller 30 is installed in the outlet (2), in consideration of the installation space of the outlet (2) is integrally installed with the outlet (2) and the body in the direction of the outlet (2) outlet (2a) A portion of the wireless receiver 34 and the initialization unit 35 to be described later through the through is installed to be exposed to the outside. Here, exposing the wireless receivers 24 and 34 to the outside is for smooth wireless communication with the portable remote controller 10, and exposing the initialization units 25 and 35 to the outside is for manual operation. In addition, although the luminaire 1 in which the luminaire controller 20 is installed is shown as a fluorescent lamp in the embodiment of FIG. 1, the luminaire 1 is not limited to the fluorescent lamp.

Hereinafter, the remote controller 10, the luminaire controller 20 and the outlet controller 30 will be described in detail.

2 is a block diagram of a remote controller 10 in a wireless power supply system for controlling electric power according to a first embodiment of the present invention.

The remote controller 10 includes a key input unit 12 provided to be operated by a user; A display unit 16 provided to visually show a state value of the remote controller 10 to a user; A memory 15 provided for storing various data necessary for controlling the luminaire controllers 20 and the outlet controllers 30; A wireless transmitter 13 for transmitting a radio signal to the luminaire controllers 20 and the outlet controllers 30; A controller 11 for remotely controlling the luminaire controllers 20 and the outlet controllers 30 according to the input of the key input unit 12; A power supply unit 17 for supplying electricity required for the operation of the remote controller 10; It is configured to include.

The data stored in the memory 15 includes mapping information in which a list of names assigned to each of the luminaire 1 and the outlet 2 is mapped with an identifier given differently to the luminaire controller 20 and the outlet controller 30. , A list of identifiers of the luminaire controllers 20 and the outlet controllers 30 to be turned on / off in a batch. In this case, the memory 15 is preferably configured as a nonvolatile memory capable of preserving the stored data even when the power source 17 is cut off. This is because the power of the power supply unit 17 may be exhausted as the remote controller 10 according to the present invention is configured to be portable.

The power supply unit 17 may be configured of a battery such as a primary battery or a secondary battery in consideration of the fact that the remote controller 10 is a portable type, and is charged through a charging stage (not shown) when the secondary battery is configured as a secondary battery. May be configured.

The key input unit 12 includes a collective control key 12a provided to turn on / off the plurality of luminaires 1 and the plurality of outlets 2 collectively, and the luminaires 1 individually. Lighting control key 12b provided to be turned on / off (ON / OFF), the heat transfer control key 12c provided to be turned on / off (ON / OFF) to the outlet (2), A target setting key 12d provided to perform a setting process of mapping an identifier to the luminaire 1 and an outlet 2, and a standby power setting key 12e provided to set standby power of the outlets 2; ).

The control unit 11 is configured to perform the following operation.

That is, the control unit 11, via the lighting control key 12b to command to select (ON) or OFF (OFF) of any one of the luminaire 1 from the list of names given to the luminaire (1) Upon receiving the input, after extracting the identifier of the luminaire controller 20 corresponding to the selected luminaire 1 from the mapping information of the memory 15 and generating a coded command of a preset form corresponding to the received command, The control signal including the extracted identifier and the generated command is transmitted through the wireless transmitter 13.

In addition, the control unit 11, through the heat transfer control key (12c), the command to select any one of the outlet (2) from the list of names given to the outlet (2) to turn on (ON) or off (OFF) Upon receiving the input, after extracting the identifier of the outlet controller 30 corresponding to the selected outlet 1 from the mapping information of the memory 15 and generating a coded command of a preset form corresponding to the received command, The control signal including the extracted identifier and the generated command is transmitted through the wireless transmitter 13.

In addition, when the controller 11 receives a command to turn on or off through the batch control key 12a, the controller 11 generates a coded command of a preset form corresponding to the received command. After the identifiers of the collective control objects are called in the memory 15, a control signal including the generated command in each of the identifiers is transmitted through the radio transmitter 13.

In addition, the control unit 11 is a means for generating mapping information to be stored in the memory 15 and has setting means 11a for assigning an identifier that does not overlap with an identifier stored in the memory 15 and adding it to the mapping information. do. That is, when the controller 11 receives an input to select and set any name from the list of names given to the luminaire 1 and the outlet 2 through the target setting key 12d, the setting means ( By using 11a), an identifier that is not duplicated with the identifier stored in the memory 15 is issued, and the registered identifier is mapped to the selected name to be further registered in the mapping information of the memory 15. In addition, the control unit 11 generates an identifier setting command according to a preset coding scheme, and then transmits a control signal composed of the issued identifier and the identifier setting command through the wireless transmitter 13. That is, the identifier setting command is a command for storing the new person transmitted to the light controller 20 or the heat controller 30.

Here, the names given to the luminaires 1 and the outlets 2 may be directly input by the user using a keypad (not shown), although not shown in the embodiment of the present invention. It is also possible to store names of various electric devices used in real life in advance in the memory 15 and output them to the display unit 16 when the target setting key 12d is operated so that the user can select any one.

In addition, the identifiers to be assigned are previously designated and stored in the memory 15 as a list, and the control unit 11 sequentially stores the identifiers to be assigned to the luminaire controller 20 and the outlet controller 30 in the memory 15. It is preferable to call so as not to be duplicated. This is to ensure that the list of identifiers different from the remote controller used in the neighboring area is designated, so as not to be out of the control range by the wireless communication.

In addition, the controller 11 receives the selected luminaire controller 20 and the outlet controller 30 to be collectively turned on / off through the target setting key 12d. 20 and an identifier of the outlet controller 30 are stored in the memory 15.

In addition, the controller 11 selects one name from a list of names given to the outlet 2 through the standby power setting key 12e and receives a command to set standby power. Call the identifier of the corresponding outlet controller 30 in the memory 15, and generates a command in a preset form of coding method corresponding to the received command to generate a control signal including the called identifier and the generated command to the wireless transmitter Send through (13).

In addition, the control unit 11, if receiving a return command to cancel the standby power cut-off state through the standby power setting key 12e, or to execute or stop the standby power cut-off operation, coding the corresponding command One command is generated and a control signal added to the identifier of each outlet controller 30 is transmitted through the wireless transmitter 13.

In addition, the wireless power supply system for controlling electric power according to the first embodiment of the present invention may be configured to include a plurality of the remote controller 10. To this end, the plurality of remote controller 10 is further provided with a wireless receiving unit 14 for receiving a signal transmitted from the other remote control 10, and a synchronization means (11b) for synchronizing the other remote control 10 It is provided in the control part 11.

That is, the control unit 11 uses the synchronization means 11b to operate the setting means 11a according to the operation of the target setting key 12d to set mapping information of the identifier and the identifier list of the collective control object. Changes in the mapping information and the collective control object identifier list received from the other remote controller 10 through the wireless transmitter 14 through the wireless transmitter 13. By modifying the stored information of the memory 15 according to.

Accordingly, since the plurality of remote controllers 10 share the same mapping information and the collective control object identifier list, the user can use the luminaire controllers 20 and the outlet controller 30 by the same operation regardless of which remote controller 10 is used. Can be controlled by wireless communication.

Meanwhile, the key input unit 12 is not limited to providing each key individually in the above-described form. For example, the key input unit 12 may be configured by a combination of an up-down key (not shown) and a selection key (not shown). According to the manipulation of the key, the menu and selection items output to the display unit 16 may be configured by selecting with a selection key.

In addition, the controller 11 outputs, to the display unit 16, status information that should be recognized by the user when operating the key input unit 12.

When the control signal is transmitted from the remote controller 10 as described above, the plurality of luminaire controllers 20 and the plurality of outlet controllers 30 receive the transmitted control signals and operate according to the commands included in the control signals. This will be described in detail with reference to 3 and FIG. 4.

3 is a block diagram of the luminaire controller 20 in the wireless control system for electric power supply according to the first embodiment of the present invention,

4 is a block diagram of an outlet controller 30 in a wireless power supply control system for electric equipment according to a first embodiment of the present invention.

The luminaire controller 20 and the outlet controller 30, respectively, is provided on the power supply line (3) opening and closing portions (22, 32) for intermittent power; A power supply unit 23 or 33 which receives electricity from the power supply line 3 and modifies it to use as an internal power source; Wireless receivers 24 and 34 for receiving control signals transmitted from the microcomputer 10; Initialization units 25 and 35 provided for initialization setting; Microcomputers 21 and 31 having memories 21a and 31a for storing identifiers and operating the switches 22 and 32 according to control signals received through the wireless receivers 24 and 34; .

Specifically, the microcomputers 21 and 31 decode the control signals received through the wireless receivers 24 and 34 when the initialization units 25 and 35 are turned on, and the control signals are identifiers and identifiers. Including the setting command stores the identifier included in the control signal as its own identifier in the memories 21a and 31a. This is to give the plurality of luminaire controllers 20 and the outlet controllers 30 with different identifiers so as to be identified with each other. In this embodiment of the present invention, the plural luminaire controllers 20 and the outlet controllers are identified. If only one of the 30 is selected and the target setting key 12d of the remote controller 10 is operated while the initialization units 25 and 35 are turned on, only the selected one stores the identifier according to the identifier setting command. Let's do it. On the other hand, the initialization unit (25, 35) can be configured as a button type so that the user can easily operate.

As described above, the microcomputers 21 and 31 storing the identifier decode the signal transmitted from the remote controller 10 and select only the control signal including the identifier thereof to operate according to the command of the control signal.

That is, the microcomputers 21 and 31 decode the signal transmitted from the remote controller 10 according to the operation of the batch control key 12a, the illumination control key 12b, the heat transfer control key 12c, etc. Only the included control signal is selected and the opening / closing part 22 is turned on (ON) or off (OFF) according to the command of the selected control signal.

On the other hand, the electric device power supply wireless control system according to an embodiment of the present invention, the outlet controller 30 is configured to cut off the standby power.

That is, the remote controller 10 executes a command for setting the standby power for the outlet controller 30 selected by the operation of the standby power setting key 12e, a return command, a stop command for the standby power cutoff operation or a standby power cutoff operation. Generate a command and send a control signal combining the generated command with an identifier of the selected outlet controller 30.

In addition, the outlet controller 30 includes a current sensor 36a attached to the power supply line 3 to block standby power, and detects the current flowing through the power supply line 3 through the current sensor 36a. The sensing unit 36 is further provided.

In addition, the microcomputer 31 of the outlet controller 30 decodes the control signal transmitted from the remote controller 10 and selects only the control signal including its identifier to operate according to the command included in the control signal.

That is, when the command is a command to set the standby power, the microcomputer 31 of the outlet controller 30 sets the magnitude of the current detected by the current sensing unit 36 as a threshold current and stores it in the memory 31a. Thereafter, the microcomputer 31 of the outlet controller 30 senses the current supplied to the outlet 2 by the current sensing unit 36, and turns off the opening and closing unit 32 when the supply current is a current larger than the threshold current. Executes the operation to turn off.

Further, the microcomputer 31 of the outlet controller 30 turns on the opening / closing part 32 when the command of the selected control signal is a return command.

In addition, the microcomputer 31 of the outlet controller 30 stops the blocking operation according to the current detection if the command of the selected control signal is a stopping command of the standby power cutoff operation. It continues until a run command is received.

Here, the luminaire controller 20 and the outlet controller 30 are in the state in which the initialization means 25 and 35 are turned on, and the identifier setting command word has been stored in accordance with the identifier setting command command. When receiving a control signal combining an ON / OFF command or a command for a standby current and a previously stored identifier as a control signal that does not include a, it is preferable to be configured to operate according to the command. This is because there is a risk of inadvertently turning on the initialization means 25 and 35 in an ON state. Therefore, even if the initialization means 25 and 35 are turned ON, it is preferable to operate according to the previously stored identifier.

The wireless transmitter 13 and the wireless receiver 14 of the remote controller 10 and the wireless receivers 24 and 34 of the luminaire controller 20 and the outlet controller 30 are wireless local area networks (WLANs). Any one of various technologies such as Local Access Network, Bluetooth, 802.15.4, Zigbee, RF communication, and IR communication may be adopted. In addition, in the description of the embodiment of the present invention, the configuration for transmitting wirelessly and the configuration for receiving wirelessly is to be configured separately, but it is necessary to configure the bidirectional communication method according to the communication method, the configuration that can be transmitted and received It is obvious that it can be replaced. That is, the wireless transmitter 13 and the wireless receiver 14 of the remote controller 10 are integrated into one unit, and the wireless controllers 24 and 34 of the luminaire controller 20 and the outlet controller 30 are capable of transmitting and receiving. You can do it.

It is preferable that the opening and closing portions 22 and 32 provided in the luminaire controller 20 and the outlet controller 30 are configured as a switch that can simultaneously block the positive pole. That is, if only one power line is electrically cut off from the two-wire power line (3), it may be shorted through the other one wire, to prevent the fire that may be caused by a short circuit by blocking the positive pole when the power is cut off It is desirable to do.

5 is a block diagram of a luminaire controller 20 in a wireless power supply system for controlling electric power according to a second embodiment of the present invention.

Referring to FIG. 5, in the second embodiment of the present invention, the luminaire controller 20 is integrally formed with a ballast 26 for regulating the electricity supplied to the lamp 1a. Here, the ballast 26 is configured to adjust the brightness or color of the lamp (1a), accordingly, the microcomputer 21 of the luminaire controller 20 according to the control signal received through the wireless receiver 24, the ballast Control 26 to adjust the brightness or color of the lamp 1a.

That is, in configuring the lighting control key 12b of the remote controller 10, only the luminaire controller 20 integrally formed with the ballast 26 may be separately registered among the luminaire controllers 20 registered as mapping information. It is configured to select an adjustment amount of the brightness or color of the lamp (1a). In addition, the control unit 11 of the remote controller 10 receives the identifier of the luminaire controller 20 integrated with the ballast 26 by the illumination control key 12b, and adds to the mapping information that the controller 11 is integrated with the ballast 26. Register and convert the adjustment amount of the selected brightness or color according to the operation of the lighting control key 12b into a command of a coding scheme of a preset form, and transmit the control signal combined with the identifier through the wireless transmitter 13. It is composed.

6 is a block diagram of a remote controller 10A in the wireless power supply system for controlling electric power according to the third embodiment of the present invention.

The wireless power supply wireless control system according to the third embodiment of the present invention includes the luminaire controller 20 and the outlet controller 30 according to the first or second embodiment described above, but the remote controller 10A is configured without the power supply unit 17, but generates electricity to the piezoelectric element P when the key input unit 12A is operated to cover electricity necessary for the control operation.

Specifically, in the third embodiment of the present invention, the remote controller 10A includes the wireless transmitter 13 and the memory 15 described in the first embodiment of the present invention, and includes a collective control included in the key input unit 12A. The piezoelectric element P is pressed by pressing the key 12a, the illumination control key 12b, the heat transfer control key 12c, the target setting key 12d and the standby power setting key 12e by key operation, respectively. And a voltage stabilization unit configured to generate electricity according to the deformation of the shape, and to convert electricity generated from the piezoelectric elements P of the key input unit 12A into electricity required for the control operation of the remote controller 10A. 18) and an operation key detecting unit 19 for detecting a key that has been operated among the keys of the key input unit 12A; A control unit 11A, which is momentarily operated by electricity generated at the time of key operation of the key input unit 12A, controls the operation of the remote controller 10A, is also provided.

Specifically, each of the keys included in the key input unit 12A has a piezoelectric element P disposed on a bottom surface of the pressing plate pressed by a finger so that the shape of the piezoelectric element P is deformed when the pressing plate is pressed or released. It can be configured to generate electricity. Here, the piezoelectric element (P) is a device exhibiting a piezoelectric phenomenon, and when a pressure is applied in a predetermined direction, positive and negative charges proportional to the external force are generated on opposite sides of the plate. The potential difference between the generated electric charges is used.

The voltage stabilization unit 18 is connected to the piezoelectric elements P of the key input units 12A, respectively, so that the DC generated by the piezoelectric elements P for the operation of the remote controller 10A is viewed. Denature with electricity of voltage.

The operation key detecting unit 19 detects electricity output from the piezoelectric element P to identify a key corresponding to the piezoelectric element P generating electricity. That is, the operation key sensing unit 19 senses the output terminal voltage of the piezoelectric element P, and discriminates which key is operated by classifying the piezoelectric element P in which electricity is generated. Meanwhile, the present invention may be configured such that the manipulation key detecting unit 19 does not sense the output terminal voltage of the piezoelectric elements P but detects the movement of the key input unit 12A. For example, each of the keys included in the key input unit 12A is configured to press the piezoelectric element by a pressure plate having a contact switch, so as to check the state of the contact switch to detect the operated key.

The control unit 11A is operated when electricity generated from the piezoelectric element P is supplied through the voltage stabilization unit 18 while being supplied from the piezoelectric element P when the key input unit 12A is operated. By detecting the key operation of the key input unit 12A through 19, a command is generated according to the key operation, and a control signal corresponding to the command is also generated and transmitted through the wireless transmitter 13. Here, the generated control signal is the collective control key 12a, the illumination control key 12b, the heat transfer control key 12c, the target setting key 12d and the standby power setting key (as described in the above-described first embodiment). This is a control signal according to the operation of 12e). In addition, the control unit 11A includes the setting means 11a described in the first embodiment, operates the setting means 11a to store the mapping information, stores the collective control list, and stores the Calling the corresponding identifier in the mapping information and including it in the control signal is also performed in parallel. Here, the memory 15 is configured as a nonvolatile memory to prevent the loss of the stored information.

On the other hand, according to the third embodiment of the present invention, since the remote controller 10A operates only when the key input unit 12A is operated and does not operate because electricity is not generated in a state where the operation of the key input unit 12A is stopped. Although not provided with the synchronization means 11b and the wireless receiver 14 in the first embodiment which operate even without manipulation of the key input unit 12A, the present invention is not constituted by a plurality of remote controllers 10A. The invention is not limited thereto. For example, the present invention provides a plurality of remote controllers in which the synchronization means 11b and the wireless receiver 14 are added to the remote controller 10A described in the third embodiment and a synchronization setting key (not shown) is also provided. Synchronization of the set remote control key (not shown) between the remote control to synchronize the memory information with each other, at this time, to be synchronized as the recently changed information from the memory information, according to the plurality of remote control, respectively, the luminaire controller 20 and the outlet controller 30 ) Can be configured to control.

Further, in configuring the lighting control key 12b, the heat transfer control key 12c, the target setting key 12d, or the standby power setting key 12e, any one of the luminaire controller 20 or the outlet controller 30 is used. When the control unit 11A is configured to generate a single control signal with a plurality of pushes, such as selecting and inputting ON or OFF, the non-volatile memory 15 displays the key input state pressed every moment. The temporary storage is performed so that the operation is continued following the previous key input state at the next key operation even when the electricity supply is interrupted between the plurality of key inputs.

According to the above-described embodiments of the present invention, the luminaire and the outlet can be controlled by controlling the luminaire controller 20 and the outlet controller 30 with the remote controllers 10 and 10A, but the present invention provides a remote controller 10 and 10A. In case of loss, it is preferable to easily set and control the newly provided remote controllers 10 and 10A. To this end, the present invention preferably comprises a backup controller (not shown) for receiving and backing up information stored in the memory 15 of the remote controllers 10 and 10A. That is, the remote controller 10, 10A stores the mapping information generated according to the operation of the target setting key 12d, the mapping information generated when storing the list of identifiers to be controlled in the memory, and the list of identifiers to be controlled collectively. The backup controller (not shown) stores mapping information and a list of identifiers to be collectively controlled. When the backup controller (not shown) receives a request for data transmission from the remote controllers 10 and 10A, the backup controller and the mapping information and the collective backup information of the identifiers to be controlled are sent to the remote controllers 10 and 10A and backed up. The list of identifiers to be controlled is stored in the memory 15 of the remote controllers 10 and 10A for use. Accordingly, even when used as a new remote controller (10, 10A) that does not store the mapping information and the list of identifiers to be controlled collectively, it is possible to easily set and use the information for controlling the luminaire controller 20 and the outlet controller (30) .

In addition, the remote controller 10, 10A is preferably configured to be used as a remote controller for controlling an electric device such as a TV or VTR. That is, in general, an electric device such as a TV or a VTR is configured to operate as a remote control, and the remote devices 10 and 10A constituting the present invention do not use remote controllers separately provided for each electric device. To control the behavior. To this end, the remote control (10, 10A) according to the present invention is provided with a known control signal code setting means that is provided in the remote control generally named 'universal remote control' to set the frequency code data for controlling the electrical equipment for each electrical equipment It is preferable to be configured to.

Although illustrated and described in the specific embodiments to illustrate the technical spirit of the present invention, the present invention is not limited to the same configuration and operation as the specific embodiment as described above, within the limits that various modifications do not depart from the scope of the invention It can be carried out in. Therefore, such modifications should also be regarded as belonging to the scope of the present invention, and the scope of the present invention should be determined by the claims below.

1: luminaire 2: outlet
10, 10A: remote controller 20: luminaire controller 30: outlet controller

Claims (7)

delete In the wireless device power supply wireless control system capable of intermittently controlling the electricity supplied to the plurality of light fixtures (1) and the plurality of outlets (2) that are electrical devices by wireless communication,
A luminaire installed separately in each luminaire 1 and configured to turn on / off power to the switch 22 according to a command of a control signal combined with its identifier among the received radio control signals. Controller 20;
It is installed in each outlet (2) individually, so that the power to the ON / OFF (ON / OFF) to the opening and closing portion 32 in accordance with the command of the control signal combined with its identifier among the received wireless control signal, In addition, the current sensing unit 36 for sensing the current supplied to the outlet (2) is provided when a current of a value greater than a predetermined threshold current is supplied to the command to turn off (OFF) the switch 32 and return An outlet controller 30 configured to turn on the opening / closing unit 32 when receiving wireless communication;
Mapping information associated with the list of the luminaire 1 and the receptacle 2, which are electric devices, to the identifiers of the luminaire controller 20 and the outlet controller 30 is stored, and the lighting control key 12b and the heat transfer control key 12c are stored. And a key input section 12, 12A including a collective control key 12a and a standby power setting key 12e, and are selected as the illumination control key 12b or the heat transfer control key 12c and are turned on or off. (OFF) The control signal generated after the control signal is generated by combining the identifiers of the controllers 20 and 30 issued with the command command with the command command, and the generated control signal is transmitted, and the ON or OFF inputted to the batch control key 12a is performed. According to the command command of (OFF), the identifiers of the controllers 20 and 30 to be controlled in advance and the command command are sent as control signals, respectively, according to the key input to return to the standby power setting key 12e. A remote controller (10, 10A) for transmitting an ON command to the outlet controller 30 of the;
Consists of including
When the remote controller 10 receives the command to select the outlet controller 30 with the standby power setting key 12e and sets a standby command, the remote controller 10 identifies the identifier of the outlet controller 30 that has received the standby power setting command. Transmits the control signal combined with
The outlet controller 30 is configured to store the current sensed by the current sensing unit 36 as the threshold current when receiving the standby power setting command coupled with its identifier, and wirelessly control the electric power supply. system.
The method of claim 2,
When the luminaire controller 20 is mounted on the luminaire 1 capable of adjusting the brightness or the color of the lamp 1a, the luminaire controller 20 is integrally formed with a ballast 26 for adjusting the brightness or the color of the lamp 1a. It is configured to adjust the illuminance or color of the luminaire 1 by controlling the ballast 26 according to the command received by the communication,
The remote controller 10 has an input key for registering the luminaire controller 20 for adjusting illuminance or color and selecting an adjustment amount, and registering a command according to the operation of the input key and transmitting a command corresponding to the selected adjustment amount to the wireless communication. Electrical equipment power supply wireless control system, characterized in that configured to transmit.
The method of claim 3, wherein
The remote controller 10 has a target setting key 12d for instructing to select one of a list of the luminaire 1 or the outlet 2 and map it to an identifier, and inputs an operation input of the target setting key 12d. When receiving, select an identifier that is not registered as mapping information among the predetermined identifiers, and send a control signal combining the selected identifier with the identifier setting instruction, and list the identifier of the sent control signal and the selected luminaire 1 or outlet 2 In addition to the mapping information of the memory 15,
The plurality of luminaire controllers 20 and the outlet controllers 30 each include an initialization means 15 consisting of buttons, and among the control signals received at the time of the ON operation of the initialization means 15, And controlling the identifier of the combined control signal as its own identifier.
The method of claim 4, wherein
The luminaire controller 20 and the outlet controller 30,
The power supply for the electric device, characterized in that the operation is performed according to the received command if an instruction other than the identifier setting command is received in the state where the identifier is stored and the initialization means 25 and 35 are operated in the ON state. Wireless control system.
6. The method of claim 5,
The remote control 10,
A plurality of remote controllers 10 are provided so as to control the luminaire controller 20 and the outlet controller 30, but if the registered mapping information is changed in any one of the remote controllers 10, the changed mapping information is changed to another remote controller ( 10) A wireless control system for electric power supply, characterized in that to send to them to synchronize the mapping information with each other.
The method according to any one of claims 2 to 5,
The remote controller 10A,
Each of the keys included in the key input unit 12A is configured to press the piezoelectric element P by a key operation so as to generate electricity in accordance with the shape deformation of the piezoelectric element P,
A voltage stabilizer 18 for converting the electricity generated from the piezoelectric elements P into electricity required for the operation of the remote controller 10A; An operation key sensing unit 19 for sensing a key that has been operated among the keys of the key input unit 12A; With
A wireless control system for powering an electric machine, characterized in that for performing a control operation including generation of a control signal and transmission of a control signal generated during a key operation time.

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