TWI454633B - Wireless intelligent lamp control method and system, wall switch base and remote switch handset - Google Patents

Description

Wireless smart lamp control method and system, wall switch master machine and remote control switch machine

The invention relates to a method and system, a mother machine and a sub-machine, in particular to a wireless smart lamp control method and system, a wall switch main machine and a remote control switch sub-machine.

As shown in FIG. 1 , it is a conventional wireless smart light control system comprising: an electric light 53 and a smart switch device 5 .

The smart switch device 5 includes a remote switch sub-machine 52 and a wall switch main machine 51. The remote control switch 52 can be freely carried and placed, and has a switch button 522 and a wireless transmitter 521. The switch button 522 emits a trigger signal when pressed by the user.

The wireless transmitter 521 is electrically connected to the switch button 522 to receive the trigger signal, and accordingly sends a transition signal wirelessly.

The wall switch master 51 is fixedly disposed on a wall surface of the fixture (for example, a wall or a wall surface of the cabinet) and electrically connected between an AC power source for supplying AC power and the lamp 53, and the wall switch base device The 51 has an AC/DC converter 510, a wireless receiver 511, a mechanical flip button 512, and a switch 513.

The AC/DC converter 510 is electrically connected to the AC power source to receive the AC power, and is converted to generate DC power.

The switch 513 is electrically connected to the AC/DC converter 510 to receive DC power and is electrically connected to the lamp 53, and the switch 513 is controlled to switch to Between the conducting state and the non-conducting state, the DC power is transmitted or not transmitted to the lamp 53 to cause the lamp 53 to be turned on or off.

The wireless receiver 511 is electrically connected to the switch 513, and receives the transition signal from the wireless transmitter 521 of the remote control switch unit 52, and accordingly controls whether the switch 513 is turned on or off.

The mechanical flip button 512 is electrically connected to the switch 513, and is controlled to be conductive or non-conductive by the position where the user is turned to the ON position or OFF.

However, the shortcomings of the conventional wireless smart lighting control system are:

1. When a user directly pulls the mechanical switch button 512 of the wall switch main unit 51 to the ON position to turn on the light, the user then uses the remote control switch 52 to wirelessly send the transition signal to control the wall switch. The parent machine 51 causes the electric lamp 53 to be turned off, but at this time, the mechanical flip button 512 stays in the ON position.

If the next time the user (whether the same user or another user) wants to use the wall switch master 51 to turn on the light directly, it is not known that the previous user used the remote control switch 52 to control the wall. When the switch main unit 51 is turned off and the electric lamp 53 is turned off, it is surprisingly found that the mechanical flip button 512 is in the ON position and the electric lamp 53 is off and does not match each other. At this time, there are two solutions for turning on the electric light: the first type: the user must first switch the mechanical flip button 512 from ON to OFF and then to the ON position, the electric light will be on; Kind: the user presses the remote control switch sub-machine 52 to operate the wall switch master 51 to illuminate the electric light 53; The above situation will cause the user to be confused in operation and use, especially for family members or foreign guests.

2. The conventional wireless smart lamp control system, most importantly, the remote control switch sub-machine 52 can only perform a single and fixed pairing with the wall switch master 51, that is, only the switch 513 of the single lamp 53 can be simply turned on or not. Other matching methods cannot be performed according to the user's preference or the needs of the surrounding environment, resulting in limited use.

Accordingly, a first object of the present invention is to provide a more versatile wireless smart light fixture control method.

The wireless smart light control method is applicable to a wireless smart light control system comprising a wall switch main machine and a remote control switch machine, the wall switch main machine comprising a plurality of two-state touch keys and a a parent computer micro processing unit having a memory, the remote control switch sub-machine comprising a plurality of command key units and a sub-machine micro-processing unit having a memory, each command key unit having an open light button, the wireless smart light control method The method includes the following steps: (A) receiving, by the slave micro-processing unit, a conductive signal group having at least one conductive signal from a light-on key of a command key unit selected by the command key units, and according to the conductive signal group Determining which step to proceed to at least one of the number, duration, and interval of the conductive signals; (B) if the conductive signal group has only one conductive signal, and the duration of the conductive signal is greater than the critical time, then Using the slave micro processing unit to wirelessly send a wireless signal indicating the selected one of the command key units; (C) using the parent machine micro processing Primitive from such double bond toggling Selecting a two-state toggle key to receive a trigger signal group having at least one trigger signal, and determining which step to proceed according to at least a part of the number, duration and interval time of the trigger signal in the trigger signal group; D) if the trigger signal group has only one trigger signal, and the duration of the trigger signal is greater than the critical time, the parent micro-processing unit receives a command from the slave micro-processing unit to indicate the remote control switch a wireless signal of a selected one of the key units, and a pairing relationship indicating that the selected two-state touch key is paired with the selected one of the command key units; (F) using the parent machine micro processing The unit wirelessly transmits the pairing relationship; and (G) wirelessly receiving the pairing relationship from the parent micro-processing unit by using the slave micro-processing unit, and storing the pairing relationship in the memory of the slave micro-processing unit.

Preferably, each of the two-state thunder keys has a status indicator, and the wireless smart lamp control method further comprises the following steps after the step (C): (C1) using the parent micro-processing unit to make the selected one The status indicator of the toggle button indicates that the selected toggle is in the paired state.

Preferably, each of the two-state thixotropic keys has a status indicator, and the wireless smart lamp control method further comprises the following steps after the step (G): (G1) using the parent micro-processing unit according to its memory The status of the selected switch is recorded such that the selected status indicator of the toggle toggle key displays the status.

Preferably, each of the two-state thixotropic keys has a status indicator, and the wireless smart light control method further comprises the following steps: (H) if the trigger signal The group has two trigger signals, and the duration of each trigger signal is less than the critical time, and the interval between the two trigger signals is less than a preset time, and the selected micro-state touch key is made by the parent micro-processing unit. The status indicator indicates that the selected two-state toggle key is in the paired state; (I) using the parent machine micro-processing unit to determine whether another two-state thixotropic selected from the two-state toggle keys is again selected The key receives a trigger signal group having two trigger signals and the interval time is less than the preset time; (J) if the result of the step (I) is YES, returning to the step (H); (K) if the step ( If the judgment result of I) is no, the parent micro-processing unit receives a wireless signal indicating a selected one of the command key units of the remote control switch, and obtains an indication of each selected one. The two-state thixotropic key is paired with the selected instruction key unit; (L) wirelessly issuing the pairing relationship to the sub-machine micro-processing unit by using the parent-child micro-processing unit; and (M) utilizing the parent machine micro-processing Unit based on its memory The selected state of the switch of the recording, so that the state of each dual key toggling the selected indicator displays the status.

Preferably, the wireless smart lighting control system further comprises a plurality of electric lights, and the wall switch main machine further comprises a plurality of switches, each switch receiving the direct current power and electrically connected to the corresponding electric light, and the mother machine micro processing unit Having a memory, the memory stores a correspondence between the two-state toggle keys and the switches, and states of the switches, and each of the two-state toggle keys has a status indicator, and the wireless The smart lamp control method further comprises the following steps: (N0) if the trigger signal group has only one trigger signal, and the duration of the trigger signal is less than the critical time, the parent machine micro-processing list is utilized The element finds from its memory a switch corresponding to one of the selected two-state thixotropic keys, and changes the state of the selected switch recorded by its memory; (N1) utilizes the parent machine micro-processing unit Determining, by the state of the selected switch recorded by the memory, the status indicator of the selected two-state toggle key to display the status; (N2) using the parent machine micro-processing unit to record according to the memory thereof The state of the selected switch switches the selected switch to the state. If the state of the selected switch recorded by the memory is conductive, the parent micro-processing unit switches the selected switch to Turning on, so that the selected switch transmits the DC voltage to the corresponding lamp to make the lamp light up, and if the state of the selected switch recorded by the memory is non-conductive, the parent machine micro-process The unit switches the selected switch to be non-conducting such that the selected switch does not pass the DC voltage to the corresponding lamp, causing the lamp to go out.

Preferably, the wireless smart lighting control system further comprises a plurality of electric lights, and the wall switch main machine further comprises a plurality of switches, each switch receiving the direct current power and electrically connected to the corresponding electric light, and the mother machine micro processing unit The memory stores a correspondence between the two-state toggle keys and the switches, and states of the switches, and each of the two-state toggle keys has a status indicator, and the wireless smart light control method The method further includes the following steps: (N3) wirelessly receiving, by the parental microprocessor unit, a signal sent by a selected one of the command key units indicating the remote control switch unit and the selected command key unit Corresponding to the wireless signal of the at least one two-state thixotropic key; (N4) using the parent micro-processing unit to find at least one switch corresponding to the at least one two-state thixotropic key according to the wireless signal and from the memory thereof , And changing the state of the at least one switch in the memory according to the selected signal sent by the command key unit, and if the selected signal of the command key unit is a conductive signal, the parent micro processing unit uses the state Changing to be turned on, and if the selected signal of the command key unit is a power-off signal, the parent micro-processing unit changes the state to non-conducting; (N5) using the parent-child micro-processing unit according to the memory thereof Recording the state of the selected switch such that the selected status indicator of the toggle toggle key displays the status; and (N6) utilizing the selected one recorded by the parent microprocessor unit based on its memory a state of the switch, the selected switch is switched to the state, and if the state of the selected switch recorded by the memory is turned on, the parent micro-processing unit switches the selected switch to be turned on, thereby The selected switch transmits the DC voltage to the corresponding lamp to cause the lamp to illuminate, and if the state of the selected switch recorded by the memory is not conductive , The base unit micro processing unit so that the selected switch to the off, so that the switch selected is not transmitted to the DC voltage corresponding to the lamp so that the lamp is extinguished.

Preferably, the wireless smart lighting control system further comprises a plurality of electric lights, each electric light corresponding to a two-state thundering key, the memory of the sub-micro processing unit storing a pairing data, the pairing data recording the command key unit and a pairing relationship between the two-state thixotropic keys of the wall switch master, and the wireless smart lamp control method further comprises the following steps: (O1) if the conductive signal group has only one conductive signal and the duration of the conductive signal If the threshold time is less than the critical time, the slave micro-processing unit is used to query the paired data stored in the memory to determine whether there is any associated with the selected command key unit. a pairing relationship; (O2) if the result of the query in the step (O1) is YES, the slave micro-processing unit wirelessly sends a command key unit selected by the pairing relationship in the command key unit indicating the remote control switch Transmitting a conductive signal and a wireless signal of the at least one two-state thixotropic key corresponding to the selected command key unit; (O3) using the parent micro-processing unit to find out from the wireless signal according to the wireless signal And at least one switch corresponding to the at least one two-state thixotropic key, and setting a state of the corresponding switch in the memory to be conductive according to the selected conductive signal sent by the command key unit; (O4) using the parent machine micro processing The unit displays the state indicator of the selected two-state thixotropic key according to the selected switch state recorded by the memory; (O5) using the parent computer micro-processing unit to record the memory according to the memory The state of the selected switch causes the selected switch to switch to the state to cause the light corresponding to the selected command key unit to illuminate.

Therefore, the first object of the present invention is to propose an innovative wireless smart lamp control method to establish a pairing relationship between the two-state thixotropic keys and the command key units to increase the use.

A second object of the present invention is to provide a more versatile wireless smart lighting control system.

The wireless smart lighting control system comprises: a smart switch device. The intelligent switch device comprises: a remote control switch machine and a wall switch master machine. The remote control switch has a plurality of command key units and a slave micro processing unit. Each of the command key units has a light-on button, and when the selected light-on button is pressed, a conductive signal group having at least one conductive signal is emitted. The slave micro processing unit has a memory and is electrically connected to each command key And receiving, by the light-on key of a command key unit selected from the command key units, the conductive signal group having at least one conductive signal, and according to the number, duration and interval of the conductive signals in the conductive signal group Determining, if the conductive signal group has only one conductive signal, and the duration of the conductive signal is greater than the critical time, using the slave micro processing unit to wirelessly issue the instruction key unit selected by the indication wireless signal. The wall switch master has a plurality of two-state toggle keys and a parent machine micro-processing unit. When the selected two-state thixotropic key is pressed, a trigger signal group having at least one trigger signal is issued. The parent machine micro-processing unit has a memory and is electrically connected to each of the two-state thixotropic keys, and a two-state thixotropic key selected from the two-state thixotropic keys receives a trigger signal group having at least one trigger signal. And determining, according to at least a part of the number, duration, and interval time of the trigger signal in the trigger signal group, if the trigger signal group has only one trigger signal, and the duration of the trigger signal is greater than the critical time, the use Receiving, by the slave micro processing unit, a wireless signal indicating a selected one of the command key units of the remote control switch unit, and obtaining an indication of the selected two-state touch key Paired with the selected command key unit, and the parent micro-processing unit wirelessly issues the pairing relationship. Further, the slave microprocessing unit wirelessly receives the pairing relationship from the parent microprocessing unit, and stores the pairing relationship in the memory of the slave microprocessing unit.

Preferably, the wireless smart light control system further comprises a plurality of electric lights, and the wall switch main machine further comprises: an AC to DC converter, and a plurality of switches. The AC/DC converter is electrically connected to an AC power source that provides an AC power. The AC power is received and converted to generate DC power. Each switch is electrically connected to the AC/DC converter to receive DC power, and is electrically connected to the corresponding lamp, and each switch is controlled to switch between a conducting state or a non-conducting state to transmit or not transmit the switch The DC power is supplied to the corresponding lamp so that the lamp is turned on or off. And the memory of the parent micro-processing unit stores the correspondence between the two-state thixotropic keys and the switches, and the states of the switches. If the trigger signal group has only one trigger signal, and the duration of the trigger signal is less than the critical time, the parent micro processing unit selects from the memory to select one of the selected two-state touch keys. Switch and change the state of the selected switch recorded by its memory. Then, the parent micro-processing unit causes the state indicator of the selected two-state touch key to display the state according to the state of the selected switch recorded by the memory. Further, the parent micro-processing unit switches the selected switch to the state according to the state of the selected switch recorded by the memory, and if the state of the selected switch recorded by the memory is conductive, The parent machine micro-processing unit switches the selected switch to be conductive, such that the selected switch transmits the DC voltage to the corresponding light, causing the light to illuminate, and if the memory records the selected one The state of the switch is non-conducting, and the parent micro-processing unit switches the selected switch to be non-conducting, so that the selected switch does not transmit the DC voltage to the corresponding lamp, so that the lamp is extinguished.

Preferably, each status indicator has a light emitting diode. If the state of the selected switch recorded by the memory is conductive, the parent micro-processing unit causes the light-emitting diode of the status indicator to not emit light, and if The state of the selected switch recorded by the memory is non-conducting, and the parent micro-processing unit causes the light-emitting diode of the status indicator to emit light.

Preferably, the remote control switch machine further comprises: a battery. The battery is electrically coupled to the slave microprocessor unit and provides the power required by the slave microprocessor unit.

Therefore, the second object of the present invention is to provide an innovative wireless smart lighting control system that increases the use by setting the pairing relationship between the two-state toggle keys and the command key units.

A third object of the present invention is to provide a more widely used wireless smart light fixture control method, in particular to be implemented by a wall switch master to perform wireless communication with a remote control switch, the wall switch master includes a plurality of a two-state touch key and a mother machine micro-processing unit having a memory, the remote control switch unit includes a plurality of command key units and a slave micro-processing unit having a memory, and the slave micro-processing unit can wirelessly issue one Determining a wireless signal of a selected one of the command key units of the remote control switch, the wireless smart light control method comprising the following steps: (A) utilizing the parental micro-processing unit from the two-state thixotropic A binary toggle key selected in the key receives a trigger signal group having at least one trigger signal, and determines which one to enter according to at least a part of the number, duration and interval of the trigger signal in the trigger signal group Step (B) if the trigger signal group has only one trigger signal, and the duration of the trigger signal is greater than the critical time, the parent machine is utilized The dual processing unit from the slave micro processing unit receiving a wireless signal indicating that the remote control switch of the slave unit of such instructions in the selected key a command key unit, and to give an indication of the selected And the (C) wirelessly transmitting the pairing data to the slave microprocessing unit to temporarily store the pairing data in the pairing data; The memory of the slave microprocessor unit.

Preferably, each of the two-state thixotropic keys has a status indicator, and the wireless smart light control method further comprises the following steps after the step (A): (A1) using the parent micro-processing unit to make the selected one The status indicator of the toggle button indicates that the selected toggle is in the paired state.

Preferably, each of the two-state thixotropic keys has a status indicator, and the wireless smart light control method further comprises the following steps after the step (C): (C1) using the parent micro-processing unit according to its memory The status of the selected switch is recorded such that the selected status indicator of the toggle toggle key displays the status.

Preferably, each of the two-state toggle keys has a status indicator, and the wireless smart light control method further comprises the following steps: (H) if the trigger signal group has two trigger signals, the duration of each trigger signal If the interval time is less than the preset time, and the interval between the two trigger signals is less than a preset time, the state indicator of the selected two-state touch key is displayed by the parent micro-processing unit to display the selected two-state thixotropic The key is in the pairing state; (I) using the parent machine micro processing unit to determine whether to receive another trigger signal from the other two-state touch key selected in the two-state toggle keys, and the interval time is less than the a trigger signal group of a preset time; (J) if the judgment result of the step (I) is YES, return to the step (H); (K) if the judgment of the step (I) If not, the parent micro-processing unit receives a wireless signal indicating a selected one of the command key units of the remote control switch unit, and obtains an indication of each selected two-state thixotropic a key is paired with the selected command key unit; (L) wirelessly issuing the pairing relationship to the child microprocessor unit by using the parent machine micro processing unit; and (M) utilizing the parent machine micro processing unit according to the memory thereof The state of the selected switch recorded by the body causes the status indicator of each of the selected two-state toggle keys to display the status.

Preferably, the wireless smart lighting control system further comprises a plurality of electric lights, and the wall switch main machine further comprises a plurality of switches, each switch receiving the direct current power and electrically connected to the corresponding electric light, and the mother machine micro processing unit Having a memory, the memory stores a correspondence between the two-state toggle keys and the switches, and states of the switches, and each of the two-state toggle keys has a status indicator, and the wireless The smart lamp control method further comprises the following steps: (N0) if the trigger signal group has only one trigger signal, and the duration of the trigger signal is less than the critical time, the parent micro-processing unit is used to find a corresponding memory from the memory a switch selected by one of the selected two-state toggle keys, and changing the state of the selected switch recorded by the memory; (N1) utilizing the location recorded by the parent microprocessor unit according to its memory Selecting a state of the switch such that the state indicator of the selected two-state thixotropic key displays the state; (N2) utilizing the selected opening recorded by the parent micro-processing unit according to its memory The state, so that the switch is switched to the selected state, if the memory of the switching state of the record selected is turned on, the base unit micro processing unit so that the selected switch Turning on, so that the selected switch transmits the DC voltage to the corresponding lamp to make the lamp illuminate, and if the state of the selected switch recorded by the memory is non-conductive, the parent machine micro The processing unit switches the selected switch to be non-conducting such that the selected switch does not pass the DC voltage to the corresponding lamp, causing the lamp to go out.

Preferably, the wireless smart lighting control system further comprises a plurality of electric lights, and the wall switch main machine further comprises a plurality of switches, each switch receiving the direct current power and electrically connected to the corresponding electric light, and the mother machine micro processing unit Having a memory, the memory stores a correspondence between the two-state toggle keys and the switches, and states of the switches, and each of the two-state toggle keys has a status indicator, and the wireless The smart lighting control method further comprises the steps of: (N3) wirelessly receiving, by the parental microprocessor unit, a signal issued by a selected one of the command key units indicating the remote control switch unit and the selected one The wireless signal corresponding to the at least one two-state thixotropic key corresponding to the command key unit; (N4) using the parent micro-processing unit to find and correspond to the at least one two-state touch key according to the wireless signal and from the memory thereof At least one switch, and setting a state of the corresponding switch in the memory according to the selected signal sent by the command key unit, if the selected signal of the command key unit is a guide a signal, the parent micro-processing unit changes the state to be turned on, and if the selected signal of the command key unit is a power-off signal, the parent micro-processing unit changes the state to non-conducting; (N5) Using the parent machine micro-processing unit to display the state indicator of the selected two-state thixotropic key according to the state of the selected switch recorded by the memory; and (N6) utilizing the parent machine micro-processing unit Switching the selected switch to the state according to the state of the selected switch recorded by the memory, and if the state of the selected switch recorded by the memory is conductive, the parent micro processing unit enables The selected switch is switched to be turned on, so that the selected switch transmits the DC voltage to the corresponding lamp to cause the lamp to illuminate, and if the state of the selected switch recorded by the memory is not When turned on, the parent micro-processing unit switches the selected switch to be non-conducting, so that the selected switch does not transmit the DC voltage to the corresponding lamp, so that the lamp is extinguished.

Therefore, the third object of the present invention is to provide an innovative wall switch master to cooperate with an existing remote switch sub-machine to perform the above-described wireless smart lamp control method to set the two-state thixotropic keys and the command key units. Pairing relationships to increase usage.

A fourth object of the present invention is to provide a wall switch mainframe that is more versatile.

The wall switch main machine is adapted to wirelessly communicate with a remote control switch sub-machine comprising a plurality of command key units and a sub-machine micro-processing unit having a memory, and the remote control switch sub-machine can wirelessly issue one And indicating a wireless signal of a selected one of the command key units of the remote control switch unit, and the wall switch base unit comprises: a plurality of two-state toggle keys, and a mother machine micro-processing unit. When the selected two-state thixotropic key is pressed, a trigger signal group having at least one trigger signal is issued. The parent machine micro-processing unit has a memory and is electrically connected to each of the two-state thixotropic keys, and a two-state thixotropic key selected from the two-state thixotropic keys receives a trigger signal group having at least one trigger signal. And according to the trigger signal in the trigger signal group Judging at least a part of the number, duration, and interval time, if the trigger signal group has only one trigger signal, and the duration of the trigger signal is greater than the critical time, the micro-processing unit is used to micro-process from the slave The unit receives a wireless signal indicating a selected one of the command key units of the remote control switch unit, and obtains an indication that the selected two-state touch key is matched with the selected one of the command key units. Pairing relationship. Further, the parent micro-processing unit wirelessly issues the pairing relationship to the slave micro-processing unit to temporarily store the paired data in the memory of the slave micro-processing unit.

Preferably, the wall switch is electrically connected to the plurality of electric lights, and the wall switch main machine further comprises: an AC/DC converter and a plurality of switches. The AC/DC converter is electrically connected to an AC power source that supplies an AC power to receive the AC power and is converted to generate DC power. Each switch is electrically connected to the AC/DC converter to receive DC power, and is electrically connected to the corresponding lamp, and each switch is controlled to switch between a conducting state or a non-conducting state to transmit or not transmit the switch The DC power is supplied to the corresponding lamp so that the lamp is turned on or off. And the memory of the parent micro-processing unit stores the correspondence between the two-state thixotropic keys and the switches, and the states of the switches. If the trigger signal group has only one trigger signal, and the duration of the trigger signal is less than the critical time, the parent micro processing unit selects from the memory to select one of the selected two-state touch keys. Switch and change the state of the selected switch recorded by its memory. Then, the parent micro-processing unit causes the state indication of the selected two-state thixotropic key according to the state of the selected switch recorded by the memory thereof. The status is displayed. Further, the parent micro-processing unit switches the selected switch to the state according to the state of the selected switch recorded by the memory, and if the state of the selected switch recorded by the memory is conductive, The parent machine micro-processing unit switches the selected switch to be conductive, such that the selected switch transmits the DC voltage to the corresponding light, causing the light to illuminate, and if the memory records the selected one The state of the switch is non-conducting, and the parent micro-processing unit switches the selected switch to be non-conducting, so that the selected switch does not transmit the DC voltage to the corresponding lamp, so that the lamp is extinguished.

Preferably, each of the status indicators has a light-emitting diode, and if the state of the selected switch recorded by the memory is turned on, the parent micro-processing unit causes the light-emitting diode of the status indicator to not emit light. And if the state of the selected switch recorded by the memory is non-conductive, the parent micro-processing unit causes the light-emitting diode of the status indicator to emit light.

Therefore, the fourth object of the present invention is to provide an innovative wall switch master machine and an existing remote switch sub-machine to set the pairing relationship between the toggle button and the command button unit of the existing remote switch sub-machine. Achieve increased use.

A fifth object of the present invention is to provide a more widely used wireless smart lighting control method, which is suitable for wireless communication with a wall switch main machine by a remote control switch machine, the remote control switch The sub-machine includes a plurality of command key units and a sub-machine micro-processing unit having a memory, each of the command key units has an on-light key, the wall switch main unit includes a plurality of two-state thixotropic keys and a memory having a memory Mother machine micro processing list The wireless smart lighting control method comprises the following steps: (A) receiving, by the slave micro processing unit, a conductive signal group having at least one conductive signal from an open key of the selected one of the command key units; And determining, according to at least one of the number, duration and interval time of the conductive signals in the conductive signal group, (B) the conductive signal group has only one conductive signal, and the conductive signal continues If the time is greater than the critical time, the wireless signal of the command key unit selected by the slave micro-processing unit is wirelessly sent to the parent micro-processing unit for pairing to obtain a pairing relationship; and (C) using the slave micro- The processing unit wirelessly receives the pairing relationship from the wall switch master and temporarily stores the paired data in the memory of the slave microprocessor unit.

Preferably, the wall switch is electrically connected to the plurality of electric lights, each of the electric lights corresponding to a two-state thixotropic key, the memory of the sub-microprocessor unit storing a pairing data, the pairing data recording the command key unit and the a pairing relationship between the two-state thixotropic keys of the wall switch master, and the wireless smart lamp control method further comprises the following steps: (O1) if the conductive signal group has only one conductive signal and the duration of the conductive signal is less than At the critical time, the slave microprocessing unit is used to query the paired data stored in the memory to determine whether there is at least one pairing relationship associated with the selected command key unit; (O2) if step (O1) If the result of the query is yes, the slave micro-processing unit wirelessly sends a conductive signal sent by a selected one of the command key units indicating the remote control switch unit and the selected one of the command key units. a wireless signal of the at least one two-state thixotropic key corresponding to the pairing relationship, so that the parent micro-processing unit is configured to make the selected finger Let the corresponding light of the key unit light up.

Therefore, the fifth object of the present invention is to provide an innovative remote control switch sub-machine to cooperate with the existing wall switch master to execute the above-mentioned wireless smart lamp control method to set the pairing relationship between the toggle button and the command button unit. To achieve increased use.

A sixth object of the present invention is to provide a remote control switch sub-machine having a wider use.

The remote control switch machine is adapted to wirelessly communicate with a wall switch master machine, wherein the wall switch master machine comprises a plurality of two-state touch-changing keys and a mother-machine micro-processing unit having a memory, the remote-control switch sub-machine comprises: a plurality of Command key unit, and a child microprocessor unit. Each of the command key units has a light-on button, and when the selected light-on button is pressed, a conductive signal group having at least one conductive signal is emitted. The slave micro-processing unit has a memory and is electrically connected to each of the command key units, and receives a conductive signal group having at least one conductive signal from a light-on key of the selected one of the command key units. And determining, according to at least one of the number, duration, and interval of the conductive signals in the conductive signal group, the conductive signal group has only one conductive signal, and the duration of the conductive signal is greater than the critical time, and the The slave micro-processing unit wirelessly sends the wireless signal of the command key unit selected by the indication to the parent micro-processing unit for pairing to obtain a pairing relationship. The slave micro-processing unit wirelessly receives the pairing relationship from the parent micro-processing unit, and temporarily stores the pairing relationship in the memory of the slave micro-processing unit as part of a paired data.

Preferably, the remote control switch machine further comprises: a battery. The battery Connected to the slave microprocessor unit and provides the power required by the slave microprocessor unit.

Preferably, the wall switch is electrically connected to the plurality of electric lights, and the electric lights respectively correspond to the two-state thunder keys, and each of the command key units further has: a light-off button. When the selected light-off button is pressed, a power-off signal having a duration is issued. The slave micro-processing unit receives the power-off signal from the light-off button of the command key unit, and determines whether the duration is greater than the critical time, and if so, the slave micro-processing unit stores the paired data in the memory. Clearing, otherwise, the slave micro-processing unit queries the paired data stored in its memory according to the power-off signal to determine whether there is at least one pairing relationship associated with the selected command key unit, and if so, The slave micro-processing unit wirelessly transmits a conductive signal sent by a selected one of the command key units of the remote control switch unit and the at least one corresponding to the selected one of the command key units The wireless signal of the toggle button causes the master microprocessor unit to extinguish the light corresponding to the selected command button unit.

Therefore, the sixth object of the present invention is to provide an innovative remote control switch sub-machine and an existing wall switch main machine to set a pairing relationship between the two-state thixotropic keys of the existing wall switch main unit of the command key unit, Achieve increased use.

The above and other technical contents, features and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments.

As shown in FIG. 2, a preferred embodiment of the wireless smart lighting control system of the present invention comprises: a plurality of electric lights 63, and a smart switching device 6.

The smart switch device 6 includes a wall switch master 61 and a remote switch slave 62.

The wall switch main unit 6 is fixedly disposed on the wall and electrically connected between an AC power supply for supplying AC power and the electric lamps 63, and controls the electric lamps 63, and the wall switch main unit 61 has an AC/DC converter 610 and a mother. The micro processing unit 611, the plurality of switches 612, and the plurality of toggles 613. Each of the two-state toggle keys 613 has a status indicator 614 that displays a lighted state or a lighted state or a paired state. In the present embodiment, the status indicator 614 includes a light emitting diode (LED).

The AC/DC converter 610 is electrically connected to the AC power source to receive the AC power, and is converted to generate DC power.

Each switch 612 is electrically connected to the AC/DC converter 610 to receive DC power, and is electrically connected to the corresponding lamp 63, and each switch 612 is controlled to switch between a conducting state or a non-conducting state to transmit The DC power is not transmitted to the corresponding lamp 63 to cause the lamp 63 to be turned on or off.

Each of the two-state toggle keys 613 issues a trigger signal when pressed by a user.

The parent-machine micro-processing unit 611 is electrically connected to the AC-DC converter 610 to receive the DC power as the required power, and is electrically connected to each of the two-state thixotropic keys 613 and each switch 612, and the parent-machine micro-processing unit 611 Having a memory M, the memory M stores the two-state toggle keys 613 and the switches Correspondence between 612, and the state of the switches 612 (lighting state or blackout state). In this embodiment, the two-state toggle keys 613 have a one-to-one correspondence with the corresponding switches 612.

The remote switch sub-machine 62 is configured to wirelessly control the wall switch main unit 61 and can be carried by a user, and has a plurality of command key units 623, a sub-machine micro-processing unit 621, and a battery 620.

Each of the command key units 623 has an ON (ON) button 624 and an OFF (OFF) button 625. The light-on button 624 emits a conductive signal when pressed, and the light-off button 625 emits a power-off signal when pressed.

The slave micro-processing unit 621 is electrically connected to each of the command key units 623 and has a memory M for storing a pair of data, and the paired data records the two-state thixotropic changes of the command key unit 623 and the wall switch base unit 61. The pairing relationship between the keys 613.

The battery 620 is electrically coupled to the slave microprocessor unit 621 and provides the power required by the slave microprocessor unit 621.

The wireless smart lighting control system performs a wireless smart light fixture control method including a wireless control program executed by the parent machine micro processing unit 611 and a wireless control program executed by the slave micro processing unit 621.

As shown in FIG. 2 and FIG. 3, the wireless control program executed by the parent machine micro processing unit 611 is adapted to perform wireless communication with the remote control switch unit 621, and the wireless control program includes the following steps:

Step 10: Receive, by the parent machine micro processing unit 611, a two-state toggle key 613 selected from the two-state toggle keys 613 to have at least one a trigger signal group of the trigger signal, and determining, according to at least a part of the number, duration and interval time of the trigger signal in the trigger signal group, wherein the trigger signal group has only one trigger signal, and The duration of the trigger signal is less than a critical time (for example, 1 second), indicating that the user short clicks the selected two-state touch key 613, and proceeds to step 11, if the trigger signal group has two trigger signals, The duration of each trigger signal is less than the threshold time, and the interval time of the two trigger signals is less than a preset time (for example, 0.5 seconds), indicating that the user double-clicks the selected two-state toggle button 613 to enter Step 14: If the trigger signal group has only one trigger signal, and the duration of the trigger signal is greater than the critical time, indicating that the user long presses the selected two-state toggle key 613, then the process proceeds to step 21.

Step 11: Using the parent machine micro processing unit 611 to find a switch 612 selected from one of the selected two-state toggle keys 613 from its memory M, and change the selected one recorded by the memory M thereof. The state of switch 612. If the state of the selected switch 612 recorded by the memory M is non-conductive, the parent micro-processing unit 611 changes the state to be turned on, and if the selected switch 612 is recorded by the memory M When the state is ON, the parent micro processing unit 611 changes the state to non-conducting.

Step 12: The status indicator 614 of the selected two-state touch key 613 is displayed by the parent machine micro processing unit 611 according to the state of the selected switch 612 recorded by the memory M. In this embodiment, if the state of the selected switch 612 recorded by the memory M is turned on, the parent micro processing unit 611 causes the status indicator 614 to be issued. The photodiode does not emit light, and if the state of the selected switch 612 recorded by the memory M is non-conducting, the parent micro-processing unit 611 causes the light-emitting diode of the status indicator 614 to emit light.

Step 13: The selected switch 612 is switched to the state by the master microprocessor 611 based on the state of the selected switch 612 recorded by its memory M. If the state of the selected switch 612 recorded by the memory M is conductive, the parent micro-processing unit 611 switches the selected switch 612 to be turned on, so that the selected switch 612 will be converted from the AC-DC. The DC voltage of the device 610 is transmitted to the corresponding lamp 63 to cause the lamp 63 to illuminate, and if the state of the selected switch 612 recorded by the memory M is non-conductive, the parent machine microprocessor unit enables The selected switch 612 is switched to be non-conducting such that the selected switch 612 does not pass the DC voltage from the AC to DC converter 610 to the corresponding lamp 63, causing the lamp 63 to be extinguished.

Thus, using the design of the toggle 613 and the status indicator 614, in conjunction with the control of the parent microprocessor 613 in step 12, the status indicator 614 is synchronized with the corresponding flash 63, that is, when the light is on, the status is The indicator 614 is shown in a lit state (the light emitting diode does not emit light). Conversely, if the electric lamp 63 is turned off, the status indicator 614 displays a light-off state (light emitting diode illumination). As will be appreciated by those skilled in the art, the order of execution of steps 12 and 13 above may be reversed, or may be performed concurrently, and is not limited by the embodiments disclosed herein.

Step 14: using the parent machine micro processing unit 611 to cause the selected status indicator 614 of the two-state touch key 613 to display the selected two-state touch key 613 in a paired state. In this embodiment, the Status indicator 614 is to perform blinking to display that the selected two-state toggle key 613 is in the paired state.

Step 15: Using the parent-child micro-processing unit 611 to determine whether another two-way toggle key 613 selected from the two-state toggle keys 613 is again received with two trigger signals and the interval time is less than the preset time. The trigger signal group, if yes, returns to step 14, and vice versa, proceeds to step 16.

Step 16: The parent computer micro processing unit 611 receives a wireless signal indicating a command key unit 623 selected by the command key unit 623 of the remote control switch unit 62, and obtains an indication of each selected double state. The thixotropic key 613 is paired with the selected command key unit 623 in a paired relationship.

Step 17: The parenting micro-processing unit 611 wirelessly issues the pairing relationship to the slave micro-processing unit 621, and causes the slave micro-processing unit 621 to store the pairing relationship into its memory M to complete the setting of the pairing relationship.

Step 18: using the parent machine micro processing unit 611 to display the status indicator 614 of each of the selected two-state touch keys 613 according to the state of the selected switch 612 recorded by the memory M, It is restored to be synchronized with the corresponding electric lamp 63.

Step 21: using the parent machine micro processing unit 611 to cause the selected status indicator 614 of the two-state touch key 613 to display the selected two-state touch key 613 in a paired state. In this embodiment, the The status indicator 614 is flashing to display that the selected toggle 613 is in the paired state.

Step 22: Using the parent machine micro processing unit 611 to receive an indication of the remote Controlling the wireless signal of the selected one of the command key units 623 of the switch button unit 623, and obtaining an indication that the selected two-state touch key 613 is matched with the selected command key unit 623. Pairing relationship.

Step 23: The parenting micro-processing unit 611 wirelessly sends the pairing relationship to the slave micro-processing unit 621, and the slave micro-processing unit 621 stores the pairing relationship into the memory M to complete the setting of the pairing relationship.

Step 24: using the state of the selected switch 612 recorded by the memory micro-processing unit 611 according to the memory M thereof, the state indicator 614 of the selected two-state touch key 613 is displayed to restore the state. It is synchronized with the corresponding electric lamp 63.

Referring to FIG. 2 and FIG. 4, the master control unit 611 controls the wireless control program of the light 63 to be extinguished according to the control of the remote control switch unit 62.

Step 30: The parent computer micro processing unit 611 wirelessly receives a signal from a command key unit 623 selected by the command key unit 623 indicating the remote control switch unit 62 and the selected command key unit 623. Corresponding to the wireless signal of the at least one toggle button 613. The wireless signal is generated by the remote control switch 62 in accordance with the pairing relationship of the foregoing steps 17, 23 (to be described later).

Step 31: Using the parent-child micro-processing unit 611 to find at least one switch corresponding to the at least one two-state thixotropic key from the memory M according to the wireless signal, and according to the selected command key unit The signal sets the state of the corresponding switch in its memory M. If the selected signal of the command key unit is a conductive signal, the parent micro processing unit changes the state to be turned on, and if the selected command key unit is issued The signal is a power-off signal, and the parent machine micro-processing unit 611 changes the state to non-conduction.

Step 32: The state indicator 614 of the selected two-state touch key 613 is displayed by the parent machine micro processing unit 611 according to the selected switch state recorded by the memory M.

Step 33: The selected switch 612 is switched to the state by the parent machine micro processing unit 611 according to the state of the selected switch 612 recorded by the memory M. If the state of the selected switch 612 recorded by the memory M is conductive, the parent micro-processing unit 611 switches the selected switch 612 to be turned on, so that the selected switch 612 passes the DC voltage to Corresponding to the electric lamp 63, the electric lamp 63 is illuminated, and if the state of the selected switch recorded by the memory M is non-conducting, the parent micro-processing unit 611 switches the selected switch to no The conduction is such that the selected switch does not transmit the DC voltage to the corresponding lamp, causing the lamp 63 to be extinguished.

As shown in FIG. 2 and FIG. 5, the wireless control program executed by the slave micro processing unit 621 is adapted to perform wireless communication with the wall switch master 61, and includes the following steps:

Step 40: The sub-machine micro-processing unit 621 receives a conductive signal group having at least one conductive signal from the light-on key 624 of an instruction key unit 623 selected from the instruction key units, and conducts electricity according to the conductive signal group. Determining which step to enter, at least one of the number, duration, and interval of the signal, wherein the conductive signal group has only one conductive signal and the duration of the conductive signal is less than a critical time (eg, 1 Second), indicating that the user short clicks the selected light-on key 624 of the command key unit, and proceeds to step 41. If the conductive signal group has only one conductive signal, and the duration of the conductive signal is greater than the critical time, it indicates that the user long presses the selected light-key 624 of the command key unit 623, or if the conductive signal group has The two conductive signals, each of the conductive signals has a duration less than the critical time, and the interval between the two conductive signals is less than a predetermined time (for example, 0.5 seconds), indicating that the user short-clicks the selected one of the command key units The light key 624 proceeds to step 43, otherwise it ends.

Step 41: The slave micro processing unit 621 is used to query the paired data stored in the memory M to determine whether there is a pairing relationship associated with the selected command key unit 623. If yes, proceed to step 42. If there is no correspondence, the command key unit 623 has not been paired and the job is ended.

Step 42: Using the slave micro processing unit 621 to wirelessly send a conductive signal issued by a command key unit 623 selected by the command key unit 623 of the remote control switch unit 62 and the selected command key unit. 623 corresponds to the wireless signal of the at least one toggle switch. Thus, as in the foregoing step 30, the wall switch base unit 61 receives the wireless signal, and steps 31 to 33 are executed to cause the electric light corresponding to the selected command key unit 623 to illuminate.

Step 43: The wireless signal of the command key unit selected by the slave micro-processing unit 621 is wirelessly transmitted, so that the parent-child micro-processing unit 611 returns the pairing relationship according to step 16 or step 22.

Step 44: The slave micro-processing unit 621 is used to wirelessly receive the pairing relationship from the parent micro-processing unit 611, and store the pairing relationship in the memory M of the slave micro-processing unit 621 as part of the pairing data.

Referring to FIG. 2 and FIG. 6, the wireless control program executed by the slave micro processing unit 621 further includes the following steps:

Step 45: The slave micro-processing unit 621 receives a power-off signal having a duration from the light-off button 625 of the command key unit, and determines whether the duration is greater than the critical time, and if so, proceeds to the step 4A, otherwise, proceed to step 46.

Step 4A: The slave micro processing unit 621 clears the pairing data corresponding to the command key unit 623 in the memory M, so that the user can reset the pairing relationship of the control key unit 623 with the light 63. It should be noted that in this embodiment, the pairing data is cleared by using the light-off button 625 of the long-press command key unit 623. Of course, the pairing data may be cleared by other means, for example, the light-off key 625 of the short-click command key unit 623.

Step 46: Using the slave micro-processing unit 621 to query the paired data stored in the memory M according to the power-off signal to determine whether there is at least one pairing relationship associated with the selected command key unit, and if so, Proceed to step 47, otherwise, end.

Step 47: Using the slave micro processing unit 621 to wirelessly send a power-off signal issued by a command key unit selected by the command key unit of the remote control switch unit 62 and corresponding to the selected command key unit. The wireless signal of the two-state thixotropic key. Thus, the wall switch master 61 receives the wireless signal and performs steps 31-33 to extinguish the light corresponding to the selected command key unit 623.

Therefore, in application, the user can pair the two-state toggle keys with the instruction key units according to the following three pairing modes. These three The pairing mode is a "one-to-one mode" (that is, a two-state touch key corresponds to one command key unit) and two "many-to-one mode" (multiple two-state touch keys correspond to one command key unit).

When the user performs the pairing by using the "one-to-one mode", first, the dual-state touch key 613 in the wall switch master 61 corresponding to the control lamp 63 is selected to be pressed, so that the parent machine micro-processing unit 611 performs step 10 And step 21, causing the status indicator of the two-state touch key 613 to blink to display that the selected two-state touch key is in a pairing state; then, selecting one of the remote control switch units 62 The light-on button of the 623 is long pressed to perform pairing, and the parent machine micro-processing unit 611 performs steps 22-24 to perform steps 43-44 with the remote-control switch sub-machine 62, so that the remote-control switch sub-machine 62 stores the pairing relationship and the status indicator. 614 stops blinking to indicate that the selected two-state toggle key 613 has been successfully paired with the command key unit 623.

When the user uses the first "many-to-one mode" for pairing, in addition to the aforementioned "one-to-one mode", the method further includes: selecting another two-state touch of the wall switch master 61 corresponding to the electric light 63 to be controlled. The keystroke is long pressed, so that the parent machine micro processing unit 611 performs step 10 and step 21, and then long presses the same light button of the command key unit in the remote control switch unit 62 to perform pairing, and then the parent machine micro processing unit 611: Steps 22-24 and remote control switch 62 perform steps 43-44 to expand the pairing data corresponding to the command key unit, so that the status indicator 614 stops blinking to display the selected two-state touch key 613 and The command key unit 623 has been successfully paired. Then, if the same command key 623 is to control more lights (ie, to continue pairing), only steps 10, 21-24 and 43-44 need to be repeated. In this way, the user can always rely on Expand the lights to be controlled synchronously with the demand to achieve more convenient use.

When the user pairs with the second "many-to-one mode", firstly, double-clicking one of the two-state toggle keys 613 of the wall switch master 61 causes the master micro-processing unit to perform steps 10 and 14 to make The corresponding status indicator 614 flashes to display that the selected two-state toggle key 613 is in the pairing state; then, double-click the other two-state toggle key of the wall switch master to make the two-state touch The status indicator 614 corresponding to the change key 613 is flashed to display the status in the pairing; further, whether to continue to increase the two-state toggle key 613 to be paired, and if so, repeat the short double click on the other double of the wall switch base unit 61. The state touch key 613, and vice versa, double-click the light switch key 624 of the selected one of the remote control switch units 62 to perform pairing so that the parent computer processing unit 611 performs steps 16-18 and the remote control switch. The machine 62 executes steps 43-44. The remote switch sub-machine 62 stores the pairing relationship and the status indicator 614 stops blinking to indicate that the selected two-state toggle button 613 has been successfully paired with the command button unit 623. In this way, when the user wants to set the pairing relationship of the single command key unit 623 and the two-state touch key 613 corresponding to the plurality of lights 63 at the same time, the second mode setting can be utilized to effectively shorten the pairing time.

In summary, according to the foregoing embodiments, the present invention has the following advantages:

1. The user can effectively control the lamp to be extinguished: whether the user controls the corresponding lamp 63 through the two-state touch button 613 or the remote switch button 62, the parent micro-processing unit 611 controls the corresponding pair in addition to the control lamp. Status indicator 614 of state touch key 613 The display state is such that the status indicator 614 of each of the two-state toggle keys 613 is synchronized with the corresponding light 63, so that the user can clearly know the current status of the corresponding light 63 by viewing each of the two-state touch keys 613. To avoid malfunctions in the prior art. At the same time, the command key unit 623 of the remote control switch unit 62 is directly provided with the light-on button 624 and the light-off button 625. It is not necessary to determine the current state of the light 63 to be controlled, so that the user can directly press the corresponding light-on button 624 or Turning off the light button 625, the corresponding light 63 will be extinguished, so as to achieve more convenient control.

2. Pairing relationship setting mode is more choice and pairing relationship setting is more flexible

The wall switch base unit 61 and the remote control switch unit 62 use the judgment of the duration and the number of signals, and the user can select a one-to-one (long press) or one-to-many (short double-click) pairing relationship in a single time, or at any time. It is required to use a long press to expand the matching relationship of the previously set command key unit 623 to provide the user with more choice and flexibility of setting mode.

3. The smart switch device 6 is more flexible and more personal to use: in this embodiment, the paired data is stored in the memory M of the remote switch sub-machine 62, and the remote switch sub-machine 62 is issued with a pairing relationship. The signal allows the wall switch master 61 to control the paired lights according to the received signal content. In this way, the wall switch base unit 61 can be used with a plurality of remote control switch sub-machines 62, and each user can have its own dedicated remote control switch sub-machine 62 to customize the matching relationship.

The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are Still It is within the scope of the patent of the present invention.

10~47‧‧‧Control steps

6‧‧‧Smart switchgear

61‧‧‧ wall switch master

610‧‧‧AC-DC converter

611‧‧ ‧ Mother machine micro processing unit

M‧‧‧ memory

612‧‧‧ switch

613‧‧‧Two-state thixotropic key

614‧‧‧Status indicator

62‧‧‧Remote control switch

620‧‧‧Battery

621‧‧‧Some Micro Processing Unit

623‧‧‧Command key unit

624‧‧‧Lighting button

625‧‧‧Lighting button

63‧‧‧Lights

1 is a circuit diagram of a conventional wireless smart light fixture control system; FIG. 2 is a circuit block diagram of a preferred embodiment of the wireless smart light control system of the present invention; FIG. 3 is a preferred embodiment of the wall switch master implements a smart light fixture FIG. 4 is a flow chart of the remote control of the smart switch in the wall switch master in the preferred embodiment; FIG. 5 is a remote control switch and the remote control pairing and point of the smart switch in the preferred embodiment. The flow chart of the lamp; and FIG. 6 is a flow chart of the remote control switch sub-machine performing the remote control of the smart lamp to turn off the light and unpairing in the preferred embodiment.

6‧‧‧Smart switchgear

61‧‧‧ wall switch master

610‧‧‧AC-DC converter

611‧‧ ‧ Mother machine micro processing unit

M‧‧‧ memory

612‧‧‧ switch

613‧‧‧Two-state thixotropic key

614‧‧‧Status indicator

62‧‧‧Remote control switch

620‧‧‧Battery

621‧‧‧Some Micro Processing Unit

623‧‧‧Command key unit

624‧‧‧Lighting button

625‧‧‧Lighting button

63‧‧‧Lights

Claims (25)

A method for controlling a wireless smart light fixture, which is suitable for being executed by a wireless smart light fixture control system, comprising: a wall switch master machine and a remote control switch slave machine, the wall switch master machine comprising a plurality of two-state touch-changing keys and a a parent computer micro processing unit having a memory, the remote control switch sub-machine comprising a plurality of command key units and a sub-machine micro-processing unit having a memory, each command key unit having an open light button, the wireless smart light control method The method includes the following steps: (A) receiving, by the slave micro-processing unit, a conductive signal group having at least one conductive signal from a light-on key of a command key unit selected by the command key units, and according to the conductive signal group Determining which step to enter at least one of the number, duration, and interval of the conductive signals; (B) if the conductive signal group has only one conductive signal, and the duration of the conductive signal is greater than the critical time, then The slave micro-processing unit wirelessly sends a wireless signal indicating the selected one of the command key units; (C) using the parent machine micro-processing Receiving, by a binary toggle key selected from the two-state toggle keys, a trigger signal group having at least one trigger signal, and according to the number, duration and interval of the trigger signals in the trigger signal group At least one part, determining which step to enter; (D) if the trigger signal group has only one trigger signal, and the duration of the trigger signal is greater than the critical time, then the mother machine is used Receiving, by the slave micro-processing unit, a wireless signal indicating a selected one of the command key units of the remote control switch unit, and obtaining an indication of the selected two-state touch key and the selected The instruction key unit is paired into a pair; (F) wirelessly transmitting the pairing relationship by using the parent micro processing unit; and (G) wirelessly receiving the pairing relationship from the parent micro processing unit by using the child micro processing unit, and The pairing relationship is stored in the memory of the slave microprocessing unit. The wireless smart light fixture control method according to claim 1, wherein each of the two-state toggle keys has a status indicator, and the wireless smart light control method further comprises the following steps after the step (C): (C1) utilizing the parent machine microprocessing unit to cause the selected status indicator of the two-state touch key to display the selected two-state touch key in a paired state. The wireless smart light fixture control method according to claim 1, wherein each of the two-state toggle keys has a status indicator, and the wireless smart light control method further comprises the following steps after the step (G): (G1) using the parent machine micro-processing unit to display the state indicator of the selected two-state toggle key according to the state of the selected switch recorded by the memory. The wireless smart light fixture control method according to claim 1, wherein each of the two-state touch keys has a status indicator, and the wireless smart light control method further comprises the following steps: (H) if the trigger signal The group has two trigger signals, and the duration of each trigger signal is less than the critical time, and the interval between the two trigger signals is less than a preset time, and the selected micro-state touch key is made by the parent micro-processing unit. The status indicator indicates that the selected two-state toggle key is in the paired state; (I) using the parent machine micro-processing unit to determine whether another two-state thixotropic selected from the two-state toggle keys is again selected The key receives a trigger signal group having two trigger signals and the interval time is less than the preset time; (J) if the result of the step (I) is YES, returning to the step (H); (K) if the step ( If the judgment result of I) is no, the parent micro-processing unit receives a wireless signal indicating a selected one of the command key units of the remote control switch, and obtains an indication of each selected one. Two-state thixotropic a key is paired with the selected command key unit; (L) wirelessly issuing the pairing relationship to the child microprocessor unit by using the parent machine micro processing unit; and (M) utilizing the parent machine micro processing unit according to the memory thereof The state of the selected switch recorded by the body causes the status indicator of each of the selected two-state toggle keys to display the status. Wireless smart lamp control method according to item 1 of the patent application scope The wireless smart light control system further includes a plurality of electric lights, and the wall switch main machine further includes a plurality of switches, each switch receiving the direct current power and electrically connected to the corresponding electric light, and the main machine micro processing unit The memory stores a correspondence between the two-state toggle keys and the switches, and states of the switches, and each of the two-state toggle keys has a status indicator, and the wireless smart light control method is further The method includes the following steps: (N0) if the trigger signal group has only one trigger signal, and the duration of the trigger signal is less than the critical time, the parent micro-processing unit is used to find out from the memory corresponding to the selected pair a switch selected by one of the thixotropic keys and changing the state of the selected switch recorded by the memory; (N1) utilizing the state of the selected switch recorded by the parent microprocessor unit according to its memory And causing the state indicator of the selected two-state thixotropic key to display the state; (N2) using the state of the selected switch recorded by the parent micro-processing unit according to the memory thereof The selected switch is switched to the state, and if the state of the selected switch recorded by the memory is conductive, the parent micro-processing unit switches the selected switch to be turned on, so that the selected switch will The DC voltage is transmitted to the corresponding lamp to make the lamp illuminate, and if the state of the selected switch recorded by the memory is non-conductive, the parent micro-processing unit switches the selected switch to no Turning on, so that the selected switch does not transmit the DC voltage to the corresponding lamp, so that the lamp is extinguished. Wireless smart lamp control method according to item 1 of the patent application scope The wireless smart light control system further includes a plurality of electric lights, and the wall switch main machine further includes a plurality of switches, each switch receiving the direct current power and electrically connected to the corresponding electric light, and the main machine micro processing unit The memory stores a correspondence between the two-state toggle keys and the switches, and states of the switches, and each of the two-state toggle keys has a status indicator, and the wireless smart light control method is further The method includes the following steps: (N3) wirelessly receiving, by the parent computer micro processing unit, a signal sent by a selected one of the command key units indicating the remote control switch unit and corresponding to the selected instruction key unit The wireless signal of the at least one toggle switch; (N4) utilizing the master microprocessor unit to find at least one switch corresponding to the at least one toggle switch based on the wireless signal and from the memory thereof, And changing the state of the at least one switch in the memory according to the selected signal sent by the command key unit. If the selected signal of the command key unit is a conductive signal, then The parent micro-processing unit changes the state to be turned on, and if the selected signal of the command key unit is a power-off signal, the parent micro-processing unit changes the state to non-conduct; (N5) utilizes the parent machine micro The processing unit causes the selected state indicator of the toggle state to display the state according to the state of the selected switch recorded by the memory; and (N6) using the parent microprocessor to process the memory according to the memory Recording the state of the selected switch, causing the selected switch to switch to the state if the state of the selected switch recorded by the memory is Turning on, the parent micro-processing unit switches the selected switch to be turned on, so that the selected switch transmits the DC voltage to the corresponding light, so that the light is turned on, and if the memory records If the state of the selected switch is non-conducting, the parent micro-processing unit switches the selected switch to be non-conducting, so that the selected switch does not transmit the DC voltage to the corresponding lamp, so that the lamp Extinguished. According to the wireless smart lamp control method of claim 1, wherein the wireless smart lamp control system further comprises a plurality of electric lights, each of which corresponds to a two-state thixotropic key, and the memory of the sub-microprocessor unit is stored. a pairing data, the pairing data records a pairing relationship between the command key unit and the two-state thixotropic keys of the wall switch master, and the wireless smart light control method further comprises the following steps: (O1) if the conductive The signal group has only one conductive signal and the duration of the conductive signal is less than the critical time, and the slave micro-processing unit is used to query the paired data stored in the memory to determine whether there is a correlation with the selected command key unit. (O2) if the query result of the step (O1) is YES, the slave micro-processing unit wirelessly issues a command key selected by the pairing relationship among the command key units indicating the remote control switch slave unit. a conductive signal emitted by the unit and a wireless signal of the at least one two-state toggle key corresponding to the selected command key unit; (O3) utilizing the parent machine According to the radio signal processing unit, and to find out from the memory with the key corresponding to the at least one pair of toggling at least one switch, and the selected conductive signal in accordance with the instruction issued by the key unit Setting a state of the corresponding switch in the memory to be conductive; (O4) using the selected micro switch unit to display the selected state of the toggle switch according to the selected switch state recorded by the memory Displaying the state; (O5) using the master micro-processing unit to switch the selected switch to the state according to the state of the selected switch recorded by the memory thereof to enable the light corresponding to the selected command key unit Light up. A wireless smart lamp control system comprises: a smart switch device comprising: a remote control switch sub-machine having: a plurality of command key units, each command key unit having an open light button, the selected light switch button being When pressed, emits a set of conductive signals having at least one conductive signal; and a slave microprocessor unit having a memory and electrically coupled to each of the command key units, and a command key selected from the command key units The light-on key of the unit receives the conductive signal group having at least one conductive signal, and determines according to at least one of the number, duration and interval time of the conductive signals in the conductive signal group, if the conductive signal group has only one a conductive signal, wherein the duration of the conductive signal is greater than a critical time, the wireless signal of the command key unit selected by the slave micro-processing unit is wirelessly transmitted; and the wall switch master has: a plurality of two-state thixotropic keys, the selected two-state thixotropic keys are pressed to emit a trigger signal group having at least one trigger signal; and a mother machine micro-processing unit having a memory and electrically connected to each pair a toggle switch, a toggle switch selected from the toggle switches receives a trigger signal set having at least one trigger signal, and according to the number, duration and duration of the trigger signals in the trigger signal group Determining at least a part of the interval, if the trigger signal group has only one trigger signal, and the duration of the trigger signal is greater than the critical time, the parent micro-processing unit receives an indication from the slave micro-processing unit a wireless signal of a selected one of the command key units of the slave machine, and a pairing relationship indicating that the selected two-state touch key is paired with the selected command key unit, and The parent micro-processing unit wirelessly issues the pairing relationship; and the child micro-processing unit wirelessly receives the pairing relationship from the parent-machine micro-processing unit, and stores the pairing relationship Memory unit in the slave microprocessor. The wireless smart lighting control system according to claim 8 further includes a plurality of electric lights, and the wall switch main machine further comprises: an AC/DC converter electrically connected to an AC power supply for supplying AC power to receive the AC power and converted to generate DC power; and a plurality of switches, each switch electrically connected to the AC/DC converter to receive DC power, and electrically connected to the corresponding lamp, and each switch is controlled to switch between a conducting state or a non-conducting state to transmit Or not transmitting the DC power to the corresponding electric light to cause the electric light to be turned on or off; and the memory of the parent micro-processing unit stores the correspondence between the two-state thixotropic keys and the switches, And the state of the switches; if the trigger signal group has only one trigger signal, and the duration of the trigger signal is less than the critical time, the parent micro-processing unit finds from its memory corresponding to the selected two-state Typing a switch selected by one of the keys and changing the state of the selected switch recorded by the memory; then, the parent micro processing unit makes the state of the selected switch recorded according to the memory thereof The selected status indicator of the two-state toggle key displays the status; and the parent micro-processing unit causes the selected switch according to the state of the selected switch recorded by the memory thereof. Switching to the state, if the state of the selected switch recorded by the memory is conductive, the parent micro-processing unit switches the selected switch to be turned on, so that the selected switch transmits the DC voltage to Corresponding to the electric light, the electric light is turned on, and if the state of the selected switch recorded by the memory is non-conducting, the parent micro-processing unit switches the selected switch to be non-conducting, so that The selected switch does not pass the DC voltage to the corresponding lamp, causing the lamp to go out. The wireless smart lighting control system of claim 9, wherein each status indicator has: a light emitting diode; if the state of the selected switch recorded by the memory is conductive, The parent micro-processing unit causes the light-emitting diode of the status indicator to not emit light, and if the state of the selected switch recorded by the memory is non-conductive, the parent-machine micro-processing unit causes the light-emitting of the status indicator Polar body light. The wireless smart lighting control system according to claim 8 , wherein the remote control switch further comprises: a battery electrically connected to the slave micro processing unit and providing power required by the slave micro processing unit. A wireless smart lamp control method is suitable for wireless communication with a remote switch sub-machine by a wall switch main machine, wherein the wall switch main machine comprises a plurality of two-state thixotropic keys and a mother machine micro-processing unit having a memory. The remote control switch sub-machine includes a plurality of command key units and a sub-machine micro-processing unit having a memory, and the sub-micro-processing unit can wirelessly transmit a selected one of the command key units indicating the remote control switch sub-machine Instructing the wireless signal of the key unit, the wireless smart light control method comprises the following steps: (A) receiving, by the parental micro processing unit, a two-state thixotropic key selected from the two-state toggle keys to receive at least one trigger The trigger signal group of the signal, and according to at least a part of the number, duration and interval time of the trigger signal in the trigger signal group, it is determined which one to enter Step (B) if the trigger signal group has only one trigger signal, and the duration of the trigger signal is greater than the critical time, the parent micro-processing unit receives the indication of the remote control switch slave from the slave micro-processing unit. a wireless signal of the selected one of the command key units, and a pairing relationship indicating that the selected two-state touch key is paired with the selected one of the command key units; and (C) utilizing The parent micro-processing unit wirelessly sends the pairing data to the slave micro-processing unit to temporarily store the paired data in the memory of the slave micro-processing unit. The wireless smart light fixture control method according to claim 12, wherein each of the two-state toggle keys has a status indicator, and the wireless smart light control method further comprises the following steps after the step (A): (A1) utilizing the parent machine micro processing unit to cause the selected state indicator of the two-state touch key to display the selected two-state touch key in a paired state. The wireless smart light fixture control method according to claim 12, wherein each of the two-state toggle keys has a status indicator, and the wireless smart light control method further comprises the following steps after the step (C): (C1) using the master microprocessor unit to display the state indicator of the selected toggle button according to the state of the selected switch recorded by the memory. The wireless smart light fixture control method according to claim 12, wherein each of the two-state touch keys has a status indicator, and the wireless smart light control method further comprises the following steps: (H) if the trigger signal The group has two trigger signals, and the duration of each trigger signal is less than the critical time, and the interval between the two trigger signals is less than a preset time, and the selected micro-state touch key is made by the parent micro-processing unit. The status indicator indicates that the selected two-state toggle key is in the paired state; (I) using the parent machine micro-processing unit to determine whether another two-state thixotropic selected from the two-state toggle keys is again selected The key receives a trigger signal group having two trigger signals and the interval time is less than the preset time; (J) if the result of the step (I) is YES, returning to the step (H); (K) if the step ( If the judgment result of I) is no, the parent micro-processing unit receives a wireless signal indicating a selected one of the command key units of the remote control switch, and obtains an indication of each selected one. Two-state touch a key is paired with the selected command key unit; (L) wirelessly issuing the pairing relationship to the child microprocessor unit by using the parent machine micro processing unit; and (M) utilizing the parent machine micro processing unit according to the memory thereof The state of the selected switch recorded by the body causes the status indicator of each of the selected two-state toggle keys to display the status. Wireless smart lamp control method according to item 12 of the patent application scope The wireless smart light control system further includes a plurality of electric lights, and the wall switch main machine further includes a plurality of switches, each switch receiving the direct current power and electrically connected to the corresponding electric light, and the main machine micro processing unit The memory stores a correspondence between the two-state toggle keys and the switches, and states of the switches, and each of the two-state toggle keys has a status indicator, and the wireless smart light control method is further The method includes the following steps: (N0) if the trigger signal group has only one trigger signal, and the duration of the trigger signal is less than the critical time, the parent micro-processing unit is used to find out from the memory corresponding to the selected pair a switch selected by one of the thixotropic keys and changing the state of the selected switch recorded by the memory; (N1) utilizing the state of the selected switch recorded by the parent microprocessor unit according to its memory And causing the state indicator of the selected two-state thixotropic key to display the state; (N2) using the state of the selected switch recorded by the parent micro-processing unit according to the memory thereof The selected switch is switched to the state, and if the state of the selected switch recorded by the memory is conductive, the parent micro-processing unit switches the selected switch to be turned on, so that the selected switch will The DC voltage is transmitted to the corresponding lamp to make the lamp illuminate, and if the state of the selected switch recorded by the memory is non-conductive, the parent micro-processing unit switches the selected switch to no Turning on, so that the selected switch does not transmit the DC voltage to the corresponding lamp, so that the lamp is extinguished. Wireless smart lamp control method according to item 12 of the patent application scope The wireless smart light control system further includes a plurality of electric lights, and the wall switch main machine further includes a plurality of switches, each switch receiving the direct current power and electrically connected to the corresponding electric light, and the main machine micro processing unit The memory stores a correspondence between the two-state toggle keys and the switches, and states of the switches, and each of the two-state toggle keys has a status indicator, and the wireless smart light control method is further The method includes the following steps: (N3) wirelessly receiving, by the parent computer micro processing unit, a signal sent by a selected one of the command key units indicating the remote control switch unit and corresponding to the selected instruction key unit The wireless signal of the at least one toggle switch; (N4) utilizing the master microprocessor unit to find at least one switch corresponding to the at least one toggle switch based on the wireless signal and from the memory thereof, And setting a state of the corresponding switch in the memory according to the selected signal sent by the command key unit, and if the selected signal of the command key unit is a conductive signal, the The micro-processing unit changes the state to be turned on, and if the signal sent by the command key unit is a power-off signal, the parent micro-processing unit changes the state to non-conducting; (N5) uses the parent machine micro-processing The unit displays the state indicator of the selected two-state thixotropic key according to the state of the selected switch recorded by the memory; and (N6) using the parent micro-processing unit according to the memory thereof Recording the state of the selected switch, causing the selected switch to switch to the state if the state of the selected switch recorded by the memory is Turning on, the parent micro-processing unit switches the selected switch to be turned on, so that the selected switch transmits the DC voltage to the corresponding light, so that the light is turned on, and if the memory records If the state of the selected switch is non-conducting, the parent micro-processing unit switches the selected switch to be non-conducting, so that the selected switch does not transmit the DC voltage to the corresponding lamp, so that the lamp Extinguished. The utility model relates to a wall switch main machine, which is suitable for wireless communication with a remote control switch sub-machine, wherein the remote control switch sub-machine comprises a plurality of command key units and a sub-machine micro-processing unit having a memory, and the remote control switch sub-machine can wirelessly issue one Determining a wireless signal of a selected one of the command key units of the remote control switch, and the wall switch base comprises: a plurality of two-state touch keys, and the selected two-state touch key is pressed And generating a trigger signal group having at least one trigger signal; and a mother machine micro processing unit having a memory and electrically connected to each of the two-state thunder keys, and the pair selected from the two-state thixotropic keys The state touch key receives a trigger signal group having at least one trigger signal, and determines according to at least a part of the number, duration and interval time of the trigger signal in the trigger signal group, if the trigger signal group has only one trigger signal And the duration of the trigger signal is greater than the critical time, and the parent micro-processing unit receives an indication from the slave micro-processing unit a wireless signal of the selected one of the command key units, and a pairing relationship indicating that the selected two-state touch key is paired with the selected one of the command key units; and further, the parent machine micro-processing The unit wirelessly sends the pairing relationship to the child The micro processing unit temporarily stores the paired data in the memory of the slave microprocessing unit. The wall switch main machine according to claim 18 is electrically connected to the plurality of electric lights, and the wall switch main machine further comprises: an AC/DC converter electrically connected to an AC power source for supplying AC power to receive the AC Power, and converted to generate DC power; and a plurality of switches, each switch electrically connected to the AC/DC converter to receive DC power, and electrically connected to the corresponding lamp, and each switch is controlled Switching between a conducting state or a non-conducting state, transmitting or not transmitting the DC power to the corresponding lamp to cause the lamp to light up or extinguish; and the memory of the parent microprocessor processing unit stores the two states Corresponding relationship between the thixotropic key and the switches, and the state of the switches; if the trigger signal group has only one trigger signal, and the duration of the trigger signal is less than the critical time, the parent micro-processing unit Finding a switch corresponding to one of the selected two-state thixotropic keys in the memory, and changing the state of the selected switch recorded by the memory; and then, the mother The micro processing unit displays the state indicator of the selected two-state thixotropic key according to the state of the selected switch recorded by the memory; and the parent micro-processing unit records the record according to the memory thereof. The state of the selected switch causes the selected switch to switch to the state, If the state of the selected switch recorded by the memory is conductive, the parent micro-processing unit switches the selected switch to be turned on, so that the selected switch transmits the DC voltage to the corresponding light Causing the light to illuminate, and if the state of the selected switch recorded by the memory is non-conducting, the parent micro-processing unit switches the selected switch to non-conducting, so that the selected switch will The DC voltage is not transmitted to the corresponding lamp, so that the lamp is extinguished. The wall switch master according to claim 18, wherein each of the two-state thixotropic keys has a status indicator having: a light-emitting diode; if the memory is recorded by the memory When the state of the selected switch is turned on, the parent micro-processing unit causes the light-emitting diode of the status indicator to not emit light, and if the state of the selected switch recorded by the memory is non-conductive, the parent machine micro- The processing unit causes the light emitting diode of the status indicator to emit light. A wireless smart lamp control method is adapted to be wirelessly communicated with a wall switch main machine by a remote control switch sub-machine, the remote control switch sub-machine comprising a plurality of command key units and a sub-machine micro-processing unit having a memory, each An instruction key unit has an on-off key, the wall switch main unit includes a plurality of two-state toggle keys and a mother machine micro-processing unit having a memory, and the wireless smart lamp control method comprises the following steps: (A) utilizing the sub- The micro processing unit receives a conductive signal group having at least one conductive signal from a light-on key of the one of the command key units selected by the command key unit, and according to the conductive signal in the conductive signal group At least one of the number, duration, and interval time, determining which step to proceed to; (B) the conductive signal group has only one conductive signal, and the duration of the conductive signal is greater than the critical time, the sub-use is utilized The wireless processing unit wirelessly sends the wireless signal of the command key unit selected by the indication to the parent micro processing unit for pairing to obtain a pairing relationship; and (C) wirelessly receiving the slave computer from the wall switch master Pairing the relationship and temporarily storing the paired data in the memory of the child microprocessor unit. According to the wireless smart lamp control method of claim 21, wherein the wall switch is electrically connected to the plurality of electric lights, each of the electric lights corresponds to a two-state thixotropic key, and the memory of the sub-microprocessor unit is stored. Pairing data, the pairing data records a pairing relationship between the command key unit and the two-state thixotropic keys of the wall switch master, and the wireless smart light control method further comprises the following steps: (O1) if the conductive signal If the group has only one conductive signal and the duration of the conductive signal is less than the critical time, the slave micro-processing unit is used to query the paired data stored in the memory to determine whether there is any associated with the selected command key unit. At least one pairing relationship; (O2) if the query result of the step (O1) is YES, the slave micro-processing unit wirelessly transmits a command key unit selected by the command key unit indicating the remote control switch unit The emitted conductive signal and the at least one corresponding to the selected pair of the command key unit The wireless signal of the two-state touch key causes the parent micro-processing unit to illuminate the light corresponding to the selected command key unit. The utility model relates to a remote control switch sub-machine, which is suitable for wireless communication with a wall switch main machine, the wall switch main machine comprises a plurality of two-state thixotropic keys and a mother machine micro-processing unit having a memory, the remote control switch sub-machine comprises: a plurality of a command key unit, each command key unit has a light-on button, and when the selected light-on button is pressed, a conductive signal group having at least one conductive signal is emitted; a child micro-processing unit has a memory and is electrically Connected to each of the command key units, and receive a conductive signal group having at least one conductive signal from the light-on key of the selected one of the command key units, and according to the number of conductive signals in the conductive signal group Determining, at least one of a duration and an interval, the conductive signal group having only one conductive signal, and the duration of the conductive signal being greater than a critical time, the wireless processing unit using the slave micro-processing unit to wirelessly issue the indication selected The wireless signal of the command key unit is provided to the parent computer micro-processing unit for pairing to obtain a pairing relationship; and further, the child machine micro-processing single Receiving the pairing relationship from the wireless master device micro processing unit and the temporary memory to the slave micro processing unit as part of a pair of the data pairing relationship. The remote control switch sub-machine according to claim 23, further comprising: a battery electrically connected to the sub-microprocessor unit and providing the power required by the sub-microprocessor unit. The remote control switch sub-machine according to claim 23, wherein the wall switch is electrically connected to the plurality of electric lights, the electric lights respectively corresponding to the two-state thixotropic keys, and each of the command key units further has : a light button, when the selected light button is pressed, a power-off signal having a duration is sent; the slave micro-processing unit receives the power-off signal from the light-off button of the command button unit, and according to In order to determine whether the duration is greater than a critical time, if yes, the slave micro-processing unit clears the paired data in its memory, and vice versa, the slave micro-processing unit stores the stored data from the memory according to the power-off signal. The pairing data determines whether there is at least one pairing relationship associated with the selected command key unit, and if so, the child microprocessor unit wirelessly issues a selected one of the command key units indicating the remote control switch unit a wireless signal sent by a command key unit and a wireless signal corresponding to the at least one two-state touch key corresponding to the selected command key unit, so that the mother machine According to the processing unit so that the unit key corresponding to the selection instruction lamp off.