TW200835882A - Power control device - Google Patents

Abstract

A controllable light bulb comprises an electrical connector, a receiver module, an electronic switch, a translucent casing, and a light producing element. The electrical connector receives a power signal. The receiver module is powered by the power signal received via the electrical connector and determines control parameters based upon on/off modulation of the power signal. The receive module generates a control signal based upon the control parameters while the power signal is on. The electronic switch putputs an output power signal and reduces the output power signal based on the control signal. The translucent casing encloses the light producing element. The light producing element receives the output power signal.

Description

200835882 IX. INSTRUCTIONS: FIELD OF THE INVENTION The present invention relates to lighting systems, and more particularly to controlling lighting systems. [Prior Art] The background description provided herein is for the purpose of general description of the present invention. The mere exemplification of the present invention, the extent to which it is described in the background section, and the description of the prior art in this application, are not to be construed as a

Referring now to Figure 1, a functional block diagram of a lighting system is depicted. The service panel 1〇2 is connected to the switch 104. The switch 104 is connected to the lamp 1〇6. The bulb 1〇8 is connected to the lamp 1〇6. The off 104 selectively allows current from the service panel 102 to flow through the bulb via the fixture. In order to turn the bulb 108 on and off, the switch 1〇4 must be actuated. In order to allow remote control of the light bulb, the switch 104 can be replaced with a power line carrier switch. The light bulb can then be turned on and off locally and remotely, such as by the entire room light off command. However, instead of the switch 1G4, a line that handles the normal line full line voltage is involved. Many homeowners need an electrician to replace the gate, which is an expensive process. In addition, the new open-mount version must be = with the switch 104 of the first W, or you need to purchase and install a new wall panel. ,

SUMMARY OF THE INVENTION Two types of bubbles include: an electrical connector, a (four) module, an electronic switch, and a translucent member. Electricity money green touch transcription. Touch 11 is powered by ΐΐΐίζ Z, and according to the power signal _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ A semi-transparent a-body surrounds the descriptor to receive the output power signal. In other features, the on/off modulation includes a Wei that does not exist for the power signal of the 5 200835882 during a predetermined time period. Wei is switched on/cut to change the binary of the sampling sequence included in the period, and t, the first binary input should be in the presence of the power signal. The second binary state corresponds to the absence of the power signal. The on/off modulation packet is a binary data determined by a period in which a power signal exists and one of the power signals does not exist, wherein the second binary state corresponds to a thinner than a predetermined length, and the second The binary recording state corresponds to a period longer than a predetermined length. In other features, the receiver module determines a job control parameter after the on/off modulation indicator program is programmed to initiate a sequence. The silk core dissociation phase includes a pre-money pass/cut sequence executed within the time of the game. The electronic switch reduces the output power "number" to about 〇 when the control signal is received. When the control signal is received, the electronic switch reduces the output power 彳§ to a down-regulation value. The downmodulation value is less than the power signal. In still other features, the receiver module includes a power line carrier receiver module, and the basin receives data via the god, related to the first address, and The domain is commanded to address one of the first address and the overall address. The control parameter includes the first address, and the receiver module is based on the nickname of the dragon. The on-body receiver module performs an operation according to the on/off modulation. The operation is at least one of a reset address operation, an update address operation, a broadcast connection operation, and a transfer address operation. In the feature, the receiver module further includes a timing module that starts counting after receiving the power signal. The control parameter includes a predetermined value. When the timing module reaches the predetermined value, the Receiver module production The control signal, after the program planning mode is started, the receiving module sets the predetermined value according to a period during which the power signal is turned on. When the timer module reaches the predetermined value, the power The receiver module reduces the predetermined value when the signal is cut. In other features, the power signal is cut off during a predetermined time period after the timer module reaches the predetermined value And then, when turned on, the receiver module increases a predetermined value. When the timing signal reaches the predetermined value, when the power signal is turned off, on, and off within a predetermined time period, The receiver module reduces the predetermined value. When a predetermined time period after the timer module reaches the predetermined value, the power signal is cut off, turned on, and the 200835882 is cut off and the handle is The receiving n module increases the surface value. The electrical connection connects the electric male thread and the conductive tip. The light generating element comprises a metal filament. ro, in the light _ touching the miscellaneous; monitoring the god money connection Pass/cut off k, according to Turning on/off the modulation to determine the control parameter, generating a control signal in the power signal, the control parameter; providing an output power nickname to the light generating component of the bulb, and according to the The control signal reduces the round-robin power signal. In other special wealth, the ship control includes: · At the predetermined time, it is counted on the presence of the power signal and the power = 遽 does not exist. The monitoring includes collecting the binary inferior material by the cycle_sampling_, which causes the 帛-binary state to correspond to the presence of the power signal and the second binary state to the power signal not present. The monitoring includes recording the m material by measuring the presence of the power signal and the power signal, wherein the second binary recording should be shorter than the predetermined length, and the second three-inward recording corresponds to the Guding length·_. In other special wealth, the financial disparity includes: in the execution of the on/off _ change _ program planning start sequence. The program plan sequence includes a predetermined sequence of 纽/峨 within a predetermined time period. The subtraction includes reducing the output power signal to one of a down-conversion value and a cut-off value when the control signal is reduced. The method further includes: receiving an overlap in the power signal; riding the bribe code as a plurality of commands; selecting a command of the first and second addresses of the fate and the address of the whole address, wherein The control parameter includes the first address; and the control signal is generated according to the selected command. In the case of c having /, he knows, the method further includes operating the line carrier according to the on/off modulation. The operations are at least one of reset address operation, update address operation, broadcast connection operation, and transfer address operation. The method further includes: timing the first lying after receiving the power signal. The paving parameter includes the first period. When the first time passes, the rider charms the control number. The method further includes setting the first period based on a period during which the power signal is turned on after starting the program planning mode. In other features, the method further includes: reducing the first -_ when the power signal is turned off before the first period elapses. The method further includes increasing the first period when the power signal is turned off and then turned on during a predetermined time period after the elapse of the period - 200835882. The method further includes reducing the first period when the power signal is turned off, on, and off during a predetermined time period before the first period elapses. The method further includes increasing the first period when the power signal is cut, turned on, turned off, and turned on within a predetermined time period after the reduction has been performed. The controllable light bulb comprises: an electrical connection device for receiving a power signal; a receiving device for determining a control parameter according to the on/off modulation of the power signal, and for when the power signal is turned on Generating a control signal according to the control parameter, wherein the receiving device is powered by the power signal received via the electrical connection device; the electronic switching device outputs the output power signal with = and The control signal reduces the output power, the light generating means for receiving the output power signal, and for generating light; and a translucent housing for enclosing the light generating means. In other features, the on/off modulation includes a count of one of a power signal presence and a absence of a power signal during a predetermined time period. The on/off modulation includes binary data collected during the period of the period, wherein the first binary state corresponds to the presence of the power signal, and the second binary state corresponds to the absence of the power signal. The on/off modulation includes binary data determined by a period in which a power signal is present and a power signal is absent, wherein the first binary shaped echo corresponds to a period shorter than a predetermined length, the second binary bit The state corresponds to a period longer than the predetermined length. In other features, the receiving device determines the control parameter after the on/off modulation indicator program is programmed. The program plan initiation sequence includes a predetermined on/off sequence of lights during a predetermined time period. The electronic switching device reduces the output power to approximately zero when receiving the ride test cake. The electronic switching device reduces the output power signal to a down-regulated value when a control signal is received. The downgrade value is less than the power signal. In other features, the receiving device includes a power line carrier receiving device, (4) receiving data via the power signal, and relies on a command to accept one of the addressed address and the overall address. The parameter includes the first address, and the device is configured to generate the control. The power line carrier receiving device performs the operation 200835882 according to the turning-on eight-switch modulation. In other features, the operation is a reset address operation, an update address operation, a broadcast connection operation, and a transfer bit. At least one of the address operations. The receiving device further includes timing means for counting after receiving the power signal. The paving parameter includes a predetermined receiving device to generate the control number when the timing device is the predetermined device. In the other features, the receiving device is activated according to the power signal, and the power signal is cut off before the timing module reaches the pre-value. The receiving device reduces the predetermined value. When the power signal is turned off and then turned on within a predetermined time period after the timing module reaches the predetermined value, the connection is increased by a predetermined value. The receiving device reduces the predetermined value when the power signal = predetermined time__off, on, and off before the timing module reaches the predetermined value. The receiving device increases the predetermined value while the power number is turned off, on, off, and turned on within a predetermined time period after the timing device reaches the predetermined value. ° : The type 1_lamps H include H-connector and receiver connector. The first electrical connector receives a power signal from a luminaire. The connector is powered by the first electrical connector to connect (4) the power signal, according to the function of the number and #(4) to the health connection, minus the "i two a second control money. The electronic switch will output power The signal output, and: 1, the signal is reduced to reduce the output power signal. The second electrical connector accommodates the wick, and provides the output power signal to the bulb. The fiber includes ······························································································ Corresponding to the power signal storage..^77 The sorrow corresponds to the identification signal does not exist. The on/off light includes: the binary data determined by the period in which the pants domain exists and the power signal does not exist, In other features, the receiver module plans a start sequence in the on/off modulation indicator program, and (4) parameters. ······················································ The electronic switch reduces the dog's retraction to (about) the dog's retraction to about G. When receiving the control signal, the electronic switch reduces the output power signal to a declining value. The deciding value is a small thief's power signal. In the four-inch sign, the receiver module includes a power line carrier receiver module that receives the I material via the power domain, is associated with the first address, and accepts addressing the first address and the overall address. The control parameter includes the first address, the receiver module is used to generate the lake health. The power receiving body 11 module is executed according to the tool The operation is at least one of resetting an address operation, updating an address operation, a broadcast connection operation, and transmitting an address operation. The receiver module further includes a timing module, which is receiving To the power box, the wire is captured. The parameter of the miscellaneous parameter is set to a value. The device receives the control signal from the receiver module. After starting the program rule mode, the j group is based on The signal is connected to __ to set the value to be determined. When the fiber wall is turned, the power signal is at a predetermined time before the device module reaches the pre-determination in a predetermined time period after the timer module reaches the predetermined value in the collector module door. = two === the predetermined time period after the predetermined value, the power signal electric male thread and the conductive tip. The second new connector package materials electric yin and guide _ pick 1 reputation: neon receiving magic record; hit the place The on/off switch of the god signal is determined as follows: _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The monitoring includes: counting the presence of the power signal and the absence of the power 彳§ number during the predetermined time period. The monitoring includes collecting the binary data during the sampling period of the period, where the first binary state corresponds to In the presence of the power signal, the second binary state corresponds to the absence of the power signal. The monitoring includes collecting binary data by measuring a period in which the power signal exists and one of the power signals does not exist, wherein the first binary state corresponds to a period shorter than a predetermined length, and the second binary state corresponds to a ratio A period in which the predetermined length is long. In other features, the method further includes planning a startup sequence from the on/off modulation detection program prior to performing the determining. The program plan initiation sequence includes a predetermined on/off sequence detected during a predetermined time period. The reducing includes reducing the output power signal to one of a down-conversion value and a cut-off value when the control signal is received. In the eight-characteristics, the method further includes: receiving data overlapping on the power signal; decoding the data into a plurality of commands; and selecting the first address and the overall address addressed in the command The control parameter includes the first address; and, according to the commanded green list. The ship's wire also includes ··Na Wei/cut off the tone «Execution power line operation. The operations are at least one of a re-address operation, an update address operation, a broadcast connection operation, and a transfer address operation. /, - The towel "The green" further includes: in the fourth (4), the power test begins with the second pull-schedule. The control parameter includes the first period. When the first period has passed, it is called the operation of the CM. The method further includes: setting the __ in the startup program _ _ _ _. The method - when / before the said - period elapses 'cuts off the power signal, the reduction of the inter-term period ^ includes: # in the ship----the scheduled method of spending money includes: When ^= then turn on = the first period. When the square is turned on, the power signal is cut off, turned on, and off during the period of the increase. 200835882 A controllable light bulb adjuster includes: a first electric far ^, a -t receiving device 'for The power sample is connected and the power signal is received; the Lai is connected to the locomotive and the mosquito _ parameters, and the parameters are used to generate the control Wei, among which, the Xiao Sheqi material - the electrician county 4 connection _ riding power letter Wei electric; electronic = = discriminating the signal output and for reducing the 1°, the electrical connection device, accommodating the bulb, and providing the switchable power signal to the bulb. Π度 f Other ship's 'on/cut_change' includes a count of the power signal on the brain at a predetermined time. The miscellaneous/cutting_wei wei is in the period of the cycle of the H-carrying poor material, wherein the first-second state corresponds to the presence of the god signal, f is recorded in the pleadings of the confession The presence of the power signal and the absence of the power signal are determined by the lying data, wherein the first binary state = the corresponding length __ 'the second binary record _ should be during the long period of time. The control parameters are determined after the other features t'' the access surface miscellaneous/cut view indicates the slamming start column. The program off sequence includes a pre-on/off sequence during a predetermined time period. The electronic switching device reduces the output power to approximately zero when the control signal is received. The electronic switching device reduces the output power signal to a down-regulated value when a control signal is received. The value is less than the power signal. In other features, the receiving device includes a power line carrier receiving device for receiving data via the power and engraving the life of one of the addressed address and the overall address. And the control parameter includes the first address, and the receiving device generates the control city according to the data. The Wei Li line carrier touches the record and performs the operation by turning on / _ modulation. The operations are at least one of a reset address operation, an update address operation, a broadcast connection operation, and a transfer address operation. ^ In other features, the receiving device further includes a timing device for counting after receiving the power signal. The control parameter includes a predetermined value. The receiving device generates the control signal when the timing module reaches the predetermined value. After the program planning mode is started, the receiving device sets the predetermined value according to a period during which the power signal is turned on. The receiving device shrinks to the predetermined value when the power signal is cut off before the timing module reaches the predetermined value. In other features, the receiving device increases the predetermined value when the power signal is turned off and then turned on within a predetermined time period after the timing module reaches the predetermined value. Before the module reaches the set value, the receiving signal is reduced by the predetermined value when the discriminating signal is cut, turned on, and turned off within a predetermined time. The receiving means increases the predetermined value when the power signal is turned off, on, or turned on at a predetermined time __ after the mode is reached and the predetermined value is reached. A controllable implement includes a first electrical connection H, a receiving set, an electronic switch, and a U connector. The first electrical connection is pure power. The miscellaneous collection group is powered by the ^-electric connector to connect the (four) pants signal, and the control parameter is determined according to the power signal rhyme on/off modulation and the job transfer letter _ _ _ _ record Sexually control signals. The electronic on_output power signal is output, and the output power signal is reduced according to the control. The second electrical connector houses the bulb and ' the bulb provides the output power signal. ^ In other jobs, the machine includes a count of the power of the power at the scheduled time. The on/off_ is included in the cycle "Traditional (7) - carry material, wherein the first binary state corresponds to the (four) rate signal, and the carry state corresponds to the power signal does not exist. The connection includes power The signal of the letter does not exist—the binary data of the mosquito between the axes, wherein the first binary is shorter than the length, and the second binary state corresponds to the predetermined long movement; And executing, in the on/off_change indicator program, a control parameter, wherein the program planning start sequence comprises: during the predetermined time, the pass sequence is turned on. When the control signal is received, The electronic switch reduces it t Γ1 to about G. When the (four) control signal is connected, the electronic switch adjusts the output power signal to the power signal. 13 200835882 In other features, the receiver module includes a power line carrier receiver module, wherein t receives data from the power 彳a number, is associated with a first address, and accepts addressing the first bit = and an overall address Command: the tile parameter includes the first address The receiver module performs a job registration according to the f-material. The power-on-the-body contactor module performs an operation according to the on/off modulation. The operation # is a reset address. At least one of operation, lining operation, broadcast connection, and transmission address operation. Second, in other feature towels, the reception II further includes a timing input, which starts counting after receiving the power signal. The control parameter includes a predetermined value. When the timing module reaches the preset value, the receiving and subtracting group generates the control signal. After the program planning mode is started, the receiving peak is transferred to the money __ The mosquitoes are in front of the line. # The receiving signal is reduced by the predetermined value before the timer module reaches the predetermined value, and the receiving value is reduced by the predetermined value. During the predetermined time period of the group riding the scheduled recording, when the power signal is cut off and then turned on, the connection (four) module increases the predetermined value. The preparation is performed before the time value is difficult. Face time period ^ when switching, turning on and off, the receiver module reduces the pre- When the time is crying, the predetermined time after the county value is reached __, the power signal is jing, connected: the value of the fiber exposure. The professional connector includes the guide Distinguish the money; the interception of the recorded signal is screaming and losing enough; when the turn signal is turned on, = the control is sufficient _ fresh thief; _ lack of supply can be arbitrarily Wei; and, according to the control #号The switchable power signal is reduced. The power 'lights her: the face ^___ money exists and the bit ίϊΐίΓ counts. The monitoring includes collecting the second time during the sampling period of the chat: Beko', where the brother-binary The riding power signal exists, and the second binary rate signal is not enough. The control package is simple _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Length = Period 1, the second binary state corresponds to a period longer than the predetermined length. The method of disconnecting the second user further includes: starting the sequence from the on/off plan before executing the decision. The program plan initiation sequence includes two on/off sequences for a predetermined time period. The reduction includes when the control signal is received,

The number is reduced to the value of the cutoff value and the cutoff value. The method further includes: receiving a command address: the user:, the code is a plurality of commands, and the command is one of the body address, wherein the control parameter includes: And generating the control signal in accordance with the selected command. The green-two: from the feature method further includes: performing power transfer according to the on/off modulation to reset the address operation, update the address operation, and broadcast the connection operation. The method further includes: after receiving the power signal, driving the speaker #仃. The control parameter includes the first period. When the first period of the past 2, the age of the operation of the health care number. The fti has other generalized tissues, and the green includes: after the start-up mode, the first-order is set according to the signal connection =_. The method further includes reducing the first touch when the power signal is cut in the past w'. The party 2 includes the first lying when the first-to-be-definite_rate_rate is cut off and then turned on. The wire further includes: before the ί - 3 past, when the power signal is 峨 峨 峨 接通 接通 接通 接通 接通 接通 。 。 。 。 。 。 。 。 。 。 。 。. The method further includes: # increasing the period when the power signal is turned off, on, off, and turned on during a predetermined time period after the aging has been performed. - a controllable relay comprising: a first electrical connection device for receiving a power signal, a receiving attack, a parameter for determining a (four) parameter according to the discrimination, and for using the f rate Jian Lin Shi Gen Jia _ fresh number green button, its towel, the receiving device is powered by the god money via the electrical connection device Wei; the electric bulletin device, with ^ will lose a power Yang number And outputting a power signal according to the control number; the second electrical connection device is configured to provide the 15 200835882 output power signal. "In other special wealth, the said Lezaki follow-up includes: on the __ for the power Lhe and the gods do not save red _ number. · On/off view included in the sampling period of the period f set The binary data, the shot, the first-second binary corresponds to the existence of the discriminating money, and the second binary state corresponds to the absence of the power signal. The turn-on/call modulation includes the fact that the power is stored and the power signal does not exist. The binary data determined during one of the periods, t, the first two-bit sorrow corresponds to a period shorter than a predetermined length, and the second binary state corresponds to a period longer than the predetermined length. 'The connection' determines the control parameter after the start/slap operation plan startup sequence. The program start phase includes the scheduled connection sequence executed by the timing_interval #. When the control signal is reached, the electronic switching device reduces the output power signal to approximately 〇. When the control signal is reached, the electronic switching device reduces the output power signal to a down-regulated value. Power signal. In other features, the reception Included is a power line carrier receiving device for receiving data 'via the power signal' and for accepting a command addressing one of the first address and the overall address. The control parameter includes the first address, The receiving signal is generated to generate the control signal. The power line fine receiving device is operated to perform the operation by resetting the address operation, updating the address operation, broadcasting the connection operation, and transmitting the address. At least one of the operations. In other special financial matters, the device further includes a timed device 4, which is counted after receiving the number of the job. The control parameter includes a predetermined value. When the timing device reaches the predetermined date The receiving device generates the control signal when the program is started. After the program planning mode is started, the receiving device sets the set value 1 according to the _ of the transfer letter to reach the predetermined time in the timing module. The receiving device reduces the predetermined value when the power signal is cut off before the value. In other features, the god is in the pre-correction period after the timing module reaches the predetermined value Letter When the weaving is turned on, the 'Wowei device increases the value. Before each time the chronograph module reaches the value of the ride, the quotation is within the predetermined time period of the ς16 200835882. The device reduces the set value. When the fabric module reaches the predetermined value _ timing__, the receiving device increases the predetermined value when the turn signal is cut off, turned on, cut off, and turned on. The control light bulb comprises an electrical connection, a receiver module, an electronic switch, a translucent housing and a light generating component. The electrical connection receives the power signal. The (4) module is connected via the electrical connector (4) Divide the money supply, and in the power record Lin _ occupational control letter said. The $ child off will dig the money output 'and reduce the output power record according to the control number. The semi-transparent package The light generating element receives the output power signal. ^Other ship towels are connected to the (four) job control, and the electronic switch reduces the output power μ by the duty drop value and the rugged value - . The connection (four) module includes a timing module, and the receiver receives the power signal and starts counting. When the module reaches a predetermined value when the module is disconnected, the receiver molds the occupational control number. The ship's predetermined value is set at the time of manufacture. The predetermined value is set via user input. In the feature, the user input includes a dialing package switch. The receiver module package only reads = ship (the job provides the value. # When the timing module reaches the predetermined value, the first 'seven cuts the power signal, the receiving The module reduces the predetermined value. When the power signal is cut off and then turned on within a predetermined time__ after the timing module reaches the predetermined value, the receiver module increases the predetermined In other features, the receiving 11 module depends on the predetermined value when the power tiger turns off the scale, the switch, and the wall when the timer module reaches the predetermined value. The receiver module increases the predetermined value when the power signal is turned off, on, off, and turned on within a predetermined time period after the timer module reaches the predetermined value. In other features, the receiver module includes a power line carrier receiver module that receives data superimposed on the power signal and generates the control signal based on the data. When the command is issued, the power line carrier receiver module generates the The power line carrier receiver module is associated with the first address and accepts a command to address one of the first address and the overall address. The first address is set at the time of manufacture. In the other feature, the user input includes a dial switch. The receiver module includes a read only memory (ROM) that provides the first address. The receiver module includes a power line carrier transmitter and instructing the power line carrier transmitter to overlap the first address address on the power signal according to an on/off modulation of the power signal. The electrical connector includes a conductive male thread and a conductive tip. The light generating element comprises a metal filament. A method comprising: receiving a power signal at a bulb; outputting an output power signal to a light generating component; when the power signal is turned on Selectively generating a control signal; and reducing the output power signal in accordance with the control signal. In other features, the reducing comprises: receiving the When the signal is formed, the output power # is reduced to one of the down-conversion value and the cut-off value. The method further includes: when receiving the power # number, starting to time the first period; The control signal is generated when the first period elapses. The predetermined value is set at the time of manufacture of the bulb. a. In other features, the predetermined value is set via user input. The method further includes: The predetermined value is reduced when the power signal is turned off before the first period elapses. The method further includes: cutting off the power signal during a predetermined time period after the first period elapses Then, when turned on, the predetermined value is increased. In other features, the method further includes: turning off, turning on, and off the power signal during a predetermined time period after the first period elapses And reducing the predetermined value. The party further comprising: adding the power signal=off, on, off, and on during a predetermined time period after the first period elapses Predetermined value. The method further includes receiving data that is heavy on the power signal. The selectively generated operation generates the control signal based on the data. In other features, the selectively generated operation produces the control signal when the data indicates a turn off command. The method further includes accepting two of the address-address and the one of the overall addresses. The first address is set at the time of manufacture of the bulb. The first address is set via user input. The method further includes overlapping the first address on the power signal based on a sequence of on/off modulations of the power signal. 18 200835882 A controllable light bulb comprising: an electrical connection device for receiving a power signal; a receiving device, selectively generating a control signal when the power signal is turned on, wherein the connection device is Supplying the power signal received by the electrical connection device; electronic switching means for outputting an output power signal, and for reducing the output power signal according to the control signal; light generating means for generating light, and And for receiving the output power signal; and a translucent housing device for enclosing the light generating device. In other features, the electronic switching device reduces the output power signal to one of a down-conversion value and a cut-off value when the control signal is received. The receiving device includes timing means for counting after receiving the power signal. The receiving device generates the control signal when the timing device reaches a predetermined value. The predetermined value is set at the time of manufacture. In other features, the predetermined value is set via user input. The receiving device package $read-only memory device is configured to provide the predetermined value. The receiving device reduces the predetermined value when the power signal is turned off before the timing device reaches the predetermined value. The receiving device increases the predetermined value when the power signal is turned off and then turned on within a predetermined time__ after the predetermined time value of the timing device. In other particulars, the receiving device reduces the predetermined value by a predetermined time before the timing device reaches the predetermined value, the power signal is turned off, turned on, and cut in at a predetermined time. The receiving device increases the predetermined value when the power signal is turned off, on, off, and turned on after the metering is set. The receiving device includes power line carrier receiving means for receiving data superimposed on the power signal and for generating the control signal based on the data. In other features, the power line carrier receiver device generates the control signal when the data indicates a light-off command. The power line carrier receiver device is associated with the first address and accepts commands to address the job-address and the overall address. The first address is set at the time of manufacture. Set the material through the system to enter the person * New Zealand. The directory includes a read only memory (ROM)' which provides the first address. The receiver module includes a power line carrier transmitting device for overlaying the first address on the power signal in accordance with a sequence of on/off modulation of the power signal. 19 200835882 A master control device includes a control surface μ and a lost pulse transmitter. The control group generates a control arm with a control device, and the controllable position adjusts the power of the load. Losing the pulse of the trousers, the controllable relay is sent to the Qiqi, and the at least one of the signal amplitude and the power level is selectively selected between the zero crossings of the periodic power signal. And in the turn-off power signal, the switch comprises: a control end, the control end and the 々 end, and the 々 end, which receives the periodic power signal. The switch pack component is in the output power signal between the zero crossings and is subjected to approximately zero revolutions. The stationed control further includes: the fairy interface, which includes % inputs, the basin: 'Μ is an integer greater than -; and the parameter control module, which ^ == 'where 'when the first round is started - The control: generating control data according to a corresponding one of the one of the control parameters. The main control H further includes a power line interface that receives the material that is superimposed on the periodic power signal. The ribs are based on the data from the power line interface* to generate control funds = the main control "more includes the interface of the gambling material. The control group generates control data based on data from the I-line interface. The escaping master controller further includes a receiver whose side is consumed by the controllable device, and the data of the Wei _ _ _ _ _ (4) device Wei... the main control H, and more includes The controllable device further includes a lost pulse receiver that receives the output power signal and that the signal amplitude and power of the output power signal are between the zero points of the output power signal The at least one of the levels is reduced to decode the control data in the output power signal. The controllable device further includes a control module that stores control data and controls the poor green _ thief according to the And off, which is adjusted to the load power tree number of the load according to the output transcription and the control signal. The switch includes: a control, which receives the signal, and a signal, and a first end that receives the output a power signal. The switch sets the load power signal to a value of a turn-on, a turn-on value, and a threshold value. The lost pulse receiver will have at least the signal line and index material of the zero-crossing point described in 200835882 control The group includes a timing module. The control includes the control of the ride according to at least one of the timings === including the power level value and the timing value, where t P is large = 4 = paired 'each of the control pairs The P control pairs are - and then after and after, according to the P-fired, another method. 过去 Values One method includes: generating power consumption for the entire load of the controllable device; receiving cycle The power extension 6 " a controllable device adjusts (4) two, transmits an output power signal according to the cycle rate to the controllable device; and, by selectively reducing the power in the cycle a signal amplitude of the round-robin power signal between the zero points encodes the control data in the output power signal. The method further includes: selectively outputting the output power between the zero-crossing points Number, and when the μ wheel people correspond to (10) control parameters, the trajectory is traversed according to the corresponding one of the control parameters. The financial method is more: the overlapping overlapping surface power μ And the overlapping information of the staff is called the birth number. : wirelessly connecting (four) material 'and generating a speed control beaker according to the wirelessly received data. The method further comprises: side consuming current consumed by the controllable device, and sub The refillable (four) data, the square spoon = receiving the round-robin power signal 'and by the zero-crossing point of the output power signal, "the amplitude and the divergence of the signal from the pants At least one of the control data in the rounded power signal is subtracted. The method further includes: generating a control pro according to the controller; and, according to the output power and the control number, fine-tuning the signal. The method further includes setting the load power signal to one of a downshift value, an on value, and a cutoff value. The method further includes comparing the amplitude of the signal between the zero-crossings to at least a predetermined value of the diurnal. 〃 21 200835882 and two: ΐ ΐ ΐ 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制The method further comprises: storing P controls, the method is edited: ==: r, after the chrono value is past, according to the control data of the material control = controllable, the power rate is flat A lossy pulse transfer device for receiving a periodic rate "an out-of-pulse transmitting device transmits to the controllable device according to the periodic function number" and a is used by a zero crossing between the periodic power signals ^ Selecting the signal of the f-peak minus output power signal to oscillate the power control signal in the power signal. The prime half of the seed half is in the charge of the money transfer device, including: system = company; and - The terminal 'receives the periodic power signal. The I-controlled switch element is included. The output between the zero-crossing points t = control = further includes: a user interface device for receiving from the user = = an integer greater than eight; and a parameter control device that stores one of the control parameters of the one of the '^' when the one of the inputs is activated, the control device is based on the The corresponding parameter of the paving parameter towel is used to generate the measured data. The control device is superimposed on the power of the periodicity device. The control device is based on the device from the power line interface device. The main controller further includes a wireless interface device that wirelessly receives data, and the control device is Generating control data according to the wirelessly received data. The master controller further includes receiving means for side consumption by the controllable device and for decoding the electrical (four) consumption into a slave The controllable weaving (4) data: the system includes the master, and further includes the controllable device. The controllable contention includes a missing pulse receiving device i for receiving the output power signal, and borrowing The control data in the output power signal is decoded by a reduction in at least one of the signal line and the indexing 4 22 200835882 between the zero crossings of the power signal. The utility model further comprises: a control device, which stores the control data, controls the data to generate the control number; and the opening, the threat according to the input (four) ^ = the control Wei_the whole hiding _ load power signal. end, Receiving the control signal; the first end receiving the output power signal=the device sets the load power signal to a value of a down-regulation, an on-off value, and a cut-off value: The at least one predetermined value is compared with the at least predetermined value of the discretion. 控制, the control device includes a timing device for timing at least one period. The control lean includes the at least The lie (4) is based on the timing device. The _ device further includes a parameter storage device 'Lin is connected to the control device, and ^ stores P pairs of pavements. a turn-off value and a hash, wherein P is an integer greater than zero. The control signal is in accordance with one of the p control pairs, and then, after the associated timing value in the P control pairs has elapsed, According to the other two of the p control pairs. ^ A controllable device comprising: a lost pulse receiver, which receives a first power signal, and wherein the signal amplitude of the first power signal = the power level is less between the first and the reliance on the zero crossing point a control signal for controlling the data in the first power signal towel, and 'which stores the control data, and generates a control nick according to the control data, and a switch according to the The first power signal and the control signal adjust a load power signal for the load. The switch includes: a control terminal that receives the control signal; and a first terminal that receives the first power signal. The missing pulse receiver compares at least one of a signal amplitude and a power level between the zero crossings with a predetermined value. The switch sets the load power signal to one of a down value, an on value, and a cut value. The control module includes a timing module. The control information I is included during the rush period. The control signal is based on the timing period. The controllable farm includes a parameter storage module connected to the control module and storing P control pairs, wherein each control pair includes a power level value and a timing value, wherein p is greater than one The integer. 23 200835882 The speed of p control pairs is based on the control data. The control signal is based on the p control pairs -' and is woven in the other of the P control pairs, and the other ones of the p _ _. Na riding (four) miscellaneous to choose the silk storage module == said P Jianlin (four) at least one. - The secret includes the controllable relay, and = the main controller. The master control includes: a control module, configured to generate, for the controllable period, a power signal of the receiving period, to the said system, to the said Control data is encoded in the first power signal by selectively reducing at least one of a signal amplitude and a power level of the first power signal between zero crossings of the signal. = Lost pulse transmitter includes a switch including a control terminal that receives the periodic power signal with the control two:, / and the first terminal. The switch includes a three-terminal dual element. The riding of the first-power signal is close to the power at the zero crossing point. The main control II further includes: a user interface, which includes a user, a medium, and a number of controls: a plurality of controls, Yu Maolin, 姊^_^%, said (4), according to the above-mentioned ΪΪ main power line The interface 'its reception is superimposed on the periodic power signal. The sneak group includes a receiving resource interface according to the power line. The control module generates a sugar control material by the poor material of the root line (4). The master control further includes receiving money from the receiver, and bribing the money material to the controllable clothing for the main controller. a first power signal between the points - a reduced signal at least one of a signal amplitude and a power level of the solution number by a zero crossing of the first power signal. Deriving a control load rate signal according to the control data - the scale and the negative method of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ At least 24 200835882: a comparison with the predetermined value. Newcomer includes: setting Lai's load to one of the turn-on and cut-off values. The method further includes: timing the at least one period based on the control data and generating the control signal by at least one of the roots. The method further includes: bribing the P-mine, each of which includes a power level value and a value, wherein P is an integer greater than one. The P control pairs are based on the control data. The method further includes: generating a household control number according to the p2, and, after the ten value associated with the household control p, is based on the p control pairs The other one produces a control signal. The method

The method further includes: selecting, according to the control data, the one of the P controls in the parameter storage module. The method further includes: receiving a periodic power signal, transmitting a power t number according to the periodic power signal, and selectively selecting, sinking, and reducing the power between zero crossings of the periodic power signal. The at least one of the #number amplitude and the power level encodes the sugar control in the first power 。. The method further comprises: reducing the _th power signal to a near zero god at the zero crossing point The method further includes: bribing the M control numbers corresponding to the M weavers and when one of the one inputs is activated, generating control data according to one of the M control parameters. "" The method further includes: receiving data superimposed on the periodic power signal, and generating (4) data according to the rich and poor material. The method further comprises: wirelessly receiving data, and receiving according to the money line. (4) The data is called the Shengpu data. The riding method further comprises: the steel is controlled by the current, and the current is decoded into the controllable device, and the controllable device comprises: the lost pulse receiving device ,use Receiving a first power signal, = and for modulating at least one of a signal amplitude and a power of the first power signal between the zero crossings of the first power signal - a control device for identifying the information; a control device for storing the controlled forging material, and for generating a control number according to the control data; and a switching device for using the first god signal and the The control device is configured to adjust the load power signal for the load. 25 200835882 The switching device includes: a control terminal that receives the control signal; a first end, a basin receiving = a first power signal, a missing pulse device Comparing at least the predetermined value of the check amplitude and the power level between the zero crossings, the clearing device sets the load power k number as the downshift value, the turn-on value, and the cutoff value. The control device includes a timing device for timing at least one period. The control data includes the at least one period of the control signal being according to the timing period. The control device further includes parameters Storage module 'use Connected to the control device, and used to store P control pairs, wherein each of the health pairs includes a power level value and a timing value, wherein P is greater than - number. The ship control signal is based on the p-threshold... after the field is taken off, and the relevant count value of the touched towel is passed, and the other one of the control pairs is based on the one of the control pairs. The parameter bribe device includes at least one of the control units, and further includes a main controller. The main control thief includes: a control device for generating the Controllable relaying of the data; and, the loss of the pulse transmission device, the lining (four) period of drunken signal 'to the Xia controllable health station to transmit the said period of the Shenxin rhyme said - Shenjian, and by means of face to face The control information is encoded in the first power signal by selecting between the zero crossings and the at least two of the letter and the transfer. The lost pulse transmitting device includes a switch, the switch including: a control terminal coupled to the control device; and a first terminal receiving the periodic power signal. The off includes three ^ two-way controllable (four) navigation pieces. The face is in the first power (four) between zero crossings & approx. zero power. The main controller further includes: a maker interface device for connecting - wherein the MS is greater than - an integer; and parameter control means for storing a plurality of control parameters corresponding to the μ inputs, wherein When the input is initiated, the device generates control data according to a corresponding one of the control parameters. The f lake includes a power age device that receives data that is overlapped and described as periodic power. The control device generates control data based on data from the power line interface device. The main controller further includes a wireless interface device for receiving data. The system of the system is used to control the current of the control device, and the code is used to The data of the control device for the main control port. (4) The financial base consists of a one-sided group, and its secrets can be used to adjust the power consumption of the load, and the program planning information includes less - and _ pulse_delivery 11, receiving Periodic power The controllable device transmits an output power signal according to the periodic power signal, and the zero-crossing point of the jriTt periodic power signal is selectively dependent on at least one of the signal power of the output power signal. The round-robin power signal encoding program "the lost pulse transmitter includes a switch" includes: a control end connected to the control group; and a first end receiving the periodic god signal. The cover includes three ς雔 可 可 。 。 。 所 所 所 所 所 所 所 所 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 Reading the parameters of the μ-simplification parameters corresponding to the bribe and the entry, and the t-axis of the Wei-Wings, the job module generates the program according to the corresponding one of the control parameters _ Planning information. The wiper further includes a receiver that detects current consumed by the controllable device and decodes the current consumption as data received from the controllable device. The installation program tm further includes a rotating fiber The program is prepared by selectively storing the program information from the measurable device and storing the data stored in the heterogeneous memory ^ in the miscellaneous sympathetic body. The programming information includes at least one pair of timing values and power level values. A system includes the womens program programming state and further includes the controllable device. The controllable device further includes a missing pulse receiver. Receiving the output power signal and decoding the output power signal by detecting a decrease in at least one of a signal amplitude and a power level of the output power signal between zero crossings of the turn-off power signal The program planning information further includes: a control module, wherein the program planning data is stored, and the data is generated according to 27 200835882 The job == and _ 'the load power signal that is adjusted according to the round-out signal and the control signal. The switch includes: control_, which receives the control age number, and the side is fine She is down, the missing pulse receiver compares the amplitude of the signal between the zero crossings. The lost pulse receiver will lie in the zero crossing for one time. The number is based on the number of shoes _=1 and includes a parameter storage module for connecting to the control module, and if ΓΓΐ # each control pair includes a power level value and a timing value, wherein , 疋" zero new. The control signal is based on one of the ρ control pairs, and the chrono value associated with the one described in the control pair is based on the "" shouting method includes: generating a residual controllable device peak It is difficult to predict that the controllable small program planning data includes a timing value and a power level value of up to Ϊμ, a force rate signal; and transmitting to the controllable device according to the periodic power signal=upper number; And, by selectively, at least the fine-grained power signal between the zero-crossing points of the periodic power signal includes: at least one riding the tactile signal at the zero-crossing point, according to the (four) control The method of generating the process in the parameter further comprises: finely consuming the current consumed by the controllable device, and decoding the consumed data as data received from the controllable device. Receiving: selectively outputting a specification of the data received by the control device in the non-transmission_=================================================================== And at least one of the power level values of 28 200835882. The method further comprises: receiving the output power signal, and detecting the signal of the wheeled power signal between zero crossings of the output power signal Decoding at least one of amplitude and power levels to decode the programming material in the output power signal. The method further comprising: generating a control signal based on the programming data, according to the control poor material And generating a control signal, and adjusting, according to the output power signal and the signal, for transmitting the signal, wherein the method further comprises setting the load power signal to a down value, and turning on And a value of the cutoff value. The method further comprises: timing the at least one period according to the control data, and generating the control nickname according to the at least one period.

The method further includes comparing at least one of the signal amplitude and the power level between the zero crossings to a predetermined value. The method further includes storing p control pairs, wherein each control pair includes a power level value and a timing value, wherein P is an integer greater than zero. The method further includes: generating the control signal according to one of the p control pairs, and after the timing value related to the p control signal passes, according to another one of the P control pairs And generate a control signal. An installer planner includes: a control device for generating program planning materials for the controllable device, a ridiculously accommodating device, and a difficult planning data including a timing value and a sneak-to-slave; a lost pulse transmitting device for receiving a periodic power signal f, the output control power signal according to the grading period of the job-oriented controllable position, and selectively reducing the output between the zero-crossing points of the periodic power signal At least one of the power amplitude and the power level is at least one of the output power signal encoding programs. = Description of the missing pulse transmitting device ??? The switch includes: a control terminal, which is associated with the control, and a first terminal that receives the periodic power signal. The switch includes three components 1 described in the zero-crossing point of the output signal, and the output of the near-wire program is even more mixed, and the receiving one is one of the integers, and the middle is an integer greater than - And a parameter control device for storing a corresponding coffee program planning parameter, wherein: #starting the operation from a 29 200835882, the control device generates a location according to a corresponding one of the control parameters Program planning information. The women's program planner further includes a receiving device that predicts current consumed by the controllable device and decodes the current consumption as data received from the controllable device. The installer planner further includes non-volatile memory. The control device stores the data received from the controllable device in the non-volatile memory, and selectively goes to the program according to the material stored in the non-volatile memory Unpredictable. The programming information includes at least one pair of timing values and power level values. A system includes the installer planner, and further comprising the controllable device, the controllable device further comprising a missing pulse receiving device 'for receiving the output power signal, and acknowledging by the touch power The signal-transformed zero-turning of the output power of the signal amplitude and power of at least one of the above-mentioned _ in the input (four) rate of the genre of planning information. The control device further includes: a control device for storing the program planning data, generating control data according to the program touch data, and generating a control signal 2 and a device according to the depositing system, according to the The output power distribution number and the (4) signal are adjusted, and the signal is decomposed at a negative load. The device includes: (4) end, which receives the control, and receives the output power signal. The touch device determines the 4 Lu number as a down value, an on value, and a cut value. One. The loss-of-pulse device will compare the amplitude of the zero-shaped Fa1 rider on the ship to the predetermined frame. The lost pulse receiving device compares the power level between the intimate points to a predetermined power level. The control weaving includes a timing module, at least when the program is included. a timing _. The _ 唬疋 唬疋 according to the timing device. The singular device further includes a parameter storage device for connecting to the control module, and f is stored in each of the control pairs And an integer comprising a power level value and a timing value, wherein P 疋 is greater than zero. The control signal is in accordance with one of the pair of p pairs, and after checking that the relevant timing value in the P control pair has passed, Another 30 of the p control pairs, 200835882, to provide a detailed description, the other areas of application of the present invention will be obvious. · Understand that 'this detailed description of the bribe specific Naran age this hair exposure good complement, its use The purpose of the invention is not to limit the scope of the invention. [Embodiment] The following detailed description is provided, and other fields will be apparent. It should be understood that Better implementation , Which is not intended by Qian and its sun and the moon to limit the invention. ^

The invention will be more fully understood from the following detailed description. The following description is intended to be exemplary only, and is not intended to limit the invention, its application, for clarity, the same reference numerals are used in the drawings to identify similar trees. At least one of the phrases A, B, and C used herein should be considered to be logical (A or B or C) that makes = logical OR. It should be understood that the steps in one method may be performed in a different order without altering the principles of the invention. The term "module" as used herein refers to a dedicated integrated circuit (ASIC), an electronic circuit, a processor (system, dedicated, or group) that executes one or more software residues, and a memory. , combinatorial logic circuits and/or other suitable components that provide the described functionality. ^ ° Referring now to Figure 2, a functional block diagram of a typical electrical lighting system is provided. The service panel 202 is connected to the switch 2〇4 via an electrical distribution line 2〇3. Switch 2〇4 can be a wall switch, a toggle switch, a rocker switch, a down regulator (7), a switch, or any other suitable switch. Switch 204 controls the power flow to luminaire 206. The control bulb 2〇8 is connected to the lamp stomach 2〇6. ^ The controllable light bulb 208 can include a receiver for receiving control signals. The control L number includes a wired signal received by the level by the electrical distribution line 203, and/or a wireless signal received via a radio frequency (jyp) broadcast. These control signals can instruct the controllable light bulb 2 (10) to reduce or increase the light output. In various implementations, the controllable light bulb 208 can include a timer that turns off the light after a predetermined time. The period of the timer can be programmed by the program at the time of manufacture, set at the time of installation, 31 200835882 and/or modified by the user once installed. As described in greater detail below, the user can modify the operation of the timer by transmitting control signals, such as using power line transmitters and/or radio frequency (RF) transmitters, and/or by adjusting switch 204. By using the controllable bulb 208 instead of the standard bulb, the operation of the fixture 2〇6 can be automated without the need for an electrician to replace the switch 204. The level of automation provided by the controllable light bulb may include timed light cuts, full house light cuts, computer controlled lighting controls, and/or network accessible lighting controls. The principles of the present invention also work well in configurations involving three or four way switches. Referring now to Figure 3, there is provided a functional block diagram of another exemplary electronic lighting system. The power line carrier control module 250 is coupled to an electrical distribution line 203 or another electrical distribution line (not shown) that is coupled to the service panel 202. The power line carrier control module 25 重 overlays the control signals on the electrical distribution line 203. The controllable light bulb 252 receives control signals via the switch 204 and the luminaire 200.

The power line carrier control module 250 can include a user interface that allows a user to increase or decrease the light output from one or more light sources, such as the controllable light bulb 252. The power line carrier control module 250 can also be in communication with a mobile device 254, such as a laptop, a personal digital assistant (PDA), and/or a mobile phone. The mobile device 254 can be via a wired or wireless network (such as a wired Ethernet network) or a wireless interface (such as EE 802.Π, 802.11a, 802.11b, 802.11g, 802.11h, 802.11n, 802.16, 802.20, and / or Bluetooth) transmits lighting commands to the power line carrier control module 250. Referring now to Figure 4, there is provided a functional block diagram of another exemplary electronic lighting system. The service panel 202 is coupled to the switch 204 via an electrical distribution line 203. Switch 204 is coupled to controllable luminaire 300. The bulb 302 is connected to a controllable light fixture 3〇〇. The controllable light fixture 3〇〇 allows control of the light output without the need to manually activate the switch 204. Once the conventional luminaire is replaced with a controllable luminaire, a standard bulb such as the bulb 3〇2 can be used. Light bulb 302 and controllable light bulbs 208 and 252 can include incandescent, fluorescent, light emitting diodes, and/or other suitable light generating elements. Referring now to Figure 5, a functional block diagram of another exemplary electronic lighting system is provided. For the sake of clarity, the reference numerals from Figures 2 and 4 are used to identify similar parts. 32 200835882 Service panel 202 is coupled to switch 204 via electrical distribution line 203. Switch 204 is coupled to luminaire 206. A controllable adjuster 350 is mounted between the luminaire 206 and the bulb 302. For example, the controllable adjuster 350 can include a protruding portion that engages the light fixture 206 and a recessed portion that engages the light bulb 302. Both switch 204 and luminaire 206 need not be replaced. Further, a standard light bulb such as a bulb 302 can be used. Referring now to Figure 6, a functional block diagram of an exemplary controllable light bulb 4 is provided. A controllable light bulb 400 (which can be used as the controllable light bulb 208 of Figure 2) includes a light generating element 402, a control 404, and an electronic switch 406. Light generating element 402 can include a filament, such as a filament in a halogen bulb or an incandescent bulb. The light generating element 4〇2 may also include a fluorescent bulb and/or a compact fluorescent bulb, and may include a built-in ballast. Light generating component 402 can include one or more light emitting diodes (LEDs). The light generating element 402 and/or other parts that can control the bulb 4 can be enclosed in a translucent housing 4〇8. The translucent housing 408 can be sealed and can be made of, for example, glass and/or plastic. Made of materials. Controller 404 can transmit power via the first and second supply lines or conductors. For example, the first and second supply lines can provide power and ground, first and second line voltages (such as line voltages in a three-phase system), and/or other suitable power and/or reference potentials. In various implementations, the controllable light bulb 400 can have: a conductive male thread connected to one of the first and second supply lines; and a conductive tip that is coupled to the first and second supply lines One connected. Controller 404 generates control signals for electrical switch 406, as explained in more detail below. Electron shutoff 406 selectively allows current from the first supply line to flow to light generating element 402 in accordance with the control signal. Alternatively, the electronic switch 4〇6 may be disposed on the other side of the light generating element 4〇2 and selectively allow current to flow through the second supply, line. In various implementations, the electronic opening 406 can include a power transistor, a triac, a sigma rectifier (SCR), or some other suitable device. The electronic off 4G6 can include a dimming function. For example, depending on the control, electronic switch 406 can reduce the voltage, change the waveform, and/or change the power supplied to the light generating component. The electronic switch 406 can include a switching circuit that is turned off during a plurality of portions of each cycle of the power supply 33 200835882 to provide a down-conversion. Electronic switch 406 can include a rectifier for generating DC power and can include a DC to DC converter for reducing the voltage. Electronic switch 406 can include a waveform shaping module that changes the waveform of the AC power signal to provide a down-conversion. The control signal from controller 404 can include a digital signal that transitions from high to low or low to high to command an electronic switch to prevent current from passing through light generating element 4〇2. The control # number may include an analog signal corresponding to the amount of down regulation to be generated by the electronic switch 406. The analog signal can vary from one of a digital high voltage or a digital low voltage to another of the digital high voltage and low voltage. One extreme value of the analog signal may correspond to the cut light generating element 402, and the other extreme value may correspond to the fully turned light generating element 4〇2. Referring now to Figure 7, a functional block diagram of a model controllable adjuster 45A is provided. The controllable adjuster 450 (which can be used as the controllable adjuster 35A in Fig. 5) includes a controller 452 and an electronic switch 454. The controller 452 is connected to the first supply line and the second supply line. Controller 452 provides control signals to electronic switch 454. The electronic switch 454 selectively k/fs the first supply line in accordance with the control signal. The signals on the switched first supply line and/or the second supply line are output to the light generating element (not shown) by the controllable adjuster 450. Referring now to Figure 8, a functional block diagram of a typical controllable luminaire 5 is provided. The controllable luminaire 500 (which can be used as the controllable luminaire 3 of Figure 4) includes a controller 5〇2 and an electronic switch 504. Controller 502 can receive power from the first and second supplies, lines. Controller 502 can be coupled to the second supply line. Control benefit 502 generates a control signal that is output to electronic switch 5〇4. In accordance with the control signal, the electronic shutdown 504 selectively interrupts current flow on the first supply line. The first and/or the first supply line is selectively coupled to the light bulb (not shown) by the controllable light fixture 500. Referring now to Figures 9 through 18, there are shown exemplary controllers, such as controllable bulbs, controllable adjusters 45, and controllable luminaires used in controllable luminaires in Figures 6 through 8. In Fig. 9, a functional block diagram of the exemplary controller 55A is provided. The controller 55 includes a timing 552. The timer 552 receives power via the first and second supply lines. The timer 5 magic may include an internal power source (not shown) for converting the voltages from the first and second supply lines to 34 200835882 for a voltage suitable for the operation of the meta-word logic. The timer 552 can begin to run when it receives power, such as when the manual light switch is turned on. In operation, the timer 552 asserts a first control signal that directs the electronic switch to remain off (on). The lamp controlled by the electronic switch remains on. Once the timer reaches the predetermined timing value, the timer 552 applies a second control signal indicating that the electronic switch should be turned off, which cuts off the associated lamp. The timer 552 can be reset by temporarily removing the power source, such as hunting by turning the manual light switch off and on. ... Now with reference to Figure 10, a functional block diagram of another exemplary controller _ is provided. The control state 60^ includes a power line carrier receiver 〇2 that receives power and control signals via the first and second supply lines. In the post (4), the power line outputs a control signal to turn the electronic switch on and off. The received control number 5 may include a sub-section; 5 the output control signalling county signal for turning the electronic switch on and off. For wireless carrier connection, the address can be assigned to the power line receiver 6G2, such as at the time of manufacture or at installation. The address may be unique or may be unique within the building so that the commands of the addressing controller 600 may be specifically addressed to the controller 600. The 2 assigned address can be written on the control package so that it can be assigned to the power line carrier control module. The power line carrier control module can be followed by the 6GG special command. In all kinds of real financial, power line carrier ship view financial order "Jane, Qian Xu electric power control group, such as cut k / f all the lights in the building. Cry =, provides a functional block diagram of another exemplary controller 650. Control 2: Ϊ = user input device 654. User input device 654 can include a j-disc, button, and/or other device. The user input device (6) determines the timer value. §10¥ 652 applies the first control signal, 吉 、, goes to 丨丄 ^ 璩 until the juice value indicated by the user input device 054 is reached. Juice b shou 652 then apply a second batch of sputum production a control 4 唬. The first and second control signals will be closed and turned on. Therefore, the lamp controlled by the electronic switch remains on, a 35 200835882 until the second control signal is received. User input device 654 can also include a motion sensing module 656. The user input device 654 can increment the timing value when the movement is sensed before the timer 652 reaches the timing value. The addition may be an increase in the predetermined amount, or may be related to the number of times before the timing value has been reached. If the timer 652 has reached the timing value, the user input device 654 can respond to the sensed movement by resetting the timer 652, thereby turning the light back on. Referring now to Figure 12, a functional block diagram of another exemplary controller 7A is provided. The controller 700 includes a power line carrier receiver 〇2, and a user input device (such as a dimming switch 704). The turtle line carrier receiver 702 receives power and control signals via the first and second supply lines. Based on the received control signal, the power line carrier receiver 7〇2 indicates that the electronic cut-off is turned on or off. The dimmer switch 704 determines the assigned address of the power line carrier receiver 7〇2. In this manner, each controller 700 within a building can be assigned a different address, which allows it to respond to a particular addressed control signal. Referring now to Figure 13, a functional block diagram of another exemplary controller 75A is provided. Controller 750 includes a timer 752 and a program planning module 754 that receive power from the first and second supply lines. The timer 752 applies a control signal that directs the electronic switch to open once the timer 752 reaches a predetermined timing value. The predetermined value of the timer 752 can be determined by the program planning module 754. The program planning module 754 can include an initial value of the timer 752 that can be replaced by a start program planning operation. To initiate the program planning operation, a manual light switch (such as switch 204 of Figure 2) can be actuated in a predetermined manner to initiate the programming mode. For example only, the switch may be turned "on" and "off" a predetermined number of times during a predetermined time period. The light can be flashed or flashed, down, or otherwise modulated to indicate that program programming mode has been entered. Once the programming mode has been entered, the light switch can be turned "on" or "off" in a manner described in more detail below to program a predetermined timing value. The programming module 754 outputs timing values to the timing module 752 and can store timing values in non-volatile memory. Referring now to Figure 14, a functional block diagram of another exemplary controller 8A is provided. Control 36 200835882 The controller 800 includes a power line carrier receiver 802 and a program planning module 8〇4. Power line carrier receiver 802 receives power and control signals from the first and second power lines. The power line carrier receiver 802 monitors the commands that are directed to the designated address for the control signals. - Like the programming module 754 of Figure 13, the programming module 8〇4 of Figure 14 can receive data by monitoring the power on the supply line. Depending on the predetermined style of the power switch, the programming module 8G4 can initiate the listening mode. In the listening mode, the programming module 8〇4 directs the power line carrier receiver 802 to listen to the addresses broadcast on the first and second supply lines via the power line carrier. ^ The power line carrier control module can then broadcast a message including the address on the first and second supply lines. The power line carrier receiver 802 can then use the received address as its assigned address, allowing future commands to be specifically addressed to the power line carrier receiver 8〇2. This process is repeated for other controllers within the building, thereby assigning each controller a unique address. After each controller is placed in the listening mode, the corresponding unique address can be broadcast. These only: the address can then be used to individually control the controller. Alternatively, the predetermined pattern of power switches can provide the address in the programming module 804. The power line carrier receiver 8〇2 can then receive the address from the programming module 8〇4 and respond to the received command directed to the address. Referring now to Figure 15, a functional block diagram of another exemplary controller 85A is provided. Controller 850 includes a power line carrier transceiver 852 and may include non-volatile memory 854. The power line carrier transceiver 852 receives power and control signals and transmits control signals via the first and second supply lines. When the power line carrier transceiver 852 receives power for the first time after installation, it can transmit an identification signal via the first and second supply lines. A power line carrier control module (not shown) coupled to the first and second power lines can receive the identification signal and reply with a unique address. The power line carrier transceiver 852 receives this unique address and can store it in the non-volatile memory 854. The power line carrier transceiver 852 can then respond to the message carrying the unique address. Alternatively, the power line carrier transceiver 852 can include a pre-programmed unique bit 37 200835882. When power is received after installation, the power line carrier transceiver stomach 852 can be widely pre-programmed on the first and second supply lines. The power line face is then used to subsequently communicate with controller 85(). When a function tree such as a plurality of controls njgj that controls H 85G is received, they may be tried and transmitted. The conflict side can (10) stop the ship at the same time, but the allocation of the unique address may be determined. To this end, the controller may need to be powered up sequentially and/or programmed. Referring now to Figure 16, a functional block diagram of another exemplary controller is provided. The controller 900 includes a power wire transceiver 9 and a program planning module 9〇4. The power line carrier transceiver 902 receives and transmits control signals via the first and second power lines. The xw program Lai module 9G4 interprets the presence and absence of power on the supply line as instructions. The programming module 904 transmits commands in accordance with these instructions to the power line carrier transceiver. The escaped program ugly group 904 can transmit the set address command accompanied by the specified address. The power line carrier receiver 9G2 can then respond to the command of the job location. The private planning module 9〇4 can also transmit the transmission address command to the power line carrier transceiver 9〇2. The address transmitted by the power line carrier transceiver 902 can be subtracted from the power line __ (not sum) connected to the first and second supply lines. The ship _ 雠 雠 group can then use this address to transmit a message to the power line carrier transceiver 9 〇 2 . A program planning module 904 can also transmit a listening command to the power line carrier transceiver 〇2. The program ruler 9G4 can then be started at the next address received by the broadcast message towel. The rake planning module 904 can also transmit a reset address command to the power line carrier transceiver 〇2 such that the power line carrier transceiver 902 resets its address to a factory default. + This factory default value can be known to the power line carrier control module, allowing it to communicate with the power line carrier transceiver 9G2 to perform the initial mosquito. At the end of the initial phase, the power line carrier control module can assign a unique address to the power line carrier transceiver 9〇2. Referring now to Figure 17, a functional block diagram of another exemplary controller 950 is provided. The control 950 includes a timer 952 and a read only memory (ROM) 954. You can plan on the ROM 954 program in manufacturing or installation. Once programmed, R〇M 954 provides the meter to 952 38 200835882. The timer 952 can operate similarly to the timing module 752 of FIG. Referring now to Figure 18, which provides another model, the brain control (four) energy, the control (four) includes: power line connection (four) _, and only read the New Zealand (Gu) brain. = brain = in the view of the silk age and pure and shouting force _ _ _ _ _ _ ΓΓ ΓΓ ΓΓ 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体A plurality of controllers, such as controller lions, within the building can each operate similarly with a unique address-based power line carrier receiver 802. 't/9 TM ' provides a Wei block diagram of the Dianxian-style ship fleet.

Ϊ́ϊϊΐ=5ί? includes a power supply 1052' which provides a power gauge to the components of the programming module 1050. _ further includes a timing module 1G56 and a microcontroller volatile memory 1060. F Hunting is used to transmit data by means of a test and a silk-faced program. When the lion is touched, the Wei is indispensable for God. The electric j-mode stores the electrical energy' and when it is removed, it is difficult to clock and the microcontroller (10). The time weight group 1056 can be used to monitor the length of time in which power is present and the length of time between power removals. This information is used in program planning to control the operation of the lamp, fixture or adjuster. The micro-control is completely deleted from the timing 敎 接 (4) and the Lin _, and they are interpreted. The electric storage module crane stores the charge: the timing module brain and the microcontroller Na (four) up to the simple _ _ remove the god of the longest period. When the power is removed during the t-time, such as when the lights are manually turned off at night, the charge storage module loses enough power so that the timing module and the microcontroller delete the operation. This = there is a problem, because the timing module Na and the microcontroller are deleted only when planning the program. The microcontroller 1058 stores a program in the non-volatile memory 1060 to prepare for a period in which the power is removed for an extended period of time. Referring now to Figure 20, it provides another functional block of the continuation of the continuation of the group: the miscellaneous type of 敝 敝 listening includes the power supply, its charge storage module blue, the meter group 1104, micro-control The device 1106 and the non-volatile memory 11〇8 supply power. 39 200835882 When Tian Cong Power 1〇52 removes power, the charge storage module 11〇2 supplies power to the timing module. The ship controller UG6 reads the value of the timing module 1104 and saves the value to the miscellaneous ship. With the sigh, Jian Jilan can decide what % is connected to the power supply instead of powering himself. 3 In order to determine how long the power supply is removed, the microcontroller stores the value to the non-volatile body 1108 t before removing the power supply. Because once the power supply is removed, the microcontroller Cong may not have enough _ to record the miscellaneous, so that the micro-control can be used to periodically store the timing value during the supply. It can then be from the last timing value written to the non-volatile memory, and the approximate length at which the material miscellaneous turns when the power is restored. Reference is now made to Section 21®' which provides a model table that provides a description of the existence and forest instructions in the sequence and its related instructions. The program group (such as the 帛 19 _ program gauge group milk or the program group 1100 of Fig. 20) can receive data on the number of times the power is removed (cut cycle). A manual light switch can be used to provide this information. When the switch is turned on (conducting), the program is subjected to a touch-on. When off (non-conducting), the programming module experiences a cut-off period. When the canonical form 1152 is used, the number of sequential cut cycles experienced by the program planning module determines the functions that the programming module should perform. To protect against unintentional programming, the programming module can count the cutoff cycle until the application plans the startup sequence. An exemplary program-cutting start sequence is provided in Figure 22. i In Table 1152, a single cut-off period is preserved to further protect against unintentional programming. The sequence of two cut-off periods instructs the programming module to command the power line carrier to transmit its identification code. The sequence of two cut cycles corresponds to the update identification code command. This command instructs the power line carrier receiver/transceiver to replace its current identification code with the next identification code received by the power line carrier. The power line carrier receiver/transceiver may stop listening to the replacement identification code after a predetermined period of time. Another instruction that may correspond to several cut cycles is a broadcast connection instruction. This command causes the power line carrier transceiver to broadcast a signal φ for displaying the power line carrier transceiver. The power line carrier transceiver can then listen to the new address to be transmitted by the power line carrier control module. Four 200835882 = break week_order_ should be reset the code command', in which the code is reset to the factory default. Force and Lane Basket Reception, Table 1154 provides exemplary instructions for the timer. A single cut-off sequence can be kept. The sequence can indicate that the timer should be set to 5 minutes, so at 5

%曰1 long, 5, 6, 7, 8, 9 and 1G cuts __ minutes, 3G minutes, minutes, minutes, 1 hour and 7 hours and H lan line loader and receiver _ 典 龄. In the Table Wide:: column (they are used to transfer instructions to the programming module) is similar to Μ(4) Counting the number of cut-off weeks, the opening loop is connected to the second-loop state, as in Table 1160. Lion paste _ tear. __ can be straight J corresponds to - her digital position, and can be straight 116G coffee, the shape of the ring to move:: = rrr ring action, followed by short cycle action, the last is long cycle short, long, short can be heavy Corresponding to the update of the instruction, the long, derivative, and U6Li contain the sequence-to-instruction mapping for the tree. The sequence can be retained for future use. The sequence length, length, length, and length can correspond to 5 minutes. 2 ° The sequence length, length, and length can correspond to 1G minutes. In this _, a carry sequence can correspond to a chronograph length of up to 2 hours. Eight Another-parameter programming technique involves periodic sampling. A regular sales power state is sold. The county is Tuesday 2 = regulations, in the pants. This _ turn cake dragon can correct the binary digits, for example, the genus can be 5 seconds. To allow for faster program planning, the period can be shorter than 200835882, such as one second or five seconds. Table 1170 contains a generic map of the functionality of the program planning module from the measured binary digits. A sequence of 1〇1〇 can be reserved for future use. The sequence of 〇η〇 may correspond to a transmission identification code instruction. The sequences of 1001 and 0101 may correspond to the update identification code and the reset identification code command, respectively. Table 1172 contains a similar canonical map suitable for a timer. The sequence 〇(8) can be retained for future use. Sequence 0001 can correspond to a 5 minute timing value. The sequence of (8) 1 可以 may correspond to a time value of 10 minutes or the like until the sequence of 100 〗 for 2 hours. The program planning sequence can also provide a down command. For example, the programming sequence can correspond to different downgrade levels. The valve level can be set in a program planning operation and set to _ in [programming operation]. Alternatively, in the program __, the intensity of the lamp can be gradually increased or decreased, and when it reaches the honest level, the hand light switch can be turned off. This lamp intensity can be restored when the light switch is subsequently turned on again. Referring now to Figure 22, the process details the exemplary steps performed by the user in the programming of the launcher module. Control begins in step i, wherein the controllable light source is greater than a predetermined time period such as 5 minutes. This amount of time allows the charge to be stored and replaced with sufficient charge to power during the program planning operation in which the source will be cut. For 3 = / continue, where the wire is indulged _, such as 2 seconds. In order to allow the user to be secret, there can be fault tolerance, such as accepting! The control is continued in the step of cutting, wherein the light source is switched on and turned on. After the step-to-second, control continues in step 12〇8, where the user 2 == the scale 2 is in the _2_丨 in step 1208, the user is in a predetermined time period such as 1 〇 second otherwise The program will assume that the thief program is not actually thief i =, the two quickly turn off the lights and then turn on the lights for a specified number of times. This =121^, using (four) _ lion break cycle. In the smoke 212, it is on and off. Here, the count of the cut is stopped and the control is terminated. 42 200835882 Now refer to the user program planning input specified in Figure 22 of the 帛23 ® ‘Touch Diagram 喊 _ 典 典 典 典. Control begins in step 13 and the control determines whether the light is on. If not, the inspection remains in step (4); otherwise, ° moves to step 13G2. In step 13GG, 'When power is first supplied to the circuit ^, it may be found that the lamp is on. The π & system resets the timer at step 1302 to allow it to monitor the amount of time the light is turned "on". Step 13〇4 continues, where the 'control determines if the light is turned off. Once the lamp is on, control is passed to step 1306; otherwise, it is maintained in step 1304. In step 13〇6, the values of : minutes are compared. If the value of the timer is greater than 5 minutes (this indicator is on for at least 5 minutes), then 3 continues; rewards return _ step 13 (8). This wait _ ensures that the charge store has a full charge and that the secret prevents the rogue from starting the program. In the step Shun, the timer is reset to monitor the period during which the lamp is turned off. f Steps to measure the towel, (4) The decision is that the button is transferred to v 1312; otherwise the control remains in the step. In step i3i2, the timing crying disk

Lt!T compared. If the timer is approximately equal to 2 seconds, such as within 1 second of 2 seconds, then the control bell moves to step 1314; otherwise, control returns to step 13〇2. , step in the measurement 'reset timer. Control continues in step 1316 where control = 疋 驰 _. - Once the ship Jing, hit the arm and move the legs; otherwise, control step 1316 towel. If the timed ride value is less than 10 seconds (this fresh program has already started at the ίο axis) then control turns to step 132G; otherwise, control returns to step 13A. In step 1320, if the timer is greater than leap seconds (this fresh program is after waiting for the leap second = i, 'the inspection moves to step 1322. Otherwise, the user does not wait for the required 1 second, and: the system, the reward step _. The i second delay advance protection prevents the program from inadvertently = interesting in step B22 'starts a variable called cal t (count) initially in step 1324, and resets the timer. Column 4 (four) Ϊ step 1326 towel, if weaving, rushing paste (four) 1328 L control 雠 丨 exhaust 1330. In step 133 ,, if the timer is greater than 2 〇 seconds, it has exceeded the use of the process 43 200835882 $ gauge two Guangjing Jing Zhouchun no Wire, rib length 1300. No and at time r!i = 'control returns to step 1326. In step 1328, the count is made, and the control is continued in step 1332. The step is to determine whether the light is turned off. For example, in New York, the face moves to step control and moves to step 1328. In step HI, step 1334, 'such as Newton' is turned on: the device has exceeded 2. seconds, then the control is otherwise in ':, : 3 II I' if the timer If it has exceeded 2 seconds, then control transfers to step 1340; according to the number of leaves ^ 2 1 1 1332 to wait for the light to cut off. Step 134G, the program planning module root Wei Ka 1 now includes the cut-off «, and can be used to represent the table 1152 of the 3 power line carrier transceiver/receiver or the Lai Niu The function then controls and then ends. The #代方式' control can be returned to step 13G2 to start again in the program programming mode. Industry Ϊ ΐΪ 第 第 : : : : : : : : : : : : 流程图 流程图 流程图 流程图 流程图 流程图 流程图 流程图 流程图 流程图 流程图 流程图 流程图1162 Like a piece of love: disk ^ ^ ^. For the sake of clarity 'the reference number from Figure 22 is used to identify the type in: 1 ° 3 ^ Ω Ρ 类似 similar to 'starting the program in step 1200 i 1208 The quilt, the control, the hunter, the hunter, the table, such as the 21st _ table 116G Grid 1162, to interpret the silver = the more detailed description of Figure 21, the point and ship correspond to the length of the ride The time of the heart connection, the second = the time of the cut or the time of the cut may be of concern. For example, if it is off, then the light should be switched on for a short time corresponding to the point, and the switch should be switched on. The longer the time, and the time the light is cut off is not important. ^Alternative way 'lights can be kept connected Pass 'and is cut off for a short time corresponding to the point, and =^ corresponds to the longer time of the line. Pu then continues at step ΐ2ΐ2, and at the beginning or /Γ ends the program. In various real money types ^ Allows the program __ to be shorter. For example, 'If the green is still straight, the program is allowed to lock for a longer time. Then the control ends. 44 200835882 Now referring to Figure 25, the flowchart depicts the corresponding figure 21 The exemplary program planning steps of tables 1170 and 1172. For clarity purposes, the reference numerals from Figure 22 are used to identify similar parts. Similar to Fig. 22, the program planning module is started at steps 12 to 1208. Control continues at step 1370 where the light is turned "on" or "off" for a specified period of time. The program planning module samples whether there is power during the mother time period.

For example, if the time period is 5 seconds long, a sequence of 1 〇〇 1 would include turning the light on for 5 seconds, turning the light off for 10 seconds, and turning the light on for 5 seconds. The program group can sample in the middle of each 5 second period to allow user variability. Control continues in step 1372, where the programming is ended within a predetermined time period, such as 30 seconds. Then, the control ends. Referring now to Figure 26, a flow chart depicts another exemplary programming approach for the user. Control is performed in step _, where the lamp is turned on at a length of 7 and 8 seconds. The lamp is then turned off in step 1402. In the first step, the lamp is turned on again within 5 seconds. This sequence can generate a program code that is transmitted to the power line receiver or transceiver. Upon receiving the programming signal, the power line carrier transceiver can transmit a message containing its identification code, which can be received by the power line carrier control module to obtain the address of the controller. Alternatively, the program gauge can cause the power line to tip (4) or the transceiver resets its identification code to the default value set by the work. In an alternative way, the program can be used to listen to the thief receiver. In this case, an inter-power line carrier receiver/transceiver is placed in the listening mode. The acid is commanded by the power line. If the address is then Ϊ1, the force line is connected to the receiver. The receiver can then respond to the command identified by the address. Then, the control ends. Regulation 26 = Summary of the work of the nuclear group. When the power supply is supplied to the timing module 1452, the output program is supplemented by the output program. The money is received by the power generator or the receiver. ^^^ M52 includes a first-resistor (four) having a first end connected to the power source _ and a second end connected to the first end of the --capacitor S 1456, connected to a reference potential (such as a ground potential). The two ends of the first capacitor 1456 are connected to the first input of the 45 200835882 device 1458. The second input of the first comparator M58: ==: rr power supply. The timing mode is the metal oxide semiconductor field effect = 3 ^, the first and second transistors 1462 and 1464 poles, the material and the fine, the source and the source of the source and the first transistor - 1462 14 1464 =:=Γ and the second end are respectively connected to the first and second transistors 1462 and the first 1468 _-the second source of the comparator 1470 and the source of the second transistor 1464 ί目ίΓίί. The second input of the second comparator 1468 is connected to the second reference electrical detector 1472. The second reference voltage generator 1472 * power supply 145 is powered. The output of the second comparator 1468 is passed to the latch 1474. The latch 1474 is actuated by the delay module 1476. The delay module 1476 receives power from the power supply 145A. The first and second comparators purchase 1 1474 from the power supply. When the fineness of the lock (four) 1474 is first applied to the timing module 1452, the first input of the first comparator 1458 is at the potential of the test, so that its output is at the reference potential because there is no charge across the first capacitor 1456. . The low output of the first comparator 1458 turns off the second transistor (10) 4 and turns on the first transistor 1462. Since the first transistor 1462 is turned on, the second capacitor 147 is charged via the resistor 1466. The values of the first and second capacitors 1456 and 1470 and the first and second resistors 14S4 and 1466 are selected such that the second capacitor 1470 is fully charged before the first capacitor ι456. Once the second capacitor 1470 has been fully charged, and the power supply to the power supply 145 is removed, the charge across the second capacitor 1470 will slowly discharge. If power is subsequently restored to power supply 1450, then there will be enough charge to cry across the second capacitor to cause a high turn-out at the second comparator. This high output is then locked by the locker. The latch 1474 is actuated by the group 147 (four). Once the second comparator is time-stabilized after being powered by the power source 1450, the delay module 1476 actuates the latch 1474. The output of the ~locker 1474 will remain 胄 until power is removed from the circuit. If you are in the first! After I 147G has been fully charged, the power supply for power-off is kept on, and the first valley state I456 is finally fully charged. According to the first reference voltage generator, the output of the first comparator 1458 will go high when the first capacitor 1456 is fully charged. This will cut the first transistor 1462 and pass the first transistor 1464. The second transistor 1464 will rapidly transfer the charge of the second container 1470.

...second resistor 1466 and second capacitor! The value of (D) can be selected such that the second capacitor 1470 is charged in about 6 seconds, while the first resistor and the first capacitor are difficult to select, so that the first capacitor 1456 is charged at about 8 _. The side can then turn the power on and turn off the power after a time between 6 seconds and 8 seconds. The electricity will remain on the second capacitor 1·, which may result in a high programming signal when the power is restored. The third reference electrical biodetector 1472 has a small amount of charge remaining on the second electro-optical i(4) that will generate a high-contrast from the second capacitive touch. For example, the 'second reference electrical trap 1472 can be designed to remove the power supply. 5 seconds. The timing module 1452 can be modified to allow for more complex _ subtraction. For example, it is possible to track more on/off actuations before other chirp programming signals are known. ^In the production _refer to Figure 28, which shows that the flank operation can control the luminaire, the adjuster, and/or the light bulb, the method 15 is, in this formula, the controllable cookware adjustment benefits, and / or the bulb is placed on the program gauge towel. Then, let Saki turn on the light to reach the equal value for the automatic domain lie, _ _ _ _ I can control the 槪 1, crying or bulb measurement and bribery. (4) The county and the unreasonable material (4) shall automatically cut off the lights after they have reached the storage period. Sergeant One...ΰ G has been selected into the program planning mode. If step 15G8 4 is true '贞_ at step 1512 secret _ π —). In step 1516, the control determines whether &# the lamp is turned off by using the switch. If step (four) 16 is true, then control 47 200835882 stops the timer (Timeri) at step 1520. In step 1524, the control sets the automatic cut-off time to equal _ (Tim. Controls lazy after the end. Now refer to the 29th ® 'which shows the use of the transfer paving, adjustment or bulb's another -= model new 1550. Green 155G _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ^ You can also set the initial setting of the program __ according to the above-mentioned way - one or more wires and other appropriate (four) way - once the light switch has been turned on, the lamps, adjusters and / or the light bulb will cause the light to produce a read-light-- until the time of the hybrid is already full. In order to reduce the (4) of the program, the light can be turned off manually before the program planning time expires. The amount of time will become the new programming time. In order to prevent the time of planning, you can update the program time only if the light switch is continuously and continuously _, then turned on, then I is turned off. If the light switch is only disconnected, it will not affect the program __ In each of the embodiments, the minimum programming time can be defined. If the hand is turned off when the time is less than the minimum programming (4), the program is unchanged. The scaler will take the job _ without planning The time is 佶. In order to increase the difficulty _, once the programmed time has passed and the light has been torn, the user can cycle and turn the button on and off. The light will then remain connected to the user's hand. The reading will be finished. The money is for the dry fiber, and the 1% of the program plan is therefore increased by the amount of time the lamp is turned on. In many cases, the new programming time is included in the case. The program is planned to cut off the time between when the user turns the light switch on and off. If the user turns off the light when the light is turned on, the user may not extend the two 1772. A new lighting cycle is started between j/^疋. For this reason, if the knife is turned on after the predetermined time period, the time of the cycle is not changed, and the lamp is only turned on again. Once the programmed time has passed, the lights will be cut off again. 48 200835882 In order to prevent the unintentional extension of the Na-style __, the ride makes the extension of the program. For example, the light switch can be turned off for a predetermined amount of time after the lamp is scheduled to be turned off - on-off - on - to extend the program. The number of _, the number of _ can be 1 〇.

Method 1 is divided into 0 in step 1552 where the control determines if the light has been turned "on". If the light has been woven, touch _ turn 1554;, control Na hides in step 1552. At step 1554, the control turns the light on and continues in step 1556, where the control resets the time-timer. The light will be automatically cut off if it is as detailed as the rider specification time value. Control continues in step 1558, where control does not have the lamp turned off by the manual light switch, and as such, the face transitions to step (10); otherwise, control transfers to step in an alternative manner, and control may not be transferred to the step test Instead, the process moves to step 1564. =1560 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ When weaving Jing, I was able to ride the coffee. In the touch, the system determines whether or not _ is _ _ within τ seconds followed by being turned on again. Thus, control continues at step 1564; side, control returns to step 1552. The gate ίίΓΓ 4' control determines whether the Timerl is greater than the minimum allowed program schedule, then control transfers to step 1566; otherwise, control returns to the step acid. Step J has shouted another protection for unintentional programming. If the light has been turned on less than the most, hemp only touches __. This allows the lights to be turned on and off quickly without affecting the programmed time. The cookware, coffee, and/or light bulbs can have a minimum allowable work of 1 G minutes to turn the light on for less than 10 minutes (such as for, the two will remain at the previously set two hours. If the protection is not desired, then step 1564 can be skipped and control proceeds directly to step 49 200835882 1566. In various implementations, the minimum allowed programmed time can be set to 〇 'effectively hopping Step 1564. The value of timerl is stored as the new programmed time in step 1566. Control then returns to step 1552. In step 1562, the control determines if timerl is greater than the programmed time. If so, then control transfers Go to step 1568; otherwise, control returns to step 1558. At step 1568, the light is automatically turned off and control continues at step 1570. At step 157, the second timer (timer2) is reset and control continues in step 1572 If the user turns on the light within a predetermined response time after the lamp is automatically turned off in step 1568, the control may be further based on when the light is turned back on. The programmed time. For example, the preview response time can be set to one minute. With this setting, once the light is turned off, the user has the clock to turn the light on again, and this additional turn-on time is made. The time of program planning is stored and merged. In step 1572, the control determines whether timer2 is greater than the predetermined response time. If so, the user can turn the secret time on, but will not be more versatile; control returns to 乂Step 1552. No Bell J' control transfers to step 1574. At step 1574, control determines whether the light switch has been turned off and on. If so, then control transfers to step 1576; otherwise, control returns to step 1572. Step 1576, the control turns on the light, and continues in step 1578. Method 155G can be modified to accommodate more complex programs, which prevent unintentional extension between (4)% of the program. For example, steps can be taken. Inserting another comparison between 1574 and 1576 'where' control determines whether the light has been turned off and on again. If so, control continues to step 1578; Then, (4) will be special, until the off is cut off, where control returns to step 1552. At step 1578, control determines whether the off has been turned off. If so, then control transfers to step 1580; Control remains in step 1578. In step 158, control stores the value of the trick 1 as a new gauge. The lazy back is returned to step 1552. In the various implementations described above, the close connection can be made. , one or more pins and/or other electromechanical connections in the one or more jacks, the bulb and/or the controllable bubble connection_love, luminaire, controllable and/or Or controllable touch. In the controllable 雠 50 200835882 bubble, adjust n button jing, you can turn on the light by Jing Jing and turn it on again. Turn now to 帛30p to Figure 37, which shows additional ways to control and other devices. In some of the foregoing implementations described above with reference to Figures 2 through 29, the user cuts the clearance in a pre-formed manner, and (4) controls the brewing and weaving tools to perform programming. As can be screaming, it can be used to limit the exchange of miscellaneous gauges. f In the 30th to the 37th, the conventional switch can be replaced with the main control benefit including the user interface. The main controller can program one or more controllable devices located at a remote location. The power supplied to the controllable device can be supplied to the main controller via the supply line. The main controller shaft is supplied to the shipable device_data and/or program data. For example only, the user interface may include a keypad, one or more buttons, or other input device. When the manufacturer activates the user interface, the master uses the lost pulse to transmit the sugar control and/or program data via the supply line. Therefore, the controllable relay can be programmed according to the interface with the _-domain multi-control woven fabric and/or program. The missing pulse mode encodes the information by removing portions of the selected period of the power signal as will be further described below. This allows Bellow to be communicated faster and more accurately than by manually switching the switch. As a result, more complex planning operations can be performed independent of the user's manual dexterity. For example, the job program can be turned on to full strength, reduced to half the intensity after two hours, and cut off after four hours. In addition, the controller can communicate with a plurality of controllable devices and can coordinate complex _ controllable age (4) based on user input. When the cultivator, the creator, can program the components of the main controllable device differently from other controllable devices, such as a single user interface component. β > According to the present invention, a single input can be used to control a plurality of controllable devices. By way of example only three, this allows control of scene lights including a plurality of controllable lights and/or control of additional devices such as motor-driven shades. It is also possible to use a single button to program a plurality of controllable devices to switch their respective lamps to various intensities for different time periods. The single button can also select a predetermined program within the controllable device that affects this behavior. As explained below, the computer interface can be interfaced to the host controller and/or the controllable device to store or change programming information and/or to direct operation of the host controller. The computer can access the interface via a web page. Using the interface, the user can generate a custom program and download it to the host controller. In short, the paradigm system is presented in Figures 30, 30A and 30B. In the 31st 31st map, a more detailed description can be used for the exemplary lost pulse code for transmitting data to the controllable device. In Sections 32-35, a typical part of the main controller is described. In Figures 36-37, exemplary parts of controllable devices are described. In Fig. 38, a typical installer planner that can be used to store initial programming data to a controllable device is described. Returning to Figure 30, it provides a functional block diagram of a typical programmable load control system. The main controller 1600-1 (such as a wall mounted button element) receives power from the service panel 2〇2. The main controller 1600-1 generates program planning material and transmits it to one or more controllable devices (such as controllable devices 1602-1 and 1602-2). The main controller 16004 can use the missing pulses to encode the programming data as described below. According to the program planning data, the controllable device 16〇2<4 controls the load 16〇4. The load 1604 can be integrated with the controllable device 1602-1, as shown in Figure 3, or can be separate. The controllable device 1602-1 may include, as an example, a light fixture, a light bulb socket adjuster, or a light bulb, and the load 1604 may include a light bulb or light generating element. W ^ 1 is caused by (4) loss of pulse, when the cut line Lin, the main (four) m touch] can transmit data faster than people. This allows for a more complex _(four) operation than might be possible in other ways. By way of example only, the 'lost pulse mode allows for the transmission of more specific control elements, such as for instructions: full load on load 16G4, reduced intensity after X minutes, further reduction in intensity after y minutes, and finally after z minutes Turn off the load 16〇4. The main controller 1600-1 includes a lost pulse transmitter 1612 that receives the power three lost pulse transmitter 1612 from the service panel 2〇2 to supply power to other parts of the main controller. Lost pulse transmission 迗 迗 16 1612 to controllable relay 16_ Wei Shenjian, and diligently remove the pulse from the power signal 52 200835882 rushed to encode the control data of the controllable device 1602-1. The lost pulse transmission benefit 1612 is controlled by the group 1614. The control module 1614 can perform disk-selection communication, such as: individual deletion, wireless interface MM, computer 71 face 1617, parameter control group 1618, and/or power line interface 162 〇. The user interface deletion allows the user to follow the 16G by pressing the button. (M is explained in more detail. ^ ® As an alternative or in addition, the main control H 16 (KM can be via the wireless interface and / or power line interface) 1620 to receive user input 'wireless interface 1616 can communicate with other host controllers (such as main controller 1600-2), with network access points and/or with personal computers. Wireless interface secrets can also be used with mobile devices Communication (such as mobile device planes 4 and 16 8-2). The wireless interface may use wireless local area network (WLAN) standards such as IEEE lla, 8〇211b, 8〇2.11g, 802.11h, 802·11n, 802.16 or 802.20, and the wireless interface can support wireless personal area network (WPAN) standards, such as ιεεΕ 802.15.1. Power line interface 1620 can be connected to other main controllers (such as main controller 16〇〇_2), and power lines Carrier control modules (such as power line carrier control modules 16 6-1 and 16 〇 6-2) communicate. Power line interface 1620 communicates via a supply line connected to service panel 202. Power line carrier control module 1606-2, main Controller 1600-2 Another controllable device 16〇2_3 can be located on another branch circuit of the service panel 202. The parameter control module 1618 stores data such as load characteristics, user preferences, and default values used by the control module 1614. When the same master controller controls a plurality of controllable devices, this data may include the address of the controllable device. This profile may also specify which controllable devices are part of the scene and what strengths they should be set for the scene. The parameter control module 1618 can be configured when the main controller 1600-1 is installed, can be updated during use of the main controller 1600-1, and/or can be hard coded during manufacture. Refer to Figure 33 for more details. The parameter control module 1618 is described. The parameter control module 1618 can also be programmed by a computer interface. The computer interface 1617 can include a serial interface (such as RS-232 or Universal Serial Bus (USB)), and/or a network. The interface (such as i£EE8〇2.3). The user or installer can update the content of the parameter control module 1618 by using the computer interface 1617, 53 200835882. For example, the user can access the website to generate a customized program. In addition, the computer interface 1617 can also be used to directly control the control module 1614. In this way, the user can control the controllable device and/or from their computer. Select the scene. If the computer is connected to the Internet, the remote control (such as from the user's office location) can send commands to the computer to control the control module 1614. The port master controller 1600-1 can include receiver/current detection The receiver 1622, the receiver/current detector 1622 is in communication with the control module 1614. Receiver/current detector 1622 can sense current consumed by downstream devices such as controllable devices 1602-1 and 1602-2. The control unit 16〇2_ι can send back the lean material to the main controller i6〇〇q by interrupting the consumption of current during the period in which no missing pulses are transmitted. Receiver/current detector 1622 decodes these lost current pulses into data for main controller 1600-1. The % force carrier control group 1606-1 includes a power line interface 1624 that communicates with other devices via signals that are superimposed on the power signal originating from the service panel 202. The power line carrier control core set 1606-1 can include a user interface 1626 and/or a wireless interface 1628 that is in communication with the power line interface 1624. The power line interface 1624 transmits user input data to the main controller 1600-1 and/or the main controller 16A_2. User input data can be received from user interface 1626 and/or wireless interface 1628. The wireless interface 1628 receives user input data from other input devices, such as mobile devices, and 8_2. The mobile device 1608-1 may include a smart phone, a laptop, a personal digital assistant, a remote control, and the like. Mobile device 1608-1 includes a wireless interface 1630 and a user interface 1632. Wireless interface 1630 wirelessly transmits data received from the user via user interface 1632. The wireless interface 1630 also functions as a repeater for wireless signals from devices that may extend beyond the range of the main controller 1600-1, such as the mobile device 1608-2. The controllable device 1602-1 includes a switch 1640, a device control module 1642, and a lost pulse receiver 1644. The switch 1640 receives the power signal from the lost pulse transmitter 1612 of the main controller 1600_1. Switch 1640 is controlled by device control module 1642. The device control module 1642 was lost 54 200835882 Pulse Receiver 1644 configuration. Device control module 1642 can also be in communication with parameter control module 1646, which provides parameters that can be configured during installation. In various implementations, parameter control module 1646 can also be updated by lost pulse receiver 1644 during normal operation. The parameter control module 1646 can include data such as data stored in the parameter control module i6i8 of the main controller (8). In addition, the parameter control mode 1646 can be programmed and/or updated via a computer interface 1648 similar to the computer interface 1617.

Referring now to Figures 30A and 30B, there are various ways of connecting the main controller to the controllable device. In the 30A and 30B drawings, it shows a simple diagram of one of the main controllers 1600. In Fig. 30A, the lost pulse transmitter 1612 directly communicates with each of the controllable devices i6〇2_ai, 1602-A2, ..., 1602-AX. In Fig. 30B, 'this pulse transmitter 1612 is in communication with one or more nodes ι 647. Each of the controllable devices 16G2.Bb, 16G2.B2, . . . , 16G2_BX communicates directly with the node ^7, or communicates with the node 1647 (via other nodes one not shown). As can be appreciated, the hybrid master controller associated with sections 30A and 30B can be used for direct connection and connection by one or more nodes. The lost pulse transmitter 1612 generates addressing data in addition to other control data that is transmitted to the controllable device 1602. The address data selection and the controlled sugar control material have a controllable device. The advantages of the configuration in Figure 3b include the transition from the master to the master. The master can be configured, for example. The power of the conductor can be connected to the main control of the Gu-Jian. Moreover, the addressing mode allows a plurality of controllable devices to be connected and individually controlled. Now > Test No. 31A, which provides a lost pulse transmission _ formula. The scale is typically carried by a thief with a frequency of 4^. The fresh can be about 5 Hz or (9) 〇 voltage, each of which is a positive half sine wave and a negative half sine wave. If these half-sine (10) complex parts (also known as pulses) are short, the downstream clothing can interpret these missing pulses as data. For example, in (10) it is described that the missing pulse 1 Wei-shaped 丨 is in the missing pulse 17_ between 55 200835882 = sine wave 1703 along the t-dotted line, but flattened. The rules and regulations are only for the model and the end of the zero-faced words are deleted. Lost pulses can occur for any part of the week, period of :7 (K), and do not need to start or stop at zero crossings. However, the loss pulse between the two forces may be reduced to one of the switches used to encode the missing pulse, the pulse 1702 is followed by two full pulses, and then a second lost pulse.苐 = j pulse 17G4 money is a two-year pulse, weaving is the third lost. This sequence of full pulse and lost pulses can be interpreted as data. Voltage waveform! It can be about zero volts for this time, at the time of the lost pulse, the voltage can be kept at zero volts. The angle at which the pulse is lost can be reduced (such as those shown in 171 (M and mG_2), minimizing high frequency noise on voltage waveform 1700. We reduce the power available to downstream devices. For example only, If there are 120 pulses in the mother wave and 6 pulses per second in the Laibo/〇〇, then only the average power is lost. Only the data rate of the mother's seconds is still dedicated to the person. (4) The wall switch is enough. The crime is sinful and only slightly reduces the available power. By prioritizing the data and transmitting higher priority data to the controllable device 1602-1 before transmitting the lower priority data, it is effective For example, the priority data may include the strength of the load. For example, the asset timing of the future event may have a lower priority. For example, if the controllable device is instructed to earn ^ fully connected 3〇 Minutes then reduce the intensity by 2S% at a later time (such as after 3 minutes), then only the full turn-on command is transmitted immediately. There is 30 minutes to transmit the cut-off percentage and timing information. To selectively include data integrity metrics such as parity bit W or CRC (Cyclic Redundancy Check) values. Figure 31D depicts other exemplary implementations of missing pulses. Figure 31B depicts missing pulses. 1712, wherein the positive half-sine wave is limited to a specific value greater than zero. The age, the negative half-sine wave can be suspected, and the pressure is generated to generate a missing pulse. 7 'Electrification 31C depicts the missing pulse 1714, wherein , removed less than half of the positive half sine wave. For the portion of the removed half sine wave, the voltage can be restored to zero (as shown in Figure 31c) 56 200835882 or some non-zero. The fairy map depicts the missing pulse 1716, wherein a plurality of portions of both the wave and the negative half sine wave are removed. When the -^ of each sine wave is removed as shown in Fig. 31D, it may be removed from any one of the half sine waves by more than or less than half. ϊ ϊ 可以 11 can generate a reference sine wave to determine whether the pulse is lost. #接(四)The power production number is different from the reference positive 朗 较 较 百 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ produce Referring to a sine wave, receiving a cry may generate one or more reference points to determine whether the pulse is missing. For example, a reference point may be defined for the positive half sine wave of Figure 31A. The reference includes amplitude information and includes time information. The information can be measured over the period of -1 cycle of the electrical waveform 1700. For example, reference point 17 chest can be measured by ==% point, where each period begins with a positive zero crossing (such as a point) Week _ 25% points fall in the middle of the positive half-test. When the power signal of 25% exceeds the reference point, a full pulse occurs. When it is like the missing pulse 17〇2, the incoming power signal is When the 25% point is less than the voltage of the reference point of 17m, the missing pulse is fine. The receiver can measure whether the voltage waveform 17(8) exceeds the electrical waste of the reference point -I at any time during the period. In this case, the reference point 17m does not have to include time information. For a full pulse, voltage waveform 1700 will exceed point 1718-1 around the 25% point (such as between 2〇% and 3〇%). For the positive missing pulse 17〇2 of the 31A picture, the voltage wave is more than 1700 will be in the whole, and the reference point 17 group will not be exceeded during the pulse loss period. A similar reference point can be defined for a negative missing pulse, such as for the second lost pulse 1704. For the missing pulse 1712 of Figure 31B, reference 2 1718 2 can be configured similarly to the reference IS HI. Since there is a small difference between the voltage of the full pulse of the FIGURE 31B and the voltage of the missing pulse, the reference point should be defined more accurately. The fineness of such a lost pulse may be more likely to have errors due to noise. Reference points 1718-3 and 1718-4 may be defined for the missing pulses 1714 and 1716 of the 31C and 31D maps, respectively. Reference Point 171 Hearts 3 and 1718·4 include timing information, which is due to the loss of the pulse 57 200835882 The multiple castings of the punch exceed the reference point of the diaphragm 3 and the 1718 collar voltage. Reference points 1718_3 and 1718-4 are therefore evaluated in a particular region of the signal. Reference point Π 18-3 may indicate that its voltage should be compared to a measured value 1 known in the second quarter of the cycle, wherein the defined period begins at a zero crossing of the forward advance. Reference point 1718_4 may indicate that the measured value obtained by the fourth quarter of the ride should be compared. Referring now to Figure 32, a diagram of an exemplary user interface 172G is provided. User interface 1720 can include one or more buttons, such as buttons, 1722_2, =, and 17=4', which are collectively referred to as button 1722. By pressing one of the buttons 1722, the user can select the desired load characteristics. Corresponding regions of button 1722 and/or user interface 172A may include indicia for describing functions associated with each button 1722. By way of example only, button 1722-1 can be toggled between full on and off. The button 1722 can be fully turned on for 30 knives, then half-turned for 15 minutes, and then turned off. Button 1722-3 can be selected to be turned on for a quarter of 3 hours, and then cut off. According to "Ugly 1722_4, you can choose to fully turn on 2 small day guards, and then turn on one quarter." The predetermined characteristics of the button 1722 can be changed by the user via the user interface 172, or the pre-continuation of the button 1722 can be modified using the parameter control module of the more detailed ship as follows. The user interface 172() may also include interface seams such as a keypad 'LCD display, knobs, switches and/or levers. Referring now to Section 33A_33C ® , which provides a chronological CNC surface _ Wei block diagram. The parameter control group allows the user to change and touch the wei. At the time of material 33A, the reference numerical control quilt 175G includes a dimming off 1752. The Wei _ 1752 can be used to select the operating load (4) county and/or strength. For example, the dimming off 1752 can be selected: one or more of the m intensities, and one or more of the N periods. In the eighty-third diagram, the parameter control module 1760 includes one or more voltage dividers 1762. The voltage divider 1762 finely adjusts the period and intensity of the load operation. For example, one or more of the voltage dividers (four) may determine an intensity ranging from 〇% to 纲%, and one or more of the voltage dividers (10) may determine a time period ranging from 〇 minute to a predetermined upper limit. At the 33C towel, the parameter control module 1770 includes non-volatile memory. Non-swing 58 200835882 Hair memory! The 772 can be programmed by the program during installation. The parameter control module can be located in the main controller _, controllable == medium or transport. The parameter ^雠 group 妨 妨 妨 妨 妨 妨 ( 四 四 四 四 四 四 四 四 四 四The non-volatile record ship 1772 can include a removable storage body, such as a flash memory that can remove the non-volatile storage medium m from the parameter control box 70 and cause the memory card computer interface of 4 to update its contents. Ί广德付 You can use the cabling configuration of crying 35A/m. In the third chart, there is only one supply line; the industrial system (10) is in the 35A order, two supply lines can be used for the main controller to correct 35B, and the model of the lost pulse transmitter in these two wiring configurations Implementation Mode: Referring now to Figure 34A, the lost pulse transmitter 18〇2 receives the first ice 2== in addition to the missing pulse, the first supply line is connected to the controllable device. Can == (four) two supply lines. In Fig. 34B, the missing pulse transmitter job is: Γ4: module 1806, and charge storage module 1808. Switch 1804 receives the first supply line and selectively outputs power to the controllable device. The connection may include a three-terminal bidirectional financial component and other suitable devices. And:: Wide 808 stores the charge from the first supply line. The charge storage mode, group 1808 provides power to the control, and also supplies power to the other parts of the master = other than the lost pulse. When the switch is cut off and stops flowing through the switch face, the charge storage module can receive the power supply line 4

The secret L is in the charge storage module 1808 to maintain a specific charging level, the switch can be gated == to =, in the electric valve module 18G8. Switch 18G4 can be used J times. These two missed pulses can also be used as a _module 1806 to receive the first-supply to lose the pulse and the incoming power. = ΐΐ /5 ’ ' ' Lost pulsator 1820 receives power from the first and second supply lines selectively to the controllable device via the first and second conductors. The lost pulse transmitter 1820 can transmit a missing pulse to the controllable device 1602-1 via any one conductor or two conductors 59 200835882. In Figure 35B, the lost pulse transmitter brain includes a switch 1822 and a control module 1824. Switch 1822 receives one of the first and second supply lines. Switch 1822 selectively allows the compensation from the supply line to be fooled by the Guanda controllable. The brain receives power from the first & second supply line and controls the operation of the switch body. Power is transferred to other parts of the main controller woo-丨 via connections to the first and second supply lines in the lost pulse transmitter 1820. Reference is now made to section 36A and detail B' which provides a functional block diagram of a model controllable device. In the 36th item, the controllable device includes: the lost pulse receiver device control module 1642, the load 16〇4, and the downcomer module are dirty. The two connections between the off-pulse counter and the device control module 1642 are shown for illustrative purposes only. The two connections can be divided into counties and controlled (four) materials. The positional touch module (10) controls the downshift H. Shan H is the average power of the gallbladder. Although not shown in Figure 36A, the device can include a parameter control module 1646 and/or a computer interface 1648, as shown in Figure 3. / " In Fig. 36B, the controllable device 192A includes: a lost pulse transceiver 1922, a device control group, an interruptible resetter module 1924, and a load. The cap configurator module 1924 can be ▲ turned off for input electrical dust waveforms (such as the individual pulses of the electrical pattern 17 (8) of Figure 31. This function is controlled by the lost pulse transceiver 1922. ... the lost pulse transceiver 1922 can borrow The data is transmitted to the main deck by at least partially cutting off the chirp pulse of the voltage interruptable waveform module 1700 by the interruptible interrupter module 1924. This action = the receiver/current galvanometer 1622 deleted by the main controller Observed as the decrease in the current of those pulses interrupted by the adjustable drop-down module Cong. It is possible to use the two-way communication between the 1920 and the main controller lion-1. The power block diagram control module 1642 providing the exemplary device control group includes a power supply 195〇, which supplies power to the parts of the device control module 1642. The electric=950 can include a butterfly DC power supply, and can be read and implemented in the lost Lin reception. The device purchase or m loss pulse transceiver 1922. 200835882 Attack control module 1642 also from the lost pulse receiver 1644 = control Lin. · _ material is fine: timing value scale bribe ^1952 bribe to be turned off by the coffee When ώ ί _ was first switched on 'The timer Jane began to sell to the standard value of 1954 value ^ Jiancang her 1952 money - coffee, the timer is standing upright 1954 transmission increment signal. The incremental signal touch should choose the next level value. Tiger's standard value storage module control from the transfer to the group 1954 Wei Chi quasi-female age 1958.

1^24 minus ^ operation Guanshi, descending module 19G2, or interruptible downregulator ^ 4 quasi-control fork set 1958 can be selected between on and off, or can be selected in the degree of picking, cutting Level. The t-time value storage module 1952 and the level value storage module 195 can eliminate the hard-coded or pre-programmed default values selected by the control signal. We can also receive time and level data via the input control signal. The chrono value storage module 1952 and the level value storage module 1954 cause the existing storage 詈 to determine how complex the load control = characteristic can be. In various implementations, the t' level storage module is deleted for the chronograph 2 scale 1952 towel scale miscellaneous inclusion _ bribe position. Each time period tracked by the timer 1956 in this manner corresponds to a level at the level value storage module 195. Referring now to Figure 38, a functional block diagram of the exemplary installer planner is provided. The amp program is used to program the value program = controllable device 1602 before installing the controllable device. The installer planner 2002 can be used to program a controllable device that receives data via lost pulses without having to install a light switch that can transmit missing pulses. The women's program planner 2002 can also be used to program programs for controllable devices that can be programmed by switching light switches. For example, if the controllable device 1602 includes a light bulb, the installer planner 2〇〇2 can store parameters into the light bulb before the light bulb is screwed into the socket. The parameters programmed into the controllable device 1602 can include time and intensity. For example, the controllable device 16〇2 can be programmed to turn on at 100% intensity for one hour, transition to 50% intensity for another hour, and then cut off after 200835882. - Once the silk is available, the legs can be mounted, and the shot is initiated by the Christines through the fresh light. - Once the 6th County Oil Hours are painted, then = switch the light switch to restart the lighting sequence. In other examples, a set of parameters for a controllable device to be installed in the kitchen may include: two hours at 100% intensity, followed by a small intensity (such as one) for one hour. In another example, a set of parameters for the controllable vibrating installation in the bathroom includes ':, 15 minutes at 100% intensity, followed by 15 minutes at a lower intensity (such as 40%). The installer planner 2002 can program a plurality of parameter sets into the controllable device 16〇2. Once the controllable device 1602 is installed, these parameter sets can be selected by switching the associated lamp switches in a predetermined pattern. For example, the first set of parameters can be selected by powering on the light switch to power the controllable device 16〇2. The second set of parameters can be selected by turning the light switch on, off and then quickly turning it back on. The third set of parameters can be selected by quickly turning the light switch on, off, on, off, and on. Other switching designs are described in more detail above and can be used to select a parameter array. > In addition to program planning for the control device 1602, the installer planner 2002 can also read the current program rules for controllable dirtying. This can be flipped back to the user, or left, in the installer planner 2002. If it is stored, the program plan can be used to program other controllable devices. For example, if the controllable device 16〇2 fails, a new controllable weaving of the stomach can be purchased, and its material specification is the same as the program planning state. The installer planner 2002 includes a lost pulse transmitter 2004. The lost pulse transmitter 2〇〇4 receives power from one or more supply lines and provides power to the controllable device 16〇2. As described above, the lost pulse transmitter 2004 can transmit data to the controllable device 1602 by temporarily interrupting or reducing the power flow to the controllable device 16〇2. Power supply 2006 receives power from the supply line and provides power to the parts of the installer planner 2002. This out-of-pulse transmitter 2004 is capable of interrupting the time until the power of the controllable device 16〇2 is greater than one cycle of the power supply signal. In this manner, the lost pulse transmitter 2〇〇4 can be used to generate an on-off sequence similar to those produced by the user by switching the light switch. This allows the installer planner 2002 to program the controllable devices including the program planning module, such as the program planning module 754 of FIG. 13 and the program planning module 804 of FIG. And the program planning module 904 of FIG. The installer planner 2002 includes a control module 2010. The control module 2010 transmits the data to the lost pulse transmitter 2004, which then encodes the data on the power signal that is transmitted to the controllable device 1602. The control module 2010 determines the data to be transferred to the controllable device 1602 based on user input. User input can be received from the user input module 2014.

For example only, the user input module 2014 may include a single button. Once the controllable device 1602 is connected to the installer planner 2002, the button can be pressed. In various other implementations, the user input module 2〇14 can include a plurality of buttons, each corresponding to a set of parameters to be stored to the controllable device 16〇2. The user input module 2〇14 can be used to select a set of parameters from the non-volatile memory 2022, and the program is programmed into the controllable device 16〇2. The user input module 2014 may also allow the user to specify values, such as strength and time, to program into the controllable device 1602. The value entered by the user or the value stored in the non-volatile memory 2022 can be displayed on the display 2〇18. In various implementations, computer interface 2026 can communicate with a computer, handheld device, or the like. The control module 2〇1〇 can receive parameters to be stored in the controllable device 1602 via the computer interface 2026. Values received from computer interface 2026 and user input module 2014 may be stored in non-volatile memory 2022 for future use. The installer planner 2〇〇2 may also include a receiver/current slurger, and the t眺-fluid face receives (4) the un-pulsed transmitter 2_ to the controllable device 1602. The controllable device 16G2 can transmit information to the clothing planner 2002 by interrupting the controllable power consumption of the device. This power miscellaneous interrupt is reached by the receiver/current debt detector. The controllable device 1602 can, for example, provide one or more parameter sets to the installer planner 2〇〇2. The control module 2_ can be used in these sets of memory 2022 for future use. The two pastes are non-volatile and can be carried out in various forms. The present invention is not to be so exemplified by the above description. Thus, although the invention includes a specific example, 63 200835882. This is due to the fact that after studying the specification, these drawings, and the scope of the application specifics below, other t is obvious to those skilled in the art. F1 is a functional block diagram of a lighting system according to the prior art; ^ to 5 is a functional block diagram of a typical electric lighting system according to the principles of the present invention; ^ 6 is based on the present A functional block diagram of a light bulb can control a functional block diagram of a light bulb; #7 is a functional block diagram of a exemplary controllable adjuster in accordance with the principles of the present invention; and FIG. 8 is a functional block of a exemplary controllable light fixture in accordance with the principles of the present invention. Figure 9 is a functional block diagram of a typical controller according to the principles of the present invention; f 19 to 20 are functional block diagrams of a typical programming module in accordance with the principles of the present invention; Figure 21 is a set of exemplary tables for indicating the presence and absence of sequences and related instructions for a typical power supply; Figure 22 is a flow for describing exemplary steps performed by a user in starting a program planning order in a programming module. Figure 3 is a flow chart showing the exemplary operation of the private planning module in allowing the user to program the input; ^ 24 to 26 are diagrams describing the exemplary program operation performed by the user. Figure 27 is a functional overview of the exemplary programming module for performing the program planning operation of Figure 26; Figures 28 through 29 are diagrams describing the exemplary operation of the programming module in allowing user program programming input. FIG. 30 to FIG. 30B are functional block diagrams of a exemplary programmable negative system according to the principles of the present day and the month; FIGS. 31A to 31D illustrate lost pulse transmission according to the principles of the present invention; Figure 32 illustrates a typical user interface in accordance with the principles of the present invention; Figures 33A through 33C are functional block diagrams of exemplary parameter control groups in accordance with the principles of the present invention; Figure 34A, Figure 35A is a diagram in accordance with the present invention. A schematic block diagram of a lost pulse transmitter of the principle 64. A functional block diagram of the state of 200835882; Figures 34B and 35B are functional block diagrams of a typical lost pulse transmitter in accordance with the principles of the present invention; FIGS. 36A through 36B are Functional block diagram of an exemplary controllable device according to the principles of the present invention; 37 is a functional block diagram of a typical device control module in accordance with the principles of the present invention; and FIG. 38 is a A model of the installation program planner functional block diagram of the principle of Ming. [Main component symbol description]

102 104 106 108 202 203 204 206 208 250 252 254 3〇〇 302 350 4〇〇 402 404 406

Service panel switch lamp bulb service panel electrical distribution line switch lamp controllable bulb power line carrier control module controllable bulb mobile device controllable lamp bulb controllable adjuster control bulb light generating component controller electronic switch 65 200835882 408 translucent housing 450 Controllable Regulator 452 Controller 454 Electronic Switch 500 Controllable Lamp 502 Controller 504 Electronic Switch 550 Controller 552 Timer 600 Controller 602 Power Line Carrier Receiver 650 Controller 652 Timer 654 User Input Device 656 Motion Sensing Module 700 Controller 702 Power Line Carrier Receiver 704 Dimmer Switch 750 Controller 752 Timer 754 Program Planning Module 800 Controller 802 Power Line Carrier Receiver 804 Program Planning Module 850 Controller 852 Power Line Carrier Transceiver 854 Non-Volatile Memory 900 controller

66 200835882

902 Power Line Carrier Transceiver 904 Program Planning Module 950 Controller 952 Timer 954 Read Only Memory (ROM) 1000 Controller 1002 Power Line Carrier Receiver 1004 Read Only Memory (ROM) 1050 Program Planning Module 1052 Power Supply 1054 Charge Storage Module 1056 Timing Module 1058 Microcontroller 1060 Non-volatile Memory 1100 Programming Module 1102 Charge Storage Module 1104 Timing Module 1106 Microcontroller 1108 Non-volatile Memory 1152, 1154, 1160, 1162, 1170, 1172 1200, 1202, 1204, 1206, 1208, 1210, 1212 1300, 1302, 1304, 1306, 1308, 1310, 1312, 1314, 1316, 1318, 1320, 1322, 1324, 1326, 1328, 1330, 1332, 1334, 1336, 1338, 1340 1350, 1370, 1372 1400, 1402, 1404, 1406 1450 Power Supply 1452 Timing Module Table Steps Steps Step 67 200835882 1454 First Resistor 1456 First Capacitor 1458 First Comparator 1460 First Reference Voltage Generation 1462 first transistor 1464 second transistor 1466 second resistor 1468 second comparator 1470 second capacitor

1472 second reference voltage generator 1474 lock 1476 delay module 1500 method 1508, 1512, 1516, 1520, 1524 step 1550 methods 1552, 1554, 1556, 1558, 1560, 1562, 1564, 1566, 1568, 1570, 1572 1574, 1576, 1578, 1580 Step 1600 Master Controller

1600-1, -2 main controller 1602 controllable devices 1602-1, -2, -3 controllable devices 1602-A1, -A2 controllable devices 1602-AX, 1602-B1, 1602-B2, 1602-BX Control device 1604 load 1606-1,-2 power line carrier control module 1608-1,-2 mobile device 1610 user interface 1612 lost pulse transmitter 68 200835882

1614 Control Module 1616, Wireless Interface 1617, 1648 Computer Interface 1618, 1646 Parameter Control Module 1620 Power Line Interface 1622 Receiver / Current Detector 1624 Power Line Interface 1626, 1632 User Interface 1628, 1630 Wireless Interface 1640 Switch 1642 Device Control Module 1644 Loss of Pulse Receiver 1646 Parameter Control Module 1647 Node 1700 Voltage Waveform 1702 Lost Pulse 1703 Sine Wave 1704 Second Lost Pulse 1706 Third Lost Pulse 1710-1, -2 Angle 1712, 1714, 1716 Lost Pulse 1718-1 ,-2 reference point 1718-3,-4 reference point 1720 user interface 1722-1,-2,1722-3,-4 button 1750 parameter control module 1752 dimmer switch 1760 parameter control module 69 200835882 1762 partial pressure 1770 Parameter Control Module 1772 Non-volatile Memory 1802 Lost Pulse Transmitter 1804 Switch 1806 Control Module 1808 Charge Storage Module 1820 Lost Pulse Transmitter 1822 Switch 1824 Control Module 1900 Controllable Device 1902 Downstream Module 1920 Controllable device 1922 lost pulse transceiver 1924 down-regulator module 1950 Power Supply 1952, 1954 Level Storage Module 1956 Timer 1958 Level Control Module 2002 Program Planner 2004 Lost Pulse Transmitter 2006 Power Supply 2010 Control Module 2014 User Input Module 2018 Display 2022 Non-volatile Memory 2026 Computer Interface 2030 Receiver / Current Detector

Claims (1)

200835882 X. Patent application park: 1 · A controllable light bulb, comprising: the electrical connector of the controllable light bulb, which receives a power signal; the control light bulb receiving ϋ module, which is powered by the electrical signal According to the power signal is turned on and the power axis number is connected according to the control parameter, the control signal is given. The output, the power signal is output, and the output power is reduced according to the control. Signal; J the translucent housing that controls the bulb; The controllable light bulb of claim 1, wherein the signal of the interface/cutoff modulation comprises: for power during a predetermined time period; A count of the presence of a signal and the absence of power. 3. The controllable light bulb of claim 1, wherein the on/off modulation comprises: binary data collected during sampling of the period, wherein #一一进状悲 corresponds to The power signal is present, and the second binary state corresponds to the absence of the power signal. Σ〜4· The controllable light bulb of claim 1, wherein the on/off modulation comprises: a binary data determined by a period in which the power signal exists and the power signal does not exist, wherein The first binary state corresponds to a period shorter than a predetermined length, and the second binary state corresponds to a period longer than the predetermined length. 5. The controllable light bulb of claim 1, wherein the receiver module determines the control after the start/stop modulation instruction program planning start sequence 71 200835882 parameter 6 · such as patent application scope The controllable light bulb of item 5, wherein the predetermined on/off sequence implemented by the program includes: a predetermined time period. 7. The controllable light bulb of claim i, wherein the electronic switch reduces the output power signal to approximately 〇 when the control signal is received. 8 ·If the application is fifteen! The controllable secondary bubble is torn, wherein when the control is received, the electronic _ is adjusted to a value. 9. If you apply for a patent scope! The controllable light bulb mentioned in the item, the medium receiving the poor material by the power (4), and the first address, the command of one of the whole addresses, J; the middle, the poem (four), the private position ~ 9 and the address (four) address And the control parameter includes the first address, the receiver mode, and the control signal is generated according to the negative material. 10. The controllable bubble according to claim 9, wherein the power line carrier receiver module operates according to the on/off modulation. 11 · If you can control the light bulb as described in item 1G of the patent application, 笪中=操= is at least one of the re-touch _, Jing Jian, Guang Ju, and delivery address #. [12] The controllable light bulb of claim 1, wherein the έ receiving module further comprises § 丨 8 wheel sets, and the chronograph module starts counting in the work, wherein the control parameter includes a predetermined value, Among them, when the 72 200835882 the predetermined value, the receiver receives the signal. 13 · The period of the connection is as stated in the patent |&amp;; the controllable bubble according to item 12, in which the program is touched, the purpose is set. Ping 1〇 said that the controllable bubble described in the Patent Model 12 is declared, where ^ The = when the timer module reaches the pre-news, the power signal is cut off when the board is set to | (5 minus the predetermined value. 15 = the clearable control bulb described in claim 14 of the patent scope, The receiver module increases the predetermined value when the timing group reaches the predetermined value and the signal is cut and then turned on. 16 · The controllable light bulb as described in claim 12 The receiver module reduces the predetermined value when the power signal is turned off, on, and off within a predetermined time period before the timer module reaches the predetermined value. 17 · As claimed The controllable light bulb of item 16, wherein the receiver mode is when the power signal is turned off, on, off, and turned on within a predetermined time period after the timer module reaches the predetermined value The group is increased by the predetermined value. 18. The controllable light bulb of claim 1, wherein the electrical connector comprises a conductive male thread and a conductive tip. 19 · Controllable as described in claim 1 a light bulb, wherein the light generating element comprises Is a filament. 73 200835882 20 · A method, including · receiving a power signal at the bulb; monitoring the on/off modulation of the power signal; determining the number of controls according to the on/off modulation When the power signal is turned on, a control signal is generated according to the control parameter; an output power signal is supplied to the light generating element of the bulb, and the output power signal is reduced according to the control signal. 21 • As claimed in claim 20 The method, wherein the monitoring comprises: counting the presence of a work item number and the absence of a power signal during a predetermined time period. The method of claim 20, wherein the monitoring comprises: The binary data is collected in a periodic sampling, wherein the first binary state corresponds to the presence of the power signal, and the second binary state corresponds to the absence of the power signal. 23 The method of claim 20, wherein = Monitoring includes receiving the material by measuring the existence of the signal of God and the period in which God Wei does not exist, and the towel, the second-in-situ count in Yubi during the period of New Zealand The first binary state corresponds to a period longer than the predetermined length. The method of claim 24, wherein the method of claim 2 includes: switching from the on/off before performing the decision The program according to claim 24, wherein the 规划 plan initiation sequence comprises: a predetermined on/off sequence detected during a predetermined time period 74 200835882 26 27 28 29 30 For example, the method described in claim 20 of the patent scope further includes: ^ receiving __correction, service loss _ letter Wei 峋 _ cutoff value, such as the method described in claim 20 of the scope of the patent, including: Receiving data overlapping on the power signal; decoding the data into a plurality of commands; selecting a number of the first address and the entire address addressed in the command to include the first address; and 7, wherein the control parameter The control signal is generated based on some of the commands. For example, the method described in claim 27 of the patent scope further includes: according to the connection operation of the 11/_喔 green line power line, the towel, the operation, the operation, the update, the ship connection operation, and the transmission The address operation is one. The method of claim 20, further comprising: counting the first period after receiving the power signal, wherein the control parameter includes the first-level, and the towel, when the first-stage At the time, the generation of the control letter is implemented. The method of claim 29, further comprising: setting the first period in the startup program specification level. The method of claim 29, further comprising: reducing the first period when the power signal is turned off before the first period elapses. 75 31 200835882 32 - The method of claim 31, further comprising: increasing the first period during a predetermined time period after the lapse of the first syllabus. The rate signal is cut off and then cut off and turned on in the room. 33. The method described in claim 29 of the patent application, including: when the first period elapses, the power signal is pre-cut and cut off. At the time, the first period is reduced. 34. The method of claim 33, further comprising: adding the first period when the current period of the predetermined time period after the reduction has been performed is turned "on", "off", and "on". "Power signal cut-off, 35" - controllable light bulb adjuster, comprising: the first electrical connector of the controllable light bulb adjuster, the slave receiver module of the controllable light bulb adjuster According to the wave, the power supply is turned on, according to the identification, when the power signal is turned on, according to the control parameter == the electronic switch of the light bulb adjuster can be controlled, and the output of the round output power is controlled by the touch God recorded; and sub-according to the === number of electrical connectors 'which accommodate the bulb, and - 36 · as described in claim 35, the controllable bulb adjuster, wherein the switch _ change Including: counting the number of non-existences on the predetermined __. Hand 37 · The controllable bulb adjuster as described in claim 35, wherein 76 200835882 2 turns on/off the modulation Including: binary data collected during the sampling period of the period, one of the input linings should exist in the power domain, and the second binary recording state corresponds to the absence of the work number. ό 38 · As described in claim 35 Controllable lamp adjuster, where The on/off_change includes a predetermined binary data including the presence of the power signal and the absence of the power signal, wherein the first binary state corresponds to a period shorter than the predetermined length, and the first binary state corresponds to a ratio The controllable light bulb adjuster of claim 35, wherein the receiving benefit module determines the start sequence after the on/off modulation indicator program is programmed to start The controllable light bulb adjuster of claim 39, wherein the program planning start sequence comprises: a predetermined on/off sequence performed during a predetermined time period. 41. The controllable light bulb adjuster of item 35, wherein when the control signal is received, the electronic switch reduces the output power signal to about 〇. 42. The controllable light bulb according to claim 35 An adjuster, wherein when the control signal is received, the electronic switch reduces the output power signal to a down-regulated value. 43. The controllable light as described in claim 35 a bubble adjuster, wherein the receiver module comprises a power line carrier receiver module, the power line carrier receiver module receiving data via the power signal, related to the first address, and accepting addressing as the first address and the whole A command of one of the addresses, wherein the control parameter includes the first address, and the receiver module generates the control signal according to the data. 77 200835882 44 45 46 47 - 48 · 49 . 43. The controllable light bulb adjuster of item 43, wherein the power line carrier receiver module operates according to the on/off modulation. The controllable light bulb adjuster of claim 44, wherein The operation is at least one of a reset address operation, an update address operation, a broadcast connection operation, and a transfer address operation. The controllable light bulb adjuster of claim 35, wherein the receiver module further comprises a timing module, the timing module starts counting after the power signal is received, and the control module The predetermined value is included, and wherein the receiver module generates the control signal when the timing module reaches the predetermined value. The controllable light bulb adjuster of claim 46, wherein after the program planning mode is activated, the receiver module sets the predetermined value according to a period during which the power signal is turned on. The controllable light bulb adjuster of claim 46, wherein the predetermined value is reduced when the power signal is cut off before the time-sector module reaches the predetermined value. The controllable light bulb adjuster of claim 48, wherein the receiver module is turned off and then turned on within a predetermined time period after the timer module reaches the predetermined value. The group increases the predetermined value. A controllable light bulb adjuster as described in claim 46, wherein the power function is before the pre-tree is cut, turned on, and cut off before the timer module reaches the value The receiver module reduces the predetermined value. The controllable light bulb adjuster of claim 5, wherein the power signal is cut off during a predetermined time period after the timer module reaches the predetermined value. The receiver module increases the predetermined value when it is turned on, off, and turned on. The controllable light bulb adjuster of claim 35, wherein the first electrical connector comprises a conductive male thread and a conductive tip, wherein the second electrical connector comprises a conductive female thread and a conductive touch point. a method comprising: receiving a power signal from a luminaire; monitoring an on/off modulation of the power signal; determining a control parameter according to the on/off modulation; when the power signal is turned on, Generating a control signal based on the control parameter; providing an output power signal to the bulb; and the port reducing the output power signal based on the control signal. 54. The method of claim 53, wherein the method of determining the presence of a signal and the absence of a power signal during a predetermined time period, and the method of claim 53, wherein the monitoring comprises During the sampling period of the period, the state corresponds to the presence of the power signal, and the second two; the bucket 'where' the first binary loop-shaped evil corresponds to the absence of the power signal. 56. The method according to claim 53, wherein the signal presence and the absence of one of the power signals are monitored, wherein the first binary state corresponds to a shorter than a predetermined length by the test power; The carry-in data, in which the second and second carry positions correspond to the period in which the 2008 200888882 is longer than the predetermined length. 57 58 59 60 61 The method of claim 53, further comprising: planning a start sequence from the on/off modulation detection program prior to performing the decision. The method of claim 57, wherein the knowledge plan initiation sequence comprises a predetermined on/off sequence detected during a predetermined time period. • The method as described in claim 53 of the patent application, further includes: When receiving the control signal, Lu reduces the output power signal to the down-conversion value and the cut-off value — 〇 • as claimed in claim 53 The method of the present invention further includes: receiving data overlapping on the power signal; decoding the data into a plurality of commands; selecting a command of the life-first address and the Wei address, The parameter includes the first address; Based on these commands, the control signal is generated. For example, the method described in claim 60, further includes: performing power line loading, updating address operation, broadcasting connection, .../weaving 疋 叹 〇〃 根据 根据 根据Squaring, at least from the squall scales - as described in claim 53 of the patent scope, including the first period of the period, the needle, the control parameter during the period of 'the' when the first-class past , the implementation of the generation of the control letter 62 · 200835882 63. The method of claim 62, further comprising: setting the first After the program planning mode is started, the power signal is turned on according to the power signal. 64. The method of claim 62, further comprising: reducing the first period. When the power signal is turned off before the first period elapses 65. The method of claim 64, further comprising: adding the first period when the predetermined period of time after the expiration of the first period is passed. The power signal is cut off and then connected. The method of claim 62, further comprising: reducing the first period when the predetermined period and the cut-off period before the passage of the younger one. / Rate nickname cut-off, switch-on 67 · As described in the patent application scope 66, it also includes: The power signal is cut off, and the first period is increased when the thief is turned off, and turned on and off after the thief has been executed. 68 · A kind of controllable luminaire, including: =2=1=one!_, receiving power signal, · power: power supply: force: two::, the connector can receive the electronic controllable _, which discriminates the signal, and reduces the output power signal according to the control 81 200835882 &quot;έ;; and a second electrical connector of the controllable luminaire that houses the bulb and provides the output power signal to the bulb. 69. The controllable luminaire of claim 68, wherein the miscellaneous/cut-off light comprises: a count of one of the power presence and the absence of a power signal at the time of the financial period. 70. The controllable luminaire of claim 68, wherein the on/off modulation comprises binary data collected during a periodic sampling period, wherein the first-secondary _ is present in the power signal The second binary state corresponds to: the force rate signal does not exist. 71. The controllable luminaire of claim 68, wherein the on/off modulation comprises binary data determined by a period of presence of a power signal and a absence of a power signal, wherein the first two The carry state corresponds to a period shorter than a predetermined length, and the second binary state corresponds to a period longer than the predetermined length. 72. The controllable luminaire of claim 68, wherein the receiving module determines the control parameter after the on/off modulation indicator programming start sequence. 73. The controllable luminaire of claim 72, wherein the program planning start sequence comprises a predetermined on/off sequence performed during a predetermined time period. 74. The controllable luminaire of claim 68, wherein the electronic switch reduces the output power signal to approximately 〇 when the control signal is received. 82 200835882 75 • If the patented scope is received at the 68th, the shackle switch is used to reduce the output power signal to the down-conversion value. 76. The measurable luminaire as described in claim 68, the receiving 1 § module includes a power supply f 八八 via the power signal receiving resource, the receiver module 'the power line carrier receiver module address Relating to the address of the entire address, and accepting the address According to the data, the receiver module includes the controllable light fixture of the first address, which is connected to the first item, wherein the 13⁄4, -, carrier receiving module is connected according to the / Cut off the modulation to perform the operation. For example, the controllable luminaires described in the 77th item of the Shen-Year Patent, in which the technology, the technology, the singularity, and the transmission position, such as the control luminaires described in 68 of the patent scope, wherein the receiver module The group further includes a timing module, the timing module counting the 'the towel' after receiving the power signal, the control parameter includes the value, and the towel, when the timing module reaches the predetermined value, the receiver The module generates the control signal. The controllable luminaire of claim 79, wherein the receiver module sets the predetermined value according to a period during which the power signal is turned on after the program planning mode is activated. The controllable luminaire as described in claim 79, wherein the receiving 83 200835882 module reduces the predetermined time even if the power signal is cut off before the timing § module reaches the predetermined value value. 82 83 84 85 86. The controllable luminaire of claim 81, wherein the power signal is turned off and then turned on during a predetermined time period after the timer module reaches the predetermined value, The receiver module increases the predetermined value. • The controllable luminaire of claim 79, wherein when the power signal is turned off, on, and off within a predetermined time period before the timer module reaches the predetermined value, The receiver module reduces the predetermined value. The controllable luminaire of claim 83, wherein the power signal is turned off, on, off, and turned on during a predetermined time period after the timer module reaches the predetermined value, The receiver module increases the predetermined value. • The controllable luminaire of claim 68, wherein the electrical connector comprises a conductive female thread and a conductive contact. • A method comprising: receiving a power signal at a luminaire; monitoring an on/off modulation of the power signal; determining a control parameter according to the on/off modulation; when the power is received, according to Enough to generate (four) signals; provide an output power signal to the bulb; and reduce the output power signal according to the control signal. The method of claim 86, wherein the power signal presence and the power signal are absent during a predetermined time period. 84 87 · 200835882 88. The method of claim 86, wherein The second binary state corresponds to the power signal does not exist. 89. The method of claim 86, wherein the power signal does not exist to receive the second binary state pair: the pre-determined long bit ==: a period shorter than the predetermined length, 90. The method of claim 86, further comprising: planning a startup sequence from the on/off modulation program prior to performing the decision. 91. The method of claim 90, wherein the program programming initiation sequence comprises a predetermined on/off sequence detected during a predetermined time period. 92. The method of claim 86, It further includes: § When receiving the control signal, the output power _ _ _ · Bayer is reduced to the value of the cut-off value and the cut-off value. 93 The method described in claim 86 of the patent scope, including Receiving data overlapping on the power signal; decoding the data into a plurality of commands; and wherein the control parameter selects the number of the command addressing one of the first address and the overall address to include the first address And generating the control signal based on some of the commands. 85 200835882 94·If the scope of the patent application is the first. τ 广 插 插 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , shooting, test parameters signal. , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , To set the method described in the first paragraph 97, as described in paragraph 95 of the patent, further includes: When in the first-part (four), cut __ oblique, take care of the first period. 98. The method of claim 97, further comprising: increasing the first period when a predetermined time after the elapse of the first period has passed. The force is said to be cut and then 99. The method of claim 95, further comprising: before the passage of the first period, when the power signal is scheduled and cut off, depending on the first period. During the inter-decade period, the in-line 30 is turned on 100. The method as described in claim 99, further includes: 1 cutting, turning on, cutting off, and picking up within a predetermined period of time after the reduction has been performed. The first period is increased by the time.仏86 86 200835882 101 · A controllable light bulb adjuster, comprising: the controllable bulb adjuster - the receiver of the controllable bulb adjuster, which is connected by the first electric power a root-to-signal junction of the transcriptional surface (IV) is selectively controllable == the electronic switch of the whole device, which outputs an output power signal, and the output power signal is reduced according to the control 仏唬And a second electrical connector of the controllable bulb adjuster that accommodates the wheeled recording. 102. The controllable light bulb adjuster of claim 1, wherein the on/off change comprises a count of one of a power signal presence and a absence of a power signal during a predetermined time period. 103. The controllable light bulb adjuster as claimed in claim </ RTI> </ RTI> wherein the absence of the on/cutting modulation comprises binary data collected during a period of sampling, wherein the first-like position Corresponding to the presence of the power signal, the second binary state corresponds to the power signal 104. The controllable bulb adjuster as described in claim 1 of the patent application, wherein the on/off_change includes the presence of transcription and A period of time that does not exist, - an application, wherein the second and second test rides are shorter than a predetermined length, and the second binary state corresponds to a period longer than the predetermined length. 105. The controllable light bulb adjuster of claim 1, wherein the receiving Is mode determines the parameter of the 2008 20088882 system after the start/stop modulation command programming start sequence. 106 • The controllable light bulb adjuster as described in claim 105, wherein the program code is included in the silent period _ execution _ fixed on/cut street sequence 107 108 • as claimed in claim 101 The controllable light bulb adjuster is wherein the electronic switch reduces the output power ° signal to about zero when the control signal is received. • If you can control the bulb adjuster as described in item 101 of the patent application, the f中f receives the _信麟, the electronic switch reduces the input (four) rate signal to the down-regulation 109 110 · 111 · as claimed in the patent scope The controllable light bulb adjuster of item 101, wherein the receiver module comprises a power line carrier receiving cassette module, and the power line carrier receiver is connected to the first address via the power ship, and is addressed by the address And a command of the first 'address and the entire address, wherein the control parameter includes the first address, and the receiver module generates the control signal according to the data. A controllable light bulb adjuster as described in claim 109, wherein the power line carrier receiver module performs an operation in accordance with the on/off modulation. The controllable light bulb adjuster of claim 110, wherein the operation is at least one of a button operation, an update button operation, and a transfer address operation. The controllable light bulb adjuster of claim 101, wherein the receiver module further comprises a timing module, the timing module starts counting 88 112 · 200835882 after receiving the power signal, wherein the control The parameter includes a predetermined value, and wherein the receiver module generates the control signal when the meter module reaches the predetermined value. 113. The controllable light bulb adjuster of claim 112, wherein the receiver module sets the predetermined value according to the power signal after the program planning mode is activated. 114. The controllable light bulb adjuster of claim 112, wherein the sweetener module reduces the predetermined time before the timer module reaches the predetermined value and the power signal is broken. value. 115. The controllable light bulb adjuster of claim 114, wherein the receiver module is turned off and then turned on during a predetermined time period after the timer module reaches the predetermined value Increase the predetermined value. 116. The controllable light bulb adjuster of claim 1, wherein the power signal is turned off, on, and off during a predetermined time period before the timer module reaches the predetermined value The receiver module reduces the predetermined value. • ^ = a controllable light bulb adjuster as described in claim 116, wherein the timing ϋ module reaches a predetermined value _ timing __, the power signal is turned on, off and on, The receiver module increases the predetermined value. 118. The controllable bubble adjuster according to the scope of the patent, wherein the younger brother includes a conductive male thread and a conductive tip, and wherein the second electrical connector comprises a conductive cathode Thread and conductive contact. 119 · A method comprising: · 89 200835882 120 121 122 · 123 124 receiving a power signal from the luminaire; monitoring the on/off modulation of the power signal; determining the control parameter according to the on/off modulation; When the power signal is turned on, control is generated according to the control parameter to provide an output power signal to the bulb; and the output power signal is reduced according to the control signal. The method of claim 119, wherein the monitoring comprises: counting one of the power cakes that are not present on the drum. The method of claim 119, wherein the monitoring comprises collecting the binary data during the sampling period of the period, wherein the first binary repulsion corresponds to the presence of the complication, and the second binary _ is determined Wei does not exist. The method of claim 119, wherein the monitoring comprises collecting a binary (4) by a period in which the power signal does not exist, wherein the 'secondary record' is short in length. During the period, the first binary state corresponds to a period longer than the predetermined length. For example, the method described in claim 119 of the patent scope further includes: performing the riding of the mosquito secret/___程钱·moving sequence. The method of claim 123, wherein the program planning initiation sequence comprises a limb on/off sequence detected during a predetermined time_. 125 The method of claim 119, further includes: 90 200835882 When receiving the control unicorn, the round self-recognition and the cutoff value of 126 127 · 128 · 129 130 131 The method of claim 119, further comprising: receiving data overlapping on the power signal; decoding the data into a plurality of commands; selecting a command for addressing the first address and the entire address in the command Wherein the control parameter includes the first address; and based on some of the commands to generate the control signal. The method of claim 126, further comprising: according to the connection, the t (4) is a reset address operation, an update address operation, a broadcast connection operation, and Transfer at least _ of the address operations. For example, in the method of claim 119, the method further includes: when receiving the transfer of the money, the first time, the towel, the miscellaneous parameters including the first-class 'and its towel, when the first-class After the operation, the machine generates the control signal. For example, in the method described in claim 128, the method further includes: after starting the program specification, the transition to the green is determined. The method of claim 128, further comprising: reducing the first period when the power signal is turned off before the first period elapses. The method of claim 130, further comprising: 91 200835882 increasing the first period when the predetermined period of time after the expiration of the first period is passed. 'The power signal is cut off and then connected 132. The method of claim 128, further comprising: before the passage of the first period, when the power signal is turned on and off during a predetermined time period, Reduce the first period. The method of claim 132, further comprising: increasing the first period when the power is asserted and turned on within a predetermined time period after the reduction has been performed. The slogan is connected and cut 134. A main controller, comprising: a control module that generates a control component of the controllable device and a lossy load; and a kilosecond lost pulse transmitter that receives the periodic power signal and transmits the cycle to the controllable device Outputting a power signal of the power signal, and encoding the control data in the output power signal by selectively diminishing at least one of the power of the output power and the power level between the zero points of the periodic power signal . 135. The main controller of claim 134, wherein the lost pulse transmitter comprises a switch, the switch comprising: a control end connected to the control module; and a first end receiving The periodic power signal. , ', 136. The main controller of claim 135, wherein the switch comprises a three-terminal bidirectional controllable switch element. The main controller of claim 135, wherein the switch approximates the power of the enthalpy between the zero crossings in the output power signal. 92 137 · 200835882 138 · as described in claim 134 The main controller further includes: a user interface, including one input, wherein Μ is an integer greater than one; and a parameter control module that stores one control parameter corresponding to the one input, wherein, When one of the inputs is actuated, the control module generates the control data based on a corresponding one of the one of the control parameters. 139. The main controller of claim 134, further comprising: a power line interface that receives data that is superimposed on the periodic power signal, wherein the control module is based on data from the power line interface Generate this control data. 140. The main controller of claim 134, further comprising: a wireless interface for receiving data, wherein the control module generates the control data based on the information from the wireless interface. 141. The main controller of claim 134, further comprising: a receiver's current consumed by the controllable device on the receiver side, and decoding the current consumption as received from the controllable device data. 142. A system comprising the controllable device as described in claim 134 of the patent application. A device according to claim 142, wherein the missing pulse receiver receives the output power signal, and the zero-crossing of the chirp detects the signal of the output power signal. The data-, and the reduction of the data to be decoded in the output power signal. The system of claim 133, wherein the controllable device further comprises: a control module, which stores The control data, and generating a control signal according to the control data; and a switch that adjusts a load power signal of the load according to the output power signal and the control signal. 145. The system of claim 144, wherein the switch comprises a control terminal that receives the control signal and a first terminal that receives the output power signal. 146. The system of claim 144, wherein the switch sets the load power signal to one of a down value, an on value, and a cutoff value. 147. The system of claim 143, wherein the lost pulse receiver: the signal amplitude between the zero crossings and the power level are at least one compared to a predetermined value. The system of claim 142, wherein the control module includes a timing module, wherein the control data includes at least one care room, and wherein the control signal is based on the at least one timing period . 149. The system of claim 142, wherein the controllable device further comprises a parameter storage module, the parameter storage module is coupled to the control module, and the health care system is paired. Each includes a child and a time value, where P is an integer greater than zero. A flat value and a leaf 150. The system of claim 149, wherein 94 200835882 the control signal is based on one of the p control pairs, the relevant time of the ship, _ the p pair of the m. The method comprises: generating a control data receiving cycle power signal for the controllable device; and transmitting, by the device, the output power of the power signal according to the cycle is selectively reduced in the cycle power 彳古发 &amp; @ and It regulates the power consumption of the load, the signal amplitude and the power level of the wheeled power signal. ^ </ br> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> <RTIgt; 153. The method of claim 151, further comprising: storing a plurality of control parameters corresponding to one input; and when the one of the input is a sharp scale, according to (10) a parameter of the health parameter cap To generate this control data. 154. The method of claim 151, further comprising: receiving data that is superimposed on the periodic power signal; and generating the control data based on the overlapping data. 155. The method of claim 151, further comprising: receiving data wirelessly; and generating the control data based on the wirelessly received data. 156. The method of claim 151, further comprising: 95 200835882 157 158 159 · 160 · 161 . detecting current consumed by the controllable device; and decoding the gross machine consumption from the controllable Information received by the device. • The method of claim 151, further comprising: receiving the output power signal; and causing at least one of the (4) tiger amplitude and the power scale of the output power signal between the zero crossings of the output power signal. Do a reduction to decode the control data in the output power signal ^. The method of claim 157, further comprising: generating a control signal based on the control data; and adjusting a load power factor for the load based on the output power signal and the control signal. σ. The method of claim 158, further comprising: setting the side load power signal to one of a down value, an on value, and a cut value. The method of claim 157, further comprising: comparing the amplitude of the signal between the command points and at least one of the power levels. The method of claim 157, further comprising: timing the at least one period based on the control data; and generating the control signal based on the at least one period. The method of claim 157, further comprising: storing P control pairs, each of the P control pairs including a power level value and a value, wherein p is an integer greater than zero. 96 162 · 200835882 163. The method of claim 162, further comprising: generating the control signal based on one of the P control pairs; and timing associated with the one of the P control signals After the value has passed, the control signal is generated based on the other of the p control pairs. 164. A controllable device, comprising: a lost pulse receiver that receives a first power signal and detects a signal amplitude and a power level of the first power signal between zero crossings of the first power signal The control data is stored in the first power signal; the control module stores the control data, and generates a control signal according to the control data, and the port switch The first power signal and the control signal adjust a load power signal for the load. 165. The controllable device of claim 164, wherein the switch comprises: a control terminal that receives the control signal; and a first terminal that receives the first power signal. 166. The controllable device of claim 164, wherein the lost pulse receiver compares the signal amplitude between the zero crossings and at least one of the power levels to a predetermined value. 167. The controllable device of claim 164, wherein the switch sets the load power signal to one of a down value, an on value, and a cutoff value. 168. The controllable device of claim 164, wherein the control module comprises a timing module, wherein the control data comprises a timing period, and the control 97 200835882 # is based on the timing period. t 2: The monthly special, the controllable device mentioned in Item 164' includes: The fresh number is carefully examined and the tree is stored, and the domain is stored with p control = 'W each of her shots - she includes the value 1疋 an integer greater than one. </ br> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> <RTIgt; 1 a controllable device as described in the scope of claim ,no, wherein one of the P control pairs, and then after the object value associated with the p controls, is based on the p control pairs Another one. 172 · As described in the patent application (7), the control device can be controlled, in which the control is forged to _ in the solution _ _ _ _ p _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ a control device, and further comprising a main controller, comprising: a control module that generates the control data for the controllable device. And the missing device 'receives a job power signal to which the control device transmits And according to the first-signal signal of the rate signal, and in the first power signal by selectively controlling the money amplitude of the _th power signal and at least one of the power levels between the powers of the Wei period Financial control information. 174. The system of claim 173, wherein the lost pulse transmitter comprises a switch, the switch comprising: a control end coupled to the control group 98 200835882; and a first end receiving the cycle Power signal. 175. The system of claim 174, wherein the switch comprises a three-terminal bidirectionally controllable switch element. 176. The system of claim 174, wherein the switch outputs approximately zero power in the first power signal between the zero crossings. 177. The system of claim 173, wherein: the main controller further comprises: a user interface comprising: one input, wherein M is an integer greater than one; and a parameter control module storing The M control parameters corresponding to the one input, wherein, when one of the inputs is activated, the control module generates the control data according to one of the % control parameters. The system of claim 173, wherein the main control H further comprises a power line interface, the power line interface receiving data superimposed on the periodic power signal, wherein the control module is based on the The control information is generated by the resource of the power line interface. 179. The system of claim 173, wherein the main control benefit comprises a wireless interface for receiving data, wherein the control module generates the control data based on the data from the wireless interface. 180. The system of claim 173, wherein the main control further comprises a receiver that measures the current consumed by the controllable device and decodes the current consumption as being from the controllable device Information on the main controller. 99 200835882 181 - A method comprising: receiving a first power signal; decoding by detecting at least one of a signal amplitude and a power level of the first power signal between zero crossings of the first power signal a control data in the first power signal; generating a control signal according to the control data, and adjusting a load power signal for the load according to the first god (four) and the control signal, as in claim 181 The method of the present invention, further comprising: comparing at least one of the signal amplitude and the power level between the zero crossings with a predetermined value. 183. The method of claim 181, further comprising: setting the load identification signal to one of a down value, an on value, and a cut value. 184 185 The method of claim 181, further comprising: timing the at least one period based on the control data; and generating the control signal based on the at least one period. The method of claim 181, further comprising: storing a P-mine, wherein the P-sense includes a value and a value, wherein P is an integer greater than one. Timing 186 187 The method of claim 185, wherein the P control pairs are based on the control data. The method of claim 185, further comprising: 100 200835882 generating the control signal according to one of the p control pairs; and after the timing value associated with the p control pair has passed, according to the P The control signal is generated by the other of the control pairs. 188. The method of claim 187, further comprising: selecting, according to the control data, the one of the p control pairs in the parameter storage module. The method of the present invention further includes: Φ receiving a periodic power signal; transmitting the first power signal according to the periodic power signal; and selectively selecting the first power signal by a zero crossing of the god signal during the period The signal amplitude and at least one of the power levels are encoded in the first power signal. 190. The method of claim 189, further comprising: reducing the first power signal to approximately zero power between the zero crossings. 191 A method as described in claim 189, further comprising: storing μ control parameters corresponding to one round entry; and when actuating the record, according to the health parameter The control information was born. 192. The method of claim 189, further comprising: receiving data that is superimposed on the periodic power signal; and generating the control data based on the overlapping data. 193. The method of claim 189, further comprising: 101 200835882 wirelessly receiving data; and generating the control data based on the wirelessly received data. 194 195 196 · 197 · 198 · • The method of claim 189, further comprising: extracting the current consumed by the controllable device, and decoding the current filament to be received from the financial control relay data. - Installer planner, including · Controlled slaves, touch device 2?: 2 Planning data including timing and power level loss pulse heart, receiving lion power, to The butterfly device transmits an output power signal according to the period power signal, and by selectively reducing at least one of the transmission rate and the discrimination level between the = point of the sacred signal The program planning data is encoded in the output power signal. The installer planner of claim 195, wherein the lost pulse transmission H comprises a switch, the switch comprising: a control unit having no control module connected thereto; and a first end receiving the periodic power signal. The installer planner of claim 196, wherein the switch comprises a three-terminal bidirectional controllable switch element. The installer planner of claim 196, wherein the switch outputs approximately zero power in the output power signal between the zero crossings. The installer planner as described in claim 195 of the patent application, further comprising: the user interface 'including one input, wherein μ is an integer greater than one; and, 102 199 200835882 parameter control surface group, no memory M働After reading the M姊 silk age number, when the one of the inputs is actuated, the control panel generates the program planning data according to a corresponding one of the M programming parameters. 200. The installer planner of claim 195, further comprising: a receiver that finely sinks current consumed by the controllable device, and wherein the current consumption is decoded to be received from the controllable device data. 201. The installation program planner as described in claim 200, further comprising: Nf hairpin L® S towel 'the control group in the non-volatile memory towel storage from the I control device (4) The program material is selectively generated based on the data stored in the non-volatile memory. 202. The installer planner of claim 195, wherein the program plan data comprises at least one of a timing value and a power level value. The system includes the installation program planning crying as described in claim (9) of the claim, and further includes the controllable device. A W 204 · The system described in claim 2, item 3, where is it? The device further includes a lost pulse receiver that receives the round-robin power signal and at least the signal amplitude of the output power signal and at least the power level between the zero-crossing points of the output turn signal One is reduced to decode the program plan data in the output power signal. 2〇5 · The system of claim 2, wherein the controllable device further comprises: a control core group, which bribes the fee reduction information, and generates control according to the miscellaneous rules 103 200835882 206 207 208 209 · 210 · a lean material 'and generates a control signal based on the control data; and a switch that adjusts a load power signal for the load based on the output power signal and the control signal. The system of claim 205, wherein the switch comprises: a control terminal that receives the control signal; and a first terminal that receives the output power signal. • The system of claim 205, wherein the switch adjusts the load power signal to one of a down value, an on value, and a cutoff value. The system of claim 204, wherein the m-loss pulse Wei H compares the robustness between the zero crossings with a predetermined signal. As detailed in the system described in claim 204, wherein = the lost pulse _ _ | | will be at the touch point _ the god does not determine the power level as claimed in the patent scope 203, wherein The control group includes a chronograph, wherein the program includes at least one period, wherein the control signal is based on the at least one timing period. The system described in claim 203, wherein the side control device further includes a reference module, and the financial model is connected to the model and stores a control ride. One includes power level dead and timing values, where Ρ is an integer greater than zero. Value 104 211 · 200835882 212 213 214 · 215 · 216 · = Please refer to the system described in item 2 of the patent scope, the control signal is based on the timing value of the P control pairs, and the relevant method is used in (4) And including: the (four) period includes at least one of a timing value and a power level value; the signal amplitude and the power level of the at least the program planning data of the chest power signal of the chest rate signal; and the Γ... rate ^#u The zero-crossing point (4) selectively depends on the output power signal, and encodes the method in the output power signal as described in claim 213 of the patent scope, and further includes: arranging the output signal at the command point The method of claim 301, further includes: storing M control parameters corresponding to one input; and M 'turning the M health parameter cap to lie to generate the program plan The method of claim 213, further comprising: predicating current consumed by the controllable device; and decoding the current consumption to be received from the controllable device The method of claim 216, further comprising: storing the data received from the controllable device in the non-volatile memory; and selecting according to the data received from the controllable device The method of claim </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> <RTIgt; The method of the present invention further includes receiving the output power signal; and deriving at least one of the two strokes of the signal by Wei's transposition to refine the signal in the output power signal 220. The method of claim 219 further includes: generating control data according to the program planning data; generating a control signal according to the control data, and rooting the _magic and miscellaneous domain The load power signal 221 · 222 · The method of claim 220, further comprising: dividing the load power signal into one of a down value, an on value, and a threshold value. The method of claim 220, further comprising: timing the at least one period based on the control data; and generating the control signal based on the at least one period. The method of claim 219, further comprising: comparing the amplitude of the signal between the zero crossings and at least one of the power levels to a pre-comparison. 106 223 · 200835882 224. The method of claim 219, further comprising: storing a P-ride, the P-pairs comprising values, wherein P is an integer greater than zero. Quasi-value and timing 225. The method of claim 224, further comprising: generating the control signal according to one of the P control pairs; and v after the timing value associated with the P control pair has passed And generating the control signal according to the other of the p control pairs. 107