TW200934031A - Load control system - Google Patents

Abstract

A load control system has an operation terminal and a plurality of control terminals. The operation terminal has a common switch, a setting switch, and a first controller. Each control terminal has an entry switch and a second controller. The first controller transmits a setting command to each transmission address of the control terminals according to operation input from the setting switch. Each second controller, when receiving the setting command, transmits setting data to the transmission address of the operation terminal according to the operation input from the entry switch. The setting data has data for associating the transmission addresses of the control terminals with the common switch. The first controller, on the basis of the setting data received from at least one of the control terminal devices, updates an associated data set. The associated data set is used for common operation.

Description

200934031 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a general load control system, and more specifically, ΐ, relates to "*, including an operation terminal, a plurality of controls, and each of the plural Control the terminal connection system. ·^战 l [Previous technology] ❹ ❹ 1 9 9 9 1 1 曰 曰 曰 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利The system includes the transmission of the unsuccessful and informed state and the hard number control terminal to cry and the transmission control device, the ageing 趑 from μ λ „ j, and the terminal device through the double line for the number of clips, ', and the device The complex control has the function as the main station? ί The control device is equipped with: the station is to be transmitted and the signal is transmitted according to the synchronous DLC = = the terminator has the function as the secondary station. The necessary data is transmitted in synchronization with the transmission signal.

According to the specified frame format, including H (^24V), and according to D), address data (AD) = (SY), mode data (M (cs) and 乂: control (CD), check and example t In the various periods such as the return period (WT), (4), the device will correspond to the monitoring data of the input data via its own switch 4 200934031, and the transmission signal to the operating terminal. Synchronously transmitted to the transmission control device, and the transmission control device generates control data according to the monitoring data, and includes the control data in the transmission signal c D, and transmits the transmission signal to at least one corresponding control terminal, and controls Z The terminal controls at least one negative connection with itself according to the control data.

In the system, the plurality of loads can be controlled in batches, that is, the control device has a connection table (a connected bedding set) stored in the memory device, so if at least the operation terminal is included in the connection table The correspondence between a switch (address) and the desired complex control terminal (bit =) allows the switch to batch control the complex load connected to the complex control terminator. The control system is used to control each group by the same control (for example, the same control command = ground control group control; and the batch control by itself (such as control data) Load type control. In the system described below, the pattern setting device is used when the related data set that determines the batch control content is installed in the transfer control device. However, since the related data set is installed through the pattern setting device Expert knowledge is required to convey the control device, and therefore it is difficult for a user who does not have such expertise to handle the type setting device. 5 200934031 [Invention] The object of the present invention is that it is easy Ground (intuitively) to set the desired relationship (such as lighting scene) for the corresponding relationship without the need for type setting device and professional knowledge. The load control (four) system of the present invention includes: an operation terminal device, which is a distribution address; The plurality of control terminals are assigned to each other and are operable; and the load is associated with each of the complex controls 连接 = the connector. The device includes a common switch, a first-first communication unit and a first controller, a first memory device==storing a related data set' and the related data set package: has: a common switch and is assigned to the complex control terminal device To the second = the corresponding relationship of the transmission address, the first communication unit communicates through the (four) communication channel system terminal by the H line connection, and the first batch is operated by the operation of the first batch of 丨丨„„, the number of meals r, The second photo is transmitted from the common switch to at least: = = : the command is obtained from the associated data set ', the address second controller, the second dedicated switch, the second communication unit, and the @% 1 system are used by Connected to the communication line as a terminal; communication, the second control comes from the operation of the dedicated switch, that is, the "department-controller is in accordance with the control terminal connection connection: controlling the load connected to the second controller" The second controller is configured to transmit the control address to the control terminal by transmitting the transfer address used in the transmission of the control command to the control terminal, and then transmitting the control command of the terminal device through the second communication. According to the control: command In the feature of the present invention, the operation terminal is configured to determine a setting switch, and the complex numerical control: ❹ 连 is connected to the data to make the transmission address assigned to itself and the related Beco concentration The registration switch associated with the common switch. The controllers of the control and the terminal perform a common setting operation, and: 'the first control H is received from the setting: the first communication unit is passed The common switch =: the use of the set command is transmitted to each of the plurality of control terminals, and the plurality of control terminals of the plurality of control terminals receive the set command through the second communication unit. Controlling the operation of the terminal 11 to enter, the communication unit transmits the setting data to the operation terminal; and the setting data includes useful information to make the control terminal of the control terminal correspond to the common switch The connected information is then received from the complex control set via the first communication unit.疋贝枓, updating the aforementioned related information in the present invention, if the operation terminal receives the operation input from the setting, the setting command is transmitted to each complex control: 7 200934031, the plurality of control terminals respectively receive the setting command, ^彳, at least one control terminal on the right transmits the setting data to the operation terminal according to the input from the login switch, and the operation final state will update the related data set according to the setting data, so it can be lightly sighed The desired scenarios (such as lighting scenes) are used in correspondence without the need for pattern setting devices and expertise. In the embodiment, the second controller of the plurality of control terminals is controlled by the operation input of the dedicated switch from the control terminal when receiving the setting command through the second communication unit, and the control is controlled by itself. The load connected to the terminal device, and the second control (4) transmits the foregoing setting data to the transmission bit of the operation terminal device according to the operation of the login switch from the control terminal device. site. In this configuration, since the scene can be confirmed on one side, the desired scene can be intuitively set. In the embodiment, the setting open relationship is the same as the common switch, and the shared open relationship is related to the function of the setting switch during the specified period, and in this configuration, the operation terminal can be reduced. The number of switches of 1 can be used to shape the operating terminal I; In other embodiments, the respective registration open relationships of the complex control terminal are the same as the dedicated switches of the control terminal itself, and each dedicated open relationship of the complex control terminal has a control terminal as its own control when the designated gate is pressed. The function of the device is registered, and the control terminal can be miniaturized in this configuration. 8 200934031 In addition, the plurality of control terminal devices each further comprise a hidden device, and the second memory device is: a control data of a negative connection connected to itself, and the respective basis of the complex numerical control: The control data control stored in its own control terminal ί...the hidden device::: is received by the second communication unit to receive the setting command: 2. The operation input of the dedicated switch of the terminal device controls the control data of the load The storage in the device can be added to the related data set for each control terminal. In the embodiment, the related data set includes the corresponding relationship between the switch and the address assigned to the complex digital device, and further includes a connection to the control terminal of the transfer address. Load control data. The first control benefit is transmitted in accordance with an operation input from the common switch; a light portion transmits the (four) command to at least one transfer address = the transfer includes control data U obtained from the related transfer control command. In this configuration, at least one of the loads controlled by (d) can be added to the desired =; Ai and the type control is simply set. In the embodiment, the second controller of the plurality of control terminals is configured to receive the setting command through the second communication unit, and the operating input of the login switch from the control terminal is transmitted through the first pass of The # part transmits the aforementioned setting data and the control material for the load connected to the control terminal itself to the transmission address of the operation terminal. The first controller updates the set of related data based on the set of data and control data received from at least the plurality of control terminals through the first communication unit. In this configuration, the desired control data for each control terminal can be easily added to the associated data set. In the embodiment, the first memory device is pre-stored: a related data set or at least a first data set, and the first and second data sets are different from each other, and the first and second data are different Set: Any of the above is used as the aforementioned set of related materials. In this configuration, it is possible to use at least one load in common without the setting of the common switch. Profit

The redundancy device pre-stores the second-ailian-beat collection or at least the first and second data sets, and the first and first beet sets are different from each other, and the first and second data sets are different In the foregoing related data set system, the second memory device of the complex=terminal device pre-stores the control data for controlling the load connected to the terminal by the disk itself. 〃 ::: configuration mode, the operation terminal The device and the complex control display a common set display, and the common setting "', σ, ,", and D k select the common setting of the switch. 200934031 In this configuration, the desired scene setting operation can be improved.

In the solid yoke form, the plurality of control terminals each include a display, and the login display displays a front cover for correlating the transmission address of the local device with the common switch. It has been transmitted to the transmission address of the operation terminal through the second communication unit of the control terminal in accordance with the operation input from the control terminal. In this configuration, the setting work for the desired scene can be improved. In the embodiment, the operation terminal further includes a copy open=5 hai shared switch including a first-and second common switch, and the controller is one of the first and second common switches=set After the setting command of the action is transmitted, according to :::Off:: the other of the first and second common switches, the operation input 'will be related to one of the first and second common switches: it should be related to The other relationship may be further improved. The desired scenario may be further improved. In an embodiment, the operation terminal further includes a cancel switch, and the first controller transmits the command according to the foregoing setting command. The operation input from the cancel switch 'aborts the update of the aforementioned related data set. Further, the first controller transmits, via the first communication unit, a cancel command for suspending the common setting operation of the shared switch to each transfer address of the complex control terminal. The plural control terminal 11 200934031 terminal °-, s / - controller is connected to the terminal through its own control terminal device (4); after the command, the suspension:: two switches have a common Set the action. In this configuration, the subsequent futile work can be stopped when the setting operation is aborted. [Embodiment] Further details of the preferred embodiment of the present invention will be described.

其他: Other features and advantages will be more fully understood from the following detailed description and the accompanying drawings. (Embodiment 1) A first embodiment shows a load control system using the first embodiment of the present invention. The system comprises: at least one operator terminal device, a knife assigned to transmit the address, a plurality (for example four) control terminal 2, each assigning a transmission address and an operator; and at least one load 3,舆 Each of the plurality of control terminals 2 is connected. Each of the loads 3 is, for example, an illumination unit 7G (lighting fixture) connected to the commercial AC power source 5 via the power line 6 , and is not limited thereto. The load of the present invention may be an air conditioner, a ventilator or a power window. Lian and other electrical appliances. For example, the operation terminal 1 and the plurality of control terminals 2 are respectively embedded switch boxes (devices) in the electric wiring system, and the size of each switch box corresponds to a wide handle switch (refer to j IS (曰本工业规格) C 8304), and installed in a building structure (such as a wall) by a designated mounting frame (j 1 sc 8 3 0 4 ) and a wide handle switch plate (ji S c 12 200934031 8 3 1 6 ). The load control system includes various control terminals, ' • In the example of the figure, the system includes a separate control terminal 2 ( 2 * A ), dual control terminal 2 ( 2 B ) and a variable control terminal 2 ( 2C) and 2 (2D). ° As shown in the second figure, the operation terminal i includes the wheeling device 1 1 , the communication unit 1 2, the display 3, the memory device 、^, the power supply device 16 and the controller 10, and the power supply device 丄6 The AC power obtained from the power source 5 through the power line 6 is converted into DC power, and the DC power is supplied to each of the operating terminal devices. The operation terminal 1 includes a common switch, that is, an input device. At least one common open μ (- or complex common switch)' In the example of the first figure, the input device i1 has three common switches (such as key switches) 丄i 丄 to 丄丄 3, and the common ❹ switches are respectively The operation (press operation) input supplies an operation signal (contact signal) to the controller 丄◦. The operation signal is a life; if the signal is turned on, and the ON signal is maintained during the period of pressing the common switch, the operation signal (hence, referred to as "short pressure") is not only the normal (fast) pressing operation. The switch can further supply a different operation signal corresponding to an operation input (hereinafter referred to as "long pressure") at least during a predetermined period of time to the controller 0, that is, the right is pressed for a period shorter than the specified period. There is no limit to the period during which a common switch 'm« is made to be artificially short-pressed. 13 200934031 can be three seconds. In the first embodiment, if each of the switches is opened by a short pressure, the function of the switch is to open the switch (ie, the common switch), and the other side of the switch is a specific common switch (for example, a total of (4). #开启, the specific shared open relationship has the length of the common switch ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ Set mode) the function of the two-state thixotropic switch. j: Not limited to this, the operation terminal 1 may further have a common setting switch corresponding to a plurality of switches, or a plurality of setting switches respectively corresponding to the plurality of common switches. 1 Guantong U (first communication unit) 2 is connected to each of the plurality of control lines: the device 2 through the two-wire communication and the 'way 4'. As shown in the figure, according to the multiple access protocol such as c' A/CD (carrier sensing multiple access/carrier collision detection, carrier Sense Multiple ^CC0SS with Collision ^ t ee t 1 〇n), the communication department transmits And receiving the transmission signal, that is, having the foregoing text, the control bit $ destination address, the source address, the data (reward data), and the core filial packet (MAC box). The frame is transmitted via symbolization and digital widening, and is received through digital restoration and decoding. The previous text and the first pair are used for synchronization and error detection respectively, and the control bits are used for 200934031 to set the type, destination and origin of the data. It is identified by the physical address (MA c address) assigned to each terminal (such as the communication unit). The display 13 includes: light-emitting elements 丄3 1 to 丄3 3 respectively disposed in the vicinity of the common switch 至 to the 1 1 3; and three driving units for respectively driving the illuminating elements 丄3 3 3 (not illustrated) ❹ No). Each of the light-emitting elements is, for example, a light-emitting diode, and the light-emitting elements ^1 3 1 to 1 3 3 respectively have functions as a shared action display, and are used to display a common action of selecting the shared switches ii to i丄3 (batch control). And the shared action displays are each turned on when a shared action is selected, and if not, then turned off. Moreover, the light-emitting elements ^ 3 j to 1 3 3 respectively have a common operation as a common setting display and are used for displaying the common switch 2 1 1 to 1 1 3, and the common setting display is selected in the common setting. Periodically turn on and off during operation, if not, close 第 Related: Memory device) 14 is used in storage off 1 1 Γ to ? V ^ related data set contains each shared at least one water / 13 and / knife Correspondence to the location of the device in the complex control terminal 2', for example, the non-volatile memory device of memory i (for example, the related data set shown in the fourth figure in the fourth figure, in 1 1 To 1 1 3 brother (four) ί = ί switch is shared switch 1 fixed action stored in the record to fru borrow: the following description of the common control system can be stored, but also by the load 15 200934031 in the first embodiment, related The data set includes a multicast address assigned to at least one common switch and the multicast address or broadcast address corresponds to each of the transfer addresses assigned to the complex control terminal of the present invention. Yin, There are switches 1, 1 1 2 and 1 1 3 are used in group control, pattern control and pattern control, respectively, and the related data set contains multicasts respectively assigned to = have switches 1 li, 1 12 and 1 ι3 The address is wide 〇a", ❹ 「 "FE0A" and "fe〇b", and since the complex control terminal system associated with the shared switch 1 1 i is the same as the shared switch completion 2, the same-multiple The broadcast address is assigned to each of the shared switches 1 li and 1 12. Each of the multicast addresses has a function as a transfer address for all control terminals of the group or type control, and therefore, the terminal 1 is operated. The batch control can be effectively performed. Moreover, it is not limited to the example of the fourth figure, and the common switch 丄丄: to the completion 3 can be used in groups and patterns by the user's intuitive selection through the common setting operation. In any of the examples, in order to exclude the control number in the related data set, the multicast address of the entity may be assigned to each shared switch. In other examples, each of the plurality of control terminals The transport address can also be a physical address (eg The MAC address, etc., in place of the multicast address. The related data set further includes a control number assigned to at least one common switch. In the example of the fourth figure, the related data set includes a shared switch 1 1 1 , 1 1 2 and 1 1 3 control numbers "1", "2" and "1", accordingly, by using the control 16 200934031 number 'even if the same-multicast address is assigned to each common switch 2 i 2 The group control for the common switch 111 is distinguished from the type control for the /1 switch. The other aspect/, the multicast address with the switch 1 1 3 and the shared switch 1 1 1 and 1 12 Different, and because it is an entity, the common switch: the control number can be "L or "2". In the first - implementation form

各 The combination of the medium/broadcast address and the control number corresponds to the control command of the Ming. The related data set further includes physical address and control data for at least one load 3 connected to each control terminal, each entity address corresponds to a MAC address, and "〇◦ 」 」", "〇〇02 "〇〇〇3" and "〇〇〇4" are assigned to the control terminals 11 2 A ' 2 B, 2 C and 2 D, respectively. Moreover, the related data set includes, in addition to the MAC address of the dual control terminal, the load number of the complex load connected by the dual control terminal, and in the example of the fourth figure, the dual control terminal 2 B has the first and The second entity address 'and the first entity address is the MAC address of the terminal device 26 "◦ 〇〇 2" and the one of the plurality of soil-borne negative money codes connected to the terminator 2B ("G 1") The combination of the first entity address is a combination of the terminal 2 BiMA C address "〇〇〇2" and the other of them ("〇2"). Control Stealing 1 contains various CPUs, and performs various actions such as shared actions and shared setting actions. 17 200934031 In the common operation, the controller 10 transmits the designated control command to the self-connected via the communication unit 12 in accordance with the operation input (short pressure) from any of the shared switches 1 1 ! to 1 1 3 At least one transfer address obtained by the data set, and then the controller monitors the corresponding batch control based on the reaction data received from the complex control terminal 2 to J through the communication unit 12. When the batch control is executed, the controller 10 turns on the light-emitting elements (common operation display) corresponding to the operation input through the drive unit corresponding to the operation input in the display i3. In an example, the controller 10 does not monitor the corresponding batch control and transmits the light-emitting component corresponding to the operation input through the driving portion of the display 3 corresponding to the operation input. In this example, the connection may be related. The location of each body and the control data in the data set are excluded. In the fourth figure, if the operation input (news) is obtained from the shared switch 1 1 i, the controller 1 transmits the control number "1" to the evening broadcast address FE 〇 A" (transfer address), The broadcast address is included in the destination address of the third figure, the control number is included in the payload data, and in addition, when the group control is performed according to the operation input of the common switch 丄ii, the controller i is tied to the group control period. The light-emitting element 1 3 1 is turned on. In the fourth figure, if the operation input (sensing pressure) is obtained from the shared switch 1 1 2, the controller 1 Q transmits the control number "2" to the address "FE 〇A" (transfer address). Multicast address system package 18 200934031 3 at the destination address 'control number is included in the payload data, in addition, 'in accordance with the operation of the common switch 1 1 2, the input type control ・ time controller 1 〇 Turn on the light-emitting element during pattern control • 13 2° ^Fourth® t 'If the operation input (News) is obtained from the shared switch 1 1 3, the controller 1 will transmit the control number "1" to the multicast address " FE 〇B" (transfer address), the multicast address is included in the destination address, and the control number is included in the payload data. In addition, when the type control is performed according to the operation of the common switch 1 1 3, the control is performed. The light-emitting element 13 3 is turned on during the pattern control of the device 1. In the common setting operation, the controller i is configured to receive the operation input from the setting switch, and then set the common setting operation of any one of the common switches 1 1 1 to 1 1 through the communication unit i 2 . The command is transmitted to each of the transfer addresses of the complex control terminal 2. In the first embodiment, in accordance with an operation input (long voltage) from the setting switch (丄丄3) and an operation input (short voltage) from a common switch, the controller 10 transmits the common switch through the communication unit 12. The setting command for the common setting operation is transmitted to the broadcast address, and after that, the controller 10 updates the related data set according to the setting data received from the at least one of the plurality of control terminals 2 through the communication unit 12. The controller 1 periodically turns on and off the light-emitting elements 19 200934031 (shared display) corresponding to the common switch during the common setting operation. As shown in the fifth figure, each control terminal 2 includes an input device 2 1 through 2 2, a display 2 3, a memory device 24, a drive unit 25, a power supply unit 26, and a controller 2, and the power supply is shocked. In the case of the second power system, the AC power obtained from the power source 5 is converted into the DC power by the power supply line 6 and supplied to the respective units of the control terminal 2 itself. The input device 2 1 has at least one dedicated switch, and the dedicated open relationship is input according to the operation (pressing operation), and the operation signal (contact signal) is supplied to the controller 2 〇, therefore, the same as the common switch, the dedicated switch can be Different operation signals corresponding to "short pressure" and "long pressure" are supplied to the controller 2 。. In the first figure, the input device 2 i of the individual control terminal 2 (2A) has a dedicated switch (such as a push button switch) 2 1 ii, and the open relationship has a dual-state thixotropic switch (ie, a dedicated switch). Function, and interactively turn on or off the load 3 connected to the terminal 2 at each short press. The input device 2 1 of the dual control terminal 2 ( 2 B ) has two dedicated switches (such as push button switches) 2 1 2 1 and 2 1 2 2, and each of the switches has a dual-state thixotropic switch (dedicated switch) The function is to alternately turn on or off the load 3 connected to the terminator 2 B at each short press. The input device 2 1 of the variable control terminator 2 ( 2 C) has three dedicated switches (for example, push button switches) 2 1 3! to 2 1 3 3, and the variable control 20 200934031 ❹ 终端 terminator 2 ( 2 D The input device 2 1 also has three dedicated switches (such as a push button switch) 2 1 4: to 2 1 4 3 . The switch 2 workers 3 1 and 2 1 4 i each have the function as a two-state thixotropic switch (dedicated switch) and alternately turn on or off each time a short pressure: its own terminal is connected to the load 3, the switch 2丄32 and 2丄X each have the function as a rising switch (for example, a dimmer switch), sub-adding the action level (for example, dimming level) of the load 3 connected to its own terminator, and the switches 2 1 3 3 and 2丄4 3 Each has its function as a down switch (e.g., a dimmer switch) and reduces the level of the load 3 (e.g., dimming level) of the load 3 connected to its own terminal H. Moreover, each of the switches 2 1 i 2 , 2 丄 2 丄, 2 丄 °, 2 1 3 ! and 2 1 "has a function as a registration switch 2 in accordance with the long voltage, and is used for transmission to be assigned to its own control terminal. Bit: It is associated with the common switch in which the related data is concentrated in the setting mode, and is not limited thereto, and each control terminal 2 may further have a registration switch corresponding to at least one dedicated switch. The second communication unit 22 communicates with the operation terminal i via the communication line 4 via the communication line 4, which is the same as the communication unit i 2, and the communication unit 2 2 is based on multiple storage such as ^MA/CD. Agreement, material and receiving transmission

2, = 22, a light-emitting element (for example, L 21 200934031 E D ) disposed in the vicinity of at least one dedicated switch in its own control terminal; and a driving unit (not shown) for driving the light-emitting element. In detail, the individual control terminal 2 ( 2 A ) includes: a light-emitting element 2 3 1 1 disposed in the vicinity of the dedicated switch 2 1 11 ; and a drive unit for driving the light-emitting element 2 3 : ! The dual control terminal 2 ( 2 B ) includes: light-emitting elements 2 3 2 ! and 2 3 2 2 respectively disposed in the vicinity of the dedicated switches 2丄2 and 2 1 22; and respectively for driving the light-emitting elements 2 3 ^ and 2 3 μ drive unit. The variable control system terminal 2 ( 2 C) includes: a light-emitting element 2 3 31 disposed near the dedicated switch 2 3; and a driving unit for driving the light-emitting element 23 31. The variable control terminator 2 (2D) includes: a light-emitting element 2 3 4 i disposed in the vicinity of the dedicated switch 2 1 4!; and a driving unit for driving the light-emitting element 2 3 . The illuminating elements each have a function as an actuating display and are used to indicate whether or not there is a load 3 corresponding to the drive, and the actuated displays are each turned off when the corresponding load is turned on, and if not, turned on. Moreover, each of the light-emitting elements has a function as a common setting display, and is configured to display a common setting operation of selecting one of the common switches 1 1 1 to 1 1 3; and the common setting displays each have a δ in the selection It is also turned on and off periodically at a higher frequency when the action is performed, and is turned off if it is not. Moreover, the illuminating elements each have a function as a login genre, and are used to display whether the setting for linking the transfer address of the control terminal itself to the common switch to be set has been transmitted to the operation terminal. And the login display benefits are periodically turned on and off at a lower frequency during the login period. 2009 200931 31 Closed ... ί 罝 罝 y jy The non-volatile memory is set (eg E 4: for example, rewritable Data set, etc., the data set may contain 0 M) 'and the storage address (transfer ^ „ knows the combination of at least one of the physical bits of the terminal 1 , for example, the code and the control data Γ 1, the 'worry control terminal f 9 C ) memory device 2 4 is stored in 4 &^" 2 (2 ❹

G 隹,7, stretched to store the data f as shown in the sixth figure, and the memory of the variable control terminal is stored for connection with the variable control terminal: control data of the load 3 (action level, such as dimming grade). The moving unit 2 5 drives the y loads 3 connected to the control terminal 2 itself, and is driven according to the control of the controller 2 of the control terminal 2. Separate # °° ..,, drive unit 2 5 :, 歹 'If the relay is included, and the relay 3 and the power supply 2 connected to the separate control terminal are obtained or cut through the relay connection. The drive unit 25 of the dual control terminator includes, for example, a relay, and the electrical connection between the load 3 connected to the double & terminator and the power source 5 is obtained or disconnected through each relay. The driving unit 25 of the variable control terminal device includes, for example, a three-terminal bidirectional controllable inter-turnoff element, and the phase control of the three-terminal bidirectional controllable switching element is adjusted (increased or decreased) from the power source 5 to The variable control terminal is connected to the power of the load 3, that is, the load ratio (the ratio of the supplied power to the rated power) is adjusted, and the dimming level of the load 3 is adjusted in the first embodiment of 23 200934031, for example, When the right batch control is group control, the drive unit 25 of the variable control terminal supplies 丄◦% of the power (rated power) to the load 3 when the power is supplied to the load 3, that is, the load 3 is turned on. . Qiuyouzhai 2 〇 contains C P U, and performs various actions such as dedicated actions, actions, and shared setting actions. ❹ In the special action towel, (4) device 2 (four) will be connected with == at least one load 3, according to the corresponding from the "贞 load of # mm ^, if the dedicated switch is 2111, 2121, 2122 cattle, = or 2 1 4 i, the controller 2 connected to the dedicated switch is input according to the operation from the phase switch (short: the load 3 of the dedicated switch, if the dedicated switch is == off, the controller 20 will follow the If the rise switch is in, the action level of the load 3 is increased. If the dedicated switch is a drop switch, the controller 20 will reduce the action level of the load 3 according to the operation from the drop and the off. The controller 2 of the variable control terminal is stored in the OFF state, and the action level of the load 3 is stored in the record 24, ::: The controller 20 is in accordance with at least one load 3 connected to its own control terminal 2 When the operation input of the dedicated switch corresponding to the load is turned on, the controller 2 Q (4) carries the light-emitting element (actuating display m, if not, the control = 24 200934031 2 0 will turn on the light-emitting element. In the common action 'control 2 will come from the end of the operation The control command of the end: 1 is used in the transmission of the control command, and the address is the control terminal address assigned to the controller 2, and is received by the communication unit 22, and then h 2 0 is based on the The control command is transmitted through the drive unit 2 ❹ at least one load 3 connected to the control terminal 2, and +: 'the controller 20 is obtained from the data set of the set 2 4: in the control command (multiple Controlling the broadcast address and the control number), and driving the at least one controller 20 to transmit the response data (physical address and control) of the at least one upload state according to the control data. The transfer address of the terminal device 1 is operated, and the transfer bit 讣〇〇〇A") is included in the destination device of the third figure. The switch is closed when the load 3 is turned on. Corresponding to: at least one load 3 a light-emitting element (actuating display), and turning on the light-emitting element when the load 3 is turned off. If the controller 20 controls the pass-through of the terminal device 2 by itself: the sense 2 receives the corresponding switch corresponding to the operation terminal 1 ; 'Order, the controller 20 will open A total setting action is performed, and the control: at least one illuminating component of the terminator is periodically turned on and off at a higher frequency through a driving portion corresponding to the illuminating cow. In the common setting action, the controller 2 is compliant according to End of operation 25 200934031 The operation of the registration switch of the terminal 2 is carried out (long pressure), the setting data is transmitted to the transmission address of the operation terminal 透过 through the communication unit 2 2, and the illuminating 7G piece is transmitted through the driving part. The low frequency periodically "and", (4) the poem contains the information that the communication address of the control terminal 2 is associated with the common switch (example code and control data or display non-registered code) . ° 疋 疋 action 'Controller 2 〇 and will be fixed with ▲ m load 3, according to the operation input (short pressure) from the special switch for m, and will be included through the communication unit 2 2 The setting data of the spicy food is transferred to the transfer position of the operation terminal i:. (Dedicated action) ❹ End: The special action of the two-load control system. At the end of the individual control == If the dedicated switch 2111 is turned on by the short pressure, the number is supplied to the controller 2 ◦ 'Next, the load 3 is controlled and closed, and in detail, the drive unit 25 is turned off, that is, following Turn on or off 20 to turn off the light when the load 3 is turned on

Turn on the light-emitting element U 1 when the load 3 is turned off. 1 Illuminate the item 2 3 1 1 You turn it on or off with < rt» & ',,,' The drive unit of the display 2 3 is opened to the dual control terminal 2Β, and if any of the dedicated switches Η" 26 200934031 and 2 1 21 is opened by a short pressure, the operation signal of the short pressure will be The dedicated switch that is pressed is supplied to the controller 2, and then the controller 20 turns on the load 3 corresponding to the dedicated switch that is pressed when it is turned off, and if not, turns off the load 3, and the controller 2 〇 When the load 3 is turned on, the light-emitting element (2321 or 2322) corresponding to the load 3 is turned off, and when the load 3 is turned off, the light-emitting element is turned on. © In the variable control terminal 2 C, if the dedicated switch 2 1 3 i is turned on by the short pressure when the load 3 is turned off, the short-press operation signal is supplied to the controller 2 〇, and then the controller 2 〇 The power is supplied to the load 3 through the drive unit 25 based on the control data (action level) stored in the memory device 24. The load 3 is powered by the phase control of the three-terminal bidirectional controllable switching element in the driving unit 25. In addition, the controller 20 turns off the lighting element 2 3 3 i, and then, if the special switch is pressed (up) When the switch 2 is 32, the operation signal (power rise signal) is supplied to the controller 20, and if the dedicated switch (down switch) 2 l33 is pressed, the operation signal (power down signal) is supplied to the controller 2 〇 If the power rise or power down signal is accepted, the controller 2 will increase or decrease the power supply to the load 3 by the mutual health of the three-terminal bidirectional controllable residual component, and then, if the dedicated switch 2 1 3 i is turned on by a short pressure, and the short-press operation signal is supplied to the controller 2 〇, and then the controller 20 stores the control data (action level) of the load 3 in the memory device 24, and The power supply is stopped to negative 27 200934031 and the light-emitting element 2 3 3 i is turned on. The variable control terminator 2 D also operates in the same manner as the variable control terminator 2 C. In the - column +, each of the controllers 2 of the terminators 2 C and 2 D presses up when the load 3 is off or The down switch will supply power to the load 3 connected to itself and increase or decrease the power to the load 3. (share action)

Refer to K?, the fourth figure's the common action of the load control system. In the operation terminal 1, if the common switch X ii is turned on by a short voltage, the operation signal of the short pressure is supplied to the controller 1 , and then the controller 1 is obtained from the related data set of the memory device 14 The multicast address "FE 〇A" and the control number "1"' assigned to the common switch 1 1 1 are transmitted to the multicast address via the communication unit 2 2, that is, the control command is transmitted (control) Number and multicast address). ...the transfer address used in the transmission of the control command corresponding to the control terminal "FE 〇A" of the multicast address "" is assigned to the transfer address of each control terminal 2, so each controller 2 The communication unit 2 receives the = command through its own control terminal 2, and then each control terminal 2 transmits its own drive 5' according to the control command and its own memory device 2 4 to the control command. Control the data, control the connection with a load 3 ' at this time, corresponding to the complex number of control commands, θ open or close ' and corresponds to the complex load 3 28 200934031 = the optical components will be turned off or on respectively. After the time and the time of the address are broadcasted to the designated period, each control system transmits the reaction data to the transmission address of the terminal 1 through its own communication unit 2 2, and the reaction data includes at least the connection of the display terminal 2 - The action state of the load 3 = (control data), and the specified periods are different from each other. 'Shake in the operation terminal 1, if the common switch 112 is turned on by short pressure, the short-press operation signal is supplied To the control number 0, then the controller 10 obtains the multicast assigned to the shared switch 1 12 from the connected data set of the memory device 14 (4) "fe〇a, : control =, "," ' and will pass through the communication unit 12 The control number is broadcast to the address, that is, 'the control command (control number and multicast address) will be transmitted. Corresponding to the transmission address used in the transmission of the control command corresponding to the control terminal of the multicast address "FEQA": to the transmission address of each control terminal 2, therefore, each controller 20 transmits through it The communication unit 22 of the control terminal 2 itself receives the command: then each control terminal 2 transmits its own drive 4 2 5 ' according to the control command and its own memory device 4 4 depends on the control command (4) (4) , control (four) their own connection ^ to the evening load 3. In detail, the individual control terminal 2A turns off the load 3' of the terminal 2a through the drive unit 25 of the terminal 2 and drives the display 2 through the display 2 of the terminal 2A. 29 200934031 Turns on the light-emitting element 2 3 χ χ The dual control terminal 2 is driven through the terminal ϋ 2 驱动 drive unit 2 5 to turn on the terminal 2 '2 负载 2 load 3 ' and through the terminal 2 Β the display 2 3 drive unit Ο

The light-emitting element 2 3 2 i and 2 3 2 2 are closed, and the variable control terminal 2 C transmits the power of 5 〇% to the load 3 of the terminal 2 C through the drive unit 2 5 of the terminal 2 The driving unit of the display 2 3 of the terminal 2 C turns off the light-emitting element 2 3 3 1, and the variable control, ',, ' cake 2 D supplies the power of the terminal to the terminal through the driving unit 2 of the terminal 2 d The load 2 of the device 2D is turned off by the driving unit of the display unit 2 of the terminal 2D. The time from the reception of the multicast address "FE〇A" and the control number "2" to the designation After the period, each control terminal 2 transmits the reaction data to the terminal device through its own communication unit 2 2 . However, the operation of each of the loads 3 is even shorter by the shared switch 1 1 2 . Pressing and opening will not change.

In the operation terminal 1, if the common switch 1 13 is turned on by a short voltage, the operation signal of the short pressure is supplied to the controller iq, and then the controller 10 is distributed from the related data set of the memory device 14 to The multicast address of the switch i 3 is "FE 〇 B = control number "1", and the control number is transmitted to the broadcast address through the communication unit i 2, that is, the control command (code and multicast bit) is transmitted. site). Control terminals

The transmission address used in the transmission corresponding to the multicast address "FE 〇B 30 200934031 control command is assigned to the transmission address of each control terminal 2, so each controller 2 controls the terminal through itself. The communication unit 22 of the device 2 receives the control command. Then, each control terminal 2 transmits its own drive unit 25, and controls the control data according to the control command and its own control device corresponding to the control command. Self-connection = at least one load 3. In detail, the variable control terminal device transmits the 70% power i, to, and the load of the controller 2 C through the driving unit 2 of the terminal 2c. And the light-emitting element 2 3 is turned off by the driving unit of the display 2 3 of the terminal 2 c, and the variable control terminal 2 D supplies the power of the power of the terminal 2 to the terminal 2D through the driving unit 2 of the terminal 2 The load 3 is transmitted through the display of the line terminal 2D and the driving unit of the 2 3 to turn off the light-emitting element 2 3 4" from the time point of receiving the multicast address "FEGB" and the control number Γ 1" to the designated period, and then each control terminal The device 2 transmits the reaction data to the communication unit 2 2 through its own communication unit 2 Conveying the work address for the terminal device, however, each such load operation, even if the total lines 3 switch 113 again to be turned on by a short press will not change. In the operation terminal 1, after the controller 1 transmits the control command (control number and multicast address) assigned to any of the common switches 1 1 ! to 1 l 3 , the controller 1 监视 monitors the corresponding Controlling the batch control of the command, and the batch control is monitored until the J, and the second deduction period, in detail, if all the control terminals corresponding to the multicast address are transmitted through the communication unit 12 2 receiving anti-200934031 should be poor material π investment benefit 1 ◦ will judge whether the batch control has been in the control terminal 2 corresponding to all the control terminal of the multicast address: control; The related data set corresponds to the control command = pro/bee material - so that the controller 1Q determines that the batch control has been implemented in all the control terminals 2, and then the control drive unit is turned on corresponding to the control command:

== component. On the other hand, if the controller " is judged as: batch: the person control is not implemented in the corresponding multicast terminal 2, then the obituary, crying, A person's control gain 10 will illuminate The component remains: the batch controller and the controller 10 transmit the same system through the communication unit 12, and transmit the same to the control terminal corresponding to the control command and repeat the same action. Connected to the control system, in addition to the dedicated action (load straight, control), can still achieve the common action (batch control), and, = negative work system 'especially the use of the complex control terminal 2, do not It will be hindered by the disconnection of the communication line 4 and the operation of the terminal, so that the reliability of the system can be improved: 'Compared with the system of synchronous data link control, the import can be reduced (shared setting action) The seventh to ninth figures illustrate the common setting actions of the load control system. As shown in si and S2 of the seventh figure, if operation 32 200934031, the terminator 1 is controlled by the setting switch (the operation is controlled, the long-term pressure of the control system is controlled, and the j/p ΑΚ χ ° 〇 Set the knowledge input of the opening, the mode is switched to the setting mode, the fruit worker, the right mode is used for the eight's, and the terminal is used as the terminal system to control the final two actions. Pirate 2 cooperation and start to set a total of ❹ ❹ Then 'as shown in the seventh figure q c c ζ 瑞 Ί Ί Mm 3 and S 4, if the end of the operation:: = the total switch ll3 is short and repeatedly subjected to r 10 The communication unit 12 transmits the setting command for the setting operation of the common switch 113 to the broadcast address, and the manufacturing device 10 periodically turns on the light-emitting element i: the setting display 11 by the corresponding driving unit. Close, by which the current mode can be displayed as the setting mode. 4, as shown in the seventh figure, C1 5Γ/ΐπ-i au 1 to C 4, if the load control =::=2 receives its setting command corresponding to 'the switch 1 13' through its own communication unit 22, then each control The device 2 switches the operation mode to the setting mode' and at least temporarily maintains the operation: the physical address of the terminal device 1. If the operation mode is switched to the setting mode, each control terminal device 2 cooperates with the operation terminal device. Start with a total set of actions. X, each controller 2 is turned on and off at a higher rate by at least one of the display units 2 3 of the control unit 2 of the corresponding control unit 2; Therefore, the current mode can be displayed as 33 200934031. In the setting mode, each control terminal 2 is operated according to the operation input (long pressure) of the common setting operation switch to each control terminal 2 according to itself, thereby switching The operation wheel (short pressure) performs the dedicated motion γ 2 to intuitively change the load control system to the desired % scene (eg, lighting scene). Ο 13 two seven: it. 5 to. 7 or 8th C11 to c login open: ί control terminal 2 by its own at least one direction, two pressure and party to operation 'the controller 20 will be fed the register V again Total i: the setting of the related data set of the closing 113 will be its own, 2 Q wire material driving part, ❹ light-emitting element (a recording of at least one of the 4 2 3 and off -: not) at a lower frequency Periodically opening the recorded state can indicate whether each control terminal 2 is in the at least recorded state, 'each control terminal 2 performs a dedicated action by its own 20 series, and more == parent controllers... The login can be == : = = the cancellation, that is, the setting data includes the long pressure of the display switch and the inclination of the display is not indicated to the related data set, the parent: the code and the control data of the control terminal 2 , or to the non-registered code of the eight members who do not contact the connected data set. In detail, as shown in ChC7 of the seventh figure, if you can change the control terminal? Γ 4 long login switch (dedicated off 2l31) through the terminal 2C, ^ terminal 2C controller 20 will be the terminal 2 entity 2 22 to transfer the design to the operation login, 2 Q # The code of the record of entering the setting data and the terminal volume 2 will display the current control data package t Μ ^ Λ of the load data of the set data set to the related data set. If this is not the case, at least the display is performed. Related to the recording of the setting data:! ...枓. In addition, the system is periodically opened by the corresponding drive::, the terminal: 2 C controller 2 rate; and; the first-piece 2 331 is sent to the terminal 1 at a lower frequency, setting data Then, the control unit receives the memory device i4 through the communication unit 12. Q will temporarily store the material. For example, in Figure 8 and Figure 8, if the variable control terminal 2 c is operated by ^ gate = record status 2 1 33, the terminal: Money 2 1 32 or + ^ 细恭"0 controller 20 斟斟: in the special: switch 2132 or 2133 negative; = do. If the Cin&_ 疋仃 用 用 r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r In the example of the figure: the control data corresponds to an action level of 7: /6 (for example, a dimming level). 200934031 In the operation terminal 1, if the setting data is received through the communication unit 12 The controller 10 temporarily stores the setting data in the memory device 14. As shown in the eighth figure, c 1 1 to C 13 , if the variable control terminal 2 D is used by the registration switch (dedicated switch 2 1 4:) is operated under the long pressure, and the controller 2 of the terminal 2D transmits the setting data to the physical address of the operation terminal 1 through the communication unit 2 2 of the terminal 2 D, and the setting The data includes a code for displaying the registration to the related data set and the current control data of the load 3 of the terminal 2D, and the controller 2 of the terminal 2D transmits the light-emitting element through the corresponding driving unit. Low frequency cycle • Slightly open and close. ^ In the operation terminal 1, if it is transparent When the communication unit i 2 receives the " fixed bedding, the controller 1 will temporarily temporarily set the setting data to the memory device 14. As shown in the eighth figure, C1 4 and C1 5, if the variable control terminal The controller 2D performs a dedicated action by the dedicated switch 2 142 or 2 l43 = then the controller 2 () of the terminal H2D: C 1 6 of J8, and then the communication unit 22 of the controller 2 It will contain the current control: 传送 transmitted to the terminal address of the operator terminal 1, and in the example of the second and fourth figures, the batch of Yuelu consultation and grade (for example, dimming, etc. corresponds to 3〇% of the movement 36 200934031 In the operation terminal 1, if the set poor material is received by the communication unit 12, the controller 10 temporarily stores the setting data in the memory device 14. The sub-paragraphs are as shown in Fig. 85 to $11. It is shown that if the operation terminal 1 is operated by the long pressure of the setting switch (1 1 3), the controller 10 starts to switch the setting mode to the operation mode 2, that is, the controller i transmits The communication unit 丄2 sequentially transmits the reply command to the operation mode to the load control system to cause the complex control terminal 2 All the physical addresses. Here, the reply command is transmitted to the control terminal 2^ corresponding to the valid login, and the controller 10 transmits the control command corresponding to the shared switch 113 to the control terminal with the reply command (4). 2. In the example towel of the fourth figure, the control command residual code 4" and the multicast position 2 "FE ◦ B", and then the "controller system according to the temporary storage device" setting data, corresponding to the common switch 1 The related data set (ie, the corresponding relationship) of the 13th example, the corresponding relationship shown in the “third common switch” of the fourth figure, the control (4) i (4) switches the setting mode to the operation mode, and is turned off by the driving part of the display 13 Light-emitting element i 3 3. If the = mode is switched to the operation mode, the operation terminal 丄 cooperates with the operation control input of the common control switch, and the control terminal 2 cooperates to perform the common operation. If the younger brothers C 1 7 to C 9 9 lang · - 2 2 do not 'if the load control 37 200934031 糸 system control terminal 2 through its own communication unit 2 2 receive = complex command, then each controller 2 0 will be used to change the setting mode to the dedicated and shared action mode. That is, the control unit 2 A controls the terminal mode 2 to switch to the operation mode according to the reply command, and drives through the display 23

The moving part drives the light-on #9 Q, especially 70 pieces 2 3 11, the light-emitting element 2 3 ^ is in accordance with the current state of the load 3 'the same as the special action, the same drive', according to the reply command, the dual control terminal The 2 β system switches the setting mode to the profit mode, and the corresponding driving unit drives the respective light-emitting elements 2 3 2 1 and 2 3 2 2 . - On the other hand, since the variable control terminator 2 C receives the control command corresponding to the shared switch ii 3 simultaneously with the reply command, the entity (4) of the terminal device is operated, the setting command and the current control data storage In the memory device 24, the final terminal 2c switches the setting mode to the operation mode, and drives the light-emitting elements 2 3 η through the driving portion of the display 23. Similarly, since the variable control terminal 2D receives the control command corresponding to the shared switch 1 i 3 simultaneously with the reply command, the physical address of the terminal 1 is operated, the setting command and the current control data are stored. In the memory device 24, the terminator 20 then switches the setting mode to the operation mode, and drives the light-emitting elements 2 3 4 through the driving portion of the display 23. In the first embodiment, when the operation terminal 2 receives the operation input (long pressure) from the control switch (1 1 3), the setting command for the common switch is transmitted to the entire control terminal. =2, the whole control terminal device will receive the setting command, and then, right to the control terminal device 2, according to the operation wheel person (long pressure) from at least one login, the data is transmitted to the operation terminal fj, then The known terminal device 1 can update the related information according to the setting data to intuitively set the correspondence between the desired scenes (for example, ❹月昜'7) without the type setting device and the expert knowledge. Stay J. In the control terminals 2 C and 2 D of the seventh and eighth diagrams of the brothers, each dimming level is pressed by each of the registration switches by a long pressure: then the φ is changed, and the sun and the second are changed. It is consistent with the structure of the form. It can also be changed before each registration switch is pressed by long pressure. In the example, each control terminal 2 transmits the ❹ Β and 疋 依据 according to the setting command to the operation terminal device, and each controller 2 is connected; after receiving the reply command, the communication of the terminal 2 is controlled by itself. „海疋疋 data is transmitted to the actual ship address of the operation terminal 1. The operation terminal device i updates the related data set according to the setting data from the at least one control terminal device 2, in this example, displays the code and display of the money. Non-login code is useless. • "In the example, the terminal 1 has a switcher in addition to the switch.

To 1 1 3, there is still a ^1 wire pq / JL μ recording switch (or mode switch), the controller 10 will set the command for a common switch, at the same time 39 200934031, according to the house, the total opening and closing The transmission to each control terminal writes 2f = 透过 through the communication units 12, 2 (e.g., broadcast address). Fixed mode: In the example, the operation terminal 1 further has at least one light-emitting element for <=, and its illuminating color is different from the illuminating elements ^1 to 1 3 3, and is set to a _ on the gold measure 4 The light-emitting element (it right · 疋 display) is in the current mode. , has the right ❹ is not closed, and then open, if the end of the controller 10 is turned on or off. According to the description 4, each of the control terminals 2 has its own display. The two light-emitting elements are different from the light-emitting colors. The components are different from each other. When the first-lighting type is on, the following:::: The current mode is the setting mode. The display is turned off, and the second light-emitting component is turned on. If it is not its own control, the terminal is turned on when the terminal is in the login state::: this is closed. And the first and second illuminating elements are turned on or off by the controller 20 of the system 2, and the related information is included in the memory data of the load control system.丄 — 方面 对应 对应 对应 对应 对应 = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = The first picture in the figure has a 200934031 switch), and each data set corresponding to the specific correspondence includes the control commands (control number and multicast address) and the control data of the group control. In this example, The set labor can be saved. • In an example, when the pattern control is performed in accordance with an operation input (short pressure) from any one of the common switches 1; l 1 to 丄丄 3, the controller 10 transmits the communication unit i 2 Will specify The control command is transmitted to the multicast address obtained from the associated data set. The specified control command includes the identification code and control data of the control terminal 2 that is obtained from the associated data set and is associated with the multicast address. At least one of the 'and a, for example, the identification code is the μ AC address of the control terminal 2, and the control data is for the opening or closing control of the v load 3 connected to the control terminal 2 The first embodiment is preferable in that the maximum size of the _+ centroid transfer frame is limited to the number of combinations. In the embodiment, the operation terminal device further includes a copy switch. And including at least first and second common switches. The controller 1 is connected to the first and second common switches, and the common setting operation is performed after the command is transmitted, according to the copy switch and the first - the operation input of the other of the common switches, the correspondence between the relevant and the second common switch is copied from the correspondence relationship between the other and the other. For example, the operation terminal 1 is First-phase In the same place, the common switch workers h to 11" are included in the setting mode of the common switch 11 (that is, after a total of 200934031 has a setting command for the common setting operation of the switch 1 1 2), the controller 1 is tied to the copy switch. Then, the common switch 1 1 3 is pressed, and the correspondence relationship of the shared switch 1 1 2 is copied from the correspondence relationship of the shared switch ii 3 , and then the controller i performs a common action for the shared switch 1 h. In the _ state, the setting operation for the desired scene can be further simplified and the copying result can be intuitively confirmed.

In the consistent mode, the operation terminal device further includes a cancel switch, and the operation terminal device i has a common switch when the switch 丄L to i13 is shared, and the cancel switch can also be combined with the setting switch (4). The common setting is opened by one of the short pressure and the long pressure, and the cancel switch is used by the other of the short pressure and the long pressure. The controller 1 transmits an operation input cancel setting mode from the cancel switch according to the setting command, that is, the device 10 stops the update of the related data set, and transmits a cancel command for suspending the common setting operation of the shared switch to the communication 2 through the communication 2 Each of the transmission control addresses of the plurality of control terminals (for example, a broadcast address), for example, the controller 1 (4) invalidates the data (such as μ material, etc.) temporarily memorized in the memory device 14 and switches the mode to the operation mode. . On the other hand, when the controller 2 of the plurality of control terminals 2 controls the terminal button 2 through the control terminal to receive the cancel command after the setting command, the common switch sets the action, for example, , the whole device 2 0 will switch the mode to the operation mode, and not more ^ 42 200934031 = device 2 4 material. In this configuration, the subsequent futile work can be stopped when the setting operation is suspended. (Second Embodiment) The tenth embodiment exemplifies a related data set in the load control system according to the second embodiment of the present invention. For the sake of clarity, the same elements are assigned the same symbols as those shown in the first embodiment. The load control system in the second embodiment includes: at least one operation terminal device 1 that assigns a transmission address; a plurality of (example t four) control terminal devices 2, each of which allocates a transmission address and can be a red author' And at least one load 3 is connected to each of the plurality of terminals 2. The operation terminal 1 includes the input device 1 1 , the communication unit 1 2, the display device 3, and the power supply device 16 in the same manner as the first embodiment. Further, according to the features of the second embodiment, the operation terminal 1 includes the memory device 14 and the control. 1 〇. The memory device 14 is used when storing the related data set, and the related data set includes the transmission addresses of the respective common switches ii to 丄i 3 and at least one of the plurality of control terminals 2 assigned to the load control system. Corresponding relationship (physical address), for example, the memory device 14 is a rewritable non-volatile memory device (for example, EEPR Ο ,), and stores a related data set as shown in the tenth figure. The related data set is given to the special material by a combination of at least 43 200934031 control terminal benefits of the physical address and control data associated with each common switch. 'The control number and multicast shown in the fourth figure are not included. The address aspect is different from the first embodiment. The individual physical addresses of the individual control terminal and the variable control terminal are, for example, the ma C address, and the physical address of the dual control terminal is, for example, % a. :: In combination with the load number, the connected data set can be stored in the memory device 14 by the action of ❹ (4)^, and can be pre-stored by the manufacturing process of the load control system. The controller 1 packs the right ρρττ ^ ^ , ._ with the CPU, and performs various actions such as a common action and a 5 fixed action. (4) In the common operation of the second embodiment, the controller 1 performs the operation of any one of the gates 11 to 113 to obtain the t-pressure), and transmits a control command of the self-related data set through the communication unit 1 2 That is, the 'control data is transmitted to the individual address (transport address) of the data, and the aspect: =: the morphological difference is different, that is, in the second embodiment, the feature is assigned by unicast transmission, and is related The data of each control data corresponds to the control command of the present invention, and the individual funds: the system includes: the address also contains the control command, which is included in the load controller when the complex control command is transmitted, and the individual controls: the commands are sequentially Transfer to the individual address of the library, the next control command: transfer after receiving, and, in response, the control of the beta control for the heavy control terminal 44 200934031 The command is included, for example, at the same time as the corresponding load number. Remuneration data. In the common setting operation of the second embodiment, the controller 10 transmits a setting command for the common setting operation of the shared switch to the communication unit 12 in accordance with an operation input (short pressure) from the shared switch. The respective addresses (transfer addresses) of the plurality of control terminals 2 are different from those of the first embodiment. The same as the first embodiment S, the controller 1 is configured to receive a new set of related data from at least one of the plurality of control terminals 2 via the communication unit 12, for example, from the complex control terminal 2 Each control data is associated with the physical address of the corresponding control terminal 2. Each control terminal 2 is configured to include the input device 21 in the same manner as the first device, and the second device is provided in the same manner. A 〇 2 2, display 2 3, and drive

Port I5 2 5 and power supply unit 2 6, again, the price is outside the technology. According to the characteristics of the first embodiment, the memory device 24 and the controller 2 are included. The second form of the younger brother’s form is the beginning of the j咅 dream, ^ + Ling set (second memory device) 2 4 is different from the first one that is not the first one. . Λ ‘and perform dedicated actions, kinds of actions’ and special actions are carried out. The controller 20 includes cpu /, active operation, and common setting operation, etc., in the same manner as in the first embodiment, 45 200934031, in the first mode, the controller 2 is based on the control. The control data of the command drives at least one load 3 connected to the control terminal 2 via the drive unit 25, and this aspect is different from that of the first embodiment. In the common setting operation of the second embodiment, the controller 2 is configured to operate in the same manner as the first (fourth) common setting operation.

However, the memory device 24t is different from the first embodiment in that the data set of the sixth figure is not stored. (Common Operation) The tenth figure illustrates the common operation of the second embodiment. If the terminal device 1 is operated by the short-press pressure defended by the common switcher, the operation signal of the button voltage is supplied to the controller 1 〇, and then ==1 Q is the related data set of the memory device 14 The physical address of each combination of the common switch 111 is sequentially: according to:: 2, the control life (4)-彳 physical address in each combination, for example, the benefit control system will control the command (control data) "〇Ν戋〇F 2 is sent to the physical address "〇〇01". After transmitting the response data of the control command through the communication unit 1, the controller 1 〇ρ and the second control command are transmitted to the physical address "Kamakura: the first control command is "〇Ν or OFF" , and the first heart:::Γ, "simultaneous transmission, the second control life Si" and transmitted with the first load number "〇2" 46 200934031. After receiving the response data corresponding to the first and second control commands through the communication unit i 2, the controller 10 transmits the control command "〇1^ or 〇?1;^" to the physical address "〇〇〇3 After receiving the response data corresponding to the control command through the communication unit 12, the controller 10 transmits the control command "〇n or 〇ρ ρ" to the physical address "〇〇〇4". After receiving the reaction data corresponding to the control command through the communication unit i 2, the controller i turns on the light-emitting element i 3 i through the corresponding driving unit in the display 13 . In the control terminal 2 of the body address "〇〇〇1", if the controller 20 receives the control command "〇N f 〇FF" through the communication unit 2 2, the controller 2 transmits the drive unit according to the control command. 2 5 drive load 3. Further, similarly to the first embodiment, the controller 20 drives the light-emitting element 2 31 1 and transmits the reaction data to the transfer address of the operation terminal via the communication unit 2 2 after the designated period ("〇〇〇 A"). In the control terminal 2 of the physical address "〇〇〇2", if the controller 20 receives the first and second control commands through the communication unit 2 2, the controller 20 according to the first and second control commands The load 3 corresponding to the load numbers "〇丄" and "02" is controlled by the drive unit 25. Further, in the same manner as in the first embodiment, the controller 20 drives the light-emitting elements 2 3 2 : ι and 2 3 2 2, and transmits the reaction data to the transfer position of the operation terminal 1 through the communication unit 2 2 after the designated period. site. The response data includes the load number "〇 47 200934031 1" and the control data "Ο N or 〇F F" and the load number Γ 〇 2" and the control data "〇 〇 or 〇 F F". In the control terminal 2 of the physical address "0 0 0 3", if the controller 20 receives the control command "〇ν or 〇FF" through the communication unit 2 2, the control is 2 0, and the drive unit is transmitted according to the control command. 2 5 drive load 3. Further, as in the first embodiment, the controller 20 drives the light-emitting elements 2 3 31 and after a specified period of time

进行 The reaction data is transmitted to the transfer address of the operator terminal through the communication unit 22. The control terminator 2 of the body address "〇 〇 4" also operates in the same manner. The right operating terminal 1 is operated by a common switch, and the short-press operation signal is supplied to the controller 丄 and then the controller! The system selects the body address and control command assigned to each combination of the common switch 1 1 2 in sequence, and sequentially sorts each address = control command through the communication unit 12 The ground is transmitted to the physical address of the rib joint. For example, the controller 1 will send the control command "to the physical address, search for υ ϋ 1". After receiving the response data corresponding to the control command received by the communication unit 12, the controller 10 transmits the control command to the physical address "〇〇〇 first control command system "0 Μ Ζ" Π〇Ν And it is transmitted with the first load number "0 i", and the second number is "〇2 N" and is transmitted with the second negative 2". After the communication data of the second and second control commands is transmitted through the communication unit 482, the control system transmits the control command "5 〇%" to the physical address "0 〇〇3", and is transmitted through the communication unit 12. (4) After the response data of the control command, the controller 1 transmits the control command "7" to the real (10) address "Q〇Q4", and after receiving the response data corresponding to the control command through the communication unit 12°^ (4) The device ι (4) turns on the light-emitting element through the corresponding driving unit of the display 13 丄3 2 0 # in the control terminal 2 of the physical address "0001", if the controller 20 receives the control command "〇FF" through the communication unit 2 2 "The controller 2 will close the load 3 through the drive unit 25 according to the control command. In the same manner as the first embodiment, the controller 2^ turns on the light-emitting element 2 3 u ' and transmits the reaction data (control data "〇FF") to the operation terminal 1 through the communication unit 2 2 after the designation (4). Address. In the control terminal 2 of the body address "〇0 0 2", if the controller 20 receives the first and second control commands through the communication unit 2 2, the controller 2 依据 is based on the first and second control commands. Each load 3 corresponding to the load numbers "〇丄" and "〇2" is turned on via the drive unit 25. Further, similarly to the first embodiment, the controller 20 turns off the respective light-emitting elements 2 3 21 and 2 3 22, and transmits the reaction data to the transfer address of the operation terminal 1 through the communication unit 22 after the designated period. The response data includes the load number "〇 49 200934031 1" and the control data "〇 N" and the load number "〇 2" and the control data "〇Ν". 〇

In the control terminal 2 of the physical address "〇0 0 3", if the controller 20 receives the control command "50%" through the communication unit 2 2, the controller 20 transmits the drive unit 2 according to the control command. Drive load 3, for example, load 3 is driven at a 50% dimming level. Further, in the first embodiment, the 'controller 20 drives the light-emitting elements 2 3 3 ! ' and transmits the reaction data (control data "5 〇 %") to the operation terminal through the communication unit 2 2 after the designated period. The transfer address of device 1. In the control terminal 2 of the physical address "〇〇〇4", if the controller 2G receives the control command "7 〇%" through the communication unit 2 2, the controller 20 transmits the drive unit 2 according to the control command. The dynamic load 3 'exemplary' load 3 is driven by a 7 ()% dimming level. Further, similarly to the first embodiment, the controller 2" drives the light-emitting element 23", and transmits the reaction data (control data "7 Q%") to the operation terminal 1 through the communication unit 2 2 after the designated period. Transfer address. :: as the terminal, by the short-term wish of the shared switch ll3; the load control system of the embodiment is the same as the action of the variable control terminal (4). The control terminal of the physical address "〇3", the load 3 is driven by 7〇% of 50 200934031, and is driven by the physical address "〇〇〇4 terminal 2, the Q and the control load 3 Driven by a dimming level of 30%. In the example, the display 1 of the terminal 1 is operated, and the L CD (liquid crystal display) device including the driving circuit is used, and the 2 is the wheel device U system and the LCD device. Combined touch ❹ (4) In the example: the shared action is transmitted by broadcast to the job: instead of the second embodiment, unicast transmission. Self-related _ _ complex control command, controller system Corresponding multiple individual addresses are associated with the complex control command, and the: package:! control command and the complex combination of individual addresses are received by the recipients (four) mo will be sent to include the broadcast address The destination address and the transmission signal of the payload data. The present invention has been described with respect to a number of preferred embodiments. However, various modifications and changes can be made without departing from the spirit and scope of the invention. The load control system according to the first embodiment of the present invention; the second diagram is a block diagram of the operation terminal in the load control system; the third diagram is an explanatory diagram of the transmission signal in the first embodiment; 51 200934031 The example shows the relationship between the first implementation and the information I · The fifth diagram is the load control ; ;; 士, ^, ' 块 diagram; . The terminal of the control terminal in the war path system 9 . The seventh embodiment is an operation description diagram of the load control system; the eighth diagram is an operation description diagram of the load control system; and the ninth diagram is an operation description diagram of the load control system; The tenth figure illustrates a related data set in the load control system using the second embodiment of the present invention. [Description of main component symbols] 1 Operation terminal device - 1 0 controller. 1 1 Wheeling device 1 Li, 1 12, 1 13 common switch 1 2 first communication unit ❹ 1 3 display ϋ 1 3l ' 1 32' 1 33 light-emitting element 1 4 one memory device 1 6 power supply device 2 control terminal 2 A separate control terminal 2 B heavy control terminator 2 C variable control terminator 2 D variable control terminator 52 200934031 2 1 input device 2111, 2121, 2122, 2131, 2132, 2133, 214 · ': 1, 2, 142, 2 143 dedicated switch - 2 2 second communication unit 2 3 display 23 ι, 2321, 2322, 2331, 2341 light-emitting element 24 second memory device 2 5 drive unit D 2 6 power supply device 3 load 4 communication line 5 mains AC power supply 6 power line

53

Claims (1)

200934031 VII. Patent application scope: Soil, a load control system, which includes: - 5 as the terminal device, which is the assignor of the transmission address; the complex control terminal device, which is the respective division; and the τ eyepiece knife distribution address And operable, carrying, and connecting to each of the plurality of control terminal devices, and 'the operation terminal device includes: a common switch; ❹ data Γ ' ' 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存The second to the plurality of control terminal lines; the number = the pass through the operation input from the common switch, the pickup and corresponding to at least one transfer bit of the common switch, the complex control Each of the terminal devices includes: 专用 a dedicated switch; communicates with the terminal device through the communication line by connecting with the communication line; and, the second controller is configured to: (a) according to Operation input, control panel 1 I 2 μ Khan 1 negative Portuguese, fork, rtT brother control state terminal connection address is eight allocation $ The transmission used in the transmission of this control command comes from The control of the operation terminal device makes c) control the load according to the 5 hai control command, and the "the operation terminal device has the setting switch of the common admin state, and the plural system is narrow," The value of $, ¥ π f each has a login switch for associating the transfer address assigned to itself with the common switch phase 54 200934031 in the related data set, again, the first Accepting the operation wheel from the setting switch = system: is: (I) part, the ping-pong of the common switch has a parent private transmission through the first communication: the transmission address of the complex control terminal device, the lack of The setting data 'updates the aforementioned related capital data collection system: at least - again, each of the plural control terminal devices _ ❹ the second control unit of the control terminal itself: control, the upper system is through In the registration of the control terminal, in accordance with the communication unit, the foregoing setting including the data associated with the second common switch is included; m, the transmission address of the terminal. The first item of the operation = ί: The second communication unit receives 1=two-transmission, and the operation input of the registration switch of the terminal device is ^1 from the control ❹1 ================================================================ The load control system is subjected to the ί: Temple and the shared open relationship, wherein the load control system described in the plural is in the specified period, and the dedicated control device of the complex control terminal device; Carrying control: the system of the negative memory device of the sufficiency of the suffix, the S-, and the first-numbered control devices each include a second memory device for storing the I have even the 55 200934031 system (because the second control terminal of the complex 5 control terminal is connected to the c load, = control command control and itself. The second terminal of the control terminal 呓恃 ί 2 The second control unit receives the input to control the load, and then operates the second memory device. Control data storage for Yuye's 5 hai load ❹ 6. If the control system is included in the patent application scope 2 to 4, the (4) related assets (4) 2 = 2, the negative response relationship, including the transmission address for the 盥^ The control data of the docking load is transmitted to the control command of the control data of the communication unit to the y-communication unit. 7. The second pass of the plurality of control terminals is as follows: f from the control terminal register; Guang ' (Β. 2, the Ministry of Information, the above set of information and for the second round; over the address, and the first - controller end), the second transfer bit - pass Part k receives from the plural control data through the m and the control data, and updates the first 8 of the previous ^^^^, such as the patent application scope item: Qiao ° first and second data sets, The first and the third are the same, and the first and second data sets are not used by each other. The above is the load control system of the above-mentioned Qilian 56 200934031, wherein the first and the first-sets store the related data set or at least the data set, and the first connection is pre-stored. For the control of its own work, ί: 2 memory device control data. Workers, '" The connection of the load of the genius connection, the + load of the 乍 乍 乍 n n n ^ ^ ^ 1 1 1 1 1 1 1 1 1 负载 负载 负载 负载 负载 负载 负载 负载 负载 负载 负载 负载 负载 负载 负载 负载 负载 负载 负载^There are μ displays to select the total number of the load and the sword system as described in claim 1, wherein the plurality of control terminals each include a flip-up t-display. i : ', ... is not state, and the address and the ugly right n MΜ 4 will be, the transmission of the control terminal itself. According to the control, the system of the end of the second chapter of the second account is ^; The second communication unit of the terminal device is transmitted to the operation terminal device, and the load control system of the first item includes the copy switch 'and the common switch first and the second The sum of one of the two common switches is after the transmission of the order 'in accordance with the operation input from the copy switch and the other of the:, the relevant H: . 1 3, as in the scope of claims 2 to 4 Any control system! : The operation terminal further includes a cancel switch': a control system is in accordance with the front: switch operation input 57 200934031 again, =I — 2 ) through the first communication unit, the cancellation command for the middle = The transfer to the 丨 〃 〃 〃 , , , , , , , , , , , , , , , , , , , , , , , 复 复 复 复 复 复 复 复 复 复 复 复 复 复 复 复 复 复 复 复 复 复 复An I#.设Set the action. , shai total switch 58