TW201117508A - Load control system - Google Patents

Abstract

The operation terminal is configured to obtain the current state of the load when the input receiving unit of the operation terminal receives the control instruction (storage instruction) of registering the state of the load after the control terminal controls the loads L to be operated at a desired dimming level. Simultaneously, the control unit of the operation terminal stores the relationship between each the load and each the state of the load to the memory. Therefore, the nonprofessional user is also capable of registering the relationship for performing the bulk control (pattern control) easily.

Description

201117508 t, invention description: TECHNICAL FIELD OF THE INVENTION The present invention relates to a load control system for controlling a load. In particular, the present invention relates to a load control system that is configured to control a load by operation of an operating switch. [Prior Art] A patented load control system is disclosed in Japanese Laid-Open Patent Publication No. 2003-037879A. The conventional load control system is configured to control the load by means of a time division multiplexed transmission signal (TDM transmission signal). The '5 HM load control system shown in Fig. 12 includes a transmission control unit, a plurality of operation terminals 102, and a plurality of control terminals 1-3. The plurality of terminals 102 are arranged to communicate with the transmission sT through a two-wire signal line Ls: communication. The operation terminals respectively have operation switches, and the temple control terminals 103 are respectively set to control the illumination loads. Hereinafter, the lighting load is called "load". , = Miscellaneous terminal 1〇2 has a different operating terminal address. Similarly, the control terminal 103 has a separate control terminal, and the two terminal bits are used to communicate with the operation terminal 102 and the control terminal using the individual operation terminal address and the individual control unit. The two-port control unit 100 is set to transmit the transmission signal % of the formula (4) T money 3 (8) quietly (four) each - synchronization signal SY line the transmission signal Vs contains the domain SY' - mode data should be, the data CD, a core Cell r, time 』...Bei Ke AD, one control fresh (face) information CS and signal return period. ° .唬 SY ^ shows the beginning of the signal transmission. Show the transmission signal Vs - η ... "Chess type 枓 枓 MD " 杈. The 54 address data AD is used to select the 4 201117508: as the terminal 102 or the control terminal 103. The control data CD is used to control the = negative, 104. The verification and the data cs are used to detect the transmission error of the signal. The WT system is used for receiving the return signal (monitoring signal) from the operation terminal 1〇2 and the control terminal 1G3. (dme Sbt\°叇 transmission signal Vs is equal to the TDM transmission signal. As shown in FIG. 13(b), the transmission Vs fiber width is viewed and then transmitted in the operation terminal 102, when the operation terminal recognizes the When the address data AD (equal to its own operation terminal address) of the transmission message k Vs is received, the operation terminal 102 receives the control data CD. Subsequently, the operation terminal 1〇2 will indicate the purpose of the monitoring material. The job is sent to the same branch of the transmission wheel, and when the control terminal 1〇3 recognizes the transmission signal force address AD (equal to its own control terminal address), the cough terminal receives the control data CD. Subsequently, the control The terminal (8) ς refers to the current mode of the monitoring data sent to the transmission control unit. It should be noted that the current mode signal is equal to a miscellaneous transmission of the signal line LS through the low impedance. 4 Electrical short circuit when the transmission control Single 纟100 sends the data to the required operation The transmission end unit 102 transmits the transmission control unit 100 to generate the transmission message saying that the transmission mode includes "indicating the mode of the control mode" indicating the address of the operation terminal of the terminal or the address address of the terminal address required by the terminal device. When the transmission control unit, ??? = transmission signal VS is sent to the signal line Ls, the operation terminal moves the control terminal 03 to check whether the address data AD is equal to the double address. When the # is the terminal ι〇2 or the Controlling the final position ------ 201117508 103 receives the control data CD. Subsequently, the operation terminal 1 or 2 or the control terminal 103 transmits the monitoring data within a signal return period. The transmission control unit 100 compares "monitoring data received during the return period of the signal" and "control data CD transmitted from the transmission control unit 1". The monitoring data received during the return period of the signal is equivalent to " When the transmission control unit 1 transmits the control data CD", the transmission control unit recognizes that the transmission of the control data CD is completed. In the control terminal 101, the control terminal 103 is based on the transmission. Control unit 1〇() The control data CD is transmitted to generate a load control signal. The load control signal is used to control the load 104. Subsequently, the control terminal 1〇3 outputs the load control signals. In the operation terminal 1〇2, according to The control data cD, the operation terminal 102 outputs a -display signal ' to control the display to indicate that the 5H display shows the state of the load 1 〇 4. On the other hand, the transmission control unit 1 under a normal condition It is set to periodically transmit a transmission signal having the mode data MD in a dummy mode. This is called "uninterrupted polling (/__ Piling)". In this case, the transmission control unit 1 accesses the control terminal 103' to request the return of the monitoring data indicating the load status. On the other hand, the specific control terminal 1〇3 accessed by the transmission control unit 100 transmits "the state in which the loads are connected to a certain-specific control terminal 1G3" to the transmission control unit. When the transmission control unit (10) self-transfer control = terminal 103 receives the status of the load, the transmission control unit phantom access corresponds to a specific operation terminal 1 〇 2 of the specific control terminal period, and is used for The control element 201117508 that displays the state of the load connected to the control terminal 1〇3 in this manner, the transmission control unit 100 periodically accesses the control terminal 103 and corresponds to the control terminal by means of the method of uninterrupted polling The operation terminal 102 of 1〇3. When the animal terminal T1 or the control terminal 1〇3 transmits a specific message to the transmission control unit under the uninterrupted polling, the operation terminal 1〇2 or the (4) terminal (8) is in the figure The emulation mode shown in 13(4) generates an interrupt signal which is synchronized with the synchronizing signal SY of the transmission signal Vs. Subsequently, the operation terminal 102 sets an interrupt flag 〇nterruptflag) to block transmission and reception of information about the transmission control unit. When the transmission control unit 100 receives the interrupt signal, the transmission control unit 1 generates the transmission signal. This transmission signal has mode data indicating the .errupting polling mode. The transmission signal also has the address data AD. The transmission control unit has just gradually increased the number of bits above the address lean AD. (ie, when the address data has 8 bits, 'gradually increase the high 4 bits.) Then 'the transmission control unit 100 connects the remote transmission signal, and simultaneously increases the upper half of the address data AD. Partial digits. The operation terminal that generates the interrupt signal touches and receives, and checks the ^4 bits of the address data AD in the transmission signal of the interrupt polling mode. When the operation terminal 1() 2 recognizes the bit 2 of the transmission signal = AD, ! When the upper 4 bits are equal to the south-facing 4 bits of the operation terminal of the operation terminal 102, the operation terminal 1〇2 transmits the lower 4 bits of the operation terminal bit 1102 to the transmission control unit. Hey. In this way, the transmission control unit has just been set to operate the terminal 102 every sixteen times to search for the operation terminal that generated the interrupt signal. Therefore, it is possible to find the operation terminal that generated the interrupt signal in a short time. 201117508 When the transmission control unit 100 obtains the address of the operation terminal 102 that generates the interrupt signal, the transmission control unit 100 generates a transmission signal having the mode data MD in the monitor mode, and then includes The transmission signal indicating the address data AD of the obtained address is sent to the signal line Ls. In order to transmit the signal Vs, the operation terminal 1〇2 sends the information to the transmission control unit in the signal return period WT. Finally, the transmission control unit 1 sends the tonnage number for canceling the interruption to The operation terminal 1 2 generating the interrupt signal, whereby the transmission control unit phantom unlocks the operation terminal 102 financial flag. As described above, the information transmission from the transmission control unit _ is transmitted to the fourth terminal of the operation terminal 102 by the transmission signal (10), and the second is equal to the simulation mode. The second time is equal to interrupt polling mode. The second is in monitor mode (_it〇: the signal used to cancel the interrupt.) When 帏Π 1Q3_ is used as a condition, the transmission control unit = 堇 communicates with the mode data in the control data _ therefore 'when According to the operation of __S1, etc. == to the transmission control unit·== for the monitoring data transmission]. 〇 generating the control data transmission control unit signal Vs sent to the control terminal 1 〇 3 ^ tiger = and transmitting the transmission signal, the control terminal 1 〇 3 control should receive when the control terminal 103 is connected (four) Help the ^ίΓ1 these loads. Subsequently, the control terminal returns to the transmission control unit (10). Weaving, the biography 8 201117508 = The transmission signal % with the control fabric CD is transmitted early, and is established based on the monitored data transmitted. The operator terminal is fragilely open ί is turned off to indicate that the load is operating condition, that is, whether the load is ablated. The indicator light is exemplified as a light-emitting diode or the like. In other words, the transmission control unit in this type of load control system touches the _ of the switch and the addresses of the loads. Therefore, in the case of being associated with the addresses of the plurality of loads 104, there are switches that control a plurality of loads. In other words, in the "load m wealth address phase _ love pair, the village can perform - buik control (buik control) to control a plurality of loads (10) by a switch. ^ Batch I control such as group control (chest pc〇 Ntr〇1) and mode control are continued. When the transmission control unit performs the group control, the transmission control unit 100 controls a plurality of loads just so that all loads are in the same control state. On the other hand, when the transmission When the control unit (10) performs group control, the transmission control unit (10) controls a plurality of loads 1G4, Ζ each of which has a control recording state. The secret execution control = such as a pull control like group control) These address phase switches that are used for the batch control are not shown. The scale addresses for the volume control are, for example, a group address (chest padd job) and a ^ address (wn add job). However, the configuration of the material other than the batch oil energy of the operation terminal is the same as the construction of the silk volume. ”, and < In addition, when the switch for batch control of the operation terminal is operated, the transmission control sheet 7L 1GG is assigned to the open _ address (for example, ancient, x group Address). Subsequently, the transmission control unit cuts the control data: used in 201117508, and the system of the composite contact group is _ 贞. The control unit 7G 100 transmits the control data to the control terminal (8) in order. In this way, the transmission control unit can control the loads of packets in the same group. [Invention] In the load control system, the control terminal J is not configured to directly transmit the transmission signal Vs to the operation terminal 1〇2, and receive the transmission signal Vs from the operation terminal 102. That is, the control terminal 103 is sighed to transmit the transmission signal % to the operation terminal 1〇2' through the transmission control unit (10) and to receive the transmission signal from the operation terminal.

Vs. This is the so-called central control type of load control system. In the central control category, the transmission control unit 1()() performs unified management on the address used to execute the batch 1 control (mode control and group control). The transfer control unit 1GG needs to log in for performing the batch control 'because the boarding is required—the special setter (not shown: 卩 概 概 概 ( 四 四 四 四 四 四 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 Address: There is a problem that it is difficult for a non-professional user to record the address. = _ _ to solve the above problem realization. The purpose of the present invention is to provide a load control industry user can easily log in the negative control relationship of the negative == Load === system at least, smuggling (4) Charm less includes - control terminal and terminal. The control terminal is connected to the at least - load. The operation through the signal line is connected to at least "the control material. Each - the control. 201117508 The terminal has the same function as the control terminal. Each terminal is identified as a separate terminal. The control terminal includes a -first input receiving " control device' and a first communication device. The first input field: Setting: at least - a first operation switch. The first operation opening relationship is controlled by a flute two. When the first input receiving device receives the work I a 7, the first control device is set to be the first Control command and (4) - predetermined load. The predetermined load corresponds to the first control command. The load is controlled by the first control device. In other words, the predetermined load is under the control of the first control device. The operation terminal has a t-th input receiving device, a memory, a second control device, and a second communication device. The second wheel human receiving device has at least a second operation switch. The second operation switch is for inputting a second control command. The second control method and the relationship between the at least one control, and the identification code of the (4) f. In other words, the memory stores the second control between the second control and the at least one control terminal identification code And the second control finger 7 and the remote control: the difficulty of the situation, whereby the third control command is associated with the f-control, the terminal_code and the controller. The control information refers to the unpredicted state. The control information causes the less-load controlled by the control terminal to enter the pre-wire state. The second communication device communicates with the first pass device. The second control device is configured to recognize the first The second input receives the first received by the split In addition, the second control device is configured to access the memory to obtain the secret control code and control information related to the second control command. The second control device is configured to generate a a control command for controlling the load to the predetermined state based on an acquired control information. Further, the second control relay is set to be "included" by the second communication device through the signal line from 201117508 And obtaining a command signal for controlling the terminal to identify the terminal to be transmitted to the control terminal. The control terminal is configured to receive the command signal, and the second communication device is transmitted through the signal line via the first communication device. The terminal is configured to control the predetermined load to be the predetermined state according to the control command when the control terminal identification code of the command signal is equal to the control terminal identification code of the control terminal. The first control device is configured to transmit a status signal to the operator terminal at a predetermined time. The status signal indicates the current status of the predetermined load, and the borrowed predetermined load is controlled by the control terminal. The second control device is configured to recognize the current state of the predetermined load to determine if the current state is a predetermined state of the load. When the second input receiving device receives the storage instruction of the second input receiving device, the second control device is determined to store the relationship between the current state and the control terminal identification code to the memory. In this case, non-professional users can also easily log in to the batch control relationship. _, the industry leader can help the following steps to easily log in for batch control _. First, the user operates the control terminal to control the load to the desired state. Subsequently, the second input of the relationship of the quantity control is connected to the state of receiving the control instruction to log in to the load. Therefore, it is possible to log in every load and every load of the load so that the non-professional user can also easily log in for: the good device is set to transmit the status signal, and the rj device controls the load. The current red-control device of the predetermined load is set to store the state of the load when the second control device receives the 201117508 status signal, the state being included in the status signal. The second control means is arranged to access the memory when the second input receiving means receives the store command to obtain a state of the load controlled by the control terminal. The second control device is configured to generate a relationship between the loads and the state of the load obtained from the memory and to store the relationship to the memory. This configuration makes it possible to reduce the traffic between the control terminal and the operating terminal. Preferably, the second control device is configured to cause the second communication device to transmit the request signal to the first communication device when the second wheel-in receiving device receives the memory command. The first control device is configured to cause the first communication device to transmit a smear to the second communication device when the first communication device receives the request signal. The second control device is configured to recognize the current state of the load from the status signal. The second control device is configured to generate a relationship between the load and the state of the load. The second control device is configured to store the relationship to the memory. In this case, it is not necessary to store the state of the load connected to the control terminal. Therefore, this configuration makes it possible to reduce the space consumption of the memory. Preferably, the second control device is configured to detect the first operational input when the second operational switch is operated for a first period. The second control device is configured to detect an operation input when the second operation switch is operated for a second period. The first period of δ 玄 is longer than the first period. The control device is configured to access the memory and to obtain a control terminal identification code corresponding to the first operational input. The control device is configured to generate a control command for controlling the load. The control device is configured to generate a control signal having the control command and the control terminal recognizing, the control terminal identification code being derived from the memory. The control device is set to send the control call to the self-service terminal through the shouting line. The second control position is set to a state of the load controlled by the control terminal when the control terminal receives the second operation input. The second control difficulty is set to produce a relationship between each load and each state of the load. The second control device is configured to store the relationship to the memory. & Use this configuration 'The operation switch has a function for controlling the load' and also has a function for logging in to the load. In addition, it is possible to prevent the login and the (4) from proceeding at the same time. (4) Compared with the operation terminal, when the operation terminal is connected to at least one of the flutes controlled by the operation terminal, the first input device receives the second control command, the load device is set to be controlled by the operation terminal. The negative: In I 2 use this, the domain, it is possible to directly connect to the load of the operation terminal by means of the operation of the operation terminal. 罝 Connection control [Embodiment] Clear transmission. Therefore, the transmission system. The following describes an embodiment of the load control system. The following embodiment makes this load control_other than the packet transmission = (first embodiment) m shows that the load control system of this embodiment includes a plurality of control terminals: | The load J, 鸲1, 稷 number of operating terminals 2. In particular, J4 201117508, the load control system of the present embodiment includes four terminals. Each control terminal is connected to the load and two operations are set to pass through. In the example of the signal line and the terminal terminals, the load L is electrically connected to the quotient. The lighting load is exemplified here. However, the present invention (the communication source) can not only Control these lighting Load L, also load control system gas machine, fan, and electric curtain, material, such as cold load control system of this embodiment includes the load control system of this embodiment including the 1C and 1D. The control terminal 1A has a falling door p,

_ is used to input control commands. The control two: the first ^ open f. The control terminal is set to control the load finger: the control terminal 1A. Therefore, it is directly connected to the control terminal J Μ control. The control she has - individual ^ B. When the external control switch SU is operated, the load is turned on or off, and the load is set to be directly connected to the control terminal, and directly connected to the control terminal, and the terminal 1 is controlled. The control terminal has a plurality of (extraordinary) operating switches S21 and S22. The control terminal ΐβ connects the core negative # Τ ’ two (four) _ to the operation switches S21 and S22. The miscellaneous terminal 1B also has an individual illumination Wei, which can individually turn on or off the illumination elements during operation of ', and S22. The "work 1 terminal 1C has operation switches S3], S32, and S33.

Control = f is slaved to control the load L, and the load L is directly connected to ‘ , :鳊 C. Therefore, the load L J5 201117508 directly connected to the control terminal lc is controlled by the control terminal lc. When the switch S31 is operated, the opening 知1 knows that 1C is set to be the operation when the operation is turned on, and the second is set to be opposite to the control terminal 1 (the light output by the X 贞. The light output 1 of the load L is changed to become the power switch when the operation switch S33 is operated, and the operation can be opened at the operation ===. The control terminal 1D has a light control terminal that is changed to the load during operation. m is set to ^=\OFF S41, S42 and (4). Therefore, the control terminal directly connects the load L to the load S41 which is connected to the control terminal m by the control terminal. ^ ' The control terminal 1D is set such that when the operation: r operation changes the operation switch such as "time °, in the edit ~ field out. That is, the control terminal has - adjust # light wheel out of the library 2 switch S42 or S43 In the operation, the "control" i of the load is changed, and the control terminals 1A to 1D are collectively referred to as the first operation, and the operation switches of the control terminal 1 are equivalent to the five (5), reverse, and the operating terminal 2 is not connected to the operation terminal 2 Load. Bungee you == miscellaneous operation buttons S51 to S53 or: two orders two bags two 2 are set _ over the The line U will contain the control load and the control terminal 1 will control the load, and the negative reception will be received. In other words, when the material control terminal 1 picks up the packet, the financial terminal! 16 The load under 201117508. That is, the operating terminals 2 ι allow at least one of the control terminals 1 to control the load, which is controlled by the control terminals i. And the operation end plates are installed on the wall of the building, for example. The frame and the surface diagram 2 show that the circuit of the control terminal i has the packet of the format of FIG. 4 (8), and the packet is converted into a digital coded package by the (4) coded package. The unit 12_digital coded packet is sent to the signal line. The call communication is early 70. The digital coded seal A is received from the line Ls. The call communication unit 12 is configured to demodulate the digital coded packet. Decoding. Subsequently, the UI communication unit 12 is based on a separate source assigned to the parent, the source, and the source. It should be noted that the physical address unique to the hardware can be used as the Control terminal identification code. The physical position unique to the hardware The address example may be a MAC address assigned by the manufacturer of the hardware. In addition, an address arbitrarily assigned by the user may be used as the control terminal identification code. That is, only the dedicated control terminal identification code is required. And each of the operation terminal identification codes is not equal to the other control terminal identification codes and the operation terminal identification codes. The packets transmitted from the control terminals 1 and the operation terminals 2 have a data, such as one for establishing The synchronization is preceded by a control bit for setting the type of the data, a destination address, a source address, a control command, and a checksum. The load control system utilizes CSMA/CD (carrier sensing multiple memory). Use multiple transmissions for fetch/collision detection. It should be noted that the communication unit 12 is equivalent to the first communication device. The communication unit 12 is configured to communicate with the communication unit 22 17 201117508 as described below. The input receiving unit 11 is set to monitor operating conditions of the operation switches S11 and the like. When the operation switch S11 is operated, the input receiving unit 11 receives a first control command. Subsequently, the input receiving unit 1 rotates an operation signal corresponding to the first control command. It should be noted that the operation switches S11 and the like are realized by a push button switch and a joystick (not shown) for pressing the button switch. For example, the push button switch has a = open contact. When the button switch is not pressed, the contact is opened, and the switch has an open state. When the button switch is pressed, the contact 疋 is closed, whereby the switch has a closed state. Namely, the input receiving unit 11 is input in accordance with the operation via the operation switch S11 in accordance with the ON/OFF of the button switch. It should be noted that the input receiving unit n corresponds to the first input receiving unit. . The control unit 0 has a central processing unit, and the central processing unit functions as the main component of the control unit 10. The control unit phantom receives the operation signal output from the input receiving unit 11. Subsequently, the control unit 1 generates a control signal for the received signal. Then, the control unit 11 supplies the work condition number to the load work unit 14. The control terminal 1A and the load operating unit M are set to supply power to the load from the _AC power source based on the control signal. The control terminal and the 1D load operating unit 丨4 are also slaved to stop supplying power from the commercial AC power source to the load according to the control signal. In addition, the load operation unit 14 with the 1D end is set to be in accordance with the control of the tiger. The power supply to the load 1 is adjusted per unit time. Therefore, the load operation unit of the control terminals 1C and 1D 14 is set 201117508 η:! The amount of light output from these loads l. Start or stop the supply "Shigong I wrong K relay to achieve. Similarly, the function of adjusting the amount of electric power per load is performed by the phase control system. The phase control system is also known by the three-phase cross-talk: see: see. : This, New Zealand omits the relay and the three-phase AC open (4). It should be noted that the control element 1G is equivalent to the first control means. Therefore, the control unit 10 defines the first control device. The memory 13 is realized by being electrically rewritable and non-volatile semiconductor read and body. The domain body 3 is such as electricity, can, programming read-only memory (bribe) and flash memory (flash _ory). The memory 13 stores information such as the multicast address, a load identification code for identifying a plurality of loads L, and the like. However, when each of the individual control terminal identification codes has an assignment, each memory is transmitted using the IT secret terminal's own (four) terminal. Operation of the loader 15 " = end 1 (four) of the load L ^ 5 has a light-emitting element _ and so on (to the coffee) and the drive circuit for driving the light-emitting element (not = 15 · Two open or close the light-emitting elements such as 戎. It should be noted that, as shown in Figure i, the singular elements are smeared and smeared _:: the operation of the adjacent light-emitting element LD11 The switch receives the AC power from the commercial AC power source and converts the ac power into two (direct current) power for operating each unit. The operation of the control terminal 1 is controlled by the control, And the load that has been controlled. When the operation switch S1 is operated, the input 19 201117508 receives the first control command from the receiving unit n. When receiving the third command, the input receiving unit 11 generates the operation signal, and Sending the operation ^ number to the (4) unit 1G. When the (4) unit Η) the operation signal, the control unit 1 generates the control number based on the operation signal and sends the control signal to the load Job unit 14. The control signal reverses the state of the load L. When the load Industry unit 14 from the control unit 10 receives the control signal, the unit load work or open the relay 14 off the base system ^ number of the information "to reverse the fall as the state of work _ L. (When the load L is in the open state, the load working unit opens the relay 'to close the load 1 when the control signal is received. Conversely, when the load L is in the closed state, the load working unit 14 turns off the load Relay 5' to open the load L when receiving the control call.) Further, after the control unit 1 sends the control signal to the load job ticket 14, the control unit 1 selects the control signal The display is sent to the display 15 so that the display 15 reverses the state of the light-emitting element LD11 upon receiving the control signal. (When the light-emitting element LDn is in an open-like bear, the display turns off the light-emitting element LD11. Conversely, when the light-emitting element LD11 is in a closed state, the display turns on the light-emitting element LD1h) at the control terminal m In the operation of a switch illusion, the load L and the state of one of the light-emitting elements corresponding to the switch S21 are turned. In contrast, by operating a switch S22, the state of the load L and one of the light-emitting elements corresponding to the switch = 22 is reversed. In the control terminals 1C and 1D, when the operation switches S31 and S41 are operated, the states of the loads L and the light-emitting elements LD31 and LD4 corresponding to the operation switches S31 and S4i are reversed. In addition, when the operations are 20 201117508 = S32 and S42 are operated, and the load 4 is transmitted to the control unit by the _ = ! number = 2 receiving unit 11 to receive the operation signal, the control is performed. The unit ι〇^Hai control adds the control signal of the light output of the load L. According to the increase of the = increase

The light output control signal, the load operation unit 14 controls the L-channel to increase the supply to the load pulsation per unit time, when the operation switch S33 or S43 operates, and the negative wear & In the open state, the input receiving unit sends the operation signal to the =f element: when the control unit 10 receives the operation signal, the control unit outputs the control signal to reduce the unit per unit. Time supply to yuan

The amount of electric power. According to the method for reducing the supply to the load l^L, the load operating unit 14 controls the drive circuit so that the amount of electric power supplied to the load L is the parent unit time. These operations are = when the load L is in the open state. "The present invention is not limited to this. That is, the operation of the temple can be performed when the load L is in the off state. Here, when the operation switches S32, S42, S33, and S43 are operated, the load L is turned off. In the state, the load operation unit 14 controls the drive circuit to open the load L. Then, according to the operation: the operation of the S32, S42, S33, and S43 is turned off, the load operation unit 14 increases or decreases each The power is supplied to the load L per unit time. Further, preferably, when the operation switch S31 or S41 is operated, the control unit 1 is further configured to store the dimming level of the 5 liter load L to the Memory, in order to turn off the load L. In this case, the control unit 10 is set to continue the dimming level from the memory and control the load working unit 14 so that the load L is stored in the memory shot In this case, 201117508 may restart the load l immediately at the last-dimming level. ' Figure 3 shows the circuit block diagram of the operation terminal 2. As shown in Figure 3, The operation terminal 2 includes - control unit 2 (), - input The receiving unit 21, the signal communication unit 22, the memory ^, the display (four), and the power supply are set by the signal communication unit 22 to convert the packet (as shown in Figure 4 (4), and then set to The encoded packet is modulated into a bit-encoded packet. Then, the simple communication unit 22 transmits the digitally encoded packet through the wealth signal line Ls. Further, when the signal communication unit 22 receives the current digital coded seal (4), the Wei bribe letter unit 22 solves the problem. ^ Encode the identification code in the packet, whereby the message: #早疋22 identifies the source and destination. It should be noted that the communication unit is the communication device. Μ 'The communication unit 22 defines the second connection S52. The 21 is set. The operating conditions of the operation switches S51'2, S53, S61 and S62 are monitored. When the operations are performed, the input receiving unit 21 receives the control command. When the operation is 51, a control command is generated. The control command generated at the time of operation defines a second control finger operation s51, the input receiving unit 21 receives the operation open, and the input receiving unit 21 rotates corresponding to the control: two or two rings. It should be noted that the operation switches S 51, etc. by - press: to provide the stalk of the touch _ (not wire) ' ^. For example, the button switch has a - normally open contact. When ϋ is not pressed ' The contact is open, whereby the switch has 幵& when the button is pressed, the job is green, (4)^ has 22 201117508 is closed, that is, according to the button switch is turned on or _ on, the input The receiving unit 21 recognizes an operation input via the operation switches S51. It should be noted that the input receiving unit 21 corresponds to a second input receiving device. Therefore, the receiving unit 21 defines the second input receiving device. The control unit 2G has a central processing unit that serves as the main component of the control unit 20. When the δ reading person receiving unit 21 receives the second control command, the input receiving unit 21 transmits an operating unit 2 corresponding to the second control command, and receives an input from the input receiving unit 21 to generate a job. Received operation signal 'defending 7. This memory 23 is realized by an electrically rewritable non-volatile semiconductor memory. The memory 13 is such as eepr() m and a flash memory. The memory 23 stores the control terminal identification codes, the multi-point transmission SI, and the operation terminal identification codes other than the ones, and the operation switches according to the batch, such as a group or a type (such as the following The information of the control terminal identification code, the "multicast address" and the "exclusion of the own ^ === identification code" are used for the batch reading system of the J-loaded L. The loads L are controlled by the control terminal and also belong to the control terminal 1. It should be noted that the control unit 20 corresponds to the first control device. Therefore, the control unit 2G defines the second control device. ▲ The display unit 24 is for displaying conditions that are controlled by the control terminal i, belong to the control terminal 1 and correspond to the load 1 of the operation switch S51. The display 24 includes light emitting elements ω5, coffee 3', =61 and _ (illustrated by LEDs), and - driving the axis of the reading (shown). #转杂量(四) (such as group 23 201117508 group control and mode control) when all of the controlled loads L are in an open state, the load circuit L when the control circuit transmits the control signal from the control unit 2G . When the load L of the load L controlled according to the batch control (such as group control and mode control) is in an open state, the drive circuit _ is equal to the light emitting element LDsi. It should be noted that the light-emitting element is disposed adjacent to the (four) gate as shown in FIG. 1, whereby the operation switch S51 can be easily recognized to correspond to the adjacent light-emitting element LD5, and the power source 25 is received from the commercial Acf source. The ac is charged and the AC power is converted to DC power to operate each unit. Second pay for batch control. The batch control is divided into group control and phantom: when the two IS lighting load L realizes the load L, the mode control fine = Γ 1 en (10) coffee 1). The group control system is a control scheme t that controls the load L in the same operating state in the block, and the system controls the load L in the same mode group for each load. Control scheme. In this case, the m==open coffee corresponds to the group control. The operation of the operation switch S61 and S62 corresponds to the mode control. The group control corresponding to the operation switch S51 will be connected to all of the control terminals 1 to 1D into a group. Group control execution of 1 turns all negatives on or off. All loads 1 are connected to and controlled by the same group: A to 1D and controlled by it. The relationship between the =Γ" of the operation terminal 2a and the "control terminal 1 of the same group: the special terminal identification code of the system".

The mode control corresponding to the operation switch S61 groups the control terminals 1A 24 201117508 to ID into a model control execution opening and adjustment mode embodiment, and the money is 1A to 1D (4). Here, under the control of the terminal 1B, the terminal 1A and the control terminal 1C control the next (four) [opened] to be operated. This is turned on to the -50% dimming level in the 50% dimming level, and the borrowing L is turned on to -7〇^乍. The control under the control of the control terminal 1D and the control of each load between the control and the terminal 23 storing "the relationship between the operation switch S61 and the control terminal" are under the control of the terminal 1... In addition, #;·_ (dimming level) is associated. The mode control of the terminal 1C and the 1D switch S62 controls the mode of the control S62 to be the nucleus-nuclear group. The control corresponding to the operation of the control terminal m is controlled; and the opening belongs to the control. The operation terminal j is dimmed to a 30% dimming level and the "control information for each load L of the operation switch S62 is stored in the control terminal 23". For the group, the control terminals 1A to 1〇 will be "=, two:, as follows = terminal 2. The first will be just === Next, the batch control is performed by the operation terminal 2 (group 25 201117508 Control and mode control) Operation: Line group: ί: η: The sequence description is executed by the operation terminal 2a. When the input switch unit (21) is operated, the '_ person picks up... The control control finger == the input receiving unit ~ tree " receives the control signal 2G ° connection relationship. The control unit ^Tf = hidden body 23 ' in order to obtain the

Also (will be controlled by 5 Hai special control terminals 1A to 1D ΓοΓ) L, the latest state and (the control terminals 1A to (by the terminal identification code 'both of which correspond to the operation signal (from 4 to open) If the state of the load L is changed, then the control order = the control command of the state of the second L, and the load Lu is related to the load obtained from the memory 23: (In particular, if all loads are: state: then the control unit 20 generates a control indicating that the load L is off = /. Conversely, if all the loads L are off, then The control list indicates the control command of the load "Don't open.) In addition, the control 20 generates the (4) (set to the control private 2 () production = command), the destination is healthy (set to the multicast Address), and 丄 address (& is set to its own operating terminal identification = unit 2. The product is the packet of the command signal. On the early 7L 20 from the 仏 仏 22 (command signal) is sent to line 4 Ls. It should be noted that 'this control command has command information (here In the silver=column, the load control of tf as shown in FIG. 4(b), the control terminal identification code, the control terminals 1A to .1D controlled by the operation terminal 2), and the control resource 26 201117508 = in this embodiment The load that will be turned on or off =, the packet with the destination address found in the multicast address, is received by all control terminals 1 and all operating terminals 2 that construct the load control system. 四 (4), know Every two: the control terminal accepts the "call" through the communication unit 12, and transmits the packet to the control unit 10. The control is earlier than 0. The packet is received (command signal), and then the packet is checked. Whether the identification code in the control command of the (command minus) includes "the control terminal's own control terminal identification code". If the control unit 10 recognizes that the identification code in the sealed nP command includes the control terminal's own identification code Then, the control unit generates a control signal. The control signal is based on the control associated with the identification code. In addition, the control signal is used to turn the load L on or off. Then, The control unit 1 transmits the control call to the unicorn industry unit 14. With the control signal indication, the ho ho load unit 14 turns off or turns on the relay to turn the load L on or off. After one of the operations of the relay, the control unit 10 generates a packet (which is defined as a status signal). The packet (status signal) has a destination address, a source address, and the states of the loads L. The address is set to the source address of the packet (command signal) received by the control terminal, thereby setting the destination address as the operation terminal 2A. The source address is set to the control terminal's own control terminal identification code. The states of the loads L indicate the states of the loads L after the loads 1 are controlled. In particular, the states of the loads 1 indicate the states L of the loads after the loads L are turned "on" or "off". Subsequently, the control unit 10 transmits the packet (status signal) 27 201117508 from the communication unit 12 to the signal line Ls. In addition, the control unit 10 is plugged into the display I5 to display the states of the loads L after the loads are controlled. On the other hand, the packet terminal 2 receives the packet (form, 4 signal) via the communication unit 22, and then transmits the packet (status signal) to the control unit 7〇20. The control unit 20 stores the equivalent g of the load L in the memory 23 in the packets (status signals). Then, when the control unit 20 receives the packet (state signal) of the state L of the load under the control of the control terminals 1A to 1D corresponding to the operation switch S51, the control unit 20 operates. The display 24 is shown to be loaded after the load L is controlled [for example, when all loads L (four) are in the active state, the light emitting element ld $] Disabled. On the contrary, when all the loads [closed and hung in the off state, the light-emitting element LD 5U is turned on, by which it is opened in the '4. In the money mode, the axis (four)% indicates the states of all the loads L by the state of =1. (When the I emission (10) LD5i is in an open state, the light emitting parts are fingered = the load L is in the off state. When the light emitting element is =:; the light emitting clock is all the load is required; '光发===== Terminal 2 does not receive the edit packet (status signal) from the control terminal ia-, the operation terminal ^^ 28 201117508 Unit 20 will generate the packet (reporting terminal 2A cannot be from The control (two handles). The following describes the operation of ra, ', 鸲m to receive the indication of the load L (state signal) of the load L. When the operation terminal 2 can control from this The terminal 1D receives the packet phantom when the 兮 r 贴 ^ 该 该 该 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' Equivalent to the fall, second, domain 4 yards, the destination record of the reduced denim is equal to the control ID. The control command contains the control that allows the control, 'winter h 1D to load the temple's 兮望仙# ._ 寺The control unit 2 that is sent to the terminal 2A of the operation terminal 2A 〇 the packet (re-communication unit) 22 is sent to the signal line. Therefore, when the S will carry: gas, etc.: underload = packet (retry signal), the control terminal will operate the terminal from, and thus the packet (status signal) is returned to the load. The state storage two sends the packets with the load L, and the operation terminal 2A still cannot control the packets of the load L from the control port 7 (State end ^ 2 eight touches an error in the control terminal 1D. The terminal 2A is controlled by flashing the light emitting element of the display % = self =;: r error. In addition, when the hall has 5 hai temple control When the terminal 1-8 to 1D receives the packet (status signal) indicating the '4', the control unit 2 will use the packet (transmission signal) for obtaining the packet (status signal) 29 201117508. The latest state of the load, that is, the packet (transmission signal) has a control command It terminal 2B. The source address, the command command instruction, and the command is obtained from the load and the signal. L of the ^ w Yu 匕 (formed as the terminal 2B instructions. Ye Mu & + ' t transmitted to He operates the address, which is equal to = 2 bits = judged as - second multicast = terminal identification code is determined. Then, the control == has been (transported «) sent to the signal line Ls. When the operation terminal 2A receives the packet from the operation terminal 、, the control unit 2B of the operation terminal 2B will control the control terminals after obtaining the control terminal from the "Haohai II" Huangkong 迗 signal The "1" state" and "the negative ^ 3 = state before the control terminal controls" are stored in the memory q, and the unicast unicasts the ACK (confirm ^ =) Send to the terminal -. However, when the ==receive_ACK packet, the terminal 2A resends the block 0 for transmitting the states of the load L·. + Next, the mode control of the operation terminal 2b (second mode control) will be described with reference to FIG. When the operation of the operation terminal 2B is opened, the read-in receiving unit 21 outputs the operation signal to the control unit 20 committed by the operation terminal. The control unit 2G is connected to the (four) operation signal and then accesses the "remember" to obtain the relationship. Then, the control unit 20 obtains (the control terminal K: and 1D) the secret terminal and the financial control (about the load L controlled by the control terminal and 1D), both of which come from The control command of the backup switch S62 is associated. The control terminals 201117508 identification codes indicate the control terminals 1C and 1D. The control information includes instructions for the loads L controlled by the control terminals 1C and 1D. When the negative is controlled by the control terminals 1C and 1D, the control information 1 includes the dimming level of the loads L. According to the control obtained from the memory 23, the control unit 20 generates a control command, and the control terminal 1 (: the load L under control is turned on to the 7G% dimming level; and the control terminal is 〇 The controlled load L is turned on to the 3G% dimming level. Subsequently, the control unit 20 of the control unit 20B generates a packet (command signal) having the information: the destination address, and the source address. The destination address is set to ^ multi-point transport address. The source address is set to the operation terminal assigned to the operation terminal itself. New, the (4) unit 2 () from the inspection unit ^ the packet (command The signal is sent to the signal line u. It should be noted that the control command has no control information and does not have the identification of the control terminals 1A and iB because the control terminals i A and 1β do not belong to the second mode group °. 0 In each of the control terminals 1A 1D, when the communication unit 12 receives the packet (command call), the miscellaneous material 12 sends a packet transmission signal to the control unit 1 . The control terminals ω of the control terminals ia and 汨 compare the identification code in the packet with the control terminal identification code of the secret terminal. Lang, the material packet does not contain an identification code equal to the control terminal identification code of the control terminals 1 and 1Β. Therefore, each 箄 = terminal Μ and Β does not control any load, and generates a packet = number with information indicating the current state of the load (lighted or not lit). Subsequently, the control unit 1 compares the generated packet (the data is sent to the signal. On the other hand, the (4) terminal ic^id is controlled as early as 1 〇 and the identification stone in the packet (command signal) is also compared. Ma 31 201117508 and the control terminal's own control terminal identification code. In this case, the packet (command signal) contains the identification code, which is equal to the control terminal identification code of the control terminals 1C and 1D. The control terminal and the control unit 1G of the 1D recognize the control information corresponding to the identification code of the control terminal itself. Subsequently, each control unit of the terminals 1C and 1D generates a control signal based on the control information of the packet (command signal). ^, and send two control signals (used to control the load to open, and operate the dimming level indicated by the control signal) to the load job ticket 4 4. According to the control signal transmitted from the control unit ίο The load operating unit 14 controls the driving circuit 'to adjust the amount of power supplied to the load per unit time. Further, after the (4) command is touched, the predetermined time period is after the predetermined time period. Each control unit of the terminals 1C and 1D generates a packet (status signal). The thief packet (status job) includes a destination address, a source address, and a nurturing material. The destination address is equal to the control of the received packet (command signal). The source address in the command. The source address is equal to the control terminal's own control and identification code. The resource* is subject to the state of the load in the material area. Then, the control unit 2 The sealing (status signal) is developed to the signal line ^. That is, the control unit sends the packet (status signal) to the signal line at a predetermined time. In addition, the control controls the control terminal itself as early as 1G. The display 15 is configured to display the states of the temple load L after being controlled by the load material 14. In the operation terminal 2B, 'when the communication unit 22 receives the packet (like '___ ^22 will be _ packet (state message omnipotent 2G. The control unit 2 所 from the received packet (status signal) 32 201117508 recognizes the current state of the load L such as π hai, and the meaning == the memory 23. Then, when the control unit 2〇== When there is (4) L-Linbao (state job), the domain packet is controlled by 3D = the terminal is controlled by 1D and belongs to the group corresponding to the operation switch, the control unit 20 controls the display 24 to play, 4 The light emitting element LD62, by illuminating the light emitting element Ldq, notifies the load L to control the operating condition based on the second mode. Further, the f control unit 2G receives from the control terminals #1A iL 1D for receiving After notifying the packet (state signal) of the state of the load L, the control unit 20 generates a control command for transmitting the latest state of the load L (obtained from the received packet) to the other operation terminal. 2a. Subsequently, the control unit 20 generates a packet (transmission signal), the packet has a destination address (set to the second multicast address), and a source address (set to the operation terminal 2B its own operation terminal) Identification code), and data (set to control commands based on the received packet). Then, the control unit 20 transmits the packet (transmission signal) from the communication unit 22 to the signal line Ls. The packet (transmission signal) is received by the other operation terminal 2A. The control unit 20 of the operation terminal 2A stores "the latest state of the load L" and "the state of the load L before the load L is controlled by the control terminal" to the memory of the operation terminal 2A. Body 23. It should be noted that the operation of the first mode control is the same as the operation of the second mode control. Therefore, the explanation of the operation of the first mode control is omitted here. As described above, in the load control system of this embodiment, the loads L controlled by the control terminal 1 can be directly controlled by operating the operation switches S11 of the control terminal 1. In addition, the load controlled by the control terminal 1 can be controlled from the remote end by operating 33 201117508 as the operation switch S51 connected to the operation terminal 2 of the control terminal 该 through the signal line LS. L. In addition, the operation terminal 2 and the control terminals i transmit the packet including the customized command to the other terminal through the communication LS '. Therefore, even if the operation terminal 2 or the control terminal i fails, or the signal line Ls, there is no possibility that the (four) stop does not occur. In addition, when j controls the terminal control unit 2 to control a plurality of the control terminals, the operation terminal 2 transmits the packet to the plurality of terminals by means of broadcast transmission (Secret (Cong will send the packet with the control command (command signal) to the plurality ^ The control terminal (when the operation terminal 2 is from the remote control block = several of the control terminals 1 , the operation terminal 2 will have the control command without any single point (unicast transmissi〇n) The message is sent to a plurality of the control terminals. Therefore, the operation block 2 is controlled by the operation terminal 2::: load L. That is, compared with the conventional central control type system. The system U can provide the advantages of the responsiveness and stability of the two load controls. The transfer of the batch control _ for the operation terminal 2 indicates the group in the group control, and the mode control login group control community The group to the secret end and the order of Figure 8 _ Ming. It should be noted that "Operation_" == Figure _7 The above-mentioned _Do not control or the normal operation mode of the batch control. 仃百先, when the operation terminal 2 Α input receiving When the unit is selected as a switch (not shown) (4) Command (which is equivalent to a store command). Received the store = receive: 34 201117508 Incoming receipt = 21 will send the operation minus to the control unit 2 (). The operation signal is received according to the input + itt 21 The control unit switches the operation mode to the login mode. It should be noted that the input receiving unit 21 can switch the operation mode to the login mode without the mode selection switch '. The input receiving unit 2 can be used to be set to The operation switch detects an instruction to switch the normal mode to the login mode when pressed during the predetermined period. In this case, when the detection mode is normal mode to the command, the input receiving unit 21 transmits the mode. Switching to the operation mode of the login mode. Although the operation of the operation terminal 2A is pressed when the operation terminal 2& has been pressed, the input reception unit should receive the control command)_ The signal is sent to the control unit 2G. The control unit 2G transmits a control signal for forcing the display 24 to flash the light emitting component of the operation switch S51, whereby the display causes the operation terminal 2A to have a login mode. In addition, the control generates a control command early, and the control command instructs the control stage i = the material to be cut. New, the control generates a seal (login signal) early, and the packet has a control command, a destination=address (set to the multicast address), and a source address (the terminal terminal's own operation terminal identification code is set) ; communication =: packet (login signal) is sent to this; the slave terminal 2 receives the packet (the control unit 10 of the login signal system terminal 1 switches the operation mode to the login mode according to the control command from the mountain) H = When the control terminal 1 has the login mode 'can be pressed by means of a predetermined period; 35 201117508

f is the switch si (4) under the end of the financial pie, is not included in the group controlled by the group 2, the load L is pressed during a predetermined period, (4) the day of the dance, the fruit = the switch, such as (10) When the load === line, the group control of the control terminal 'below the control terminal 1A: two is controlled. In the control terminal self-operating mode: two: ^ Γΐ the group (four) contains the control = S3 Bu, therefore, the input pin is pressed during the pre-expansion period and then the operation switch is followed by 'when the round eight receiving unit wide == group Control input. When the group unit iG performs the group control, the setting of the control terminal 1 of the control terminal 1 is the second mode: 1 raw = indicates the setting result of the setting. Then, the control unit ^ r匕 (decision packet), the packet containing the setting result and the destination bit C being set as the operation terminal identification code of the operation terminal 2A). Control, unit 1. The packet is transmitted by the method of unicast transmission (determination packet; self-explanatory! The communication unit transmits the signal line Ls. It should be noted that the operation terminal 2A: the control unit 20 temporarily (4) the selection result of the control terminal 1C is temporarily stored. In addition to the memory 23. In addition, when the setting result indicates that the group includes the terminal 1C, the control unit 10 of the control terminal 1C controls the display 15 so that the light emitting element is [-____ On the other hand, when the setting result indicates that the group does not include 1C, the control unit 10 of the control terminal (4) controls the display, and the light-emitting element LD31 is shorter than the first predetermined period. The second 36 201117508 is scheduled to flash. Therefore, the control terminals notify the user of the input of the group. However, the means for displaying whether the setting is included in the group 2 is not limited thereto. In the same step, when the operation switch S11 of the control terminals 1A, 18, and 1D is operated, the control unit 2 of the operation terminal 2A temporarily stores the setting result to the memory 23. If the control terminal recognizes that 1D is included in the group selection operation, the input receiving unit U will switch the mode operation message (equal to the storage completion instruction) when the mode selection switch operation of the terminal 2A is performed by the latter. The control unit is sent to the control unit. When the control unit 20 receives the operation signal, the control unit 2 recognizes the identification code of the control terminal as the control terminal of the control terminals 1A to 1D of the group. Wherein the control terminal is controlled when the group heart is controlled by the batch control. In other words, when the control unit 2 = receives the (four) signal, the control unit 2G will "the terminal belonging to the group to m" The control terminal identifies ^: an identification code, wherein the control terminal is controlled by the batch when the group is controlled by the second batch: when the control unit receives the ^2, the unit 2 belongs to the group. The group of control terminals u control terminal identification code is rewritten to control terminal =. Then, the control unit 2G generates the control mode by the control unit 20 of the login mode:=2A Command; control.p command does not control End! h - Hai type switch to operation mode. Subsequently, clock j = material 10 will be registered mode (four) silly ° sorrow control early 2 〇 generation - packet (transmission 37 201117508 The ^ package has control commands (instruction of these control terminals 1 The login mode is switched to the operation mode), the destination address is 牧α 了 传 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( The control unit 10 of the terminal 1 controls the control system. Γ 赖 赖 娜 娜 鳞 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The control unit 1 does not store any information; 1 2 when the self-registration mode is switched to the operation mode, the operation is checked s: s: 2 〇 send control signal 'to open or close ^ 贝不益15 The light emitting element is thereby used to turn on the light emitting element. Similarly, when the switching from the login mode to the operation mode is completed, each control unit 10 of the node=terminal 1 transmits a control signal to turn on or off the light emitting element of the display 424, thereby turning the light emission on or off. In other words, when the operator terminal 2 (for example, the operation terminal 2A) and the control unit 10 of the secret terminal 1 have a login mode, even if the operation terminal 2 (4) operates, the operation terminal 2B ( _ Fine terminal 2 A) Also; ί; will generate a packet (command signal) from the control terminal of the county, from the remote control. In other words, any of the operating terminals 2 (for example, the operating terminal 2) and the control terminals! When the control mode 10 has the login mode, even if the operation terminal 2 (2B) operates, the operation terminal 2B (rather than the operation terminal 2A) does not generate a mode for executing the control terminal. Control packet (command shouting). That is, in the above login mode, in the case where the operation terminal 2 (26 instead of the operation terminal 2a) 38 201117508 controls the control of the mode control of the control terminals τ, the operation terminal 2 due. The possibility of increasing the flow 1 by packing the package. Therefore, in order to prevent the control unit 20 of the terminal 2 (2, instead of the operation terminal 2 being generated and the phase-transfer packet H is not increased, even if the operation terminal 2 is generated and transmitted, it has a long distance The sealing of the control commands of the terminals is used to execute the slaves, and the operating terminals 2 are configured to generate and transmit the control commands when the::::=::, The packet (life, ==down 'when the operator terminal 1A has a boarding; :=,) is set to discard the second of the packets instead 'even when the terminal 2 has the terminal 1 capable of being at the control terminal 1 When these operations are opened, the JJ f control is controlled by the control terminal itself. When rr::r controls a load L ', there is no secret to increase the flow. If you should pay attention, you can log in (update, cause) The operation terminal 2B cuts the mode group and the second mode group (5) by the above manner, and (the first-steps of registering the identification code, therefore, the level is omitted here. Therefore, the following will explain Log in every -==L dimming step. 贞戟L's dimming level step first 'execute borrowing The operation switches S32, S33, S42, 39 201117508 are operated at a pre-L dimming level. Subsequently, when the operation switch S62 is shaped like a bear = silk day press, the input receiving unit 21 recognizes the load. L is a control command stored in the = unit 20. The control command defines a write), and the input input unit 21 transmits a store command (update, re-receive, to the control unit). 20. Connected control::: When the 'state storage command is loaded, the operation terminal 2 Β石:, 2, after the control terminals of the control terminals 1c and 1D are identified, the second mode in the operation is closed. Group. With the packet generated by the control unit of the 2nd terminal 2B - the packet with the command data is sent back to the current state of the load L (dimming code), the destination bit ^ (which is set to each The control terminal recognizes the self-talking and transmits the packet (request signal) μ early 70 22 to the signal line Ls by the unicast transmission. When the terminal 2B receives the packet (request signal), each g Control terminal lc, 1D control list (four) generation - packet (state message ^ Shape: (indicating the dimming level of the negative 储存 stored in the memory 13), the destination address (which is set as the source address of the packet from the terminal itself), and the source bit ^ (its Set to the control core terminal identification code), and then the control unit 10 sends the packet (status signal) to the control unit 20 of the signal line Ls〇mrapf terminal 2B by means of a -: multicast transmission from the control unit Terminal ic and identification (status signal), and then from the current state (dimming level) of the packet (status signal). Subsequently, the current state of the dimming level of the control L such as the load L is the first _ Control the respective _ control instructions. Coffee Control II 40 201117508 Instructions are stored to the record _. Group controlled operator terminal 2Α μ. Therefore, the operation terminal only performs the operation of the above-mentioned login L. In the state of the load L (the input receiving unit 21 of the dimming operation terminal 2 of the load L receives the state of the load), the control command of the states of the loads (stored therefore) The control unit 2 registers (updates, rewrites) the relationship between the current state and the current state of the load to the memory m L. The non-professional user can also easily log in for the batch control. The relationship of I: /). In this embodiment, the control unit 2 that receives the operation signal to operate the L-shaped 'sad' operating terminal 2 sends a (.month request) to the load: The state returns the control terminal 1 belonging to the mode group of the mode. However, as described above, each time: the control terminal of the mode group] controls the load U = is set to transmit "in the case The control terminal i controls the state of the load L after the load L. Further, the control unit 2 temporarily stores the state of the load L from the control terminal C to the memory 23. Therefore, the control unit 2 of the operation terminal 2 can be brought from the memory 23 to the state of the load L under the control of the terminal 1. In the former case, it is not necessary to store the state of the load L to which the control terminal 1 is connected to the memory 23. Therefore, the former case has an advantage of reducing the space consumption of the memory 23. In the latter case, it is not necessary to transmit a packet (clear signal) of the state in which the command is transmitted to the control terminal 丨. Therefore, the latter case has an advantage of reducing the flow between the control terminal 1 and the operation terminal 2. 41 201117508 In other words, the operation terminal 2B in this embodiment includes the input receiving sapon 21, which is set to receive a control command (storage command) for when the operation switch S62 of the operation terminal 2B is - Press ^ day for the scheduled period; log in to the state of the load L. That is, the control unit 2A of the operation terminal 2 is set to recognize the -first operation input and a second operation input. The control unit 2A of the operation terminal 2 is set to recognize the thief-operation input when the operation switch %i (or 啦) 5 is first pressed. The operation, and the control unit 2 of the terminal 2B is set to recognize that the second operation input ^ period is longer than the first predetermined_time when the operation (4) is pressed during the second dare period. When the control unit 20 receives the first operation input, the control unit 2 performs batch control (mode control). - Anti-field. When the second control input is received, the control unit performs the process of registering the state of the load L. In this way, the operating two end 2 has the operating switch S62 which acts as - for generating the first action! And a switch that is also used to generate the second operational input. In addition, the operation of the second terminal 2 does not simultaneously perform the mode control and the port for logging in to the load state. This configuration makes it possible to improve the convenience of the operation terminal. (Second Embodiment) Fig. 9 shows a system diagram in this embodiment. In the same load control of this embodiment, the 'money terminal 2 is almost the same as the operation terminal 2 of the first embodiment. In addition, the operation terminal 2 is connected to the load port, and is set to directly control the bin. The load control system of this embodiment includes the control terminal 1Α,

The control terminals 1B which are different from the control terminal 1A to the first time are "first to promote the understanding of the present invention, and the control terminal 1A is hereinafter referred to as the control terminal 1A". The control terminals 1B to id are hereinafter referred to as "42th 201117508 a control terminal" B to ID 丨. The 兮筮-& °X technical terminal 1A is set to have a (four) health transition from the far side. The first control terminal is different from the second control terminal to (1) in terms of functions of the remote control terminal (four). It should be noted that the load control system of this embodiment has substantially the same as the first The components of the components of the embodiment are controlled by the load. Therefore, the same load control line as that of the first embodiment has the same component number as in the first embodiment. Mountain per-the second control The terminals (1) to 1 have a common component with each of the control terminals 1B to 1D. Further, the wire terminal 2 corresponds to the first control terminal 1A of this embodiment. The first (four) terminal ιΑ also has Each of the $2 controls the basic components of the terminal of the terminal 1B to the id. Therefore, the detailed description and illustration of the first control terminal u are omitted here. In the first control terminal 1A, the operation switch S51 corresponds to the group described in the third embodiment Controlling the operating switches as and corresponding to the first mode respectively controlling the second mode. The memory 13 stores the operating terminals S51 to S53 and the respective control terminals m to lD for identifying the control terminals The relationship between the codes, and the relationship between the control information S53 and the control information (dimming level) between the respective control terminals m to !D. In other words, the memory 13 stores the operation switch S51 and more S53. And the relationship between the control terminal identification codes of the respective control terminals 1B纟1D associated with the control information (dimming level) of the respective control terminals 11D. 43 201117508 进行.A partial-control terminal 1A When the operation switch s receives the operation signal from the control unit, the control unit accesses the memory, so that: =::=: the final load to the 1D is the most loaded The second control terminal of the temple is connected to the identification code, and both of them correspond to when the operation switch S51 operates the daily casting signal. Miscellaneous 1G self-obtained f _ lai and other loads such current state. When the control phantom G recognizes that all of the loads 1 have the same state, the control unit 10 generates a control command for switching the state of the load L to the inverted state. (When the control unit 1〇 recognizes that all the loads are lit, the control units 1() generate a control command for turning off the loads L. Only when the control unit 1〇 recognizes all the loads l is not The snack '4 control unit H) generates a control command for opening the light. ^ When the control unit 1G recognizes that the load L has a different state than the other loads L, the control unit 1 generates a control command for switching all the loads L to the same state. (When the control unit 1 recognizes that the load L is lit and the other load 1 is not lit, the control unit 10 generates a control command for turning on or off all the loads L of the light.) The control unit 10 generates a packet (command signal) having data (which is set as the control command), a destination address (which is set to the multicast address), and a source address (which is set to the control) Controlling the terminal identification code of the terminal 1A and transmitting the packet (command signal) from the communication unit 12 to the signal line Ls. In the second control terminals 1B to 1D, each of the communication units 201117508 12 receives the packet (command signal), the communication unit 12 sends the packet (command signal) to the control unit 10. The control unit 10 determines whether the destination address of the seal (command signal) is equal to the second control terminal's own a control terminal identification code. When the control unit recognizes that the control command of the packet (command signal) includes a destination address equal to the second control terminal identification code of the second control terminal, the control The unit 1G will generate a control signal for opening or causing the load L under the control of each of the second control terminals based on the control information corresponding to the second control terminal identification code. The control unit 10 Sending the control signal to the negative signal. When receiving the control signal, the load operation unit turns the relay on or off according to the control signal, whereby the load operation unit 4 turns the load L on or off. The control unit 1 generates a packet (state signal) after a predetermined time has elapsed. The packet (status signal) has data (which indicates the state of the load L after the load L is controlled), and the destination address (its An identification code equal to the source address of the packet received by the second control terminal, and a source address (which is set to the second control terminal's own control terminal identification code). Then the control unit 1() encapsulates the packet ( The status signal is sent to the signal line Ls from the unit 12. That is, the control unit transmits the packet (status signal) at a predetermined time. Further, the control unit 10 controls the display. 15. The display 15 indicates the states of the loads L after the loads 1 are controlled by the second control terminals. On the other hand, in the first control terminal 1A, the communication unit 12 receives s The packet (status signal) transmits the packet (status signal) to the control unit 10. The control unit 1 identifies the current state of the load L from the packet (status signal). The control unit 丨〇 the packet (Status signal) 45 201117508 The state of the load L is stored in the memory. Then, all the fields in the group of the operation switch ss] are in the pair to change the control of the it control unit 10 The display,

Hit the instructions. (For example, when all (4) T = . minus, ‘ ί ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ If the first side Jing 2 control terminal 1D$_# 4 & system terminal 4 can not control the single packet (status signal) from the first terminal 1A, the first control includes the destination address (i packet (re-f test signal) ), the control terminal that distinguishes it, the second control terminal that does not transmit the packet == r identification code), and the control command (the 』 transmission = packet (re- Γ Γ packet). Then 'the first When the control terminal 1A controls the status signal, the first control terminal can store /A the value of the load in the 5 liter packet (status signal) == 13. Conversely, when the packet is not returned from the second control terminal m_. (the status signal), the control unit 1 controls the display to use the = Ϊ transmitting element LD51 'by the display 15 notifying the error to the slave test . The sequence diagram of n illustrates the operation of the mode control (the second molding system). When the operation switch 3 of the first control terminal 1A is operated, the input receiving unit u receives the control command. Upon receiving the control a 7 'receiving unit u sends the operation signal to the control unit 46 201117508 yuan 10. When the control unit 10 receives the operation signal, the control unit 10 accesses the memory to obtain "the control terminal identification codes of the control terminals 1 (: and 1D), and "and each control" The terminal and the control command related to the load L of the D control, both of which are related to the operation signal when the operation switch S53 is operated. Then, the control unit (1) is based on the control instruction from the memory 13 (the The second mode control generates a binary command. The control command includes an indication that the control terminal 1C turns on the load L controlled by the control terminal 1 c to a -70% dimming level. The control command also includes a Instructed that the indication is that the control terminal 1D turns on the load L to the -3Q% dimming level controlled by the control = terminal 1D. Then, the control sheet 70 10 generates a packet (command signal) 'which has data (its setting For the control command), the destination address (which is set to the multi-forward address) and the source address (which is set to the control terminal identification code of the control terminal identification code 1A, the control unit 1G then applies the packet (command) News It is sent from the communication unit 12 to the signal line Ls. It should be noted that the control command does not include the third system, ',; the control terminal identification code, and the control information for controlling the second terminal 1B. In the second control terminals B to 1D, when the communication units 12 receive 4 packets (command signals, the communication units 丨2 send the packets (command signals) to the control unit 1 〇. In the second control terminal, the control unit 1 of the first control terminal 1B recognizes that the packet (command 2) does not have an octet I equal to the control terminal identification code of the second control terminal 1B. 1B does not control the remote load 1 received by the control terminal, whereby the load 4 of 4 under the control of the control terminal 1B maintains the current state. Further, the second control terminal generates 201117508 = signal) The data indicating the current state of the special load L under the control of the control terminal 1B is sent to the signal line Ls. Conversely, in the second control terminal, the control unit 1〇 Identify the signal) The identification code is equal to the control code of the second control terminal 1 (: and m). Since the control signal includes a control signal for the specific L light level of the load L, the control terminal 1C And 1D: each - the control unit it 1G will be used to open a certain specific green control signal transmitted to the second control terminals 丨c and 1D each of the load is made, the dimming The level corresponds to the dimming level of the control signal. When the load operating unit 14 receives the control signal, the load operating unit ^ drives the driving circuit according to the control signal to adjust the supply to the load L per unit time. The amount of electric power is further increased by the control unit 10 of each of the second control terminals c and 1D after a predetermined time has elapsed. The packet (status signal) has a destination address (which is set to the identification code of the first control terminal IA of the source address in the packet (command signal)), and a source address (which is set for each of the control terminals 1 ( : and 11:) The control knows the 4 code) and the data (which is set to the state of the far load L after the control terminal controls the load B). Then, each of the control terminals 1 and 1 of the control unit 10 transmits the packet (status signal) from the communication unit 12 to the communication line Ls. In addition, the control unit 1 controls the control terminal's own display 15 to change the indication of the display 15. In the first control terminal 1A, when the communication unit 12 receives the packet (status signal), the communication unit 12 transmits the packet (status signal) to the communication unit 12. Upon receiving the packet (status signal), the state of the load L in the 48 201117508 5 package is stored to the second part of the memory; the genus and the 7 _ switch ^ ^ #, control, ,,; 鳊ic And 1D received for notification

(State signal) When the control unit 10 operates the °, the light-emitting element LD53 is turned on. Therefore, H =:;=r, the first, =, and the younger-style control are the same. Description of the operation due to mode control. In the case of the shackle yoke, as in the first embodiment, when the first == selection switch (not shown) is set to YES = 槿7, the control unit 10 of the control terminal 1A Self-operating, tool-knife, to login mode. In addition, the control unit is configured to switch from the communication unit 12 to the signal line with the indication from the operation mode to the login: = two signals, and then control the second control terminal 1B to the id. Unit (7) When the package (recording number) is used, each control unit ig operates from the mold cutter to the board. It should be noted that, in the sacred towel, the steps of registering the identification codes of the two =, , and the ends 1B to 1D to the group recognized by the first control terminal are the same as the steps of the first implementation. The description of the second control terminals 1 to iD is omitted here to log in to the group controlled by the first control terminal 1A. Here, the search and find system has a plurality of terminals to perform the control (batch control) of the first control. In this case, when the control terminal i of the first control terminal i is selected and closed (four) self-operating Lai type switch to Deng _ type ^ 49 201117508 π) from the age of the city (four) Lai, and the miscellaneous system is the center of the recording mode. Therefore, regardless of the operation of the ς == operation switch, the first control: end, 1 is selected instead of the center of the login mode. In the case of Li Jie, first of all, the load L is adjusted by the green

1C' 1D # tn s, Γ ° ^ 1 1A ^ When the face switch S53 is pressed during the predetermined period, the control command is received, and then it will be used for the board::°: connect - m „ , T°S load status #的信号号魏海控制早7° I Receive_Operational time, the first-controlling control private 1() gets "The negative-like object": The second: Mo, the control terminals ic And one should, operate, switch S53. Money, the control unit /, the purpose of the load is the control information of each of the second mode control = L, and store the control information to the memory Body =. = and, as in the first embodiment, to help transfer the packet (command signal) with the state of the instruction, and fine ^ [schematic description] Figure 1 shows the first embodiment Figure 2 shows a block diagram of the control terminal in the first embodiment. Figure 3 shows a block diagram of the operation terminal in the first embodiment. Figure 4 (a) and (b) The packet in the first embodiment is shown. Fig. 5 is a view for explaining the operation sequence in the first embodiment. Fig. 6 is a view for explaining the operation sequence in the first embodiment. 201117508 Fig. 7 shows a sequence of operations for explaining the login mode in the first embodiment. Fig. 8 shows a sequence of operations for explaining the login mode in the first embodiment. Fig. 9 shows the second Figure 1 is a diagram showing the sequence of operations in the second embodiment. Figure 11 is a diagram showing the operation sequence in the second embodiment. Figure 12 shows a conventional load control. Figure 13 shows an explanatory diagram of the transmission signal in the conventional load control system. [Main component symbol description] 1 Control terminal 2 Operation terminal 10 Control unit 11 Input reception unit 12 Communication unit 13 Memory 14 Load operation Unit 15 Display 16 Power supply 20 Control unit 21 Operation input unit 22 Communication unit 23 Memory 24 Display 25 Power supply 201117508 100 Transmission control unit 102 Operation terminal 103 Control terminal 104 Lighting load ΙΑ Control terminal IB Control terminal 1C Control terminal ID Control terminal 2B Operation Terminal 2A operation terminal L load LD11 light emitting element LD21 light emitting element LD22 light emitting element LD31 light emitting element LD41 light emitting element LD51 light emitting element LD52 light emitting element LD53 light emitting element LD61 light emitting element LD62 light emitting element Lp power line Ls signal line SI operation switch S11 operation switch 52 201117508 S2 Operation switch S21 Operation switch S22 Operation switch S3 Operation switch S31 Operation switch S32 Operation switch S33 Operation switch S41 Operation switch S42 Operation switch S43 Operation switch S51 Operation switch S52 Operation switch S53 Operation switch S61 Operation switch S62 Operation switch Vs Transmission signal 53

Claims (1)

201117508 VII. Patent application scope: A load control system for controlling at least a load, the load control system comprising: at least one control terminal and at least one operation terminal; the control terminal is connected to the at least one load, the operation The terminal is connected to at least one of the control terminals through the signal line, each of the control terminals separately has a control terminal identification code, and each of the operation terminals separately has an operation terminal identification code, and the control terminal includes a first-input receiving device, a control device, and a first communication device, the first input receiving device having at least a first operational switch for inputting a first control command, and wherein the first control device is configured to be at the first input receiver Receiving, at the first control command, controlling the predetermined load to respond to the first control 々曰7 4: the load corresponds to the first control command, and is controlled by the first control device, the memory, the first Controlling the operation terminal to have a second input receiving device device and a second communication device, the second input receiving device having H is a switch for inputting a second control command, the memory stores the second control command and a relationship between the VA system and the 'ς鳊 identification code associated with the control information, the control information indication Presensing = feeling 'and causing * the control terminal to control at least _ 贞 load into the predetermined state, ° 2011 54 201117508 5 第二 second communication device communicates with the first communication device, the second control device is set to recognize the a second control command received by the second input receiving device, and the control terminal identification code associated with the second control command and the control information are obtained from the memory, and the second control device is configured to generate control a command for controlling the load to be in the predetermined state on the basis of the obtained control information, and transmitting a command signal from the second communication device to the control terminal through the signal line, the middle nickname including the control command And obtaining the control terminal identification code, the 5H control terminal is configured to receive the transmission from the second communication device through the signal line via the first communication device The command signal and the control terminal identification code of the life command ring are equal to the control terminal's own control terminal identification code, and the predetermined load is controlled according to the control command to the predetermined state, where the first control device is set Transmitting a status signal to the operation terminal at a predetermined time, the status signal indicating a current status of a predetermined load controlled by the control terminal, and the second control device is configured to recognize a current status of the predetermined load to determine the current status The state is a predetermined state of the load, and is set to store the relationship between the current state and the control terminal identification code to the memory when the second input receiving device receives the storage instruction of the second input receiving device body. 2. The load control system of claim 1, wherein the control device is configured to transmit a status signal indicating the predetermined load when the first control device controls the negative 55 201117508 In the current state, the second control device is configured to store the state of the load when the second control device receives the status signal, which is included in the status signal, and the second control device is configured to be Receiving, by the second input receiving device, the state of the load controlled by the control terminal from the memory, the second control device being set to generate the load and the load state obtained from the S memory Relationship and store the relationship to the memory. 3. The load control system of claim 1, wherein the second control device is configured to cause the second communication device to send the request signal to the second input receiving device when the storage command is received. The first communication device is configured to: when the first communication device receives the request signal, to cause the first communication device to send the status signal to the second communication device, the status signal indication The current state of the load, as well as ~. The first control device is configured to recognize the state of the load from the status signal, and is set to generate a relationship between the load and the load state, and the second control device is set to the relationship Save to this memory. For example, the load control system of claim 1, wherein the first control device is configured to detect the first operational input when the second operational switch is operated during the first period, 56 201117508 the second control The device is configured to invert the second operational input when the second operational switch is operated for a second period longer than the first period, the control device being configured to obtain from the memory corresponding to the first operational input Controlling the final frequency identification code and being configured to generate a control command for controlling the load, the (IV) I setting being set to generate a command signal having the control command and the control terminal identification code obtained from the memory, and being smashed The command signal is sent to the control terminal through the message I(10), and the second control device is set to be a departure of the load controlled by the control terminal when the control terminal receives the second operation input. And being set to generate a relationship between the loads and the states of the loads and the first control device is set to the relationship memory. The load control system of claim 1, wherein the operation terminal is connected to at least one load controlled by the operation terminal, and the f control device is configured to receive the second input receiving device苐一控(四)令, controlling the negative 57 controlled by the operation terminal