JP2010180645A - Shutter drive controller - Google Patents

Abstract

A physical quantity required for opening and closing a shutter can be easily registered even in a state where a control circuit unit is not connected to a shutter drive source, and further, is not connected to a shutter.
A control circuit unit 3 that controls the operation of a shutter 1 via a motor 2 while referring to a physical quantity (such as H dimension) related to opening and closing, and a plurality of commands including “open” and “close” to the shutter are controlled. And an operation panel 4 having one or a plurality of switches that can be transmitted to the circuit unit, respectively, and instructing the transition to the physical quantity registration mode 32 in response to a predetermined on / off operation of the one or a plurality of switches 4a to 4f. The first trigger 41 and the numerical data 42 obtained by binarizing the physical quantity can be transmitted freely, and the control circuit unit shifts to a mode for registering the physical quantity according to the first trigger, and the physical quantity input from the operation panel Is registered as a binary data string in accordance with the predetermined on / off operation.
[Selection] Figure 2

Description

  The present invention relates to a shutter drive control device, and more particularly to a shutter drive control device operated by a plurality of on / off signals transmitted from an operation panel having a plurality of switches, and in particular, corresponds to the height of a shutter installation opening. The present invention relates to a shutter drive control device including a control circuit unit (controller) that controls opening and closing of a shutter drive motor while referring to an H dimension to be operated, and an operation panel that transmits a command related to the shutter operation to the control circuit unit.

  Patent Document 1 discloses a mechanism in which a limit switch for initializing the up / down position of an opened / closed shutter is arranged in the shaft of an electric roller that winds up a shutter curtain.

  In Patent Document 2, in a shutter device driven by a motor, an encoder is attached to a rotary shaft for winding a shutter curtain, and a motor control unit detects a rotational state of the rotary shaft based on an encoder output. A mechanism for detecting the open / closed state of the shutter is disclosed.

  In Patent Document 3, in a slit-type shutter device driven by a motor, a physical change amount from an upper fully open region to a lower landing region of a shutter curtain is mechanically detected, and the motor control unit detects the detected information. Discloses a shutter device that calculates a physical change amount required until the slit is fully closed.

  In Patent Literature 4, in a motor-driven shutter device, when the shutter is opened and closed, the motor control unit automatically learns the load applied to the operating motor, and based on this learning result, for obstacle detection There is disclosed a shutter device that automatically updates a threshold value set in the above.

  Patent Document 5 discloses a shutter device in which a shutter control unit shifts from a normal opening / closing mode to various timer setting modes immediately after power-on of an electric shutter or by pressing a reset switch of the electric shutter in an installed electric shutter. Is disclosed.

  Patent Document 6 discloses a shutter device that includes a remote controller that transmits a command to open and close an electric shutter and rejects a command from the remote controller outside a set time.

  In Patent Document 7, in an electric shutter device having an authentication function for limiting the persons permitted to open and close the shutter, authentication data is registered by operating a registration switch, an erasure switch, and an operation mode switch that are separately provided. A shutter device is disclosed.

  Patent Document 8 discloses a shutter device that reads a shutter control information by separately connecting a personal computer to an HA (home automation) terminal of the shutter device.

JP 2000-96962 A (FIG. 2, paragraphs 0013 to 0015) Japanese Patent Laid-Open No. 11-148814 (paragraphs 0012 to 0013) JP 2002-339694 A (paragraphs 0045 to 0052) Japanese Patent Laying-Open No. 2005-42485 (paragraphs 0008 to 0010) JP 2001-40968 (paragraph 0012) JP-A-6-248861 (paragraph 0014) JP 2007-162327 A (FIG. 3, paragraph 0045) Japanese Patent Laying-Open No. 2005-90080 (paragraph 0048)

  According to the devices disclosed in Patent Documents 1 to 3, a construction procedure is required in which the shutter opening / closing operation is performed and the lower limit position is registered in a construction site or a shutter manufacturing factory in a state where the actual shutter is completed. As a result, there is a problem that the process required for registration is directly applied to the lead time for on-site construction and factory shipment, and construction and shipment are delayed.

  In particular, when registering at a factory, it takes time and effort to disassemble the shutter device for shipping after the registration is performed after attaching the shutter device to the opening simulating the site. In addition, since a registration line is incorporated between the entire production lines, the degree of freedom in constructing the registration line is low.

  In particular, when registration is performed by a construction contractor at a construction site, the amount of work of the construction contractor increases, and it is necessary to educate the construction contractor about the registration work. is there.

  According to the apparatus of Patent Document 4, since an actual opening / closing operation is performed after constructing a real shutter and automatic learning is performed, an extra load is applied to the construction site.

  According to the apparatus of Patent Document 5, an actual shutter is required to shift to the registration mode, and construction of the actual shutter is required to register the timer setting time.

  Patent Document 6 does not disclose the registration of physical quantities necessary for opening and closing the shutter.

  According to the apparatus of Patent Document 7, a registration switch or the like that is provided separately is necessary for registering authentication data.

  The apparatus using the HA system of Patent Document 8 is not applicable to a shutter apparatus to which no HA system is added, and a personal computer is required to read shutter control information. Note that the HA system itself is not added to all shutter devices.

  An object of the present invention is to easily register a physical quantity necessary for opening and closing a shutter even when the control circuit unit is not connected to a shutter drive source, and even when not connected to a shutter. It is providing the shutter control apparatus which can do.

  In the first aspect, the present invention provides a control circuit unit that controls the operation of the shutter via a drive source while referring to a physical quantity related to opening and closing of the shutter, and “opens” the shutter according to the operation or intention of the operator. And a control unit having one or more switches each capable of transmitting a plurality of commands including at least “close” to the control circuit unit, wherein the operation unit includes the shutter. In accordance with a predetermined on / off operation of the one or more switches used for the operation, a first trigger for instructing the transition to the registration mode of the physical quantity and numerical data obtained by binarizing the physical quantity can be freely transmitted. And the control circuit unit shifts to a mode for registering the physical quantity in accordance with the first trigger, and the object inputted from the operation unit Registering the numerical data indicating the amount as binary data string in accordance with the on-off operation, to provide a shutter driving control device.

(1) According to the present invention, the physical quantity necessary for the operation of the shutter can be obtained by using, for example, an operation panel (operation unit) or a remote controller (operation unit) for the actual shutter device without using a special device. You can register easily. Therefore, according to the present invention, there is no cost increase related to the registration of the physical quantity.
(2) According to the present invention, when registering a physical quantity necessary for the operation of the shutter, it is not necessary to construct an actual shutter device or open / close the shutter. That is, if there are an operation unit and a control circuit unit, preferably an operation panel and a control board, a physical quantity necessary for the operation of the shutter can be registered. This shortens the construction time or the lead time of the shutter production line.
(3) According to the registration of the physical quantity required for the operation of the shutter according to the present invention, it is only necessary to have an operation unit and a control circuit unit, and a shutter or a motor as a driving source is not essential. There is no need to do this, and the flexibility of the shutter production line is improved.
(4) According to the registration of the physical quantity necessary for the operation of the shutter according to the present invention, it is only necessary to have an operation unit and a control circuit unit, and a shutter or a motor as a driving source is not essential, so it is necessary to register at a construction site. The amount of work for the contractor can be reduced, and the cost required for training the contractor for registration can be reduced.
(5) According to the present invention, the registered physical quantity is preferably operated for the actual shutter device without taking out the storage element (memory) from the control circuit unit (control board) and using a dedicated reading machine. Data can be easily read using a panel or remote controller. Therefore, according to the present invention, there is no increase in cost related to reading of the physical quantity. Thus, according to the present invention, the same effect as in the case of registration can be achieved with respect to reading.
(6) According to the present invention, necessary data can be read out in real time even during the assembly process or maintenance, so that a quick response is possible.

(A) is a figure explaining the basic composition of the shutter drive control apparatus which concerns on Example 1 of this invention, (B) is a figure which shows the detail of the operation panel shown to (A). It is a figure explaining the connection relation of the operation panel shown in FIG. 1, and a control circuit part. It is a timing chart for demonstrating the registration mode of the shutter drive control apparatus which concerns on Example 1 of this invention. It is a timing chart for demonstrating the read-out mode of the shutter drive control apparatus which concerns on Example 4 of this invention. It is a timing chart for demonstrating the read-out mode of the shutter drive control apparatus which concerns on Example 5 of this invention. In the shutter drive control apparatus according to the seventh embodiment of the present invention, it is a diagram for explaining the connection relationship between the simulator of the operation panel and the control circuit unit.

  In a preferred embodiment of the present invention, the operation unit is an actual operation panel, and generates a signal generated in response to a predetermined on / off operation of the one or more switches for each predetermined width of the numerical data. The control circuit unit registers the physical quantity by synthesizing the divided numerical data input from the operation unit in accordance with the second trigger.

  In a preferred embodiment of the present invention, the operation unit is a simulator having a function of simulating the one or more switches installed on an operation panel of an actual machine, and the control circuit unit is connected to the simulator. The physical quantity is registered based on the input. According to this embodiment, in the production line of the control circuit unit (control board), a relay switch box or the like simulating an operation panel of an actual machine used for the check, or a numeric input button, a numeric data display, registration Alternatively, registration can be performed using a simulator box provided with a button for transmitting a trigger for reading.

  In a preferred embodiment of the present invention, the operation unit includes a display for indicating an operation status of the shutter, in addition to the one or a plurality of switches for operating the shutter. In response to an on / off operation of the one or more switches, a third trigger for instructing a shift to a mode for reading the registered physical quantity can be freely transmitted, and the control circuit unit is configured to transmit the third trigger according to the third trigger. The mode is shifted to a mode for reading a physical quantity, and the numerical data indicating the registered physical quantity is transmitted to the operation unit, and the operation unit is configured to display the display unit based on the numerical data input from the control circuit unit. The registered physical quantity is displayed by turning on / off. According to this aspect, similarly to the registration, the registered physical quantity can be confirmed using only the operation unit and the control circuit unit.

  In a preferred embodiment of the present invention, the operation unit is the simulator, and includes a display device that indicates the registered physical quantity, and the simulator shifts to a mode for reading the registered physical quantity. The control circuit unit shifts to a mode in which the physical quantity is read according to the command, and transmits the numerical data indicating the registered physical quantity to the simulator. Based on the input numerical data, the physical quantity registered in the display is displayed.

  Physical quantities related to the opening and closing of the shutter include the shutter H dimension (dimensions corresponding to the height dimension of the shutter opening), the upper and lower positions of the shutter, the load applied to the shutter, the shutter opening and closing time, and safety such as pinching detection Examples include information for operation, information for responding to changes in the external environment such as temperature and power supply voltage, construction areas such as latitude / longitude, direction, direction, current date, temperature / weather, and the like.

  The shutter drive control device of the present invention may include the drive source driven by a control signal from the control circuit unit.

  An embodiment of the present invention will be described below with reference to the drawings. FIG. 1A is a diagram for explaining the basic configuration of the shutter drive control device according to the first embodiment of the present invention, and FIG. 1B shows the details of the operation panel shown in FIG. FIG.

  Referring to FIG. 1A, the shutter drive control device according to the first embodiment of the present invention is a drive source while referring to a physical quantity (such as H dimension) related to opening / closing of the shutter (blind shutter) 1 as a basic configuration. A control circuit unit 3 for controlling the operation of the shutter 1 via the motor 2 and a plurality of commands including at least “open” and “close” are transmitted to the control circuit unit 3 according to the operation or intention of the operator. And an operation panel (operation unit) 4 provided with one or more free switches.

  The shutter 1 can perform a blind operation by opening / closing operation and rotating its slats. In addition to the normal opening / closing mode, the shutter 1 can perform a crime prevention mode in which the shutter 1 is locked in a closed state, and a crime prevention ventilation mode in which the shutter 1 is locked in a state where a gap is provided between slats. As the motor 2 rotates, the motor 2 winds up the shutter 1 and opens and closes the shutter 1. The control circuit unit 3 is connected between the motor 2 and the operation panel 4.

  After the construction, the operation panel 4 is installed in a place that is easily separated from the shutter 1 and is easy to operate. A remote controller may be used instead of the operation panel 4. Further, the operation panel 4 and the control circuit unit 3 can be manufactured at a factory or a manufacturing line different from the shutter 1 or the motor 2 and can be assembled at the construction site.

  In addition, referring to FIG. 1B, the operation panel 4 includes an “open” SW 4a, “stop” SW 4b and “squeeze” SW 4c related to the opening / closing operation of the shutter 1, and a “open” SW 4d related to the blind operation of the shutter 1. And the “close” SW4e, the crime prevention / ventilation mode SW4f, the operation lamp 4g which is turned on during the operation of the shutter 1 and is otherwise turned off, and the crime prevention light which is turned on when the crime prevention mode or the security ventilation mode is set and is turned off otherwise. And a mode lamp 4h. The SWs 4a to 4f are on / off switches that output a binary signal in accordance with an on / off operation. The operating lamp 4g and the crime prevention mode lamp 4h are on / off lamps.

  The operation panel 4 binarizes the first trigger signal 41 for instructing the transition to the registration mode of the physical quantity and the physical quantity in response to the on / off operation of the plurality of switches SW4a to 4f used for the operation of the shutter 1. The numerical data signal 42 can be transmitted. In particular, when the numerical data signal 42 is divided, the numerical data signal 42 is generated for each predetermined width of the numerical data signal 42 according to a predetermined ON / OFF operation of the predetermined switches SW4a to 4f. Is inserted as the second trigger signal 43 and transmitted. The control circuit unit 3 shifts to a registration mode 32 (see FIG. 2) for registering a physical quantity in accordance with the first trigger signal 41, and the numerical data signal 42 indicating the physical quantity input from the operation panel 4 is turned on / off. Based on this, it can be registered as a binary data string. Further, as will be described later, the control circuit unit 3 enters a mode in which the registered physical quantity is read according to a third trigger signal 44 input from the operation panel 4, that is, according to an on / off operation of predetermined switches SW4a to 4f. In accordance with the third trigger signal 44 for instructing the shift of the physical quantity, it is possible to shift to the reading mode 33 for reading the physical quantity.

  FIG. 2 is a diagram illustrating a connection relationship between the operation panel and the control circuit unit illustrated in FIG. Referring to FIG. 2, the control circuit unit 3 includes a microcomputer 3a, an input processing unit 3b connected between the SWs 4a to 4f of the operation panel 4 and the microcomputer 3a, lamps 4g and 4h of the operation panel 4, and a microcomputer. An output processing unit 3c connected between the computers 3a, a memory 3d connected to the microcomputer 3a and capable of registering and reading physical quantities (such as H dimensions), and a motor 2 connected between the microcomputer 3a and the motor 2 A motor control output processing unit 3e that can input a signal from a sensor (not shown) that outputs a control signal to detect the rotation speed of the motor 2.

  The microcomputer 3 a normally executes a normal mode 31 that executes an opening / closing operation of the shutter 1, executes a registration mode 32 according to the first trigger signal 41, and operates the operation panel 4 according to the second trigger signal 43. Is programmed to synthesize the divided numerical data signal 42 inputted from the above to register the physical quantity and execute the read mode 33 in response to the third trigger signal 44.

  FIG. 3 is a timing chart for explaining a registration mode of the shutter drive control device according to the first embodiment of the present invention. Here, the operation in the case of registering the H dimension of “3000” (decimal number) as the physical quantity of the shutter will be described. The H dimension of “3000” (decimal number) is a value obtained by further converting the value converted to the pulse signal of the encoder that is attached to the motor 2 and detects the rotation speed of the motor 2 into a binary number “0000 1011 1011 1000”. Thus, it is registered in the memory 3d. SW4a to 4f are used for outputting the first trigger signal 41, and SW4a and 4c to 4e are used for outputting the numerical data signal 42. When the numerical data signal 42 is transmitted, SW4a outputs “bit0” (lowest bit), SW4c outputs “bit1”, SW4d outputs “bit2”, SW4e outputs “bit3” (highest bit), and outputs an on / off signal. Outputs a signal indicating a break between bits. The stop SW 4 b transmits, as the second trigger signal 43, a signal generated according to the ON / OFF operation for each bit width of the numerical data signal 42 that is divided and transmitted.

  2 and 3, when the operator turns on the control circuit unit 3 and the operation panel 4 in a state where all the switches SW4a to 4f are fully pressed, both of the on signals (first signals) are supplied from the SWs 4a to 4f. 1 trigger signal 41) is output. When the microcomputer 3a receives these ON signals for a predetermined time, the microcomputer 3a shifts from the normal mode 31 to the registration mode 32. When the microcomputer 3a shifts to the registration mode 32, the microcomputer 3a returns an ON signal so that both the lamps 4g and 4h are lit for a predetermined time. When the lamps 4g and 4h are turned on, the operator turns off all the switches SW4a to 4f, confirms that the lamps 4g and 4h are turned off, and proceeds to the next “2. Data registration operation”. Thus, the conditions for shifting to the registration mode 32 are set strictly so that unnecessary output is not output due to an erroneous operation. A time limit is also provided for “all switches SW4a to 4f are turned off”. When no time limit is set, if “all switches SW4a to 4f are turned off” is continued for a long time, “all switches on” is a special operation that is not used in a normal shutter system. This is because it can be determined that the possibility of “failure” or mischief operation is high. In such a state, since the reliability of the input data is low, it is not preferable to enter the registration mode 32.

Next, the operator transmits the numerical data signal 42 indicating the physical quantity and the second trigger signal 43 to the microcomputer 3a by the following procedure using the SWs 4a to 4e.
(Bit0)
SW4a-off, SW4c-off, SW4d-off, SW4e-off.
(Confirmation of bit0)
While maintaining the state of SW4a, 4c-4e, SW4b is turned on once and then turned off.
(Bit1)
SW4a-on, SW4c-on, SW4d-off, SW4e-on.
(Confirmation of bit1)
While maintaining the state of SW4a, 4c-4e, SW4b is turned on once and then turned off.
(Bit2)
SW4a-on, SW4c-on, SW4d-off, SW4e-on.
(Confirmation of bit2)
While maintaining the state of SW4a, 4c-4e, SW4b is turned on once and then turned off.
(Bit3)
SW4a-off, SW4c-off, SW4d-off, SW4e-on.
(Confirm bit3)
While maintaining the state of SW4a, 4c-4e, SW4b is turned on once and then turned off.

  The microcomputer 3a registers “0000 1011 1011 1000” transmitted as described above in the memory 3d, and the registration of the physical quantity related to the H dimension is completed.

  During execution of the registration mode 32, if the crime prevention / ventilation mode SW4f is turned on during an unspecified operation, for example, when the numerical data signal 42 is input, the registration mode 32 is immediately terminated and the normal mode (open / close mode) ) 31.

  In this embodiment, since data of “3000” (decimal number) is registered, data of 16 digits (16 bits = int type) is used. However, the upper limit of the number of digits is arbitrary according to the data. Also, if the crime prevention / ventilation mode SW4f is used for inputting data relating to physical quantities, it is possible to input 5-digit data in a single operation. For example, when inputting 32-digit data, the number of operations is reduced. Process lead time can be shortened. In addition, in order to prevent malfunction, a time limit is provided between operations, and when the time is up, the registration mode 32 is immediately terminated and the normal opening / closing mode 31 is shifted to.

  When registering a physical quantity related to the shutter operation other than the H dimension, for example, the load value of the motor 2, in “1. Data registration mode transition operation” shown in FIG. In place of the operation, an operation of “release SW4a to 4f after confirming lamp lighting and turn off SW4a to 4e other than crime prevention / ventilation mode SW4f” is performed, and another trigger signal indicating the load value registration of the motor 2 is generated. It transmits to the microcomputer 3a. The following data input is the same as in the case of the H dimension in the first embodiment.

  In the case of the shutter 1, which is not a blind shutter, the operation panel 4 has only the SW 4a to 4c related to the shutter opening / closing operation in the SW 4a to 4f shown in FIG. In this case, in “2. Data registration operation” shown in FIG. 3, SW4a may be used for bit0, SW4b for bit1, and SW4c for data confirmation. In the first embodiment, four steps are repeated in “2. Data registration operation” in order to input a 16-digit numerical value. However, in the present embodiment, eight steps may be repeated.

  FIG. 4 is a timing chart for explaining a read mode of the shutter drive control apparatus according to the fourth embodiment of the present invention. Here, the operation when reading the H dimension of “3000” (decimal number), that is, “0000 1011 1011 1000” (binary number) registered in the first embodiment will be described as the physical quantity of the shutter.

  2 and 4, when the operator turns on the control circuit unit 3 and the operation panel 4 while pressing the switches SW4b to 4f except the SW4a to be opened, all of the SW4b to 4f are turned on. (Third trigger signal 44) is output. When the microcomputer 3a receives these ON signals for a predetermined time, the microcomputer 3a shifts from the normal mode 31 to the reading mode 33. When the microcomputer 3a shifts to the reading mode 33, the microcomputer 3a returns an ON signal to turn on both the lamps 4g and 4h for a predetermined time. When the lamps 4g and 4h are turned on, the operator turns off all the switches SW4b to 4f and confirms that the lamps 4g and 4h are turned off. In this way, the conditions for shifting to the reading mode 33 are set strictly so that unnecessary output is not output due to an erroneous operation.

  Next, in order to transmit the fourth trigger signal 45 for instructing the start of data output to the control circuit unit 3 in the read mode 33, the operator further turns on the crime prevention / ventilation mode SW4f to turn on the fourth trigger signal. The microcomputer 3a to which 45 is input reads the physical quantity “0000 1011 1011 1000” (binary number) related to the H dimension registered from the memory 3d, and transmits or outputs it to the operation panel 4.

  The operating lamp 4g is set to indicate data “1” when turned on, and the crime prevention mode lamp 4h is set to indicate data “0” when turned on. Accordingly, the operating lamp 4g and the crime prevention mode lamp 4h blink in the order shown in FIG. 4 to display “0000 1011 1011 1000”.

  During execution of the read mode 33, if an operation other than specified, for example, a switch other than the crime prevention / ventilation mode SW4f is turned on, the read mode 33 is immediately terminated and the normal mode (open / close) 31 is entered. Prevent unnecessary data output.

  Further, in order to prevent malfunction, a time limit is provided between each operation, and when the time is up, the reading mode 33 is immediately terminated and the normal mode 31 is shifted to.

  When reading the physical quantity related to the shutter operation other than the H dimension, for example, the load value of the motor 2, the trigger operation before “2. Data display” shown in FIG. 4 is set to “ON operation of crime prevention / ventilation mode SW4f”. Instead, “an operation to turn on the blind open SW 4d” is performed, and another trigger signal indicating the reading of the load value of the motor 2 is transmitted to the microcomputer 3a.

  In the fourth embodiment, the data display method using the two lamps 4g and 4h and the blinking of the lamps 4g and 4h has been described. In the present embodiment, the data display method using one lamp 4g will be described. The data “0” is displayed when the lamp is turned on and the data “1” is displayed when the lamp is turned off at a predetermined time, for example, every two unit times.

  FIG. 5 is a timing chart for explaining a readout mode of the shutter control device according to the sixth embodiment of the present invention. When the crime prevention / ventilation mode SW4f is turned on after the completion of the "1. Data reading mode transition operation" shown in FIG. 4, the microcomputer 3a uses this as the fourth trigger signal 45 to register the H registered in the memory 3d. The physical quantity “0000 1011 1011 1000” (binary number) is read out and a predetermined numerical data signal 42 is transmitted to the operation panel 4 in order.

  First, the lamp 4g blinks four times per unit time in order to adjust the start timing. Subsequently, when the data is “0”, the lamp 4g is turned off for 2 unit time, and when the data is “1”, the lamp 4g is turned on for 2 unit time, so that the physical quantity “0000 1011 1011” regarding the H dimension in order. 1000 "(binary) is displayed. Thereafter, the lamp 4g blinks four times per unit time for confirmation of the end timing.

  In the first to sixth embodiments, the registration or reading of physical quantities related to the shutter device has been described using an actual operation panel (including a remote controller), but one or more switches installed on the operation panel are simulated. Registration or readout can be performed on a factory line or the like using a simulator having a function. FIG. 6 is a diagram illustrating the connection relationship between the simulator of the operation panel and the control circuit unit in the shutter drive control apparatus according to the seventh embodiment of the present invention.

  Referring to FIG. 6, the simulator 5 includes a numerical value input button 5a for outputting a numerical data signal, a numerical data display 5b, a registration button 5c for outputting a trigger signal for registration, and a read button 5d for transmitting a trigger signal for reading. It has. At the time of registration, the user turns on the registration button 5c and operates a predetermined numerical value input button 5a to cause the control circuit unit 3 to input a predetermined numerical data signal that has been binarized. At the time of reading, when the user turns on the reading button 5d, the registered binary numerical data signal is output from the control circuit unit 3 and input to the simulator 5 from the control circuit unit. The display 5b displays numerical data indicating the physical quantity.

  The present invention is suitably used for a shutter device having a drive source such as a motor, an automatic shutter device, and a shutter device that performs intelligent control.

1 Shutter (blind shutter)
2 Motor (drive source)
3 Control circuit (control board)
3a Microcomputer 3b Input processing unit 3c Output processing unit 3d Memory 3e Output processing unit for motor control 4 Operation panel (operation unit)
4a Open SW
4b SW
4c SW
4d Blind open SW
4e SW for blind closing
4f Crime prevention / ventilation mode SW
4g In operation lamp 4h Crime prevention mode lamp 5 Simulator 5a Numerical value input button (Numerical value input switch)
5b Numerical data display 5c Registration button (registration switch)
5d Read button (read switch)
31 Normal mode (opening / closing means)
32 Registration mode (registration means)
33 Reading mode (reading means)
41 First trigger signal (for registration mode transition)
42 Numerical data signal 43 Second trigger signal (for divided data)
44 Third trigger signal (for reading mode transition)
45 4th trigger signal (for starting output of read numerical data signal)

Claims (6)

A control circuit unit that controls the operation of the shutter via a drive source while referring to a physical quantity related to opening and closing of the shutter, and a plurality of commands including at least “open” and “close” to the shutter according to the operation or intention of the operator A shutter drive control device having an operation unit including one or a plurality of switches that can be freely transmitted to the control circuit unit,
The operation unit binarizes the first trigger and the physical quantity for instructing transition to the physical quantity registration mode in response to a predetermined on / off operation of the one or more switches used for operating the shutter. Sent numerical data freely,
The control circuit unit shifts to a mode for registering the physical quantity according to the first trigger, and registers the numerical data indicating the physical quantity input from the operation unit as a binary data string according to the on / off operation. ,
A shutter drive control device characterized by that. The operation unit is an operation panel of an actual machine, and inserts a signal generated according to a predetermined ON / OFF operation of the one or more switches as a second trigger for each predetermined width of the numerical data and transmits And
The control circuit unit synthesizes the divided numerical data input from the operation unit and registers the physical quantity according to the second trigger,
The shutter drive control device according to claim 1. The operation unit is a simulator having a function of simulating the one or more switches installed on an operation panel of an actual machine,
The control circuit unit registers the physical quantity based on an input from the simulator.
The shutter drive control device according to claim 1. In addition to the one or a plurality of switches for operating the shutter, the operation unit includes a display for indicating an operation status of the shutter,
The operation unit is capable of transmitting a third trigger instructing transition to a mode for reading the registered physical quantity in response to an on / off operation of the one or more switches.
The control circuit unit shifts to a mode for reading the physical quantity in accordance with the third trigger, and transmits the numerical data indicating the registered physical quantity to the operation unit,
The operation unit displays the registered physical quantity by turning on and off the display based on the numerical data input from the control circuit unit.
The shutter drive control device according to claim 1, wherein the shutter drive control device is a shutter drive control device. The operation unit is the simulator, and includes a display showing the registered physical quantity,
The simulator is capable of commanding a transition to a mode for reading the registered physical quantity,
The control circuit unit shifts to a mode for reading the physical quantity in accordance with the command, and transmits the numerical data indicating the registered physical quantity to the simulator,
The simulator displays the physical quantity registered in the display unit based on the numerical data input from the control circuit unit.
The shutter drive control device according to claim 3.   6. The shutter drive control device according to claim 1, further comprising the drive source driven by a control signal from the control circuit unit.

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