JPH0449895A - Electrically driven switching device controller - Google Patents

Abstract

PURPOSE:To confirm full open and full close easily and correctly with one indicator by connecting a controller to an input means, the indicator, a plurality of switches, and a plurality of detectors. CONSTITUTION:An input means 17 receives a signal and transmits its information to a controller 21. The controller 21 receives the signal and drives a plurality of switches 19 at a time. A plurality of electrically driven switching devices 16 are thus opened, closed, and stopped at a time. Detectors 20 connected to each of the electric switch bodies 16 detect the conditions of the switching devices 16 and, when they are fully opened or fully closed, transmit the information to the judgment part 22 of the controller 21. The judgment part 22 inspects whether or not all the detectors 20 detect full open or full close and, only when it judges that all the detectors do, drives an indicator 18 to indicate full open or full close.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application The present invention relates to a control device for controlling electric opening/closing devices such as electric shutters, electric bay windows, and electric blinds.

2. Description of the Related Art A control device for an electric opening/closing device that automatically opens and closes shutters, bay windows, etc. using a motor has generally had a configuration as shown in FIG. In FIG. 3, 1 is an electric opening/closing device main body such as an electric shutter or an electric ratio Z-electric blind, and 2 is a control device for the electric opening/closing device connected to the electric opening/closing device main body 1. In FIG. The control device 2 for electric switching equipment includes an input means 3 for inputting opening/closing/stopping operations by the user, an opening/closing means 4 for switching energization to the electric switching equipment main body 1, and a control device for fully opening and closing the electric switching equipment main body 1. a detection means 5 for detecting the fully closed state; a display means 6 for displaying the fully open and fully closed states;
It has a control means 7 which receives a signal from the input means 3 to drive the opening/closing means 4, and receives a signal from the detection means 5 and drives the display means 6.

Hereinafter, the operation of the conventional control device for electric switching equipment will be explained. The user uses the input means 3 to input operations for opening, closing, and stopping the main body of an electric opening/closing device such as an electric shutter, an electric bay window, and an electric blind. In response to this, the control means 7 drives the opening/closing means 4 and switches the direction of energization to the electric opening/closing device main body 1. In this way, the electric switching device main body 1 opens, closes, or stops. As a result of this operation, when the electric switching device main body 1 becomes fully open or fully open, the detection means 5 detects this and outputs this information to the control means 7. In response to this, the control means 7 drives the display means 6 to display fully open or fully open.

As a control form of the above-mentioned electric switching equipment, there is a strong demand for a so-called continuous window type in which a plurality of electric switching equipment main bodies 1 are controlled simultaneously. Examples include the operation of opening and closing shutters arranged side by side to open and close a wide space, and the operation of opening and closing an electric bay window that has multiple opening and closing parts in one window. When controlling a plurality of such electric switchgear bodies simultaneously from one location, a control configuration as shown in FIG. 4 has conventionally been common. In FIG. 4, reference numeral 8 denotes a plurality of electric switchgear main bodies, and numeral 9 denotes a plurality of electric switchgear control devices provided in each of the electric switchgear main bodies 8. Each of the electric switching device control devices 9 has the same configuration as the electric switching device control device 2 shown in FIG. 3, and performs the same operation. That is, the electric opening/closing device control device 9 includes an input means 10, an opening/closing means 11, a detection means 12, a display means 13, and a control means 14, respectively.

With the above configuration, by operating the input means 10, the user can open, close, and stop the electric opening/closing device main body 8, as well as fully open and fully open states tI! It is something that can be confirmed.

Problems to be Solved by the Invention In the conventional electric switchgear control device, even when multiple electric switchgear bodies are controlled together from one place as described above, the electric switchgear control device controls each electric switchgear individually. The same number as the main body was required. Therefore, there are problems: firstly, it complicates user operations and operation confirmation; secondly, the installation space becomes large and the installation appearance is not good; and thirdly, it is not economical.

On the other hand, when trying to control multiple electric switchgear bodies at the same time with one electric switchgear control device, the electric switchgear bodies may not all be fully open or fully open at the same time, and only one electric switchgear body may be fully closed. It is conceivable that something like this might be the case, but another one remains slightly open. In such a case, if the fully open and fully closed indications are not properly performed, the user will not be able to accurately confirm the open/closed state of the shutter, etc. when remotely controlling the device. In particular, the inability to determine the fully closed state was a major problem in terms of crime prevention.

The present invention is an attempt to solve the problems that the conventional configuration had, and it is possible to easily and accurately confirm the fully open and fully open states with a single display means, and also allows multiple electric opening/closing devices to be checked easily and accurately. The first object of the present invention is to provide a control device for an electric switching device that can control the main body at once from one input means and has good operability. In addition, our second objective is to provide a control device for electric switchgear equipment that requires one input means, one display means, and one control means for multiple electric switchgear bodies and is excellent in construction, installation appearance, and economic efficiency. This is the purpose of

Means for Solving the Problems The first means of the present invention for achieving the first object is an input means for a user to input opening/closing/stopping operations;
A display means for notifying the fully open or fully closed state of the electric switching device main body, a switching means connected to each of the plurality of electric switching device main bodies to switch the energized state, and a display means for indicating the fully open or fully closed state of each of the electric switching device main bodies. It has a detection means for detecting, and a sub-control means connected to the input means, display means, a plurality of opening/closing means, and a plurality of detection means, and the control means receives a signal from the input means and controls the plurality of detection means. A control device for an electric opening/closing device that simultaneously drives the opening/closing means and displays a fully open display only when all of the detection means are fully open, and displays a full open display only when all of the detection means are fully open, by driving the display means, respectively. It is something. In addition to the configuration of the first means, a second means for achieving the second purpose receives a signal from the control means to drive one opening/closing means, and also receives an output from one detection means. This is a control device for electric switching equipment in which seven individual control means are provided for each electric switching equipment main body for receiving the information and outputting it to the control means.

For production The first means of the present invention operates as follows.

When a user attempts to open/close multiple electrically operated switchgear bodies, simply by operating one input means, the control means simultaneously drives the plurality of opening/closing means and controls the electrically operated switchgear bodies connected to each one. Control. In addition, the display means at this time displays fully open only when all of the plurality of detection means are fully open, and displays fully closed only when all of them are fully closed, so the user can only use one display means. It is possible to accurately confirm the fully open and fully closed states of multiple electric opening/closing equipment bodies just by looking at them. Furthermore, according to the second means of the present invention, the individual control means are built into the main body of the electric switching device and connected from there to one input means, display means, and control means by external wiring, so that construction is easy.・
The present invention can be used as a control device for electric switching equipment with excellent installation appearance and economical efficiency.

EXAMPLE A first example of the present invention will be described below with reference to FIG. Reference numeral 15 denotes an electric switching device control device, and 16 denotes a plurality of electric switching device main bodies connected to the electric switching device control device 15. The control device 15 for electric switching equipment includes an input means 17 for receiving operations from the user, a display means 18 for displaying full open, full open, etc., and an electric opening/closing equipment main body 1
A plurality of opening/closing means 19 are connected to the electric switching device body 16 to switch the respective energization directions, a plurality of detection means 20 are connected to the electric switching device main body 16 and detect the respective fully open and fully closed states, and input means 17 receive signals. In response to this, a plurality of opening/closing means 19 are driven at once, and a plurality of detection means 20 are driven simultaneously.
control means 21 for driving the display means 18 in response to signals from
have.

The control means 21 has therein a determination section 22 that determines whether all the detection means are fully open or fully closed after receiving signals from the plurality of detection means 20, The display means 18 is made to display fully open only when all the detecting means detect fully open, and display fully closed only when all the detecting means detect fully closed.

The operation of the control device for electric switching equipment configured as described above will be explained below. Assume that the user operates the input means 17 to instruct the opening, closing, and stopping operations of the plurality of electric switching device bodies 16. The input means 17 receives this signal and outputs this information to the control means 21. Control means 21
receives this signal and drives the plurality of opening/closing means 19 all at once.

In this way, the plurality of electric opening/closing device bodies 16 simultaneously start opening, closing, and stopping operations. The detection means 20 connected to each of the electric switching device main bodies 16 detects the state of the electric switching device main bodies 16, and when the electric switching device main body 16 is in the fully open or fully closed state, this information is transmitted to the judgment section of the control means 21. Output to 22. The determining unit 22 determines whether all of the plurality of detection means 20 are detecting fully open or fully closed, and drives the display means 18 to display fully open or fully open only when the condition is satisfied. conduct. That is, the display means 18 displays a fully open state only when all of the plurality of electric switching device bodies 16 are fully open, and displays a fully open state only when all of them are fully closed. In other words, for example, if some of the electric opening/closing device bodies are not fully closed, the fully open display will not be displayed, and similarly, if some of the electric opening/closing device bodies are not fully opened, the fully open display will not be displayed.

As described above, according to the control device for electric switching equipment of this embodiment, since the control means drives a plurality of opening/closing means at once, a plurality of electric switching equipment bodies can be operated by one input means.
Easy to operate. In addition, since the control means judges the signals from multiple detection means collectively and outputs the result to one display means, the fully open and fully closed states of multiple electric opening/closing equipment bodies can be confirmed with one display means. be able to. In other words, the user can easily grasp the status of the plurality of electric switching device bodies.

Next, a second embodiment of the present invention will be described with reference to FIG. Reference numeral 23 indicates an electric switching device control device, and 24 indicates a plurality of electric switching device main bodies connected to the electric switching device control device 23. Control device 2 for electric opening/closing equipment
3 is an input means 25 operated by the user, a display means 26,
It has a control means 27, an input means 25 and a display means 2.
6 is connected to the control means 27 and performs exactly the same operation as in the first embodiment. Further, the electric switching equipment control device 23 includes opening/closing means 28 that are connected to each of the plurality of electric switching equipment main bodies 24 and switch the respective energization directions.
, the same (detection means 29 connected to each of the plurality of electric switching device main bodies 24 and detecting the fully open and fully closed states of each
These opening/closing means 28 and detection means 29 are controlled by individual control means 3 provided for each electric opening/closing device main body 24.
Connected to 0. These individual control means 30 are connected to the control means 27 through a pair of signal lines, and are configured to perform signal communication with each other. That is, the control means 27
drives each opening/closing means 28 via each individual control means 30, each detection means 29 detects the driving state of the electric opening/closing device body 24, and this signal is input to the control means 27 via each individual control means 30. be done. Judgment unit 3 forming control means 27
After No. 1 determines that the detection information of all the detection means indicates that the opening is closed as described above, the display means 26 is driven to display a fully open or fully open state.

In this way, according to this embodiment, the connection between the control means and each individual control means can be made using only a pair of signal lines, so that the input means and display means side of the electric switchgear control device and each electric switchgear It also has the added effect of being easy to install when you want to install the main body side apart.

Effects of the Invention As described above, according to the first means of the present invention, there is provided an input means for the user to input opening/closing/stop operations, and a display means for informing the user of the fully open or fully closed state of the main body of the electric switching device. , an opening/closing means connected to each of the plurality of electric switching device main bodies to switch the energized state, a detection means for detecting the fully open and fully open states of the electric switching device main bodies, and the input means/display means/the plurality of The control means is connected to the opening/closing means and the plurality of detection means, respectively, and the control means receives a signal from the input means to simultaneously drive the plurality of opening/closing means, and also controls the detection means so that all of the detection means are fully open. As a control device for electric switching equipment that drives the display means to display fully open only when all the equipment is fully open, and to display fully closed only when all the equipment is fully open, it is possible to confirm the fully open and fully closed states of multiple electrically operated switching equipment bodies. It is possible to provide a control device for electric switching equipment that has two advantages: easy and accurate control using one display means, and ease of operation as multiple electric switching equipment bodies can be controlled at once from one input means. .

Furthermore, according to the second means of the present invention, in addition to the configuration of the first means, one opening/closing means is driven by receiving a signal from the control means, and the control means is driven by receiving an output from one detection means. An individual control means for outputting the output to each electric switchgear body is provided for each electric switchgear body; As a control device for electric switchgear appliances, one input means, one display means, and one control means are provided for multiple electric switchgear bodies. Since it is only necessary to provide a control device for electric switching equipment that is excellent in workability, installation appearance, and economical efficiency.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing the configuration of a control device for electric switchgear according to a first embodiment of the present invention, and FIG. 2 shows the configuration of a control device for electric switchgear according to a second embodiment of the present invention. Figure 3 is a block diagram showing the configuration of a conventional electric switchgear control device when controlling one electric switchgear body, and Figure 4 is a block diagram when controlling multiple electric switchgear bodies simultaneously. FIG. 2 is a block diagram showing the configuration of a conventional control device for electric switching equipment. 15・23...Control device for electric opening/closing equipment, 16・24
...Electric opening/closing device body, 17/25...Input means,
18/26...Display means, 19/28...Opening/closing means, 20/29...Detection means, 21/27...Control means, 2:/31...Judgment unit, 30... Individual control means. Name of agent: Patent attorney Shigetaka Awano and 1 other person

Claims (2)

[Claims] (1) An input means for the user to input opening/closing/stop operations, and a display means for informing the user of the fully open or fully closed state of the electric switching equipment main body, and one each connected to the plurality of electric switching equipment main bodies and energized. An opening/closing means for switching the state, a detection means for detecting the fully open and fully closed states of each of the electric switching device main bodies, and a control means connected to the input means, the display means, the plurality of opening/closing means, and the plurality of detection means, respectively. The control means receives a signal from the input means to simultaneously drive the plurality of opening/closing means, and displays a fully open display only when all of the detection means are fully open, and displays a fully open display only when all of the detection means are fully closed. A control device for an electric opening/closing device that displays a closed state by driving each of the display means. (2) A claim in which individual control means is provided for each electric switching equipment main body, which receives a signal from the control means to drive one opening/closing means, and receives an output from one detection means and outputs it to the control means. Item 1. The control device for electric switching equipment according to item 1.