JP2020153219A - Opened/closed state detecting device, manual shielding device, and shielding material state detecting system - Google Patents

Abstract

To provide an opened/closed state detecting device detecting an opened/closed state of a shielding material of a manual shielding device which opens and closes the shielding material with an operation cord, the manual shielding device comprising the opened/closed state detecting device, and a shielding material state detecting system.SOLUTION: An opened/closed state detecting device 7 of the present invention comprises a sensor for detecting a shielding material opened or closed, a control unit 77 having a control unit 771 controlling monitoring of an opened/closed state of the shielding material of a manual shielding device based on an output value of the sensor, and a short-distance wireless communication unit 773 directly or indirectly notifying a communication terminal 5 registered in advance of the opened/closed state of the shielding material. A shielding material state detecting system 1 of the present invention comprises a home server 8 notifying a mobile terminal 5 of an opened/closed state of a shielding material of a predetermined manual shielding device 6 and/or an electric shielding device 6E having the opened/closed state detecting device 7 within a building or a partitioned area, when a user having the mobile terminal 5 goes out of at least the building or the partitioned area.SELECTED DRAWING: Figure 1

Description

The present invention relates to an open / close state detection device that detects an open / closed state of a shield material in a manual shield device that opens / closes a shield material using an operation code, a manual shield device including the open / close state detection device, and a shield material state detection system.

Conventionally, a manual shielding device for opening and closing a shielding material by using an operation code, such as a horizontal blind, a vertical blind, a roll screen, a raised curtain, a pleated screen, or a curtain rail, has been known.

In these manual shielding devices, the operator directly grasps the operation code and raises or lowers the shielding material in the vertical direction or guides the shielding material in the horizontal direction to open and close the shielding material.

On the other hand, in an electric shielding device that electrically opens and closes a shielding material, it is generally operated from an operation switch or a remote controller, but from a communication terminal such as a mobile terminal (smartphone, etc.) or a fixed terminal (general-purpose computer, etc.). Some can be operated (see, for example, Patent Document 1).

Therefore, if the electric shielding device can be operated from a communication terminal, the communication terminal can not only control the opening and closing of the shielding material in the electric shielding device from the outside, but also confirm the opening and closing state of the shielding material from the outside.

However, with respect to the manual shielding device, it is not possible to confirm the open / closed state of the shielding material in the shielding device indoors or inside the partition area from outside the outdoor or partition area.

JP-A-2017-34419

As described above, if it is an electric shielding device that can be operated from a communication terminal, not only can the communication terminal control the opening and closing of the shielding material in the electric shielding device from the outside, but also the open / closed state of the shielding material can be confirmed from the outside. Can be done.

However, the manual shielding device has a problem that it is not possible to confirm the open / closed state of the shielding material in the shielding device indoors or inside the partition area from outside the outdoor or partition area. Further, as for the electric shielding device, a mechanism for automatically checking the open / closed state of the shielding material is required even when going out from the room where the electric shielding device is installed or the partition area.

In view of the above problems, an object of the present invention is an open / closed state detecting device for detecting an open / closed state of a shielding material in a manual shielding device for opening / closing the shielding material using an operation code, and a manual shielding device including the open / closed state detecting device. , And to provide a shielding material condition detection system.

The open / closed state detecting device of the present invention is an open / closed state detecting device for detecting the open / closed state of the shielding material in the manual shielding device and notifying the communication terminal registered in advance, and for detecting the opening / closing of the shielding material. The sensor, the control unit that calculates the open / closed state of the shielding material based on the output value of the sensor and controls the storage to store and monitor the open / closed state of the shielding material, and the open / closed state of the shielding material directly or directly to the communication terminal. It is characterized by including a communication unit that operates to indirectly notify.

Further, the open / closed state detecting device of the present invention further includes a setting unit for setting an upper limit and a lower limit related to the opening / closing position of the shielding material based on the output value of the sensor and holding the storage in the storage unit. Based on the output value of the sensor, the open / closed state of the shielding material is calculated from the relative values with respect to the upper and lower limits related to the opening / closing position of the shielding material.

Further, the open / closed state detecting device of the present invention is further provided with a setting operation unit as a user interface for setting an upper limit and a lower limit related to the opening / closing position of the shielding material with respect to the setting unit.

Further, in the open / closed state detection device of the present invention, the setting unit has a function of setting a device ID for identifying the open / closed state detection device and storing and holding the device ID in the storage unit, and the communication unit together with the device ID. It is characterized in that the communication terminal is notified of the open / closed state of the shielding material.

Further, the open / closed state detecting device of the present invention is further provided with a battery that supplies power to the open / closed state detecting device, and the battery has a charging terminal that can be charged by connecting to an external power source.

Further, the open / closed state detecting device of the present invention is characterized in that an alternator for charging the battery is provided on the rotating shaft of the pulley.

Further, the open / closed state detecting device of the present invention further includes a pulley attached to an operation cord for operating the opening / closing of the shielding material in the manual shielding device, and the sensor measures the amount of rotation of the pulley to the output value of the sensor. It is characterized by consisting of an encoder that detects as.

Further, in the open / closed state detection device of the present invention, the operation cord is composed of two endless operation cords hanging from the head box of the manual shielding device, and the pulley can be attached to and detached between the two hanging operation cords. It is characterized in that the pulley is rotated by the relative movement of the two operation cords, and the position of the open / closed state detecting device that rotatably supports the pulley is supported indefinitely. To do.

Further, in the open / closed state detection device of the present invention, the main body of the open / close state detection device is the tilt control rod in the manual shielding device having a shielding material whose angle can be adjusted by the tilt control rod, or the manual shielding device is used. For the wall frame to be installed, or for the code outlet in a manual shielding device provided with a code outlet for deriving the operation code in the head box for suspending and supporting the shielding material. The pulley is fixed and detachably attached to an endless or non-endless operation cord, and is configured to rotate by relative movement of the operation cord.

Further, in the open / closed state detecting device of the present invention, the sensor is characterized by including microsensors fixed at predetermined intervals of a foldable shielding material in the manual shielding device.

Further, in the open / closed state detection device of the present invention, the communication unit communicates by short-range wireless communication with a home server that communicates with a mobile terminal configured as the communication terminal via short-range wireless communication or via a communication network. It has a function of making a connection, and is characterized in that the home server is notified of the open / closed state of the shielding material so that the mobile terminal is notified of the opened / closed state of the shielding material.

Further, in the open / closed state detection device of the present invention, the communication unit allows the user having the mobile terminal to go out or enter from the building or partition area where the manual shielding device is installed at least at the entrance or the wall of the partition area of the building. From the beacon communication device installed in the unit or the outing judgment device that judges based on the beacon signal from the beacon transmitter, the open / closed state request of the shielding material in the manual shielding device is made by determining that it is time to go out or go in and out. When there is, the home server is notified of the open / closed state of the shielding material so that the mobile terminal is notified of the opened / closed state of the shielding material.

Further, in the open / closed state detection device of the present invention, the communication unit allows the user having the mobile terminal to go out from the building or partition area where the manual shielding device is installed to the entrance of the building or the wall portion of the partition area and the partition area. Shielding by the manual shielding device by determining that it is time to go out from an outing determination device that determines based on two beacon signals from a beacon communication device or a beacon transmitter installed in a building or a partition area, respectively. When the home server requests the open / closed state of the material, the home server is notified of the open / closed state of the shielding material so that the mobile terminal is notified of the open / closed state of the shielding material.

Further, in the open / closed state detection device of the present invention, it is assumed that the outing determination machine is incorporated in the home server, and the communication unit is when going out or entering / exiting from the home server in which the outing determination device is incorporated. When the opening / closing state of the shielding material in the manual shielding device is requested by the determination, the opening / closing state of the shielding material is notified to the mobile terminal by the home server. Is characterized by notifying.

Further, in the open / closed state detection device of the present invention, at least the home server is used to determine whether the user having the mobile terminal goes out or out from the building where the mobile terminal installs the manual cloaking device or the partition area. It has a function of notifying the home server of the reception of a beacon signal from a beacon communication device or a beacon transmitter installed on the wall of the entrance or the partition area, and the communication unit goes out or goes out from the home server. When there is a request for the open / closed state of the shielding material in the manual shielding device by determining that it is the time of entry / exit, the home server is requested to notify the mobile terminal of the open / closed state of the shielding material. It is characterized by notifying the open / closed state of the shielding material.

Further, in the open / closed state detection device of the present invention, the entrance or partition of the building is used so that the home server determines that the user who has the mobile terminal goes out from the building or partition area where the mobile terminal installs the manual shielding device. The communication unit has a function of notifying the home server of the reception of two beacon signals from the beacon communication device or the beacon transmitter installed in the wall portion of the area and the building or the partition area, respectively. When the home server determines that it is time to go out and requests the open / closed state of the shielding material in the manual shielding device, the home server notifies the mobile terminal of the open / closed state of the shielding material. The home server is notified of the open / closed state of the shielding material.

Further, in the open / closed state detection device of the present invention, at least the entrance or the wall portion of the partition area of the building allows the user having the mobile terminal to go out or enter from the building or the partition area where the mobile terminal installs the manual shielding device. It has a function of determining based on a beacon signal from a beacon communication device or a beacon transmitter installed in the mobile terminal, and the communication unit is determined to be out or in and out from the mobile terminal. When there is a request for an open / closed state of a shielding material in a manual shielding device, the home server is notified of the opened / closed state of the shielding material so that the mobile terminal is notified of the opened / closed state of the shielding material. And.

Further, in the open / closed state detection device of the present invention, the user having the mobile terminal can go out from the building or partition area where the mobile terminal installs the manual shielding device to the entrance of the building or the wall of the partition area and the inside of the building. Alternatively, it has a function of determining based on two beacon signals from a beacon communication device or a beacon transmitter installed in the partition area, respectively, and the communication unit determines from the mobile terminal that it is time to go out. When there is a request for the open / closed state of the shielding material in the manual shielding device, the home server is notified of the opened / closed state of the shielding material so that the mobile terminal is notified of the open / closed state of the shielding material. It is characterized by notifying.

Further, in the open / closed state detecting device of the present invention, the communication unit goes out from the building or the partition area by the difference between the GPS information of the building or the partition area where the manual shielding device is installed and the GPS information of the mobile terminal. When the home server that operates by receiving a notification signal from the mobile terminal that determines that it is time requests the open / closed state of the shielding material in the manual shielding device, the home server determines the open / closed state of the shielding material. It is characterized in that the home server is notified of the open / closed state of the shielding material so that the mobile terminal is notified.

Further, in the open / closed state detection device of the present invention, a smart speaker is provided on the wall portion of the entrance or the partition area of the building, and the communication unit changes the open / closed state of the shielding material from the home server to the smart speaker. It is characterized in that the home server is notified of the open / closed state of the shielding material so as to be notified.

Further, the manual shielding device of the present invention is characterized in that the open / closed state detecting device of the present invention is installed.

Further, the shielding material state detecting system of the present invention includes a manual shielding device including the open / closed state detecting device according to any one of claims 11 to 20, which is registered as a user so that each of them operates in a coordinated manner, and the home server. And the mobile terminal, the home server receives a notification of the open / closed state of the shielding material in the manual shielding device from the opening / closing state detecting device of the manual shielding device, stores the memory, and holds the shielding material. It is characterized in that it has a function of notifying the mobile terminal of the open / closed state of the shielding material when the opened / closed state of the shielding material satisfies a predetermined notification condition.

Further, the shielding material state detection system of the present invention further includes a user-registered electric shielding device, the home server further manages the user-registered electric shielding device, and the manual shielding device and the electric shielding device. Receives and stores the notification of the open / closed state of each shielding material from, and notifies the mobile terminal of the opened / closed state of the shielding material when the predetermined notification condition in which the opening / closing state of the shielding material is set is satisfied. It is characterized by having a function.

Further, the shielding material state detection system of the present invention receives the notification of the user-registered electric shielding device and the opening / closing state of the shielding material in the electric shielding device, stores the memory in the storage unit, and opens / closes the shielding material. It is characterized by including a home server having a function of notifying a mobile terminal registered in advance of the open / closed state of the shielding material when a predetermined notification condition in which the state is set is satisfied.

Further, in the shielding material state detection system of the present invention, the user having the mobile terminal from the building or partition area where the electric shielding device is installed is installed at least on the wall of the entrance or partition area of the building. It is further equipped with an outing determination device that determines based on a beacon signal from a beacon communication device or a beacon transmitter, and the electric shielding is determined by the beacon communication device or the outing determination device as being at the time of going out or going in and out. When there is a request for an open / closed state of the shielding material in the device, the home server is notified of the opened / closed state of the shielding material so that the mobile terminal is notified of the opened / closed state of the shielding material. ..

Further, in the shielding material state detection system of the present invention, the user who has the mobile terminal from the building or partition area where the electric shielding device is installed can go out from the entrance or partition area of the building and the inside or partition of the building. It is further equipped with an outing determination device that determines based on two beacon signals from a beacon communication device or a beacon transmitter installed in the area, and is determined by the beacon communication device or the outing determination device that it is time to go out. As a result, when there is a request for the open / closed state of the shielding material in the electric shielding device, the home server is notified of the opened / closed state of the shielding material so that the mobile terminal is notified of the open / closed state of the shielding material. It is characterized by doing.

Further, in the shielding material state detection system of the present invention, the outing determination machine is incorporated in the home server, and the home server in which the outing determination machine is incorporated determines that it is time to go out or go in and out. When there is a request for the open / closed state of the shielding material in the electric shielding device, the home server is notified of the opened / closed state of the shielding material so that the mobile terminal is notified of the open / closed state of the shielding material. It is characterized by.

Further, in the shielding material state detection system of the present invention, at least the building is used so that the home server determines the exit or entry of the user having the mobile terminal from the building where the mobile terminal installs the electric shielding device or the partition area. It has a function of notifying the home server of the reception of a beacon signal from a beacon communication device or a beacon transmitter installed on the wall of the entrance or the partition area of the home server, and the electric shielding device is from the home server. When the home server requests the open / closed state of the shielding material in the electric shielding device by determining that it is time to go out or go in / out, the home server notifies the mobile terminal of the open / closed state of the shielding material. It is characterized in that it notifies the open / closed state of the shielding material.

Further, in the shielding material state detection system of the present invention, the entrance of the building or the entrance of the building or the entrance of the building so that the home server can determine the outing of the user having the mobile terminal from the building where the mobile terminal installs the electric shielding device or the partition area. It has a function of notifying the home server of the reception of two beacon signals from the wall portion of the partition area and the beacon communication device or beacon transmitter installed in the building or the partition area, respectively, and the electric shielding When the home server determines that the device is out of the office and requests the opening / closing state of the shielding material in the electric shielding device, the home server transfers the opening / closing state of the shielding material to the mobile terminal. It is characterized in that the home server is notified of the open / closed state of the shielding material so as to be notified.

Further, in the shielding material state detection system of the present invention, at least the entrance or the wall of the partition area of the building where the mobile terminal installs the electric shielding device and the user having the mobile terminal goes out or goes in and out of the building or the partition area. It has a function to judge based on the beacon signal from the beacon communication device or the beacon transmitter installed in the unit, and the electric shielding device is judged from the mobile terminal as going out or going in and out. When there is a request for the open / closed state of the shielding material in the electric shielding device, the home server is notified of the opened / closed state of the shielding material so that the mobile terminal is notified of the open / closed state of the shielding material. It is characterized by.

Further, in the shielding material state detection system of the present invention, the user who has the mobile terminal goes out from the building or partition area where the mobile terminal installs the electric shielding device to the entrance of the building or the wall portion of the partition area and the partition area. It has a function to judge based on two beacon signals from a beacon communication device or a beacon transmitter installed in a building or a partition area, respectively, and the electric shielding device can be used when going out from the mobile terminal. When there is a request for an open / closed state of the shielding material in the electric shielding device, the home server is requested to notify the mobile terminal of the opening / closing state of the shielding material. It is characterized by notifying the open / closed state.

Further, in the shielding material state detection system of the present invention, the electric shielding device can be used from the building or partition area by the difference between the GPS information of the building or partition area where the electric shielding device is installed and the GPS information of the mobile terminal. When the home server that operates by receiving a notification signal from the mobile terminal that determines that it is time to go out requests the opening / closing state of the shielding material in the electric shielding device, the home server opens / closes the shielding material. It is characterized in that the home server is notified of the open / closed state of the shielding material so that the mobile terminal is notified of the state.

Further, in the shielding material state detection system of the present invention, a smart speaker is provided on the wall of the entrance or the partition area of the building, and the electric shielding device displays the open / closed state of the shielding material from the home server. It is characterized in that the home server is notified of the open / closed state of the shielding material so that the speaker is notified.

Further, in the shielding material state detection system of the present invention, the home server is notified from the mobile terminal of the open / closed state of the shielding material in the electric shielding device to the mobile terminal when the set predetermined notification condition is satisfied. It has a function of receiving a notification response signal including an operation command for the electric shielding device indicating the open / closed state of the shielding material by notification, and transmitting an operation signal including the operation command to the electric shielding device to control the opening / closing. It is a feature.

Further, in the shielding material state detection system of the present invention, the home server is notified from the smart speaker of the open / closed state of the shielding material in the electric shielding device to the smart speaker when the set predetermined notification condition is satisfied. It has a function of receiving a notification response signal including an operation command for the electric shielding device indicating the open / closed state of the shielding material by notification, and transmitting an operation signal including the operation command to the electric shielding device to control the opening / closing. It is a feature.

Further, in the shielding material state detection system of the present invention, the home server has a function of accumulating and managing a response operation history based on the notification response signal.

Further, in the shielding material state detection system of the present invention, the home server uses the response operation history as a response operation user ID for identifying the user who performed the response operation, and the response operation content of the notification regarding the opening / closing control of the shielding material related to the response operation. It is characterized by having a function of managing one or more of the date and time of the response operation and the temperature or weather at the time of the response operation.

Further, in the shielding material state detection system of the present invention, the home server updates the opening / closing state indicating the latest date and time when the opening / closing state of the shielding material of the electric shielding device, which is stored and managed by the response operation history and the storage unit, is updated. It is characterized by having a function of controlling so that either one or both of the date and time is included in the notification response signal as incidental information.

According to the present invention, even for a manual shielding device, an open / closed state of a shielding material in the manual shielding device indoors or inside the partition area from outside the outdoor or partition area, including when the user goes out, using a communication terminal. You will be able to confirm.

Further, according to the present invention, also for the electric shielding device, the shielding material in the electric shielding device in the electric shielding device indoors or in the partition area from outside the outdoor or partition area, including when the user goes out, using the communication terminal. You will be able to check the open / closed state.

It is a figure which illustrates the schematic structure of the shielding material state detection system which makes it possible to confirm the opening / closing state of the shielding material in the manual shielding device which installed the opening / closing state detection device of 1st Embodiment by this invention using a communication terminal. It is a flowchart which illustrates the whole operation of the shielding material state detection system of 1st Embodiment by this invention. It is a perspective view which shows the schematic structure of the open / closed state detection device of 1st Embodiment by this invention. It is a block diagram which shows the schematic structure of the open / closed state detection device of 1st Embodiment by this invention. (A) is a diagram schematically showing a setting operation unit of the open / closed state detection device of the first embodiment according to the present invention, and (b) and (c) are shielding in a manual shielding device in which the open / close state detection device is installed. It is explanatory drawing which shows the mode that the upper limit and the lower limit of opening and closing of a material are set in the opening and closing state detection device through the setting operation part. It is a flowchart which shows the control operation of the open / closed state detection apparatus of 1st Embodiment by this invention. (A) is a cross-sectional view for explaining the configuration and operation of the pulley in the open / closed state detecting device of the first embodiment according to the present invention when the operation cord is composed of an endless ball chain, and (b). ) Is a cross-sectional view for explaining the configuration and operation of the pulley in the open / closed state detection device of the first embodiment according to the present invention when the operation cord is composed of an endless operation string. (A) is a diagram showing an example in which the open / closed state detection device of the first embodiment according to the present invention is attached to an example of a manual shielding device installed in a wall frame, and (b) is a diagram showing the open / closed state detection device. An example of fixing the main body case of the above with a wall mount is shown, and FIG. 3C is a diagram showing an example of fixing the main body case of the open / closed state detection device with screws. (A) and (b) are sectional views showing an application example of the open / close state detection device when the main body case of the open / close state detection device of the first embodiment according to the present invention is physically fixed to a wall or the like. is there. (A) and (b) are diagrams illustrating a manual cloaking device having an operation code composed of a direct pulling operation string, respectively. It is a block diagram which shows the schematic structure of the outing determination machine which concerns on the shielding material state detection system of 1st Embodiment by this invention. It is a block diagram which shows the schematic structure of the mobile terminal which concerns on the shielding material state detection system of 1st Embodiment by this invention. It is a block diagram which shows the schematic structure of the home server which concerns on the shielding material state detection system of 1st Embodiment by this invention. (A) is a diagram illustrating management information in a home server according to the shielding material state detection system of the first embodiment according to the present invention, and (b) is a diagram in which the open / closed state of the shielding material in the manual shielding device to be notified moves. It is a figure which illustrates the content at the time of push notification to a terminal. Illustrates the schematic configuration of the shielding material state detection system of the first modification in which the opening / closing state of the shielding material in the manual shielding device installed with the opening / closing state detecting device of the first embodiment according to the present invention can be confirmed by using a communication terminal. It is a figure to do. It is a flowchart which illustrates the whole operation of the shielding material state detection system of the 1st modification by this invention. Illustrates the schematic configuration of the shielding material state detection system of the second modification in which the opening / closing state of the shielding material in the manual shielding device installed with the opening / closing state detecting device of the first embodiment according to the present invention can be confirmed by using a communication terminal. It is a figure to do. It is a flowchart which illustrates the whole operation of the shielding material state detection system of the 2nd modification by this invention. Illustrates the schematic configuration of the shielding material state detection system of the third modification in which the opening / closing state of the shielding material in the manual shielding device installed with the opening / closing state detecting device of the first embodiment according to the present invention can be confirmed by using a communication terminal. It is a figure to do. It is a flowchart which illustrates the whole operation of the shielding material state detection system of the 3rd modification according to this invention. (A) is a perspective view showing a schematic configuration of the open / closed state detection device of the second embodiment according to the present invention, and (b) and (c) are the operations of the sensor in the open / closed state detection device of the second embodiment according to the present invention. It is a figure which tries to explain. It is a top view which shows the schematic structure of the shielding material state detection system of the further modified example with respect to 1st and 2nd Embodiment by this invention. It is a figure which illustrates the schematic structure of the shielding material state detection system of 3rd Embodiment by this invention. It is a block diagram which shows the schematic structure of the control device provided in the electric shielding device which concerns on the shielding material state detection system of 3rd Embodiment by this invention. It is a block diagram which shows the schematic structure of the home server which concerns on the shielding material state detection system of 3rd Embodiment by this invention. (A) is a diagram illustrating management information regarding an electric shielding device in a home server according to the shielding material state detection system of the third embodiment according to the present invention, and (b) is a diagram of a shielding material in the electric shielding device to be notified. It is a figure which illustrates the content when the open / closed state is push-notified to a mobile terminal. It is a block diagram which shows the application example which concerns on the shielding material state detection system of 3rd Embodiment by this invention. It is a flowchart which illustrates the whole operation of the application example which concerns on the shielding material state detection system of 3rd Embodiment by this invention.

Hereinafter, with reference to the drawings, the open / closed state detection device 7 of each embodiment according to the present invention, the manual shielding device 6 for installing the open / closed state detection device 7, and the open / closed state of the shielding material in the manual shielding device 6 are shown. A shielding material state detection system 1 that can be confirmed by using a communication terminal (fixed terminal 12 and mobile terminal 5) will be described. In each embodiment, a typical manual shielding device 6 will be described as an example, but the operator directly grasps the operation code and raises or lowers the shielding material in the vertical direction or guides the shielding material in the horizontal direction. Anything that opens and closes the shielding material can be used, for example, a horizontal blind, a vertical blind, a roll screen, a raised curtain, a pleated screen, a curtain rail, or the like. Hereinafter, similar components will be described with the same reference numbers in the specification of the present application.

[First Embodiment]
(System configuration)
FIG. 1 shows the open / closed state of the shielding material in the manual shielding device 6 in which the open / closed state detection device 7 of the first embodiment according to the present invention is installed, such as a mobile terminal 5 (smartphone or the like) or a fixed terminal 12 (general-purpose computer or the like). It is a figure which illustrates the schematic structure of the shielding material state detection system 1 which can be confirmed by using a communication terminal. Further, FIG. 2 is a flowchart illustrating the overall operation of the shielding material state detection system 1 according to the first embodiment of the present invention.

The shielding material state detection system 1 of the present embodiment includes an outing determination device 2, a first bidirectional beacon communication device 3, a second bidirectional beacon communication device 4, a mobile terminal 5 registered for use, and a shielding material state. The open / closed state detecting device 7 installed in the manual shielding device 6 to be detected, the home server 8, the wireless router 9, and the smart speaker 11 are provided.

Here, the outing determination device 2, the first two-way beacon communication device 3, the open / closed state detection device 7, the home server 8, and the wireless router 9 installed in the manual shielding device 6 are buildings used by the user of the mobile terminal 5. Although it is installed in the indoor H1 of the (house, etc.) H, the second bidirectional beacon communication device 4 and the smart speaker 11 are installed in the vicinity of the entrance H2 of the building H.

First, the mobile terminal 5 registered for use in the shielding material state detection system 1 of the present embodiment is a beacon signal (Bluetooth (registered trademark) signal) to the first bidirectional beacon communication device 3 and the second bidirectional beacon communication device 4. ) Is set so that bidirectional communication is possible, and bidirectional communication is performed by short-range wireless communication (WiFi, etc.) via a wireless router 9 to a home server 8 that is connected to a communication network 10 such as the Internet. It is set so that it can be done. The wireless router 9 may be built in the home server 8. Then, the home server 8 is communicated and connected to the fixed terminal 12 outdoors (such as when the user goes out) via the communication network 10. Further, the mobile terminal 5 can be connected to the communication network 10 via the wireless base station 10a, and therefore can perform bidirectional communication with the home server 8 via the communication network 10.

Further, although the smart speaker 11 does not necessarily have to be provided, in the present embodiment, as a preferred example, the home server 8 can be bidirectionally communicated with the home server 8 via a wireless router 9 by short-range wireless communication (WiFi or the like). It is set. The smart speaker 11 may be set to operate in conjunction with the mobile terminal 5 for an operation purpose not directly related to the present invention (for example, unlocking the electronic lock of the door of the entrance H2).

The first two-way beacon communication device 3 has a unique beacon ID and is installed in the indoor H1 to constantly transmit a beacon signal (FIG. 2: S11), and is a mobile terminal registered for use and set with a user ID. A response signal (first user ID response signal) indicating that the beacon signal has been received from No. 5 is received (FIG. 2: S12), and the acceptance is notified together with the beacon ID and the user ID of the first response notification signal (FIG. 2). : S13) has a function of notifying the outing determination machine 2.

The second bidirectional beacon communication device 4 has a unique beacon ID, is installed near the entrance H2, and constantly transmits a beacon signal (FIG. 2: S11), and the beacon is transmitted from the mobile terminal 5 registered for use. A response signal (second user ID response signal) indicating that the signal has been received is received (FIG. 2: S14), and the acceptance is indicated as a second response notification signal (FIG. 2: S15) together with the beacon ID and the user ID. It has a function of notifying the outing determination machine 2.

The outing determination device 2 is connected to each of the first bidirectional beacon communication device 3 and the second bidirectional beacon communication device 4 by wired communication or short-range wireless communication, and is connected to the first bidirectional beacon communication device 3 from the first bidirectional beacon communication device 3. The relative time between the reception time of the 1 user ID response signal (with beacon ID and user ID) and the reception time of the second user ID response signal (with beacon ID and user ID) from the second bidirectional beacon communication device 4 is set. By monitoring, it is determined whether or not the user having the mobile terminal 5 has gone out from the entrance H2 (FIG. 2: S16). When it is determined that the user having the mobile terminal 5 has gone out, the outing determination machine 2 requests all the open / closed state detection devices 7 to notify the home server 8 of the information on the open / closed state of the corresponding shielding material. An open / close state request signal (with a user ID) is transmitted by short-range wireless communication (FIG. 2: S17).

Each open / close state detecting device 7 installed in each manual shielding device 6 has a unique device ID, and the detailed configuration thereof will be described later, but the open / closed state of the shielding material in the manual shielding device 6 to be installed is determined. The indicated information is constantly monitored and stored, and in response to the reception of the open / close status request signal (with the user ID) from the outing determination device 2, the open / close status information of the shielding material at the time of reception is notified. Notify the home server 8 as a signal (with user ID and device ID) by short-range wireless communication (FIG. 2: S18). Each open / close state detection device 7 notifies the home server 8 of the open / close state notification signal (with user ID and device ID) until a reception confirmation response is obtained from the home server 8.

The home server 8 aggregates and stores the open / closed state of the shielding material of each manual shielding device 6 based on the device ID, and receives the open / closed state notification signal (with user ID and device ID) related to each device ID. Each time, the open / closed state of the shielding material of the corresponding manual shielding device 6 is updated and stored in memory, and it is determined whether or not the user should be notified of the updated open / closed state based on a predetermined notification condition. , Notify the mobile terminal 5 as an open / close status notification signal for each user ID (push notification, voice notification, or mail notification) by short-range wireless communication via the wireless router 9 or via wireless communication via the wireless base station 10a, or Notify by voice transmission on the smart speaker 11 by short-range wireless communication (FIG. 2: S19).

More specifically, when the home server 8 completes receiving the open / close status notification signals (with user ID and device ID) for all device IDs, the open / close status of the shielding material is a predetermined notification condition for each device ID (this example). The default condition is to notify when the opening degree is 60% or more, but it is determined whether or not the condition (which can be individually set by the user) is satisfied, and the manual shielding device 6 relating to the device ID satisfying the predetermined notification condition. Is understood by the user (a message for sending the installation position of the manual cloaking device 6 has been registered by the user for each device ID), and push notification, voice notification, or e-mail notification is sent to the mobile terminal 5, or the smart speaker 11 is used. Notify you to make a voice call.

Therefore, in FIG. 1, as a typical operation, when a user having a mobile terminal 5 tries to go out from the entrance H2, a second user ID response signal is transmitted from the mobile terminal 5 to the second bidirectional beacon communication device 4 ( In response to this, the outing determination machine 2 transmits an open / close state request signal (with a user ID) to all open / close state detection devices 7 (Fig. A2, A2'). Then, in response to the reception of the open / closed state request signal (with the user ID) from the outing determination device 2, all the open / closed state detection devices 7 indicate the open / closed state notification signal indicating the open / closed state information of the shielding material at the time of reception. Notify the home server 8 (with user ID and device ID) (Fig. A3, A3'). Finally, when the home server 8 completes receiving the open / close status notification signals (with user ID and device ID) for all device IDs, the user understands the manual shielding device 6 related to the device ID that satisfies a predetermined notification condition. In this manner, the mobile terminal 5 is notified by push notification, voice notification, or e-mail notification (Fig. A4), or by the smart speaker 11 (Fig. A5).

As a result, when the user having the mobile terminal 5 goes out, even the manual cloaking device 6 can immediately notify the open / closed state, which contributes to prevent forgetting to close any of the manual cloaking devices 6. become. However, in this example, the outing determination device 2 mainly performs "outing determination of the user having the mobile terminal 5" by using each of the first bidirectional beacon communication device 3 and the second bidirectional beacon communication device 4. However, the outing determination machine 2 is configured to perform "going out / entry / exit determination of the user having the mobile terminal 5" by using only the second two-way beacon communication device 4, and the mobile terminal 5 is used. Even when the user who has the handset enters and exits, it is possible to set an operation mode that is advantageous for safety, such as whether or not an abnormal state is formed while the user is away by notifying the open / closed state of the shielding material.

Further, since the open / closed state of the shielding material of each manual shielding device 6 is centrally held in the home server 8, it can be constantly confirmed from the fixed terminal 12 and the mobile terminal 5.

Hereinafter, more specifically, a configuration example and operation of the open / closed state detection device 7 according to the present embodiment, and a configuration example and operation of the outing determination machine 2, the mobile terminal 5, and the home server 8 will be described in order.

(Open / close state detection device)
FIG. 3 is a perspective view showing a schematic configuration of the open / closed state detecting device 7 according to the first embodiment of the present invention. Further, FIG. 4 is a block diagram showing a schematic configuration of the open / closed state detecting device 7 according to the first embodiment of the present invention.

First, there are various types of manual shielding devices 6 in which the operator directly grasps the operation code to open and close the shielding material. In FIG. 3, a pleated screen is shown as an example of a typical manual shielding device 6. There is. The pleated screen shown in FIG. 3 is suspended and supported so that the operator directly grasps the operation code 68 and raises and lowers a shielding material (screen 62) that can be bent in a zigzag shape in the vertical direction from the head box 61. A bottom rail 63 is attached to the lower end of the 62. In this example, two elevating cords 64 are hung from the head box 61 through the screen 62, and the lower end of each elevating cord 64 is attached to the bottom rail 63. Further, the upper end of each elevating cord 64 is configured to be rewound or rewound by a winding shaft 65 installed in the head box 61, respectively. A drive shaft 66 is penetrated through each take-up shaft 65 so as to be relatively non-rotatable, and when the drive shaft 66 rotates, each take-up shaft 65 rotates in the same direction. The drive shaft 66 is provided with a brake unit 69 that prevents the screen 62 from dropping its own weight.

An operation unit 67 is arranged on one end side of the head box 61, an operation pulley (not shown) is rotatably supported in the operation unit 67, and one end of the drive shaft 66 cannot rotate relative to the rotation shaft of the operation pulley. Be connected. Further, an endless operation code 68 (ball chain in this example) is hooked on the operation pulley in the operation unit 67, and the operation code 68 is hung so that the operator can operate it. Therefore, when the operator operates the operation code 68, the drive shaft 66 can be rotated to raise and lower the screen 62 together with the bottom rail 63, and if the operator releases the operation code 68, the brake unit 69 The operation prevents the bottom rail 63 from dropping its own weight.

Therefore, as shown in FIG. 3, the open / closed state detection device 7 of the present embodiment can be detachably attached to the operation code 68 of the manual shielding device 6.

More specifically, the open / closed state detection device 7 sandwiches the pulley 71 and the pulley 71 that rotate by meshing with the ball portion 68a (see FIG. 7 described later) of the ball chain configured as the endless operation code 68. A pair of support members 72 that rotatably support the rotary shaft 71a projecting from the center of the side surface of the pulley 71 to one side, and the pair of support members 72 are fitted to each other, and the pair of support members 72 each provide a predetermined member. Each main body case 73, 74, which is supported and covered so as to be accommodated, is provided.

The pulley 71 can be arranged between two hanging ball chains as an endless operation cord 68, and can be meshed with each ball portion 68a of the two ball chains. ..

As shown in the figure, each of the pair of support members 72 has a disk surface that does not hinder the movement of the ball chain and sandwiches the pulley 71 from both sides at intervals at which the meshing is maintained. Further, one of the pair of support members 72 has a fixed shaft 72a extending through the rotating shaft 71a of the pulley 71 to support the shaft, and the other of the pair of supporting members 72 has the rotating shaft 71a of the pulley 71 and the corresponding. A through hole (not shown) that penetrates the fixed shaft 72a is provided.

As shown in the figure, the pair of support members 72 are provided with a pair of plate-shaped cord guides 721 parallel to each other on the peripheral edge side of the pulley 71. The pair of support members 72 pivotally support the rotation shaft 71a of the pulley 71 in a state where the pair of cord guides 721 of one support member 72 are arranged to face each other and the pair of cord guides 721 of the other support member 72. Is fixed by the fixing portion 722.

The ball portion 68a of the ball chain does not pass between the cord guides 721 arranged opposite to each other by the pair of support members 72, but the gap through which the string portion 68b of the ball chain (see FIG. 7 described later) passes is shown in FIG. It is formed as shown in the figure so that the main body of the open / close state detection device 7 can be mounted from the outside between the two ball chains. Further, once the main body of the open / closed state detection device 7 is attached between the two ball chains by the cord guides 721 arranged opposite to each other by the pair of support members 72, the ball chains are not removed unless they are intentionally removed. The cord guide 721 does not hinder the movement of the ball chain and is held so that the engagement with the pulley 71 is stable.

An encoder 75 is arranged on the main body case 74 side as a sensor for detecting the amount of rotation of the pulley 71. Although the encoder 75 is shown in a simplified diagram in FIG. 3, a so-called optical or magnetic encoder can be used. For example, the encoder 75 is provided with a disk that rotates integrally with the rotation shaft 71a of the pulley 71 and a rotation detection sensor that detects rotation using a translucent slit or a magnetic mark provided on the disk, and this rotation is provided. The detection sensor detects the amount of rotation of the pulley 71 by optically or magnetically counting the translucent slits or magnetic marks on the rotating disk. That is, the encoder 75 functions as a sensor that detects the opening and closing of the shielding material in the manual shielding device 6 from the amount of rotation of the pulley 71 that rotates with the operation of the ball chain by the operator.

Further, in the example of the present embodiment, the alternator 76 that generates electricity by the rotation of the pulley 71 is arranged on the main body case 74 side.

On the other hand, a control unit 77, a battery 78 with a charging terminal 78a, and a setting operation unit 79 are arranged on the main body case 73 side.

As shown in FIG. 4, the control unit 77 has an upper limit and a lower limit related to the opening / closing position of the shielding material based on the output value of the encoder 75 that functions as a sensor for detecting the opening / closing of the shielding material in the manual shielding device 6. The control unit 771 that calculates the open / closed state of the shielding material from the relative value to and controls the storage unit 772 to store and monitor the open / closed state, and various setting information (device ID, upper limit and lower limit setting) of the open / closed state detection device 7. Etc.) and the storage unit 772 that stores the open / closed state of the shielding material, and the short-range wireless communication unit 773 that performs short-range wireless communication (WiFi, etc.) with the outing determination device 2 and the home server 8 under the control of the control unit 771. , Equipped with.

More specifically, the control unit 771 can be configured by a microprocessor, and includes a setting unit 7771, an open / close state calculation unit 7772, an open / close state monitoring unit 7773, and an open / close state notification unit 7774.

The setting unit 7771 is operated from the setting operation unit 79 that functions as a user interface, and is a setting for performing short-range wireless communication with the outing determination device 2 (including a beacon ID setting) and a close proximity to the home server 8. Settings for performing ranged wireless communication (including device ID setting of own device), upper limit setting and lower limit setting of the shielding material are performed (described later with reference to FIG. 5), and stored in the storage unit 772. It is a functional part to hold. It is preferable that the storage unit 772 uses an EEPROM whose contents can be rewritten and whose contents are not lost even when the power supply from the battery is lost. The storage unit 772 is provided with the function of the control unit 771. The program to realize it is also stored.

The open / close state calculation unit 7772 is based on the output value of the encoder 75 that functions as a sensor for detecting the opening / closing of the shielding material in the manual shielding device 6, and the relative values with respect to the upper and lower limits relating to the opening / closing position of the shielding material. This is a functional unit that calculates the open / closed state of the shielding material and outputs the calculated result to the open / closed state monitoring unit 7773.

The open / closed state monitoring unit 7773 is a functional unit that stores and monitors the open / closed state of the shielding material calculated by the open / closed state calculation unit 7772 in the storage unit 772, and the open / closed state of the shielding material stored in the storage unit 772 is stored. Every time it is updated, the open / close status notification unit 7774 is made to function to notify and manage the home server 8.

The open / close status notification unit 7774 controls the short-range wireless communication unit 773 and notifies the home server 8 every time the open / close status of the shielding material stored in the storage unit 772 is updated. (The above-mentioned open / close state request signal) is received by short-range wireless communication (WiFi, etc.), and the home server 8 is used to notify the mobile terminal 5 (or the fixed terminal 12) of the open / closed state of the shielding material. It is a functional unit having a function of establishing short-range wireless communication. The open / close status notification unit 7774 also displays the open / closed state of the shielding material when the home server 8 receives an open / close status request from the fixed terminal 12 (or the mobile terminal 5) via short-range wireless communication or the communication network 10. It may have a function of establishing short-range wireless communication with the home server 8 in order to notify the response.

The battery 78 is a functional unit that supplies electric power to the control unit 77 and the encoder 75, and is configured to be externally rechargeable from the charging terminal 78a. The charging terminal 78a can be charged by connecting a general AC adapter jack, or can be charged from another USB compatible device by being configured with a USB connector.

The battery 78 and the alternator 76 are connected by a harness via an insertion hole 72b provided in the fixed shaft 72a shown in FIG. 3, and the battery 78 is charged by the power generation of the alternator 76. Further, the battery 78 and the encoder 75, and the control unit 77 and the encoder 75 are connected by harnesses through the insertion holes 72b provided in the fixed shaft 72a shown in FIG. 3, and the encoder 75 receives power from the battery 78. It operates and the output value of the encoder 75 is output to the control unit 77.

The setting operation unit 79 is a functional unit that functions as a user interface composed of physical buttons and liquid crystal panel type buttons. 5 (a) is a diagram schematically showing a setting operation unit 79 of the open / closed state detection device 7, and FIGS. 5 (b) and 5 (c) are shields in the manual shielding device 6 in which the open / close state detection device 7 is installed. It is explanatory drawing which shows the mode that the upper limit PU and the lower limit PL of the opening / closing of a material 62 are set in the opening / closing state detection device 7 through the setting operation unit 79.

As shown in FIG. 5B, the operator uses the operation code 68 to operate the shielding material 62 at an arbitrary height with respect to the floor surface FL up to a desired upper limit PU, and the upper limit PU is reached through the setting operation unit 79. The rotation amount of the encoder 75 is set to zero in the open / closed state detection device 7. Subsequently, as shown in FIG. 5 (c), the operator uses the operation code 68 to operate the shielding material 62 at an arbitrary height with respect to the floor surface FL to a desired lower limit PL, and passes through the setting operation unit 79. The rotation amount of the encoder 75, which is the lower limit PL, is set in the open / closed state detection device 7.

FIG. 6 is a flowchart showing a control operation of the open / closed state detection device 7 of the present embodiment. First, the open / closed state detection device 7 constantly monitors whether or not there is an open / closed state request from the outing determination machine 2 in this example by the function of the control unit 771 (step S1), that is, from the outing determination machine 2. When there is a signal (open / close state request signal described above) (step S1: Y), the process proceeds to step S6, and when there is no signal from the outing determination machine 2 (open / close state request signal described above) (step S1: N). ), The process proceeds to step S2.

First, in step S2, in the open / close state detection device 7, whether the pulley 71 is rotating depending on whether or not the open / close state monitoring unit 7733 outputs the open / closed state of the shielding material from the open / close state calculation unit 7772. Whether or not it is constantly monitored (step S2). If the pulley 71 is not rotating (step S2: N), the process proceeds to step S1. When the pulley 71 is rotating (step S2: Y), the open / close state monitoring unit 7773 is in a state where the open / close state calculation unit 7772 outputs the open / closed state of the shielding material, that is, the rotation of the pulley 71 is stopped. Up to (step S4), the output value of the encoder 75 is counted by the open / close state calculation unit 7772 (step S4: N, S3), and the calculated open / close state of the shielding material is output to the open / close state monitoring unit 7773.

When the rotation of the pulley 71 is stopped (step S4: Y), the open / close state detection device 7 updates the open / closed state of the shielding material based on the count to the storage unit 772 by the open / close state monitoring unit 7733 (step S5), and opens / closes. The status notification unit 7774 is made to function to notify the home server 8 every time the open / closed state of the shielding material stored in the storage unit 772 is updated (step S7).

On the other hand, even when the process proceeds to step S6, in the open / close state detection device 7, the pulley 71 is rotating depending on whether or not the open / close state monitoring unit 7773 outputs the open / closed state of the shielding material from the open / close state calculation unit 7772. Always monitor for presence or absence. When the pulley 71 is rotating (step S6: Y), the process proceeds to step S3, and the operation is the same as described above. When the pulley 71 is not rotating (step S6: Y), the open / close state notification unit 7774 is activated to notify the home server 8 every time the open / close state of the shielding material stored and held in the storage unit 772 is updated. (Step S7).

FIG. 7A is a cross-sectional view for explaining the configuration and operation of the pulley 71 in the open / closed state detecting device 7 of the first embodiment according to the present invention when the operation code 68 is composed of an endless ball chain. 7 (b) is for explaining the configuration and operation of the pulley 71 in the open / closed state detecting device 7 of the first embodiment according to the present invention when the operation code 68 is composed of an endless operation string. It is a cross-sectional view of.

First, in FIG. 7A, as described above, the pulley 71 can be arranged between two hanging ball chains as an endless operation code 68, and each of the two ball chains can be arranged. It can be meshed with the ball portion 68a. As shown in the figure, the pair of support members 72 have a disc surface that sandwiches the pulley 71 from both sides, and one of the pair of support members 72 has a fixed shaft 72a that penetrates and supports the rotary shaft 71a of the pulley 71. The other of the pair of support members 72 is extended and is provided with a through hole (not shown) penetrating the rotating shaft 71a of the pulley 71 and the fixed shaft 72a.

A gap (see FIG. 3) is formed between the cord guides 721, which are arranged so as to face each other by the pair of support members 72, so that the ball portion 68a of the ball chain does not pass through, but the string portion 68b of the ball chain passes through. As a result, the main body of the open / closed state detection device 7 can be mounted from the outside between the two ball chains. Since the two ball chains move relative to each other during operation, the position of the open / close state detection device 7 is constantly supported, and the mounting position of the open / close state detection device 7 does not change. 7 can be attached to the two ball chains at any position.

Further, once the main body of the open / closed state detection device 7 is attached between the two ball chains by the cord guides 721 arranged opposite to each other by the pair of support members 72, the ball chains are not removed unless they are intentionally removed. It is designed so that it cannot be easily removed by the operation of.

The battery 78 and the alternator 76 are connected by a harness through an insertion hole 72b provided in the fixed shaft 72a, and the battery 78 is charged by the power generation of the alternator 76. Further, the battery 78 and the encoder 75, and the control unit 77 and the encoder 75 are connected by harnesses through the insertion holes 72b provided in the fixed shaft 72a, and the encoder 75 operates by receiving power supply from the battery 78, and the encoder The output value of 75 is output to the control unit 77. In FIG. 7, only the harness 77a that connects the control unit 77 and the encoder 75 is typically shown with a reference number.

On the other hand, as shown in FIG. 7B, when the operation code 68 is composed of the endless operation string, the open / close state detection device 7 can be similarly configured. However, in the example shown in FIG. 7B, as compared with the configuration shown in FIG. 7A, a knurl is engraved on the peripheral edge of the pulley 71 to cause friction with respect to the movement of the endless operating string. After engaging the endless operation string with the pulley 71, the leaf spring 70 that presses the operation string is fitted to the cord guide 721, and the friction is higher with respect to the movement of the operation string with respect to the pulley 71. The difference is that it is configured to produce.

Therefore, even in the configuration shown in FIG. 7B, the pulley 71 can be arranged between the two hanging operation strings as the endless operation code 68, and each of the two operation strings is raised. It can be meshed by friction.

Before the leaf spring 70 is fitted, a gap is formed between the cord guides 721, which are arranged so as to face each other by the pair of support members 72, through which the operation string passes, and the leaf spring 70 is retrofitted to open and close. The main body of the state detection device 7 can be mounted from the outside between the two ball chains. In this case as well, since the two ball chains move relative to each other during operation, the mounting position of the open / close state detection device 7 does not change. Therefore, the open / close state detection device 7 is attached to the two ball chains at an arbitrary position. be able to.

Further, once the leaf spring 70 is fitted to the cord guide 721, it cannot be easily removed by operating the operating string unless it is intentionally removed. Instead of using the leaf spring 70, the cord guide 721 may be shaped so that the operating string is pressed against the pulley 71.

Therefore, the open / closed state detection device 7 can be attached to the operation code 68 regardless of whether it is a ball chain or an operation string by replacing the pulley 71.

The open / closed state detection device 7 may be fixed to a wall or the like. For example, the manual cloaking device 6 illustrated in FIG. 3 is installed on the wall frame W as shown in FIG. 8A, and a part of the measuring wall of the wall frame W is cut out to form the guide wall W1 for operation. The cord 68 may be in the form of hanging guidance. In this case, a wall hanging portion W2 is provided in a part of the guide wall W1, and a hook 30 as illustrated in FIG. 8B is attached to the main body case 73 of the open / closed state detection device 7. As a result, by hanging the hook 30 on the wall hanging portion W2, the open / closed state detecting device 7 can be fixed to the wall or the like in a state of being attached to the operation code 68. Further, as shown in FIG. 8C, a through hole 74a is also provided in the main body case 74 so as to communicate with the through hole 72c (see FIGS. 3 and 7) of the fixed shaft 72a in the open / closed state detection device 7 (main body). A through hole is also provided in the case 73), and the case 73 can be fixed to the wall frame W by screwing with a mounting screw 40 or the like.

Further, when the open / close state detection device 7 is fixed to a wall or the like, it is not necessary to attach it between two ball chains, and even in the form of the manual shielding device 6 that directly pulls the operation string, the open / close state detection is performed on the operation string. The device 7 can be attached to have the same functions as described above.

For example, as shown in FIG. 9A, when the main body case 73 or 74 of the open / closed state detection device 7 is physically fixed to a wall or the like, one of the two ball chains that hang down in an endless manner. On the other hand, even when the open / close state detection device 7 is attached, the above-mentioned function of the open / close state detection device 7 can be realized.

Further, as a modification from FIG. 7 (b), as shown in FIG. 9 (a), when the main body case 73 or 74 of the open / closed state detection device 7 is physically fixed to a wall or the like, a direct pull operation is performed. Even when the open / closed state detection device 7 is attached to the operation code 68 composed of the strings, the above-mentioned function of the open / close state detection device 7 can be realized. 10 (a) and 10 (b) are diagrams illustrating a manual cloaking device 6 having an operation code 68 composed of a direct pulling operation string, respectively.

FIG. 10A is an example of a typical horizontal brand in which the operation code 68 is composed of a direct pull operation string, and a plurality of ladder cords 664 hanging from the head box 61 provide a shielding material 62 with multiple stages of slats. The lower end of each ladder cord 664 is attached to the bottom rail 63. The upper end of each ladder code 664 is attached to the tilt drum 662. The tilt drum 662 is rotatably supported by a support member 663 arranged in the head box 61, respectively. A tilt drive shaft 661 is pierced through each tilt drum 662 so that it cannot rotate relative to each other, and when the tilt drive shaft 661 rotates, the angles of the slat of multiple stages rotate in the same phase. A gear box (not shown) is provided on one end side of the head box 61, and the upper end of the tilt operation rod 665 formed of a polygonal tubular body is connected to the gear box. The tilt drive shaft 661 can be rotated by the rotation operation of the tilt operation rod 665, whereby the angles of the multi-stage slats can be operated.

The plurality of operation cords 68, one ends of which are attached to the bottom rail 63, are folded back by the support member 663 along each ladder cord 664, and toward the cord outlet 61a provided at the position of the gear box. It is guided in the head box 61 and is led out from the code outlet 61a to the outside of the head box 61. The operation code 68 led out to the outside of the head box 61 is inserted into the tilt operation rod 665 and then connected to the knob 667. A cord stopper 69a for preventing the weight drop is provided in the head box 61. Therefore, the operation code 67 acts as an elevating cord that directly opens and closes the shielding material, and by pulling out the knob 667, that is, by pulling the operation code 67 directly, the bottom rail 63 can be raised and the slats can be folded. When the knob 667 is released, the cord stopper 69a is activated to prevent the bottom rail 63 from dropping its own weight. Further, when the operation of the cord stopper 69a is released by a slight pulling operation of the knob 667, the bottom rail 63 can be lowered by its own weight.

Therefore, as shown in FIG. 10A, by fixing the open / closed state detection device 7 on the tilt operation rod 665 and engaging it with the operation code 68, the open / close state detection device 7 functions in the same manner as described above. Can be made to. The operation code 68 led out from the code lead-out port 61a to the outside of the head box 61 may be hung as it is and connected to the bottom rail 63. In this case as well, the operation code 67 operates in the same manner as a direct pull operation.

Therefore, as shown in FIG. 10B, even in the case of a manual shielding device 6 such as a pleated screen which does not have a tilt operation rod and whose operation code 68 is composed of a direct pull operation string, for example, FIG. The open / close state detection device 7 can be made to function in the same manner as described above by fixing the open / close state detection device 7 to the cord outlet 61a and engaging it with the operation cord 68 in the same manner as the hook hook illustrated in b). it can.

(Outing judgment machine)
FIG. 11 is a block diagram showing a schematic configuration of an outing determination machine 2 according to the shielding material state detection system 1 of the present embodiment shown in FIG. The outing determination device 2 includes a first beacon communication unit 21, a second beacon communication unit 22, a control unit 23, a short-range wireless communication unit 24, and a storage unit 25.

The first beacon communication unit 21 is connected to the first two-way beacon communication device 3 by wired communication or short-range wireless communication, and the first user ID response signal from the first two-way beacon communication device 3 to the mobile terminal 5 ( When a beacon ID (with a beacon ID and a user ID) is received, the function unit notifies the control unit 23 of the transfer.

The second beacon communication unit 22 is connected to the second bidirectional beacon communication device 4 by wire communication or short-range wireless communication, and the second user ID response signal (from the third bidirectional beacon communication device 4 to the mobile terminal 5) When a beacon ID (with a beacon ID and a user ID) is received, the function unit notifies the control unit 23 of the transfer.

The control unit 23 includes a setting unit 21, an outing determination unit 232, and an open / close state request unit 233.

The setting unit 21 is a setting for communicating with each of the first bidirectional beacon communication device 3 and the second bidirectional beacon communication device 4, and a setting for communicating with all the open / closed state detection devices 7 (settings for communicating with all open / closed state detection devices 7). It is a functional unit that performs device ID setting), and various settings are stored and held in the storage unit 25. Various settings in the setting unit 21 can be set from the mobile terminal 5.

The outing determination unit 232 receives the reception time of the first user ID response signal (with beacon ID and user ID) from the first bidirectional beacon communication device 3 and the second user ID response from the second bidirectional beacon communication device 4. By monitoring the relative time to the reception time of the signal (with beacon ID and user ID), it is a functional unit that determines whether or not the user having the mobile terminal 5 has gone out from the entrance H2. When the outing determination unit 232 determines that the user having the mobile terminal 5 has gone out, the outing determination unit 232 notifies the open / close state request unit 233 of the user ID.

The open / close state request unit 233 controls the short-range wireless communication unit 24 based on the user ID notified when the user having the mobile terminal 5 determines that he / she has gone out from the outing determination unit 232, and all open / close states. The detection device 7 is controlled to transmit an open / close state request signal (with a user ID) requesting the home server 8 to be notified of the open / closed state information of the corresponding shielding materials.

Under the control of the open / close state request unit 233, the short-range wireless communication unit 24 transmits the open / close state request signal (with a user ID) to all open / close state detection devices 7 by short-range wireless communication. The short-range wireless communication unit 24 and the open / close state detection device 7 in the outing determination device 2 can communicate with each other by short-range wireless communication, and the open / close state request signal (user ID) until there is a reception response from the open / close state detection device 7. With) is sent.

Thereby, as described with reference to FIG. 6, each open / close state detection device 7 can perform control according to the open / close state request signal (with the user ID) from the outing determination device 2.

The outing determination machine 2 according to the shielding material state detection system 1 of the present embodiment is, for example, the control unit 23 of the above-mentioned control unit 23 for a general computer having a two-way beacon communication function and a short-range wireless communication function. This can be achieved by installing an application (program) to give the function.

(Mobile terminal)
FIG. 12 is a block diagram showing a schematic configuration of a mobile terminal 5 according to the shielding material state detection system 1 of the present embodiment shown in FIG.

The mobile terminal 5 shown in FIG. 12 includes a control unit 51, an operation unit 52, a beacon communication unit 53, a short-range wireless communication unit 54, a communication network wireless communication unit 55, a presentation unit 56, and a storage unit 57.

The control unit 51 includes a setting unit 511, a beacon signal reception response control unit 512, an open / close status notification reception control unit 513, and an open / close status notification presentation control unit 514.

The setting unit 511 sets the operation unit 52 for bidirectional beacon communication with each of the first bidirectional beacon communication device 3 and the second bidirectional beacon communication device 4, and the setting for the outing determination device 2 (user). ID setting), setting for short-range wireless communication with the home server 8 (including user ID setting), and setting for normal communication network wireless communication such as the Internet are performed. It is a functional unit, and various settings are stored and held in the storage unit 57.

The beacon signal reception response control unit 512 monitors the reception of beacon signals from each of the first bidirectional beacon communication device 3 and the second bidirectional beacon communication device 4 via the beacon communication unit 53, and the first bidirectional beacon communication unit 512. When a beacon signal is received from the beacon communication device 3 or the second bidirectional beacon communication device 4, a response signal (first user with respect to the first bidirectional beacon communication device 3) indicating that the beacon signal has been received with a user ID is attached. It is a functional unit that returns an ID response signal or a first user ID response signal to the second bidirectional beacon communication device 4) to the corresponding first bidirectional beacon communication device 3 or the second bidirectional beacon communication device 4.

The open / close status notification reception control unit 513 is a wireless base station from the home server 8 via the short-range wireless communication unit 54 by short-range wireless communication from the home server 8 via the wireless router 9, or via the communication network wireless communication unit 55. Notification indicating the open / closed state of the shielding material of each manual shielding device 6 based on the device ID of each open / closed state detection device 7 (open / close state for each user ID as push notification, voice notification, or mail notification) via wireless communication via 10a. It is a functional unit that receives the notification signal) and controls the open / close status notification presentation control unit 514. From the home server 8, the open / closed state of the shielding material is a predetermined notification condition for each device ID (in this example, the condition of notifying when the opening degree is 60% or more is the default, but the user can set it individually). When the condition is satisfied, the mobile terminal 5 is notified, and the mobile terminal 5 is further identified so that the manual shielding device 6 related to the device ID of the open / closed state detection device 7 is in a state of an opening degree of 60% or more. You will be notified.

Under the control of the open / close status notification reception control unit 513, the open / close status notification presentation control unit 514 displays a push notification on the display screen as one configuration of the present unit 56 if the open / close status notification signal for each user ID is a push notification. It is a functional unit that performs voice notification as one configuration of the presentation unit 56 if it is based on voice notification, and performs mail reception notification as one configuration of the presentation unit 56 if it is based on email notification.

The beacon communication unit 53 is a functional unit that performs bidirectional beacon communication with each of the first bidirectional beacon communication device 3 and the second bidirectional beacon communication device 4.

The short-range wireless communication unit 54 is a functional unit that performs short-range wireless communication with the home server 8.

The communication network wireless communication unit 55 is a functional unit for performing normal communication network wireless communication such as the Internet, and wirelessly communicates with the home server 8 via wireless communication via the wireless base station 10a which forms a part of the communication network 10. It is a functional part that performs. This is a functional unit that performs short-range wireless communication with the home server 8.

The presentation unit 56 includes one or more of a display screen for displaying push notifications according to push notifications, a speaker for performing voice notifications according to voice notifications, and a mail function unit according to mail notifications.

As a result, when the user having the mobile terminal 5 tries to go out from the entrance H2 shown in FIG. 1, if any of the manual shielding devices 6 has an opening degree of 60% or more, the home server 8 is transferred to the mobile terminal 5. Since the notification is given, the user can immediately grasp the installation position of the manual shielding device 6 in the state of the opening degree of 60% or more, and use it to prevent forgetting to close the shielding material. Become.

The mobile terminal 5 according to the shielding material state detection system 1 of the present embodiment is, for example, a general smartphone having a two-way beacon communication function, a short-range wireless communication function, and a normal communication network wireless communication function such as the Internet. However, this can be realized by installing an application (program) for providing the function of the control unit 51 described above.

(Home server)
FIG. 13 is a block diagram showing a schematic configuration of a home server 8 according to the shielding material state detection system 1 of the present embodiment shown in FIG. Further, FIG. 14A is a diagram illustrating management information in the home server 8, and FIG. 14B is a push notification to the mobile terminal 5 of the open / closed state of the shielding material in the manual shielding device 6 to be notified. It is a figure which exemplifies the contents at the time.

The home server 8 shown in FIG. 13 includes a control unit 81, an operation unit 82, a display unit 83, a short-range wireless communication unit 84, a communication unit 85, and a storage unit 86.

The control unit 81 includes a setting unit 811, an open / close status notification reception control unit 812, a device-specific open / close status / notification determination unit 813, a device-specific open / close status notification transmission control unit 814, and an open / close state management unit 815.

The setting unit 811 is set from the operation unit 82 for performing short-range wireless communication with each open / closed state detection device 7 and the mobile terminal 5 (including user ID setting and device ID setting), and a normal setting such as the Internet. Communication network The default is the setting for wireless communication and the notification condition for each open / closed state detection device 7 having each device ID (in this example, the condition of notifying when the opening degree is 60% or more, but the user Can be set individually), floor registration indicating the installation position for the manual shielding device 6 for installing each open / closed state detection device 7, and a message sent to the communication terminal (including the mobile terminal 5 and the fixed terminal 12). It is a functional unit that sets the notification destination and notification method (push notification, voice notification, mail notification, etc.), and various settings are stored and held in the storage unit 86.

For example, in the storage unit 86, as illustrated in FIG. 14A, device registration / device for managing to update the open / closed state of the shielding material in the manual shielding device 6 for each device ID as home server management information / There is a status management table and a user registration / management table for registering sending messages according to floor registration for each user ID and managing the sending messages, their notification destinations, and notification methods (push notification, voice notification, email notification, etc.). Be retained.

The open / close status notification reception control unit 812 is a short-range wireless communication from each open / close state detection device 7 via the short-range wireless communication unit 84 via the wireless router 9, and the open / close status notification signal (user ID, device) related to each device ID. It is a functional unit that receives (with an ID) and transfers it to the open / close state / notification determination unit 813 and the open / close state management unit 815 for each device.

The open / close state / notification determination unit 813 for each device updates the open / close state to the storage unit 86 each time it receives an open / close status notification signal (with a user ID and device ID) related to each device ID from each open / close state detection device 7. It is a functional unit that determines whether or not to notify the user based on the notification condition set for. The device-specific open / close status / notification determination unit 813 controls the device-specific open / close status notification transmission control unit 814 when it determines that the user should be notified.

The device-specific open / close status notification transmission control unit 814 sends an open / close status notification signal (open / close status notification signal) to the set notification destination by the notification method set in the storage unit 86 via the short-range wireless communication unit 84 or the communication unit 85. It is a functional unit that sends notifications according to (with user ID and device ID). For example, the device-specific open / close status notification transmission control unit 814 transmits the open / close status notification signal by user ID by push notification to the mobile terminal 5 by short-range wireless communication, and the open / close status notification signal by user ID by voice notification by short-range wireless communication. The open / close status notification signal for each user ID by mail notification is sent to the mobile terminal 5 via the wireless base station 10a of the communication network 10, and the open / close status notification signal for each user ID by voice notification is sent to the mobile terminal 5 by short-range wireless communication. In addition, the open / close status notification signal for each user ID by mail notification is sent to the fixed terminal 12 via the communication network 10 or the wireless base station 10a, and the notification according to the open / close status notification signal (with user ID and device ID) is sent for each user ID. It is transmitted as a notification signal.

The open / closed state management unit 815 collects the open / closed states of the shielding materials of each manual shielding device 6 based on the device ID of each open / closed state detecting device 7 as the home server management information illustrated in FIG. 14A, and stores the storage unit. It is a functional unit that holds memory in 86. In particular, each time the open / close state management unit 815 receives an open / close state notification signal (with a user ID and device ID) related to each device ID from each open / close state detection device 7, the opening / closing of the shielding material of the corresponding manual shielding device 6 The state is updated in the storage unit 86 and stored in storage. Further, the open / close state management unit 815 is stored in the storage unit 86 even when the fixed terminal 12 (or the mobile terminal 5 may be used) requests the open / close state via the short-range wireless communication network 10 or the communication network 10. Read It has a function of notifying the open / closed state of the shielding material in response. FIG. 14B illustrates the content when the mobile terminal 5 is pushed to notify the open / closed state of the shielding material in the manual shielding device 6 to be notified.

When the fixed terminal 12 (or the mobile terminal 5 may be used) requests the open / closed state via the short-range wireless communication network 10 or the communication network 10, the open / closed state management unit 815 responds and notifies the open / closed state of the shielding material. It may have a function of establishing short-range wireless communication with the open / closed state detection device 7 again.

The operation unit 82 is a user interface for operating the setting unit 811.

The display unit 83 is a display medium having a display screen for displaying the contents set by the setting unit 811.

The short-range wireless communication unit 84 is a functional unit that performs short-range wireless communication with each of the open / closed state detection device 7, the mobile terminal 5, and the smart speaker 11.

The communication unit 85 is a functional unit for performing normal communication network wireless communication such as the Internet, and has a function of performing wireless or wired communication with the mobile terminal 5 and the fixed terminal 12 via the communication network 10 or the wireless base station 10a. It is a department.

In this way, each time the home server 8 receives the open / closed state notification signal (with user ID and device ID) related to each device ID, the home server 8 updates the open / closed state of the shielding material of the corresponding manual shielding device 6 and stores the storage unit. After storing the memory in 86 and determining whether or not to notify the user of the updated open / closed state based on a predetermined notification condition, the wireless base station 10a or by short-range wireless communication via the wireless router 9 is used. The mobile terminal 5 is notified by push notification, voice notification or mail notification via wireless communication, or is notified to transmit voice by the smart speaker 11 by short-range wireless communication.

The home server 8 according to the shielding material state detection system 1 of the present embodiment is described above for a general computer having, for example, a short-range wireless communication function and a normal communication network wireless communication function such as the Internet. This can be realized by installing an application (program) for providing the function of the control unit 81.

As a result, when the user having the mobile terminal 5 goes out, even the manual cloaking device 6 can immediately notify the open / closed state, which contributes to prevent forgetting to close any of the manual cloaking devices 6. become. In this example, the outing determination device 2 mainly uses each of the first bidirectional beacon communication device 3 and the second bidirectional beacon communication device 4 to perform "outing determination of the user having the mobile terminal 5". However, the outing determination machine 2 is configured to perform "going out / entry / exit determination of the user having the mobile terminal 5" by using only the second two-way beacon communication device 4, and the mobile terminal 5 is used. Even when the user who has the handset enters and exits, it is possible to set an operation mode that is advantageous for safety, such as whether or not an abnormal state is formed while the user is away by notifying the open / closed state of the shielding material.

Further, since the open / closed state of the shielding material of each manual shielding device 6 is centrally held in the home server 8, it can be constantly confirmed from the fixed terminal 12 and the mobile terminal 5.

Therefore, according to the present embodiment, even when the manual shielding device 6 is used, the communication terminal (fixed terminal 12 and mobile terminal 5) is used to cover the manual shielding device 6 from the outdoors, including when the user goes out. You will be able to check the open / closed state of.

(First modification)
FIG. 15 shows that the open / closed state of the shielding material in the manual shielding device 6 in which the open / closed state detecting device 7 shown in FIGS. 3 and 4 is installed can be confirmed by using the communication terminals (fixed terminal 12 and mobile terminal 5). 1 It is a figure which illustrates the schematic structure of the shielding material state detection system 1 of the modification. As described above, similar components are given the same reference numbers in the specification of the present application. Further, FIG. 16 is a flowchart illustrating the overall operation of the shielding material state detection system 1 of the first modification.

In the shielding material state detection system 1 of the first modification shown in FIGS. 15 and 16, the function of the outing determination machine 2 shown in FIG. 11 is incorporated into the home server 8 shown in FIG. 13 as compared with the configuration shown in FIG. The configurations of the open / closed state detection devices 7 shown in FIGS. 3 and 4, and the configurations of the functional blocks of the mobile terminal 5 shown in FIG. 12, which are different from the configurations related to the differences, are all the same. Is.

That is, the shielding material state detection system 1 of the first modification shown in FIGS. 15 and 16 includes the first bidirectional beacon communication device 3, the second bidirectional beacon communication device 4, and the mobile terminal 5 registered for use. The open / close state detection device 7 installed in the manual shielding device 6 for detecting the state of the shielding material, the home server 8, the wireless router 9, and the smart speaker 11 are provided.

The first two-way beacon communication device 3 has a unique beacon ID and is installed in the indoor H1 to constantly transmit a beacon signal (FIG. 16: S21), and is a mobile terminal registered for use and set with a user ID. A response signal (first user ID response signal) indicating that the beacon signal has been received from No. 5 is received (FIG. 16: S22), and the acceptance is notified together with the beacon ID and the user ID of the first response notification signal (FIG. 16). : S23) has a function of notifying the home server 8.

The second bidirectional beacon communication device 4 has a unique beacon ID, is installed near the entrance H2, and constantly transmits a beacon signal (FIG. 16: S21), and the beacon is transmitted from the mobile terminal 5 registered for use. A response signal (second user ID response signal) indicating that the signal has been received is received (FIG. 16: S24), and the acceptance is indicated as a second response notification signal (FIG. 16: S25) together with the beacon ID and the user ID. It has a function of notifying the home server 8.

The home server 8 is connected to each of the first two-way beacon communication device 3 and the second two-way beacon communication device 4 by wired communication or short-range wireless communication, and the first from the first two-way beacon communication device 3 Monitor the relative time between the reception time of the user ID response signal (with beacon ID and user ID) and the reception time of the second user ID response signal (with beacon ID and user ID) from the second bidirectional beacon communication device 4. By doing so, it is determined whether or not the user having the mobile terminal 5 has gone out from the entrance H2 (FIG. 16: S26). When it is determined that the user having the mobile terminal 5 has gone out, the home server 8 requests all the open / close state detection devices 7 for information on the open / closed state of the corresponding shielding material (with a user ID). ) Is transmitted by short-range wireless communication (FIG. 16: S27).

Each open / close state detecting device 7 installed in each manual shielding device 6 has a unique device ID, and as in the first embodiment described above, the open / closed state of the shielding material in the manual shielding device 6 to be installed. The information indicating the above is constantly monitored and stored, and in response to the reception of the open / close status request signal (with the user ID) from the home server 8, the open / close status information of the shielding material at the time of reception is notified. Notify the home server 8 as a signal (with user ID and device ID) by short-range wireless communication (FIG. 16: S28). Each open / close state detection device 7 notifies the home server 8 of the open / close state notification signal (with user ID and device ID) until a reception confirmation response is obtained from the home server 8.

Similar to the first embodiment described above, the home server 8 aggregates and stores the open / closed state of the shielding material of each manual shielding device 6 based on the device ID, and stores the open / closed state notification signal related to each device ID ( Each time a user ID (with device ID) is received, the open / closed state of the shielding material of the corresponding manual shielding device 6 is updated and stored, and the user is notified of the updated open / closed state based on a predetermined notification condition. After determining whether or not it should be done, the mobile terminal 5 is notified as an open / close status notification signal by user ID (push notification, voice) by short-range wireless communication via the wireless router 9 or via wireless communication via the wireless base station 10a. Notification or email notification), or notification by voice transmission on the smart speaker 11 via short-range wireless communication (FIG. 16: S29).

Therefore, in FIG. 15, as a typical operation, when a user having a mobile terminal 5 tries to go out from the entrance H2, a second user ID response signal is transmitted from the mobile terminal 5 to the second bidirectional beacon communication device 4 ( In FIG. B1), the second bidirectional beacon communication device 4 notifies the home server 8 of the second user ID response signal in response to this (Fig. B2). Upon receiving this notification, the home server 8 transmits an open / close state request signal (with a user ID) to all the open / close state detection devices 7, so that all the open / close state detection devices 7 request the open / close state from the home server 8. In response to the reception of the signal (with user ID), the home server 8 is notified of the open / closed state notification signal (with user ID and device ID) indicating the open / closed state information of the shielding material at the time of reception (Fig. B3, B3). '). Finally, when the home server 8 completes receiving the open / close status notification signals (with user ID and device ID) for all device IDs, the user understands the manual shielding device 6 related to the device ID that satisfies a predetermined notification condition. In this manner, the mobile terminal 5 is notified by push notification, voice notification, or e-mail notification (Fig. B4), or by the smart speaker 11 (Fig. B5).

As a result, when the user having the mobile terminal 5 goes out, even the manual cloaking device 6 can immediately notify the open / closed state, which contributes to prevent forgetting to close any of the manual cloaking devices 6. become. However, also in this example, the home server 8 mainly uses each of the first bidirectional beacon communication device 3 and the second bidirectional beacon communication device 4 to perform "outing determination of the user having the mobile terminal 5". However, the home server 8 is configured to perform "going out / entering / exit determination of a user having a mobile terminal 5" by using only the second two-way beacon communication device 4, and has the mobile terminal 5. Even when the user enters and exits, it is possible to notify the open / closed state of the shielding material so that the operation mode is advantageous for safety, such as whether or not an abnormal state is generated while the user is away.

Further, since the open / closed state of the shielding material of each manual shielding device 6 is centrally held in the home server 8, it can be constantly confirmed from the fixed terminal 12 and the mobile terminal 5.

(Second modification)
FIG. 17 shows that the open / closed state of the shielding material in the manual shielding device 6 in which the open / closed state detecting device 7 shown in FIGS. 3 and 4 is installed can be confirmed by using the communication terminals (fixed terminal 12 and mobile terminal 5). It is a figure which illustrates the schematic structure of the shielding material state detection system 1 of 2 modified examples. Further, FIG. 18 is a flowchart illustrating the overall operation of the shielding material state detection system 1 of the second modification.

The shielding material state detection system 1 of the second modified example shown in FIGS. 17 and 18 has the first bidirectional beacon communication device 3 and the second bidirectional beacon communication as compared with the configuration of the first modified example shown in FIG. Instead of being a machine 4, it is composed of a first beacon transmitter 3'and a second beacon transmitter 4', which simply transmit a beacon signal, and a mobile terminal 5 is a first beacon transmitter 3'and a second beacon transmitter 4', respectively. It is different in that it is configured to notify the home server 8 of the reception of each beacon signal from the second beacon transmitter 4', and other than the configuration related to this difference, FIGS. 3 and 4 show. The open / closed state detection device 7 shown is the same, and the specific functional blocks of the mobile terminal 5 and the home server 8 shown in FIGS. 12 and 13, respectively, are realized by setting to change the communication partner. , The configuration is the same, and further description thereof will be omitted.

That is, the shielding material state detection system 1 of the second modification shown in FIGS. 17 and 18 shields the first beacon transmitter 3', the second beacon transmitter 4', the mobile terminal 5 registered for use, and the shield. It includes an open / close state detection device 7 installed in a manual shielding device 6 for detecting a material state, a home server 8, a wireless router 9, and a smart speaker 11.

The first beacon transmitter 3'has a unique beacon ID and is installed in the indoor H1 to constantly transmit a beacon signal (FIG. 18: S31). Then, the mobile terminal 5 registered for use and set with the user ID receives the beacon signal as a response indicating that the beacon signal has been received, together with the beacon ID and the user ID, as a first user ID response signal (FIG. 18 :). It has a function of notifying the home server 8 as S32).

The second beacon transmitter 4'has a unique beacon ID and is installed near the entrance H2 to constantly transmit a beacon signal (FIG. 18: S31). Then, the mobile terminal 5 registered for use and set with the user ID receives the beacon signal as a response indicating that the beacon signal has been received, together with the beacon ID and the user ID, as a second user ID response signal (FIG. 18 :). It has a function of notifying the home server 8 as S33).

The home server 8 sets a relative time between the reception time of the first user ID response signal (with beacon ID and user ID) from the mobile terminal 5 and the reception time of the second user ID response signal (with beacon ID and user ID). By monitoring, it is determined whether or not the user having the mobile terminal 5 has gone out from the entrance H2 (FIG. 18: S34). When it is determined that the user having the mobile terminal 5 has gone out, the home server 8 requests all the open / close state detection devices 7 for information on the open / closed state of the corresponding shielding material (with a user ID). ) Is transmitted by short-range wireless communication (FIG. 18: S35).

Each open / close state detection device 7 installed in each manual shielding device 6 has a unique device ID, and similarly to the above-described first embodiment and first modification, the manual shielding device 6 to be installed is used. Information indicating the open / closed state of the shielding material is constantly monitored and stored, and in response to the reception of the open / closed state request signal (with user ID) from the home server 8, the open / closed state of the shielding material at the time of reception is received. The information is notified to the home server 8 by short-range wireless communication as an open / close status notification signal (with user ID and device ID) (FIG. 18: S36). Each open / close state detection device 7 notifies the home server 8 of the open / close state notification signal (with user ID and device ID) until a reception confirmation response is obtained from the home server 8.

Similar to the first embodiment and the first modification described above, the home server 8 aggregates and stores the open / closed state of the shielding material of each manual shielding device 6 based on the device ID, and is related to each device ID. Every time an open / closed status notification signal (with user ID and device ID) is received, the open / closed state of the shielding material of the corresponding manual shielding device 6 is updated and stored in storage, and a predetermined notification condition is provided for the updated open / closed state. After determining whether or not to notify the user based on the above, the mobile terminal 5 is notified as an open / close status notification signal for each user ID by short-range wireless communication via the wireless router 9 or via wireless communication via the wireless base station 10a. (Push notification, voice notification or mail notification), or notification by voice transmission on the smart speaker 11 by short-range wireless communication (FIG. 18: S37).

Therefore, the second modification can be realized by the configuration of the first modification shown in FIG. 15, but in FIG. 17, as a typical operation thereof, when a user having a mobile terminal 5 tries to go out from the entrance H2, The second user ID response signal is notified to the home server 8 from the mobile terminal 5 that has received the beacon signal from the second beacon transmitter 4'(Fig. C1). Upon receiving this notification, the home server 8 transmits an open / close state request signal (with a user ID) to all the open / close state detection devices 7, so that all the open / close state detection devices 7 request the open / close state from the home server 8. In response to the reception of the signal (with user ID), the home server 8 is notified of the open / closed state notification signal (with user ID and device ID) indicating the open / closed state information of the shielding material at the time of reception (Fig. C2, C2). '). Finally, when the home server 8 completes receiving the open / close status notification signals (with user ID and device ID) for all device IDs, the user understands the manual shielding device 6 related to the device ID that satisfies a predetermined notification condition. In this manner, the mobile terminal 5 is notified by push notification, voice notification or e-mail notification (Fig. C3), or by the smart speaker 11 (Fig. C4).

As a result, when the user having the mobile terminal 5 goes out, even the manual cloaking device 6 can immediately notify the open / closed state, which contributes to prevent forgetting to close any of the manual cloaking devices 6. become. However, also in this example, the home server 8 is mainly based on the use of each of the first beacon transmitter 3'and the second beacon transmitter 4', so that the "outing determination of the user having the mobile terminal 5" is performed. However, the home server 8 is configured to perform "going out / entering / exit determination of the user having the mobile terminal 5" by assuming that the home server 8 is based only on the use of the second beacon transmitter 4'. Even when the user holding the mobile terminal 5 enters and exits, it is possible to notify the open / closed state of the shielding material so that the operation mode is advantageous for security, such as whether or not an abnormal state is generated while the user is away.

Further, since the open / closed state of the shielding material of each manual shielding device 6 is centrally held in the home server 8, it can be constantly confirmed from the fixed terminal 12 and the mobile terminal 5.

(Third modification example)
FIG. 19 shows that the open / closed state of the shielding material in the manual shielding device 6 in which the open / closed state detecting device 7 shown in FIGS. 3 and 4 is installed can be confirmed by using the communication terminals (fixed terminal 12 and mobile terminal 5). 3 It is a figure which illustrates the schematic structure of the shielding material state detection system 1 of the modification. Further, FIG. 20 is a flowchart illustrating the overall operation of the shielding material state detection system 1 of the third modification.

Compared with the configuration of the second modification shown in FIG. 17, the shielding material state detection system 1 of the third modification shown in FIGS. 19 and 20 uses the mobile terminal 5 instead of making the outing determination by the home server 8. The open / closed state detection device 7 shown in FIGS. 3 and 4, which is different in that it is configured to perform an out-of-home determination and is not the configuration related to this difference, is the same, and FIGS. 12 and 12 and FIG. The specific functional blocks of the mobile terminal 5 and the home server 8 shown in 13 are realized by changing the mobile terminal 5 to have the "going out determination" function instead of the home server 8. The description is omitted. The mobile terminal 5 is a third modification as a function of the control unit 51 with respect to a general smartphone having a two-way beacon communication function, a short-range wireless communication function, and a normal communication network wireless communication function such as the Internet. Even when the outing determination function is added, it can be realized by installing an application (program) for having the function of the control unit 51.

That is, the shielding material state detection system 1 of the third modification shown in FIGS. 19 and 20 shields the first beacon transmitter 3', the second beacon transmitter 4', the mobile terminal 5 registered for use, and the shield. It includes an open / close state detection device 7 installed in a manual shielding device 6 for detecting a material state, a home server 8, a wireless router 9, and a smart speaker 11.

The first beacon transmitter 3'has a unique beacon ID and is installed in the indoor H1 to constantly transmit a beacon signal (FIG. 20: S41). Then, the mobile terminal 5 registered for use and set with a user ID manages the reception of the beacon signal by itself (FIG. 20: S42).

The second beacon transmitter 4'has a unique beacon ID and is installed near the entrance H2 to constantly transmit a beacon signal (FIG. 20: S43). Then, the mobile terminal 5 registered for use and set with a user ID manages the reception of the beacon signal by itself, and receives the beacon signal from the first beacon transmitter 3'and the beacon signal from the second beacon transmitter 4'. By monitoring the time relative to the reception time of the beacon signal, the mobile terminal 5 itself determines whether or not the user having the mobile terminal 5 has gone out from the entrance H2 (FIG. 20: S44). When it is determined that the user having the mobile terminal 5 has gone out, the mobile terminal 5 has a function of notifying the home server 8 of a user ID notification signal (FIG. 20: S44) indicating the user ID.

When the home server 8 receives the user ID notification signal from the mobile terminal 5, the home server 8 requests all the open / closed state detection devices 7 for information on the open / closed state of the corresponding shielding material (with a user ID). Is transmitted by short-range wireless communication (Fig. 20: S45).

Each open / close state detection device 7 installed in each manual shielding device 6 has a unique device ID, and as in the first embodiment and the first and second modifications described above, each manual operation is to be installed. Information indicating the open / closed state of the shielding material in the shielding device 6 is constantly monitored and stored, and in response to the reception of the opening / closing state request signal (with user ID) from the home server 8, the shielding material at the time of reception is received. The information on the open / closed state is notified to the home server 8 as an open / closed state notification signal (with a user ID and a device ID) by short-range wireless communication (FIG. 20: S46). Each open / close state detection device 7 notifies the home server 8 of the open / close state notification signal (with user ID and device ID) until a reception confirmation response is obtained from the home server 8.

Similar to the first embodiment and the first and second modifications described above, the home server 8 aggregates and stores the open / closed state of the shielding material of each manual shielding device 6 based on the device ID. Every time an open / closed status notification signal (with user ID and device ID) related to the device ID is received, the open / closed state of the shielding material of the corresponding manual shielding device 6 is updated and stored, and the updated open / closed state is maintained. After determining whether or not to notify the user based on the predetermined notification conditions, the mobile terminal 5 is opened / closed by user ID by short-range wireless communication via the wireless router 9 or via wireless communication via the wireless base station 10a. Notify as a notification signal (push notification, voice notification or mail notification), or notify by voice transmission on the smart speaker 11 by short-range wireless communication (FIG. 20: S47).

Therefore, in FIG. 21, as a typical operation thereof, when a user having a mobile terminal 5 tries to go out from the entrance H2, the mobile terminal 5 that has received the beacon signal from the second beacon transmitter 4'determines itself to go out. , The user ID notification signal is notified to the home server 8 (D1 in the figure). Upon receiving this notification, the home server 8 transmits an open / close state request signal (with a user ID) to all the open / close state detection devices 7, so that all the open / close state detection devices 7 request the open / close state from the home server 8. In response to the reception of the signal (with user ID), the home server 8 is notified of the open / closed state notification signal (with user ID and device ID) indicating the open / closed state information of the shielding material at the time of reception (Fig. D2, D2). '). Finally, when the home server 8 completes receiving the open / close status notification signals (with user ID and device ID) for all device IDs, the user understands the manual shielding device 6 related to the device ID that satisfies a predetermined notification condition. In this manner, the mobile terminal 5 is notified by push notification, voice notification, or e-mail notification (Fig. D3), or by the smart speaker 11 (Fig. D4).

As a result, when the user having the mobile terminal 5 goes out, even the manual cloaking device 6 can immediately notify the open / closed state, which contributes to prevent forgetting to close any of the manual cloaking devices 6. become. However, also in this example, the mobile terminal 5 is mainly based on the use of the first beacon transmitter 3'and the second beacon transmitter 4', thereby "determining the user who has the mobile terminal 5 to go out". However, the mobile terminal 5 is configured to perform "going out / entering / exit determination of the user having the mobile terminal 5" by assuming that the mobile terminal 5 is based only on the use of the second beacon transmitter 4'. Even when the user holding the mobile terminal 5 enters and exits, it is possible to notify the open / closed state of the shielding material so that the operation mode is advantageous for security, such as whether or not an abnormal state is formed while the user is away.

Further, since the open / closed state of the shielding material of each manual shielding device 6 is centrally held in the home server 8, it can be constantly confirmed from the fixed terminal 12 and the mobile terminal 5.

[Second Embodiment]
(Open / close state detection device)
21 (a) is a perspective view showing a schematic configuration of the open / closed state detection device 7 of the second embodiment according to the present invention, and FIGS. 21 (b) and 21 (c) are open / closed state detection of the second embodiment according to the present invention. It is a figure which tries to explain the operation of the sensor in the apparatus 7. In the specification of the present application, the same reference numbers are assigned to similar components.

Since the open / closed state detection device 7 of the second embodiment shown in FIG. 21 is configured as a modification of the open / closed state detection device 7 shown in FIGS. 3 and 4, and has the same function, the above-described first embodiment and It can be used as it is for the shielding material state detection system 1 of each modification.

More specifically, in the open / closed state detection device 7 shown in FIG. 3 described above, the encoder 75 is used as a sensor to detect the rotation of the pulley 71 related to the movement of the operation code 68, and the operation code 68 of the manual shielding device 6 is used. On the other hand, the open / close state detection device 7 of the second embodiment shown in FIG. 21A is a snap action mechanism at predetermined intervals of a foldable shielding material, whereas the open / close state detection device 7 is attached together with the main body. Microswitch 75A is provided, and the plurality of switches 75A are used as sensors, and the control unit 77 is configured so that the open / closed state of the shielding material is determined by calculation by combining ON / OFF of the plurality of microswitches 75A. Is different.

Therefore, the open / closed state detection device 7 of the second embodiment shown in FIG. 21A has a plurality of microswitches 75A provided in place of the encoder 75 and the inside of the headbox 61, as described with reference to FIG. It includes a control unit 77 installed (or may be external), a battery 78 with a charging terminal 78a, and a setting operation unit 79. The control unit 77 calculates the open / closed state of the shielding material based on the output values of the plurality of microswitches 75A that function as sensors for detecting the opening / closing of the shielding material in the manual shielding device 6, and stores the shielding material in the storage unit 772. A control unit 771 that controls to monitor, a storage unit 772 that stores various setting information (device ID, upper limit and lower limit settings, etc.) of the open / close state detection device 7, and an open / close state of the shielding material, and a control unit 771. It is configured to include a short-range wireless communication unit 773 that performs short-range wireless communication (WiFi, etc.) with the outing determination device 2 and the home server 8 under the control of the alternator 76, and does not have the alternator 76.

That is, in the open / closed state detection device 7 of the second embodiment shown in FIG. 21A, the encoder 75 is replaced with a plurality of microswitches 75A in the configuration shown in FIG. 4, and the setting unit 7771 and the open / closed state in the control unit 771 The difference is that the calculation unit 7772 is configured to set the upper limit and the lower limit of the shielding material based on the ON / OFF combination of the plurality of switches 75A, and determine the open / closed state of the shielding material by calculation. However, the other components and operations are configured in the same manner as shown in FIG.

In the open / closed state detection device 7 of the second embodiment shown in FIG. 21 (a), the setting unit 7771 in the control unit 77 uses microswitches 75A provided at predetermined intervals of the foldable shielding material as a sensor. The upper limit and the lower limit are set by the combination of ON / OFF of a plurality of microswitches 75A.

Further, in the open / closed state detection device 7 of the second embodiment shown in FIG. 21A, the open / close state calculation unit 7772 in the control unit 77 also opens / closes the shielding material 62 by combining ON / OFF of a plurality of microswitches 75A. The state is determined by calculation.

The micro switch 75A includes a displaceable sensor portion 751, a displacement detection unit 752 that pushes ON / OFF according to the displacement of the sensor portion 751, a power supply terminal for performing the ON / OFF operation, and ON / OFF. It is composed of a harness 753 having an electric wire connected to each output terminal of a signal corresponding to the operation, and is arranged at predetermined intervals of a foldable shielding material 62. Each harness 753 of the plurality of microswitches 75A is connected to the battery 78 for power supply and is connected to the open / close state calculation unit 7772 in the control unit 77 for input as a sensor signal.

Therefore, as shown in FIG. 21B, when the shielding material 62 at the position where the microswitch 75A is fixed is not folded, the microswitch 75A outputs a sensor signal indicating an OFF operation to the open / close state calculation unit 7772. Then, as shown in FIG. 21C, when folded, the micro switch 75A outputs a sensor signal indicating an ON operation to the open / close state calculation unit 7772.

Therefore, in the open / closed state detecting device 7 of the second embodiment shown in FIG. 21A, the open / closed state calculation unit 7772 in the control unit 77 is derived from the microswitch 75A provided at predetermined intervals of the foldable shielding material. The open / closed state of the shielding material 62 can be determined by calculation by a combination of sensor signals (that is, a combination of ON / OFF of a plurality of microswitches 75A).

As a result, the open / closed state detection device 7 of the second embodiment shown in FIG. 21 is configured as a modification of the open / closed state detection device 7 shown in FIGS. 3 and 4, and has the same function. It can be used as it is for the shielding material state detection system 1 of the embodiment and each modification.

Although the typical embodiment and the shielding material state detection system 1 of the modified example including the manual shielding device 6 having the open / closed state detecting device 7 have been described above, the present invention is further various from each of the above-described embodiments and modified examples. It can be configured by a modified example of.

For example, in the example of the above-described embodiment, the example in which the home server 8 manages the open / closed state of the shielding material of only the manual shielding device 6 has been described, but the home server 8 also manages the opening / closing state of the shielding material in the electric shielding device. It can be configured to be.

Further, in the above-described embodiment, the open / close state detection device 7 is a manual shielding device 6 corresponding to the home server 8 by making a communication connection to the home server 8 by short-range wireless communication by the short-range wireless communication unit 773. Although the example in which the home server 8 is configured to notify the open / closed state of the shielding material to the mobile terminal 5 is mainly described, the open / closed state detecting device 7 is such an indirect indirect manner. Not only the notification but also the short-range wireless communication unit 773 may be configured to have a function of directly notifying the mobile terminal 5 of the open / closed state of the shielding material.

Further, in the above-described embodiment, a beacon from a beacon communication device or a beacon transmitter installed at the entrance H2 of the building H and the indoor H1 of the building by the outing determination device 2, the home server 8, or the mobile terminal 5. An example of determining the going out (or entering / exiting) of a user having a mobile terminal 5 based on a signal (specifically, two beacon signals) has been described, but the building where the mobile terminal 5 installs the manual shielding device 6 It may be configured to have a function of determining that it is time to go out (or enter / exit) from the building H based on the difference between the GPS information of H and the GPS information of the mobile terminal 5. In this case, the home server 8 is configured to receive a notification signal from the mobile terminal 5 having such a determination function and operate to request the open / closed state detection device 7 for the open / closed state of the shielding material. In this case as well, when the home server 8 requests the open / closed state of the shielding material in the manual shielding device 6, the short-range wireless communication unit 773 communicates with the home server 8 in the short-range wireless communication. It is possible to notify the home server 8 of the open / closed state of the corresponding shielding material of the manual shielding device 6 and notify the mobile terminal 5 of the opened / closed state of the shielding material from the home server 8. ..

[Further Modifications to the First and Second Embodiments]
Further, in the examples of the first and second embodiments shown in FIGS. 1 to 21 described above, a manual shielding having an indoor open / closed state detecting device 7 from the outside, particularly when the user having the mobile terminal 5 goes out from the room. Although the shielding material state detection system 1 capable of confirming the open / closed state of the shielding material in the device 6 has been described, when the user having the mobile terminal 5 goes out from the partition area, the shield material is changed from outside the partition area to inside the partition area. It is also possible to configure a shielding material state detection system 1 capable of confirming the open / closed state of the shielding material in the manual shielding device 6.

FIG. 22 is a plan view showing a schematic configuration of a shielding material state detection system 1 of a further modification of the first and second embodiments according to the present invention. In FIG. 22, the same reference numbers are assigned to the same components as those in the first and second embodiments described above.

In the shielding material state detection system 1 of the further modified example shown in FIG. 22, when the user having the mobile terminal 5 goes out from the partition area, the shielding material in the manual shielding device 6 in the partition area from outside the partition area This is an example configured so that the open / closed state can be confirmed, and the system configurations of the first and second embodiments shown in FIGS. 1 to 21 described above are provided in each of the partition areas A to B across the passage. Is an example of applying. That is, in the partition areas A to B, the manual shielding device 6 having the open / closed state detection device 7 shown in FIGS. 1 to 21 described above, in which the wireless router 9 is connected and the outing determination device 2 is provided as a function. It is connected to the system configuration in which the home server 8 and the first bidirectional beacon communication device 3 (or the first beacon transmitter 3') are arranged and the system configuration of each partition area, and is installed on the side wall of the passage in each partition area. A second bidirectional beacon communication device 4 (or a second beacon transmitter 4') is arranged on the wall on the passage side so as to be shared with the smart speaker 11 to be used and the system configurations of the partition areas A to B. The shield material state detection system 1 is configured as a whole of each of the partition areas A to B. Then, when the user U having the mobile terminal 5 goes out from the partition area B, for example, the outing determination machine 2 in the partition area B determines the outing, and the home server 8 determines the outing of the mobile terminal 5 or the partition area B. An open / close status notification signal for each user ID is transmitted to the smart speaker 11 installed on the wall. Thereby, when the user having the mobile terminal 5 goes out from the partition area, the open / closed state of the shielding material in the manual shielding device 6 in the partition area B can be confirmed from the outside of the partition area B.

Therefore, the shielding material state detection system 1 of the first and second embodiments shown in FIGS. 1 to 21 described above can be applied to one or a plurality of partition regions. The shielding material state detection system 1 applied to such a partition area is expected to be applied to, for example, each room in a house, a hotel room, or a tenant of a multi-tenant building.

[Third Embodiment]
In FIGS. 1 to 22 described above, a typical embodiment and a modified example of the shielding material state detecting system 1 including the manual shielding device 6 having the open / closed state detecting device 7 have been described, but the respective embodiments and modifications described above have been described. In the example, it is also possible to configure a shielding material state detection system 1 in which a part or all of the manual shielding device 6 having the open / closed state detecting device 7 is replaced with an electric shielding device 6E.

For example, as a representative, in FIG. 23, all of the manual shielding device 6 having the open / closed state detecting device 7 in the shielding material state detecting system 1 shown in FIGS. 17 and 18 described above is replaced with the electric shielding device 6E. , An example configured as the shielding material state detection system 1 of the third embodiment according to the present invention is shown. In FIG. 23, the same reference numbers are assigned to the same components as those in the first and second embodiments described above.

The electric shielding device 6E illustrated in FIG. 23 shows an example configured as a typical electric horizontal blind here.

Each electric horizontal blind configured as an electric shielding device 6E is installed for each window frame in the room, and is provided with a multi-stage slat 62 and a bottom rail 63 as a shielding material, and the multi-stage slat 62 is opened / closed (elevated / lowered). A control device 7E for electrically controlling the tilt operation) is provided in the head box 61 at a substantially central portion in the longitudinal direction in this example. The control device 7E has the same function as the control unit 77 shown in FIG. 4 of the open / closed state detection device 7 in the shielding material state detection system 1 of the first and second embodiments described above.

More specifically, in each electric horizontal blind configured as the electric shielding device 6E, a multi-stage slats 62 are suspended and supported via ladder cords 60 hanging from the vicinity of both sides in the longitudinal direction of the head box 2. A bottom rail 63 is suspended and supported at the lower end of the ladder cord 60.

Further, the elevating cord 64 is hung from the head box 61 in the vicinity of each rudder cord 60, and the bottom rail 63 is attached to the lower end of the elevating cord 64.

In the head box 61, support members 65E for suspending and supporting the ladder cord 60 and the elevating cord 64 to be assembled are arranged at two places, and a hexagonal rod-shaped drive shaft 66 is inserted through each support member 65E. There is. The support member 65E is attached to the upper end of the elevating cord 64 to wind or rewind the winding drum, and the warp threads before and after the rudder cord 60 are relatively moved coaxially with the winding drum. A tilt drum is provided, and the take-up drum and the tilt drum rotate integrally with the rotation of the drive shaft 66. The tilt drum of this example is mounted by connecting the upper ends of the warp threads before and after the rudder cord 60, and when the slats 62 reach a predetermined tilt angle, the upper ends of the warp threads before and after the ladder cord 60 slide with respect to the tilt drum. Is generated so that the slat 62 rotates within a predetermined angle range. In addition, among the types of electric horizontal blinds, a first drive shaft dedicated to the rotation of the take-up drum and a second drive shaft dedicated to the tilt drum are provided, and the first drive shaft and the second drive shaft are individually provided. There are various forms such as a control form and a form in which a torsion coil spring is wound around a tilt drum and the upper ends of the warp threads before and after the rudder cord 60 are attached to the torsion coil spring. Also in the form, it can be used as the electric shielding device 6E illustrated in FIG. 23.

A motor 91 is arranged on one end side in the longitudinal direction in the head box 61, and one end of the drive shaft 66 is connected to the output shaft of the motor 91. Further, the amount of rotation of the drive shaft 66 is detected by the encoder 92 arranged on the drive shaft 66. The control device 7E is an operating device (wired switch, infrared remote controller, wireless remote controller) connected by wire or wireless (including one-way communication by infrared rays and two-way communication by wireless LAN) (not shown in FIG. 23). , Personal computer, etc.), the drive control of the motor 91 is performed while monitoring the pulse signal from the encoder 92, and the drive shaft 66 is forward-reversed based on the operation of the motor 91 to drive the motor 91. Each slat 62 is rotated (tilted) via the ladder cord 60 based on the forward / reverse rotation of the shaft 66, or the bottom rail 63 is raised / lowered via the lifting cord 64 to raise / lower each slat 63.

A power supply unit 90 is arranged on the other end side of the head box 61 in the longitudinal direction. Then, power is supplied from the power supply unit 90 to the control device 7E, the motor 80, and the like.

In particular, the control device 7E moves from the home server 8 or via the home server 8 in addition to the operating device (wired switch, infrared remote controller, wireless remote controller, personal computer, etc.) connected by wire or wireless communication. Based on the operation signal from the terminal 5, the drive control of the motor 91 is configured to electrically control the opening and closing (elevation / tilt operation) of the multi-stage slats 62.

(Configuration of control device 7E)
FIG. 24 is a block diagram showing a schematic configuration of a control device 7E included in the electric shielding device 6E according to the shielding material state detection system 1 according to the third embodiment of the present invention. In FIG. 24, the same reference number is assigned to the components having the same functions as the control unit 77 shown in FIG. 4 of the open / closed state detection device 7 in the shielding material state detection system 1 of the first and second embodiments described above. It is attached.

The control device 7E includes a control unit 771E, a storage unit 772, a short-range wireless communication unit 773, a communication unit 774, a motor drive unit 775, and an encoder signal reception unit 776.

First, the short-range wireless communication unit 773 is a functional unit that performs short-range wireless communication (WiFi, etc.) with the outing determination device 2 and the home server 8 as a function equivalent to the control unit 77 shown in FIG. In the example, it is a functional unit that enables communication with the mobile terminal 5 via the home server 8 or directly.

Further, the communication unit 774 is a functional unit that enables wired or wireless communication with the operation device 67E (wired switch, infrared remote controller, wireless remote controller, personal computer, etc.).

The motor drive unit 775 is a motor driver for driving the motor 91 under the control of the control unit 771E.

The encoder signal receiving unit 776 inputs an output value (encoder pulse signal) of the encoder 92 that functions as a sensor for detecting the opening / closing of the shielding material (in the case of an electric horizontal blind, the opening degree and tilt rate of the shielding material). This is a functional unit to be sent to the control unit 771E.

The control unit 771E can be configured by a microprocessor, and includes a setting unit 7771, an open / close state monitoring unit 7773, an open / close state notification unit 7774, and an open / close control unit 7775.

The setting unit 7771 has the same function as the control unit 77 shown in FIG. 4, from the operating device 67E (wired switch, infrared remote controller, wireless remote controller, personal computer, etc.), home server 8, or home that functions as a user interface. Settings for receiving operation signals including setting commands from a mobile terminal 5 or a fixed terminal 12 such as a personal computer via the server 8 and performing communication with the outing determination device 2 (short-range wireless communication in this example) ( (Including the beacon ID setting), the setting for communicating with the home server 8 (short-range wireless communication in this example) (including the device ID setting of the own device), the upper limit setting of the shielding material, and the setting. It is a functional unit that sets a lower limit and stores it in a storage unit 772. As described above, the home server 8 may have the function of the outing determination machine 2. Further, it is preferable that the storage unit 772 uses an EEPROM whose contents can be rewritten and whose contents are not lost even when the power supply is lost, and the storage unit 772 realizes the function of the control unit 771. Program is also stored.

The open / close state monitoring unit 7773 is a functional unit that stores and monitors the open / closed state of the shielding material controlled to open / close by the open / close control unit 7775 described later in the storage unit 772 as a function equivalent to the control unit 77 shown in FIG. Each time the open / closed state of the shielding material stored in the storage unit 772 is updated, the open / closed state notification unit 7774 is made to function to notify the home server 8 and manage the open / closed state.

The open / close state notification unit 7774 controls the short-range wireless communication unit 773 as a function equivalent to the control unit 77 shown in FIG. 4, and each time the open / close state of the shielding material stored in the storage unit 772 is updated. The function to notify the home server 8 and the open / closed state of the shielding material are fixed to the mobile terminal 5 (or fixed) each time the signal from the outing determination device 2 (the above-mentioned open / close state request signal) is received by short-range wireless communication (WiFi, etc.). It is a functional unit having a function of establishing short-range wireless communication with the home server 8 in order to notify the terminal 12). The open / close status notification unit 7774 also displays the open / closed state of the shielding material when the home server 8 receives an open / close status request from the fixed terminal 12 (or the mobile terminal 5) via short-range wireless communication or the communication network 10. It may have a function of establishing short-range wireless communication with the home server 8 in order to notify the response.

The open / close control unit 7775 receives an operation signal (elevation / tilt operation) from the operation device (wired switch, infrared remote controller, wireless remote controller, personal computer, etc.) received via the communication unit 774 and connected by communication by wire or wirelessly. (Including the above-mentioned operation command and the above-mentioned setting command), or the motor drive based on the operation signal received from the home server 8 or the mobile terminal 5 via the home server 8 received via the short-range wireless communication unit 773. The drive control of the motor 91 is performed via the unit 775, and the opening / closing (elevation / tilt operation) of the multi-stage slats 62 is electrically controlled. The open / close control unit 7775 inputs an encoder pulse signal via the encoder signal receiving unit 776, and based on the count value of the encoder pulse signal, the open / close state monitoring unit 7773 monitors the count value of the encoder pulse signal. The drive control of the motor 91 is performed via the motor drive unit 775 so that the opening / closing operation of the shielding material is performed from the opened / closed state.

In this way, the control device 7E is controlled by the open / close control unit 7775 to electrically open and close the shielding material, and has the same functions as the control unit 77 shown in FIG. 4, the setting unit 7771 and the open / close state monitoring unit 7773. The electric shielding device 6E including the control device 7E is a part or all of the manual shielding device 6 having the opening / closing state detecting device 7 in FIGS. 1 to 22 described above because the opening / closing state notification unit 7774 is provided. Can be configured as a shielding material condition detection system 1 in which the above is replaced with the electric shielding device 6E. That is, comprehensively, in the shielding material state detection system 1 provided with the electric shielding device 6E, the home server 8 receives the notification of the open / closed state of the shielding material from the electric shielding device 6E and stores it in the storage unit 86. In particular, when the user having the mobile terminal 5 decides to go out, the mobile terminal 5 registered in advance may be notified of the open / closed state of the shielding material when a predetermined notification condition in which the opening / closing state of the shielding material is set is satisfied. it can.

(Home server)
By the way, in the shielding material state detection system 1 including the electric shielding device 6E, the home server 8 receives the notification of the open / closed state of the shielding material from the electric shielding device 6E and stores it in the storage unit 86 according to the configuration shown in FIG. In addition to the function of notifying the mobile terminal 5 registered in advance of the open / closed state of the shielding material when it is held and the predetermined notification condition in which the opening / closing state of the shielding material is set is satisfied, the notification from the mobile terminal 5 It can be configured to have a function of opening / closing the shielding material in the electric shielding device 6E corresponding to the notification in response to the notification response signal to.

More specifically, FIG. 25 is a block diagram showing a schematic configuration of a home server 8 according to the shielding material state detection system 1 according to the third embodiment of the present invention. In FIG. 25, the same components as those shown in FIG. 13 are given the same reference numbers.

The home server 8 shown in FIG. 25 includes a control unit 81, an operation unit 82, a display unit 83, a short-range wireless communication unit 84, a communication unit 85, a storage unit 86, and a communication unit 87.

Further, the control unit 81 includes a setting unit 811, an open / close status notification reception control unit 812, a device-specific open / close status / notification determination unit 813, a device-specific open / close status notification transmission control unit 814, an open / close state management unit 815, and response operation history accumulation management. A unit 816 and a response operation processing unit 817 are provided.

That is, the home server 8 shown in FIG. 25 further includes a response operation history storage management unit 816 and a response operation processing unit 817 as functions of the control unit 81, as compared with the configuration shown in FIG. It is different from the one shown in No. 13, and is further different in that the communication unit 87 related to the response operation processing unit 817 is further provided, and the configurations of the other functional units are the same.

Therefore, the functions of the response operation history accumulation management unit 816, the response operation processing unit 817, the related device-specific open / close status notification transmission control unit 814, and the communication unit 87 will be described below, and other functional units will be added. The description will be omitted.

First, the response operation processing unit 817 uses the function of the device-specific open / close status notification transmission control unit 814 to perform a predetermined notification set via the short-range wireless communication unit 84, particularly when the user having the mobile terminal 5 decides to go out. After notifying the mobile terminal 5 of the open / closed state of the shielding material in the electric shielding device 6E when the conditions are satisfied, the mobile terminal 5 includes an operation command for the electric shielding device 6E in which the opening / closing state of the shielding material is indicated by the notification. The notification response signal is received, and the operation signal including the operation command is transmitted to the electric shielding device 6E via the short-range wireless communication unit 84 by using the function of the open / close status notification transmission control unit 814 for each device. It has a function to control opening and closing.

Further, the response operation processing unit 817 uses the function of the device-specific open / close status notification transmission control unit 814 to perform a predetermined notification set via the short-range wireless communication unit 84, particularly when the user having the mobile terminal 5 decides to go out. After notifying the smart speaker 11 of the open / closed state of the shielding material in the electric shielding device 6E when the condition is satisfied, the smart speaker 11 includes an operation command for the electric shielding device 6E in which the opening / closing state of the shielding material is indicated by the notification. It further has a function of receiving a notification response signal and transmitting an operation signal including the operation command to the electric shielding device 6E to control opening and closing.

Communication between the mobile terminal 5 and the home server 8 is performed via the communication network 10 or the wireless base station 10a via the communication unit 85, which is a functional unit for performing normal communication network wireless communication such as the Internet. It may be in the form.

The response operation history storage management unit 816 has a function of accumulating and managing the response operation history based on the notification response signal received from the mobile terminal 5 or the smart speaker 11 in the storage unit 86, and serves as the response operation history. It manages one or more of the response operation user ID that identifies the user who performed the response operation, the response operation content of the notification regarding the opening / closing control of the shielding material related to the response operation, the response operation date and time, and the temperature or weather at the time of the response operation.

Here, the response operation history storage management unit 816 has a function for performing normal communication network wireless communication such as the Internet during a response operation (that is, when a notification response signal is received from the mobile terminal 5 or the smart speaker 11). It has a function of communicating with a service providing server that provides temperature or weather information via a communication unit 87, which is a unit, and acquiring temperature or weather information at the time of a response operation.

Further, the response operation history storage management unit 816 stores the information of the response operation history and the open / closed state management unit 815 of the shielding material of the electric shielding device 6E, and the storage unit 86 manages the electric shielding. One or both of the information on the open / closed state update date / time indicating the latest date / time when the open / closed state of the shielding material of the device 6E is updated is included in the notification response signal by the device-specific open / close state notification transmission control unit 814 as "incidental information". It has a function to control such as.

Further, the response operation processing unit 817 shall have a function of accumulating and managing the response operation history based on the notification response signal received from the mobile terminal 5 or the smart speaker 11, and identifies the user who performed the response operation as the response operation history. It has a function of managing one or more of the response operation user ID, the response operation content of the notification regarding the opening / closing control of the shielding material related to the response operation, the response operation date and time, and the temperature or weather at the time of the response operation.

That is, after the home server 8 notifies the mobile terminal 5 of the open / closed state of the shielding material in the electric shielding device 6E when the set predetermined notification condition is satisfied, the mobile terminal 5 notifies the mobile terminal 5 of the opening / closing state of the shielding material. It shall further have a function of receiving a notification response signal including an operation command for the electric shielding device 6E indicated by, and transmitting an operation signal including the operation command to the electric shielding device 6E to control opening and closing.

Further, after the home server 8 notifies the smart speaker 11 of the open / closed state of the shielding material in the electric shielding device 6E when the set predetermined notification condition is satisfied, the smart speaker 11 notifies the smart speaker 11 of the opening / closing state of the shielding material. It shall further have a function of receiving a notification response signal including an operation command for the electric shielding device 6E indicated by, and transmitting an operation signal including the operation command to the electric shielding device 6E to control opening and closing.

Further, the home server 8 has a function of accumulating and managing a response operation history based on a notification response signal received from the mobile terminal 5 or the smart speaker 11, and the response operation history identifies the user who performed the response operation. It has a function to manage one or more of the user ID, the response operation content of the notification regarding the opening / closing control of the shielding material related to the response operation, the response operation date and time, and the temperature or weather at the time of the response operation, and its response operation history and storage unit. A function for controlling so that one or both of the open / closed state update date / time indicating the latest date / time when the open / closed state of the shielding material of the electric shielding device 6E stored and managed in 86 is updated is included in the notification response signal as incidental information. Shall have.

FIG. 26 (a) is a diagram illustrating management information regarding the electric shielding device 6E (in this example, an electric horizontal blind that can control the opening degree and the tilt rate of the slats) in the home server 8, and FIG. 26 (b). ) Is a diagram illustrating the content when the open / closed state of the shielding material in the electric shielding device 6E to be notified is push-notified to the mobile terminal 5.

For example, in the storage unit 86, as illustrated in FIG. 26A, device registration / device for managing to update the open / closed state of the shielding material in the manual shielding device 6 for each device ID as home server management information / A status management table and a user registration / management table for registering sending messages according to floor registration for each user ID and managing the sending messages, their notification destinations, and notification methods (push notification, voice notification, email notification, etc.) , An incidental information management table for managing the above-mentioned incidental information (open / close state update date and time and response operation history) is held for each device.

Then, as shown in FIG. 26B, the content when the open / closed state of the shielding material in the electric shielding device 6E to be notified is notified by the home server 8 to the mobile terminal 5 is illustrated, and the content is illustrated. "The blind of xxx is open.", "Current state opening: 50%, Tilt rate: 20%" is presented as message M2, and "Do you want to respond?" Is presented as message M3. Further, the message M3 is provided with buttons M31 and M32 for inquiring whether or not to perform a response operation and buttons M33 for inquiring about reference of incidental information. When the button M31 is selected by the user, the electric shielding device 6E shields the message M3. When the installed application that operates the opening and closing of the material is linked to be automatically started and the button M32 is selected by the user, the messages M1 to M3 disappear from the screen and the screen shifts to the default screen on the mobile terminal 5. Further, when the button M33 is selected by the user, the incidental information can be referred to.

By referring to the incidental information, the user can use the suitable response operation history as who (response operation user ID), what operation (response operation content), when (response operation date and time), and what environmental conditions. You can know if you went by (temperature or weather). In addition, the user may have forgotten to open / close the shielding material by referring to the incidental information at the time of notification when going out and obtain the information on the opening / closing state update date / time, or another resident operated it. It can also be grasped.

From the outing determination of the user having the mobile terminal 5 in the shielding material state detection system 1 of the third embodiment illustrated in FIG. 23, the electric shielding device 6E notifies the home server 8 of the open / closed state notification based on the outing determination. Since the series of operations up to this is the same as those shown in FIGS. 17 and 18 in which the manual shielding device 6 having the opening / closing state detecting device 7 is replaced with the electric shielding device 6E, the opening / closing state based on the outing determination is described below. The operation after the notification is notified from the electric shielding device 6E to the home server 8 will be described with reference to FIGS. 27 and 28.

FIG. 27 is a block diagram showing an application example when the home server 8 shown in FIG. 25 is applied to the shielding material state detection system 1 of the third embodiment illustrated in FIG. 23 described above, and FIG. 28 is a block diagram thereof. It is a flowchart which illustrates the whole operation of an example.

First, to explain the operation shown in FIG. 28, the home server 8 aggregates the open / closed state of the shielding material of each electric shielding device 6E as a modification based on the device ID, as in the first and second embodiments described above. Each time the open / closed state notification signal (with user ID and device ID) related to each device ID is received (FIG. 28: S50), the open / closed state of the shielding material of the corresponding electric shielding device 6E is displayed. It is updated and stored, and after determining whether or not to notify the user of the updated open / closed state based on predetermined notification conditions, short-range wireless communication via the wireless router 9 or the wireless base station 10a Notify the mobile terminal 5 as an open / close status notification signal for each user ID (push notification, voice notification, or mail notification) via wireless communication via wireless communication, or notify by voice transmission with the smart speaker 11 via short-range wireless communication (Fig. 28: S51).

The mobile terminal 5 that has received the notification of the open / close status notification signal for each user ID displays the screen illustrated in FIG. 26 (b) (FIG. 28: S52), and the smart speaker that has received the notification of the open / close status notification signal for each user ID. 11 performs voice transmission of a message corresponding to the screen display illustrated in FIG. 26 (b) (FIG. 28: S54).

Then, when a notification response signal including an operation command is returned from the mobile terminal 5 to the home server 8 as a notification response to the notification of the open / close status notification signal for each user ID by the user operation (FIG. 28: S53), or the operation is performed by the user's speech. When a notification response signal including an operation command is returned to the home server 8 as a notification response to the notification of the open / close status notification signal for each user ID from the smart speaker 11 having a function of converting the instruction into an operation command (FIG. 28: S55), the home is displayed. The server 8 executes the response operation processing by the response operation processing unit 817, and transmits an operation signal including the operation command to the corresponding electric shielding device 6E (FIG. 28: S56).

The electric shielding device 6E that has received the operation signal including the operation command controls to open / close the shielding material corresponding to the operation command (FIG. 28: S57), and opens / closes indicating the opening / closing state of the shielding material by this control. The status notification signal is notified to the home server 8, and the operation of step S51 described above is repeated.

After that, the home server 8 accumulates and manages the response operation history based on the notification response signal received from the mobile terminal 5 or the smart speaker 11 by the function of the response operation history storage management unit 816, and stores the response operation history and the storage unit 86. Control is performed so that one or both of the open / closed state update date / time indicating the latest date / time when the open / closed state of the shielding material of the electric shielding device 6E is updated is included in the notification response signal as incidental information (FIG. 28). : S58).

Therefore, as shown in FIG. 27, the home server 8 notifies the mobile terminal 5 of the open / closed status notification signal for each user ID (push notification, voice notification, or mail notification), for example, by short-range wireless communication via the wireless router 9. Alternatively, when the smart speaker 11 notifies by voice transmission (FIG. 27: C3, C4), the notification response signal including the operation command can be received from the mobile terminal 5 or the smart speaker 11 (FIG. 27: C5). , C6).

Then, the home server 8 can execute the response operation process, transmit an operation signal including the operation command to the corresponding electric shielding device 6E, and control the opening / closing of the shielding material corresponding to the operation command ( FIG. 27: C7, C7').

Further, the home server 8 accumulates and manages a response operation history based on the notification response signal received from the mobile terminal 5 or the smart speaker 11, and uses the response operation history as the response operation user ID and the response operation for identifying the user who performed the response operation. Response operation content, response operation date and time, one or more of the temperature or weather at the time of the response operation, and the latest date and time when the opening / closing state of the shielding material of the electric shielding device 6E was updated. The information on the opening / closing state update date and time shown can be notified to the mobile terminal 5 and the smart speaker 11 as incidental information.

Therefore, in the shielding material state detection system 1 including the electric shielding device 6E, the home server 8 has the configuration shown in FIG. 25, and when the predetermined notification condition in which the open / closed state of the shielding material is set is satisfied. In addition to the function of notifying the mobile terminal 5 registered in advance of the open / closed state of the shielding material, the shielding material in the electric shielding device 6E corresponding to the notification is opened / closed in response to the notification response signal from the mobile terminal 5 to the notification. Convenience can be further improved by configuring the device so as to have a control function.

Although typical embodiments and modifications have been described above, the present invention can be composed of various modifications further from each of the above-described embodiments and modifications, and the present invention is described in the claims. Only restricted.

According to the present invention, with respect to the manual cloaking device and / or the electric cloaking device, the manual cloaking device and / or the electric cloaking device in the indoor or partition area from outside the outdoor or partition area, including when the user goes out, using a communication terminal. / Or, since it becomes possible to confirm the open / closed state of the shielding material in the electric shielding device, it is useful for the application of the state management of the shielding material in the shielding device.

1 Shielding material status detection system 2 Outing judgment machine 3 1st bidirectional beacon communication device 3'1st beacon transmitter 4 2nd bidirectional beacon communication device 4'2nd beacon transmitter 5 Mobile terminal 6 Manual shielding device 6E Electric shielding Device 7 Open / close state detection device 8 Home server 9 Wireless router 10 Communication network 10a Wireless base station 11 Smart speaker 61 Headbox 61a Code outlet 62 Shielding material 68 Operation code 70 Leaf spring 71 Pulley 71a Rotating shaft 72 Support member 73,74 Main unit Case 75 Encoder 75A Microswitch 76 Alternator 77 Control unit 78 Battery 771 Control unit 772 Storage unit 773 Short-range wireless communication unit 7771 Setting unit 7772 Open / close status calculation unit 7733 Open / close status monitoring unit 7774 Open / close status notification unit

Claims (38)

It is an open / close state detection device for detecting the open / closed state of the shielding material in the manual shielding device and notifying the communication terminal registered in advance.
A sensor for detecting the opening and closing of the shielding material and
A control unit that calculates the open / closed state of the shielding material based on the output value of the sensor and controls the storage unit to store and monitor the open / closed state.
A communication unit that operates to directly or indirectly notify the communication terminal of the open / closed state of the shielding material.
An open / closed state detection device characterized by being equipped with. Further, a setting unit for setting an upper limit and a lower limit related to the opening / closing position of the shielding material based on the output value of the sensor and storing the memory in the storage unit is provided.
The opening / closing state according to claim 1, wherein the control unit calculates an opening / closing state of the shielding material from relative values with respect to an upper limit and a lower limit related to an opening / closing position of the shielding material based on an output value of the sensor. State detector. The open / closed state detecting device according to claim 1 or 2, further comprising a setting operation unit as a user interface for setting an upper limit and a lower limit related to the opening / closing position of the shielding material with respect to the setting unit. The setting unit has a function of setting a device ID for identifying the open / closed state detecting device and storing the device ID in the storage unit.
The open / closed state detecting device according to any one of claims 1 to 3, wherein the communication unit notifies the communication terminal of the open / closed state of the shielding material together with the device ID. Further equipped with a battery that supplies power to the open / closed state detection device,
The open / closed state detecting device according to any one of claims 1 to 4, wherein the battery has a charging terminal that can be charged by connecting to an external power source. The open / closed state detecting device according to claim 5, wherein an alternator for charging the battery is provided on the rotating shaft of the pulley. Further provided with a pulley attached to an operation cord for operating the opening and closing of the shielding material in the manual shielding device.
The open / closed state detecting device according to any one of claims 1 to 6, wherein the sensor comprises an encoder that detects the amount of rotation of the pulley as an output value of the sensor. The operation code consists of two endless operation codes hanging from the head box of the manual cloaking device.
The pulley is detachably attached between two hanging operation cords, and the position of the open / closed state detection device that rotates the pulley by relative movement of the two operation cords and rotatably supports the pulley is The open / closed state detecting device according to claim 7, wherein the open / closed state detecting device is configured to be supported indefinitely. The main body of the open / closed state detection device is for the tilt control rod in the manual shielding device having a shielding material whose angle can be adjusted by the tilt control rod, or for the wall frame on which the manual shielding device is installed, or. The pulley is fixed to the cord outlet in a manual cloaking device provided with a cord outlet for deriving the operation cord to a head box for suspending and supporting the cloaking material, and the pulley is endless or non-endless. The open / closed state detecting device according to claim 7, wherein the operation cord is detachably attached to an endless operation cord and is configured to rotate by relative movement of the operation cord. The open / closed state detecting device according to any one of claims 1 to 5, wherein the sensor comprises microsensors fixed at predetermined intervals of a foldable shielding material in the manual shielding device. The communication unit has a function of making a communication connection by short-range wireless communication to a home server that communicates with a mobile terminal configured as the communication terminal via short-range wireless communication or a communication network, and the home server. The open / closed state detection according to any one of claims 1 to 10, wherein the home server is notified of the open / closed state of the shielding material so as to notify the mobile terminal of the open / closed state of the shielding material. apparatus. The communication unit transmits or exits a user having the mobile terminal from the building or partition area where the manual cloaking device is installed by a beacon communication device or a beacon transmission installed at least on the entrance or the wall of the partition area of the building. When there is a request for the open / closed state of the shielding material in the manual shielding device by determining that it is time to go out or entering / exit from the outing determination machine that determines based on the beacon signal from the machine, the shielding from the home server. The open / closed state detection device according to claim 11, wherein the home server is notified of the open / closed state of the shielding material so that the mobile terminal is notified of the open / closed state of the material. The communication unit is installed in the entrance of the building or the wall portion of the partition area and in the building or the partition area, respectively, when the user having the mobile terminal goes out from the building or the partition area where the manual cloaking device is installed. When there is a request for the open / closed state of the shielding material in the manual shielding device by determining that it is time to go out from the outing determination device that determines based on the two beacon signals from the beacon communication device or the beacon transmitter. The open / closed state detection device according to claim 11 or 12, wherein the home server is notified of the open / closed state of the shielding material so that the mobile terminal is notified of the opened / closed state of the shielding material. The outing judgment machine is built in the home server,
The communication unit receives a request for an open / closed state of a shielding material in the manual shielding device by determining that it is time to go out or going in and out from the home server in which the outing determination machine is incorporated. The open / closed state detection according to any one of claims 11 to 13, characterized in that the home server is notified of the open / closed state of the shielding material so as to notify the mobile terminal of the open / closed state of the shielding material. apparatus. The mobile terminal is installed at least on the entrance or the wall of the partition area of the building so that the home server can determine the exit or entry of the user having the mobile terminal from the building or partition area where the manual shielding device is installed. It has a function to notify the home server of the reception of a beacon signal from a beacon communication device or a beacon transmitter.
When the home server determines that it is time to go out or go in and out, and the home server requests the open / closed state of the shielding material in the manual shielding device, the communication unit changes the open / closed state of the shielding material from the home server. The open / closed state detection device according to claim 11, wherein the home server is notified of the open / closed state of the shielding material so as to notify the mobile terminal. The wall portion of the entrance or partition area of the building and the inside or partition area of the building so that the home server can determine the outing of the user having the mobile terminal from the building or partition area where the mobile terminal installs the manual shielding device. It has a function to notify the home server of the reception of two beacon signals from the beacon communication device or beacon transmitter installed in each.
The communication unit moves the open / closed state of the shielding material from the home server when the home server determines that it is time to go out and requests the open / closed state of the shielding material in the manual shielding device. The open / closed state detecting device according to claim 11 or 12, wherein the home server is notified of the open / closed state of the shielding material so as to notify the terminal. Beacon communication device or beacon transmitter installed at least on the entrance of the building or the wall of the partition area for the user having the mobile terminal to go out or enter from the building or partition area where the mobile terminal installs the manual cloaking device. It has a function to judge based on the beacon signal from
The communication unit determines from the mobile terminal that it is time to go out or go in and out, and when there is a request for an open / closed state of the shield material in the manual shielding device, the home server determines the open / closed state of the shield material. The open / closed state detecting device according to claim 11, wherein the home server is notified of the open / closed state of the shielding material so as to notify the mobile terminal. Beacon communication in which the mobile terminal is installed in the entrance of the building or the wall of the partition area and in the building or the partition area, respectively, when the user having the mobile terminal goes out from the building or the partition area where the manual shielding device is installed. It has a function to judge based on two beacon signals from the machine or beacon transmitter.
The communication unit moves the open / closed state of the shielding material from the home server when the mobile terminal determines that it is time to go out and requests the open / closed state of the shielding material in the manual shielding device. The open / closed state detecting device according to claim 11 or 12, wherein the home server is notified of the open / closed state of the shielding material so as to notify the terminal. The communication unit notifies from the mobile terminal that the difference between the GPS information of the building or partition area where the manual shielding device is installed and the GPS information of the mobile terminal determines that it is time to go out from the building or partition area. When the home server that operates by receiving a signal requests the open / closed state of the shielding material in the manual shielding device, the home server causes the home server to notify the mobile terminal of the open / closed state of the shielding material. The open / closed state detecting device according to claim 10, further comprising notifying the open / closed state of the shielding material. A smart speaker is provided on the wall of the entrance or partition area of the building.
The opening / closing state according to claim 10, wherein the communication unit notifies the home server of the opening / closing state of the shielding material so that the smart speaker is notified of the opening / closing state of the shielding material from the home server. Detection device. A manual shielding device according to any one of claims 1 to 20, wherein the open / closed state detecting device is installed. A manual shielding device including the open / closed state detecting device according to any one of claims 11 to 20, which is registered as a user so that each of them cooperates with each other, the home server, and the mobile terminal.
The home server receives and stores a notification of the open / closed state of the shielding material in the manual shielding device from the open / closed state detecting device of the manual shielding device, and stores and stores a predetermined notification in which the open / closed state of the shielding material is set. A shielding material state detection system having a function of notifying the mobile terminal of the open / closed state of the shielding material when a condition is satisfied. Equipped with a user-registered electric cloaking device
The home server further manages the user-registered electric shielding device, receives notifications of the open / closed state of each shielding material from the manual shielding device and the electric shielding device, stores and retains the notification, and of the shielding material. The shielding material state detection system according to claim 22, further comprising a function of notifying the mobile terminal of the opening / closing state of the shielding material when a predetermined notification condition in which the opening / closing state is set is satisfied. User-registered electric cloaking device and
When the notification of the opening / closing state of the shielding material in the electric shielding device is received and stored in the storage unit, and the predetermined notification condition in which the opening / closing state of the shielding material is set is satisfied, the opening / closing state of the shielding material is set in advance. A home server that has a function to notify the registered mobile terminal,
A shielding material condition detection system characterized by being equipped with. Beacon signals from a beacon communication device or beacon transmitter installed at least on the entrance or the wall of the partition area of the building to allow the user having the mobile terminal to go out or enter from the building or partition area where the electric shielding device is installed. Equipped with an outing judgment machine that makes judgments based on
When the beacon communication device or the outing determination device determines that it is time to go out or go in and out, and there is a request for an open / closed state of the shielding material in the electric shielding device, the home server opens / closes the shielding material. The shielding material state detection system according to claim 24, wherein the home server is notified of the open / closed state of the shielding material so as to notify the mobile terminal. Beacon communication equipment or beacons installed in the entrance of the building or the wall of the partition area and in the building or the partition area, respectively, when the user having the mobile terminal goes out from the building or the partition area where the electric shielding device is installed. Further equipped with an outing judgment machine that judges based on two beacon signals from the transmitter,
When the beacon communication device or the outing determination device determines that the time is out and the opening / closing state of the shielding material in the electric shielding device is requested, the home server determines the opening / closing state of the shielding material. The shielding material state detection system according to claim 24 or 25, wherein the home server is notified of the open / closed state of the shielding material so as to notify the mobile terminal. The outing judgment machine is built in the home server,
When the home server in which the outing determination machine is incorporated determines that it is time to go out or go in and out, and there is a request for an open / closed state of the shielding material in the electric shielding device, the home server requests the shielding material. The shielding material state detection system according to claim 25 or 26, wherein the home server is notified of the opening / closing state of the shielding material so as to notify the mobile terminal of the opening / closing state. The mobile terminal is installed at least on the entrance or the wall of the partition area of the building so that the home server can determine the exit or entry of the user having the mobile terminal from the building or partition area where the electric shielding device is installed. It has a function to notify the home server of the reception of a beacon signal from a beacon communication device or a beacon transmitter.
When the home server determines that the electric shielding device is going out or going in and out, and the home server requests the opening / closing state of the shielding material, the home server opens / closes the shielding material. The shielding material state detection system according to claim 24, wherein the home server is notified of the open / closed state of the shielding material so as to notify the mobile terminal. The wall portion of the entrance or partition area of the building and the inside or partition area of the building so that the home server can determine the outing of the user having the mobile terminal from the building or partition area where the mobile terminal installs the electric shielding device. It has a function to notify the home server of the reception of two beacon signals from the beacon communication device or beacon transmitter installed in each.
When the home server determines that the electric shielding device is going out and requests the opening / closing state of the shielding material in the electric shielding device, the home server determines the opening / closing state of the shielding material. The shielding material state detection system according to claim 24 or 25, wherein the home server is notified of the open / closed state of the shielding material so as to notify the mobile terminal. Beacon communication device or beacon transmitter installed at least on the entrance of the building or the wall of the partition area of the user having the mobile terminal from the building or partition area where the mobile terminal installs the electric shielding device. It has a function to judge based on the beacon signal from
When the mobile terminal determines that the electric shielding device is going out or going in and out, and the home server requests the opening / closing state of the shielding material in the electric shielding device, the home server opens / closes the shielding material. The shielding material state detection system according to claim 24, wherein the home server is notified of the open / closed state of the shielding material so as to notify the mobile terminal. Beacons installed in the entrance of the building or the wall of the partition area and in the building or the partition area, respectively, when the user having the mobile terminal goes out from the building or the partition area where the mobile terminal installs the electric shielding device. It has a function to judge based on two beacon signals from a communication device or a beacon transmitter.
When the mobile terminal determines that the electric shielding device is out of the office and requests the opening / closing state of the shielding material in the electric shielding device, the home server determines the opening / closing state of the shielding material. The shielding material state detection system according to claim 24 or 25, wherein the home server is notified of the open / closed state of the shielding material so as to notify the mobile terminal. From the mobile terminal, the electric shielding device determines that it is time to go out from the building or the partition area based on the difference between the GPS information of the building or the partition area where the electric shielding device is installed and the GPS information of the mobile terminal. When the home server that operates by receiving the notification signal requests the open / closed state of the shielding material in the electric shielding device, the home server notifies the mobile terminal of the open / closed state of the shielding material. The shielding material state detecting system according to claim 24, which notifies the opening / closing state of the shielding material. A smart speaker is provided on the wall of the entrance or partition area of the building.
The shielding according to claim 24, wherein the electric shielding device notifies the home server of the opening / closing state of the shielding material so that the smart speaker is notified of the opening / closing state of the shielding material from the home server. Material condition detection system. In the home server, after notifying the mobile terminal of the open / closed state of the shielding material in the electric shielding device when the set predetermined notification condition is satisfied, the mobile terminal indicates the open / closed state of the shielding material by the notification. 24 to 32 of claims 24 to 32, wherein the electric shielding device has a function of receiving a notification response signal including an operation command for the shielding device and transmitting an operation signal including the operation command to the electric shielding device to control opening and closing. The shielding material condition detection system according to any one item. In the home server, after notifying the smart speaker of the open / closed state of the shielding material in the electric shielding device when the set predetermined notification condition is satisfied, the smart speaker indicates the open / closed state of the shielding material by the notification. The shielding material according to claim 33, further comprising a function of receiving a notification response signal including an operation command for the shielding device and transmitting an operation signal including the operation command to the electric shielding device to control opening and closing. State detection system. The shielding material state detection system according to claim 34 or 35, wherein the home server has a function of accumulating and managing a response operation history based on the notification response signal. As the response operation history, the home server uses the response operation user ID that identifies the user who performed the response operation, the response operation content of the notification regarding the opening / closing control of the shielding material related to the response operation, the response operation date and time, and the temperature at the time of the response operation. The shielding material state detection system according to claim 36, which has a function of managing one or more of the weather. The home server uses either or both of the response operation history and the open / closed state update date / time indicating the latest date / time when the open / closed state of the shielding material of the electric shielding device stored and managed by the storage unit is updated as incidental information. The shielding material state detection system according to claim 37, further comprising a function of controlling the inclusion in the notification response signal.