JP2003232558A - Remote control switch - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a remote control switch capable of easily operating an operation switch portion. <P>SOLUTION: A window shutter remote control switch 20 comprises a main body attached element 23, and a remote control main body 33 capable of attaching/detaching to/from the main body attached element 23. Four engaging protrusions 25 are formed on the main body attached element 23, and the operation switch portion 36 is formed on a surface of the remote control main body 33. Engaging receiving portions are formed on a back surface of the remote control main body 33. By engagement between each engaging protrusion 25 and each engaging receiving portion, the remote control main body 33 can be attached to the main body attached element 23. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a remote control switch for easily operating an operation switch section of a remote control body with or without a remote control body attached.

[0002]

2. Description of the Related Art A conventional remote control switch is shown in FIG.
As shown in FIG. 7 and FIG.
The remote controller main body 2 having the above is provided, and the hole 3 is formed in the upper end portion of the back surface of the remote controller main body 2.

Then, the remote controller main body 2 is attached to a single screw 4 fixed to a wall in a state of being hooked through the hole 3, and is removed from the single screw 4 if necessary.

[0004]

However, in the conventional remote control switch shown in FIGS. 17 and 18 described above,
When the remote controller main body 2 is attached to the single screw 4, for example, when the operation switch unit 1 is tried to be operated, the remote controller main body 2 rotates about the single screw 4 as a center. There is a possibility that the operation switch unit 1 of 1 cannot be easily operated.

The present invention has been made in view of the above circumstances, and an object thereof is to provide a remote control switch capable of easily operating the operation switch section of the remote control body with or without the remote control body attached. To do.

[0006]

According to another aspect of the present invention, there is provided a remote control switch, comprising: a main body attached body; and a remote control main body having an operation switch section at least on a surface of the main body attached body. , When the remote control main body is attached to the main body attached body so that the back surface of the remote control main body is located on the main body attached body side,
The remote controller main body is provided with a rotation restraining means for restraining the remote controller main body from swinging around a rotation center axis line in the front and back direction of the remote controller main body.

Further, since the remote control main body is provided with the rotation suppressing means for suppressing the rotation of the remote control main body about the center axis of rotation in the front-back direction when the remote control main body is attached to the main body attached body, The operation switch section of the remote control body can be easily operated with or without the remote control body attached.

A remote controller switch according to a second aspect of the present invention includes a main body attached body and a remote control main body having an operation switch section on at least a surface, which is configured to be attachable to and detachable from the main body attached body. The mounting body has a plurality of one engaging portions, and the remote controller main body has a plurality of the other engaging portions that can be engaged with and disengaged from the one engaging portion on the back surface side of the remote controller main body. The remote controller main body is attached to the main body attached body by the engagement of the one engagement portion of the main body attached body and the other engagement portion of the remote control body, The remote controller main body is detached from the main body mounted body by releasing the engagement between the one of the engaging portions of the remote controller and the other engaging portion of the remote controller main body.

The remote control body is attached to the body-attached body by the engagement of each one of the engagement portions of the body-attached body and the other engagement portion of the remote control body. However, even when it is removed, the operation switch section of the remote control body can be easily operated.

According to a third aspect of the present invention, there is provided a remote control switch, comprising: a main body attached body; and a remote control main body having an operation switch section on at least a surface of the main body attached body. The mounting body has a board portion and a fitting portion provided on the board portion, and the remote controller main body has a fitting portion that can be fitted into and removed from the fitting portion at a peripheral edge of the remote controller main body. Then, by fitting the fitted portion of the body-attached body and the fitting portion of the remote controller body, the back surface of the remote controller body faces the substrate portion, and the remote controller body becomes the body. It is attached to a body to be attached, and by releasing the fitting between the fitted portion of the body attached body and the fitting portion of the remote control body,
The remote controller main body is detached from the main body attached body.

The remote controller main body is attached to the main body attached body by fitting the fitted portion of the main body attached body with the fitting portion of the remote control main body, so that the remote control body can be attached or detached. The operation switch section of the remote control body can be easily operated.

According to a fourth aspect of the present invention, there is provided a remote control switch, comprising: a main body attached body; and a remote control main body having an operation switch section on at least a surface, which is configured to be attachable to and detachable from the main body attached body. The mounting body has a board portion and a holding portion provided on the board portion and holding a gap between the board portion, and the remote control main body moves in and out of the gap between the board portion and the holding portion. The remote controller body has a sandwichable portion, and the sandwiched portion of the remote controller body is inserted into the gap and sandwiched by the substrate portion and the sandwiching portion, so that the back surface of the remote controller body faces the substrate portion. In this state, the remote controller main body is attached to the main body mounted body, and the sandwiched portion of the remote controller main body is taken out from the gap and sandwiched by the substrate portion and the sandwiching portion. By being released, in which the remote controller main body is removed from the body the mounting member.

Since the held portion of the remote controller main body advances into the gap and is held by the board portion and the holding portion, the remote controller main body is attached to the main body attached body. Even in the open state, the operation switch section of the remote control body can be easily operated.

A remote controller switch according to a fifth aspect is the remote controller switch according to any one of the first to fourth aspects, wherein the remote controller main body has an operation switch portion on substantially the entire surface.

Since the entire surface of the remote controller main body is the operation switch section, the operation switch section of the remote controller main body can be operated more easily.

According to a sixth aspect of the present invention, in the remote control switch according to any of the first to fifth aspects, the remote control body is formed in a rectangular shape corresponding to the lighting fixture switch.

Further, since the remote control main body is formed in a rectangular shape corresponding to the switch for lighting equipment, the aesthetic appearance with the remote control main body attached is improved.

A remote control switch according to a seventh aspect is the remote control switch according to any one of the first to sixth aspects, wherein an opening / closing device for opening and closing the opening can be remotely controlled by operating an operation switch portion of the remote control body. It is what

By operating the operation switch section of the remote controller main body, the opening / closing device can appropriately open / close the opening.

[0020]

BEST MODE FOR CARRYING OUT THE INVENTION The configuration of a remote control switch according to a first embodiment of the present invention will be described below with reference to the drawings.

In FIG. 4, 11 is a building such as a private house,
This building 11 is provided with a wall 13 that is a fixed portion that is located along a vertical surface and faces the indoor space 12. On this wall 13,
A luminaire switch 14 such as an electric light switch for turning on / off a luminaire (not shown) for illuminating the indoor space 12 with light is fixed.

A window opening 15 which is an opening is formed in the wall 13 of the building 11. Then, the indoor side portion of the window opening 15 is opened and closed by the sash 17 which is a sliding door device,
The outdoor portion of the window opening 15 is opened / closed by a window shutter 18 which is an opening / closing device.

The window shutter 18 is constituted by, for example, a shutter box, a shutter curtain, a guide rail, etc., and is a remote control switch such as a wireless remote control transmitter arranged in the vicinity of the lighting equipment switch 14. It can be remotely controlled by a window shutter remote control switch 20.

Here, the window shutter remote control switch 20
Is capable of transmitting infrared rays, radio waves, etc., and as shown in FIG. 1 to FIG.
A wall 13 of 11 is provided with a body-attached body 23 such as a mounting plate fixed in a state of being close to the lighting equipment switch 14.

The main body mounted body 23 has a base plate portion 24 which is, for example, a rectangular plate-shaped fixing portion which is slightly elongated in the vertical direction. The substrate portion 24 is fixed to the wall 13 by the fixture 21 with the back surface of the substrate portion 24 in surface contact with the wall 13.

Further, a plurality of, for example, four elastically deformable one engaging projections 25, which are one of the engaging projections 25, are integrally projected on the surface of the substrate portion 24 in a state of being spaced apart from each other and facing each other. That is, from the vicinity of the four corners on the surface of the substrate 24,
Engaging projections 25, such as tapered claws, each project horizontally in a direction away from the wall 13.

These four engaging projections 25 are arranged along the lateral direction which is the lateral direction of the base plate portion 24, and are separated from each other on the left and right sides to form a set. Another pair is formed by the lower two, which are located along and are opposed to each other at a distance to the left and right.

Then, a pair of two engaging protrusions are formed in each set.
Reference numerals 25 and 25 are symmetrical to each other, and the entire inner surface of the one engagement protrusion 25 on the right side in FIG. 3 facing the other engagement protrusion 25 on the left side in FIG. It is composed of an orthogonal surface 27 that is orthogonal to the surface. The base end side of the outer surface, which is the opposite surface of one of the engaging protrusions 25, is an orthogonal surface 30 orthogonal to the surface of the substrate portion 24, and the other surface is connected to the orthogonal surface 30 and is separated from the substrate portion 24. The first inclined surface 31 is inclined so as to be gradually separated from the engaging projection 25. The tip end side of the outer surface of one of the engaging protrusions 25 is formed with a second inclined surface 32 that is inclined so as to gradually approach the other engaging protrusion 25 as the distance from the substrate portion 24 increases. The connecting portion between the first inclined surface 31 and the second inclined surface 32 is a top portion 29 for preventing slippage.
Has become.

Similarly, the entire inner surface of the other engagement protrusion 25 on the left side in FIG. 3 which is the facing surface of the one engagement protrusion 25 on the right side in FIG. 3 is orthogonal to the surface of the substrate portion 24. It is composed of orthogonal planes 27. The base end side of the outer surface, which is the opposite surface of the other engaging projection 25, is an orthogonal surface 30 orthogonal to the surface of the substrate portion 24, and one of the ones is connected to the orthogonal surface 30 and moves away from the substrate portion 24. The first inclined surface 31 is inclined so as to be gradually separated from the engaging projection 25. The tip end side of the outer surface of the other engaging protrusion 25 is formed with a second inclined surface 32 that is inclined so as to gradually approach the one engaging protrusion 25 as it moves away from the substrate portion 24. First slope 31 and second
The connecting portion with the inclined surface 32 serves as a top portion 29 for preventing slipping out.

Further, the remote control switch 20 for the window shutter
Includes a remote controller main body 33 that can be attached to and detached from a main body attached body 23 fixed to the wall 13.

The remote controller main body 33 is composed of, for example, the main body 34, the decorative plate 35, etc., and is formed in a rectangular plate shape elongated in the vertical direction. That is, the remote control main body 33 is set to have the same vertical and horizontal dimensions as the vertical and horizontal dimensions of the board portion 24 of the main body attached body 23, and the board portion 24 of the main body attached body 23.
Is formed in a rectangular plate shape having a thickness slightly larger than the thickness dimension thereof, and has a rectangular shape corresponding to the lighting device switch 14 in a front view.

The remote controller main body 33 has an operation switch section 36 at the center of the surface of the remote controller main body 33. The operation switch section 36 is composed of, for example, a push button switch 37 for opening, a push button switch 38 for stopping, and a push button switch 39 for closing.

Further, on the back surface of the remote controller main body 33, there are provided a plurality of, for example, four other engaging portions which can be engaged with and disengaged from the engaging projections 25 of the body-attached body 23, that is, engageable and disengageable. A certain engagement receiving portion 41 is formed. That is, in the vicinity of the four corners of the back plate portion 33a that forms the back surface of the remote controller main body 33, the rectangular engagement receiving portions 41 that are slightly elongated in the vertical direction are formed.

Each engagement receiving portion 41 has a vertically elongated slot 41a communicating with the internal space 42 of the remote controller body 33, and this elongated hole 41a.
The hole peripheral portion 41b, which is a rectangular ring-shaped hole surrounding portion located along the peripheral edge of the back plate portion 33a.

As is apparent from FIG. 3, the maximum lateral dimension of the engaging projection 25, that is, the distance between the top portion 29 and the orthogonal surface 27 is slightly smaller than the lateral dimension which is the width dimension of the elongated hole 41a of the engaging receiving portion 41. Is set to a small value. Tops 29 of the left and right engaging protrusions 25
The distance L1 is between the corresponding long holes 41a of the left and right engagement receiving portions 41.
Is set to a value larger than the distance L2 between the outer edges of. The distance L3 between the orthogonal surfaces 27 of the left and right engaging protrusions 25 is set to a value larger than the distance L4 between the inner edges of the elongated holes 41a of the corresponding left and right engaging receiving portions 41.

For this reason, for example, each engagement projection 25 is inserted into each corresponding engagement receiving portion 41, and each engagement projection 25 and each engagement receiving portion 41 are inserted.
41 and 41 are engaged with each other, the engaging projections 25 are elastically moved so that the engaging projections 25 once rotate in a direction approaching each other around the base end side (direction B in the drawing). It needs to be bent and deformed. That is, when mounting the remote controller main body 33, the second inclined surface 32 of the engaging protrusion 25 is brought into contact with the hole peripheral edge portion 41b of the engagement receiving portion 41 of the remote controller main body 33 to elastically engage the engaging protrusion 25. It needs to be transformed. Similarly, when detaching the remote controller main body 33, the first inclined surface 31 of the engaging projection 25 is removed.
It is necessary to elastically deform the engaging projection 25 by bringing it into contact with the hole peripheral portion 41b of 33. The vertical dimension of the engagement protrusion 25 is set to a value slightly smaller than the vertical dimension that is the length dimension of the long hole 41a of the engagement receiving portion 41.

Further, at the lower end of the back surface of the remote controller main body 33, a notch step portion 43 for hooking a finger when the remote controller main body 33 is detached is formed. It should be noted that the four engagement protrusions 25 and the four engagement receiving portions 41 constitute a rotation suppressing means 50, and the rotation suppressing means 50 includes a remote controller main body 33 with a back surface of the remote controller main body 33. When attached to the main body attached body 23 so as to be located on the main body attached body 23 side, the remote control main body 33 is in the direction orthogonal to the wall 13 which is the front and back direction of the remote control main body 33, that is, the thickness direction. It suppresses the rotation around the rotation center axis.

Next, the operation and the like of the first embodiment will be described.

For example, the remote control body 33 is attached to the body mounted body 23
In the case of attaching the remote controller main body 33 to the main body attached body 23 after the back surface of the remote control main body 33 and the front surface of the substrate portion 24 of the main body attached body 23 are opposed to each other with a space therebetween, Engagement protrusions 25 of the body-attached body 23
Corresponding to the long hole 41a of each engagement receiving portion 41 of the remote control body 33
Inserted into each of the engaging projections 25 and the engaging receiving portions 41 at the peripheral edge portions of the holes.
41b and engage each other.

That is, it is 4 when the remote controller main body 33 moves closer
The two engaging projections 25 are fitted into the same number of four engaging receiving portions 41 so that the base ends of the engaging protruding portions 25 are located in the long holes 41a of the engaging receiving portions 41, respectively. The portion of each engagement protrusion 25 other than the base end portion is located in the internal space 42 of the remote controller main body 33, so that each engagement protrusion 25 of the main body mounted body 23 holds the remote controller main body 33.

When the remote controller main body 33 moves closer to
Each of the projecting engagement projections 25 of the main body mounted body 23 is rotated in the direction of the drawing around the base end side based on the elastic deformation by the guide action of the second inclined surface 32 on the front end side, and the top portion 29. The long hole 41
After the passage of a, it returns to the original shape by rotating in the direction opposite to the direction B in the figure by its own restoring force.

Then, the remote controller main body 33 is the body to be attached.
Even when the operation switch section 36 of the remote controller main body 33 is pressed in order to remotely control the window shutter 18 and adjust the opening amount of the window opening 15 when attached to the remote controller main body 33, , No big rattling,
It does not rotate about the rotation center axis line of the remote controller body 33 in the front and back direction a.

On the other hand, for example, when the remote controller main body 33 is removed from the main body attached body 23, the remote control main body 33 is attached to the main body attached body 23 by placing a finger on the notch step portion 43 of the remote control main body 33.
By moving away from the main body
The engaging projections 25 are pulled out from the corresponding engagement receiving portions 41 of the remote control main body 33, and the engagement between the engaging projections 25 and the engaging receiving portions 41 is released.

When the remote control main body 33 is moved away from the main body,
Each engaging projection 25 is rotated in the direction of (b) in the figure based on the elastic deformation of the first inclined surface 31 on the base end side due to the guide action, and after passing through the long hole 41a of the top portion 29, The restoring force restores the original shape by rotating in the direction opposite to the direction B in the figure. Then, by operating the operation switch section 36 of the remote controller main body 33 removed from the main body attached body 23, the window shutter 18 can be remotely controlled from any place.

According to the first embodiment described above, the remote control main body 33 is caused by the engagement of the engaging projections 25 of the main body attached body 23 and the respective engagement receiving portions 41 of the remote control main body 33. The remote control body 33 can be detachably attached to the body mount body 23 with the entire surface of 33 exposed.
In the mounted state, the remote controller main body 33 does not rotate about the rotation center axis in the front and back direction a. Therefore, the remote controller main body 33 can be removed even when it is mounted on the main body mounted body 23. Even in the open state, the operation switch section 36 of the remote controller main body 33 can be easily operated.

Since the first and second inclined surfaces 31 and 32 inclined in different directions are formed on the engaging projection 25 of the body-attached body 23, the hole of the engagement receiving portion 41 of the remote control body 33 is formed. The body-attached body 23 is attached by the guide action of each of the first inclined surface 31 and the second inclined surface 32 that come into contact with the peripheral edge portion 41b.
The remote control body 33 can be easily attached to and removed from.

Further, since the remote controller main body 33 is formed in a rectangular shape corresponding to the lighting fixture switch 14 located close to the remote controller main body 33 when the remote control main body 33 is attached, the lighting fixture switch 14 It is easy to match the design, and aesthetics can be improved with the remote control body 33 attached.

Next, the configuration of the second embodiment of the remote control switch of the present invention will be described with reference to FIGS. The same components as those of the first embodiment are designated by the same reference numerals and the description thereof will be omitted as appropriate.

The window shutter remote control switch 20a shown in FIGS. 5 to 7 is a main body such as a mounting plate fixed to the wall 13 of the building 11 in proximity to the lighting switch 14 by a fixing member 21 such as a screw. The attached body 51 is provided.

The main body attached body 51 has a base plate portion 52 which is, for example, a rectangular plate-like fixing portion elongated in the vertical direction. The substrate portion 52 is fixed to the wall 13 by the fixture 21 with the back surface of the substrate portion 52 in surface contact with the wall 13.

Further, a plurality of, for example, four engaging protrusions 53, which are one of the engaging portions, are integrally projected on the surface of the substrate portion 52 in a state of being opposed to each other. That is, the substrate portion 52
From the vicinity of the four corners on the surface, engaging projections 53 such as stepped claws, each of which has a tapered shape, project horizontally in a direction away from the wall 13.

These four engaging projections 53 are arranged along the lateral direction which is the lateral direction of the base plate 52 and are separated from each other on the left and right to form a set, and the four engaging projections 53 are arranged in the lateral direction. Another pair is formed by the lower two, which are located along and are opposed to each other at a distance to the left and right.

Then, a pair of engaging projections is formed by two of each pair.
Reference numerals 53 and 53 are bilaterally symmetric, and the entire inner surface of the one engagement protrusion 53 on the right side in FIG. 7 that faces the other engagement protrusion 53 on the left side in FIG. It is composed of an orthogonal surface 55 orthogonal to the surface. A base end side of an outer surface, which is an opposite surface of one of the engaging protrusions 53, is formed by an orthogonal surface 56 orthogonal to the surface of the substrate portion 52. One engagement protrusion 53
The front end side of the outer surface of the parallel surface 57 is parallel to the surface of the base plate portion 52, and gradually approaches the other engaging projection 53 as it is connected to the parallel surface 57 and moves away from the base plate portion 52. It is composed of an inclined surface 58 inclined to. The connecting portion between the parallel surface 57 and the inclined surface 58 serves as a top portion 59 for preventing slipping out.

Similarly, the entire inner surface of the other engagement protrusion 53 on the left side in FIG. 7 facing the one engagement protrusion 53 on the right side in FIG. 7 is orthogonal to the surface of the substrate portion 52. Orthogonal plane 55
It is composed of. The base end side of the outer surface, which is the opposite surface of the other engaging projection 53, is formed by an orthogonal surface 56 orthogonal to the surface of the substrate portion 52. The tip end side of the outer surface of the other engaging projection 53 is a parallel surface 57 parallel to the surface of the substrate 52,
It is composed of an inclined surface 58 which is connected to the parallel surface 57 and is inclined so as to gradually approach toward one of the engaging protrusions 53 as the distance from the substrate portion 52 increases. The connecting portion between the parallel surface 57 and the inclined surface 58 serves as a top portion 59 for preventing slipping out.

Further, the window shutter remote control switch 20a
The remote control main body 61 is detachable from the main body attachment body 51 fixed to the wall 13.

The remote controller main body 61 is composed of, for example, a main body 62, a decorative plate 63, etc., and is formed in a rectangular plate shape elongated in the vertical direction. That is, the remote controller main body 61 is set to have the same vertical and horizontal dimensions as the vertical and horizontal dimensions of the substrate portion 52 of the main body attached body 51 and the substrate portion 52 of the main body attached body 51.
Is formed in a rectangular plate shape having a thickness slightly larger than the thickness dimension thereof, and has a rectangular shape corresponding to the lighting device switch 14 in a front view.

Further, the remote controller main body 61 has an operation switch section 66 in the central portion of the surface of the remote controller main body 61. The operation switch section 66 is composed of, for example, a push button switch 67 for opening, a push button switch 68 for stopping, and a push button switch 69 for closing.

Further, on the back surface of the remote controller main body 61, there are provided a plurality of, for example, four other engaging portions that can be engaged with and disengaged from the engaging protrusions 53 of the main body mounted body 51, that is, four engaging portions. A certain engagement receiving portion 71 is formed. That is, the engagement receiving portions 71 are formed in the vicinity of the four corners of the back plate portion 61a that forms the back surface of the remote controller main body 61.

The upper two of these four engagement receiving portions 71 are
One engagement receiving portion 71 forms one set corresponding to one pair of two engaging protrusions 53, and the two lower engaging receiving portions 71 form another pair of two engaging protrusions 53. Corresponding to 53, they are forming another group.

The pair of two engaging receiving portions 71, 71 of each pair are bilaterally symmetric and communicate with the internal space 72 of the remote controller main body 61 and form a slightly elongated rectangular shape in the vertical direction. The first hole 71a and the second hole 71b communicating with the upper end on the inner side (opposing side) of the first hole 71a and communicating with the internal space 72, which is narrower than the first hole 71a and has a slightly elongated rectangular shape in the vertical direction. When,
The hole peripheral portion 71c, which is a hexagonal annular hole surrounding portion located along the peripheral edges of both holes 71a, 71b, that is, a predetermined portion of the back plate portion 61a. The vertical dimension that is the length dimension of the narrow second hole 71b is set to be substantially the same as the vertical dimension that is the length dimension of the wide narrow first hole 71a.

Further, as is clear from FIG. 7, the engaging projections
The distance between the top portion 59 and the orthogonal surface 55, which is the maximum lateral dimension of 53, is slightly smaller than the lateral dimension that is the width dimension of the first hole 71a of the engagement receiving portion 71, and is the width dimension of the second hole 71b. It is set to a value slightly larger than a certain horizontal dimension. The distance M1 between the tops 59 of the left and right engaging protrusions 53 is set to a value smaller than the distance M2 between the outer edges of the first holes 71a of the corresponding left and right engaging receiving portions 71. Distance M3 between the orthogonal surfaces 55 of the left and right engaging protrusions 53
Are the first holes 71a and the second holes 7 of the corresponding left and right engagement receiving portions 71.
It is set to a value larger than the distance M4 between the inner edges of 1b.
In addition, the vertical dimension of the engaging projection 53 is the same as the first hole 71 of the engaging receiving portion 71.
It is set to a value slightly smaller than the vertical dimension of a.

The four engaging projections 53 and the four engaging receiving portions 71 constitute a rotation suppressing means 80. The rotation suppressing means 80 connects the remote controller main body 61 to the remote controller main body 61. When the remote control body 61 is attached to the body-attached body 51 such that the back surface of the remote-control body is located on the body-attached body 51 side, the remote control body 61 is in the front-back direction i.
The rotation about the rotation center axis line in the direction orthogonal to is suppressed.

Next, the operation and the like of the second embodiment will be described.

For example, the remote controller main body 61 is attached to the main body attached body 51.
In the case of attaching to the main body of the remote controller main body 61, the rear surface of the remote controller main body 61 and the front surface of the base plate portion 52 of the main body mounted body 51 are spaced apart from each other and face each other so that the first hole 71a of the engagement receiving portion 71 and the engagement protrusion 53 face each other. After that, by moving the remote control main body 61 closer to the main body attached body 51, each engagement receiving portion of the corresponding remote control main body 61 without elastically deforming each engaging projection 53 of the main body attached body 51. It is inserted into the first hole 71a of the portion 71.

Then, by moving the remote controller main body 61 downward, the engaging protrusions 53 are moved to the second holes 71 of the engaging receiving portions 71.
Inserted in b, the engagement protrusions 53 and the hole peripheral portions 71c of the engagement receiving portions 71 are engaged with each other. That is, the remote control body 6
By moving 1 downward by its own weight, each engaging protrusion 53
Are inserted into the second holes 71b of the respective engagement receiving portions 71 so that the base end portions of the engagement protrusions 53 are inserted into the second holes 71b of the engagement receiving portions 71.
It is located inside b and the portion of the engaging projection 53 other than the base end portion is located inside the internal space 72 of the remote controller main body 61, whereby the remote controller main body 61 is attached to each engaging projection 53 of the main body attached body 51. To hold.

Then, the remote controller body 61 is the body to be attached.
Even when the operation switch 66 of the remote controller main body 61 is pressed to adjust the opening amount of the window opening 15 by remotely controlling the window shutter 18 when attached to the remote controller 51, , No big rattling,
The remote control body 61 does not rotate about the rotation center axis line in the front and back direction a.

On the other hand, for example, when detaching the remote controller main body 61 from the main body attached body 51, by moving the remote control main body 61 upward, each engaging protrusion 53 of the main body attached body 51 is removed.
Is extracted from the second hole 71b of each engagement receiving portion 71 of the remote controller main body 61 and positioned in the first hole 71a.

Subsequently, the remote controller main body 61 is attached to the main body to be attached.
By moving away from 51,
The engagement protrusions 53 of 51 are pulled out from the first holes 71a of the engagement receiving portions 71 of the corresponding remote control body 61, and the engagement between the engagement protrusions 53 and the engagement receiving portions 71 is released. Then, the operation switch section 66 of the remote control main body 61 removed from the main body attached body 51
By operating the, the window shutter 18 can be remotely controlled from any place.

According to the second embodiment described above, the remote control body 61 is made to engage with each other by the engagement projections 53 of the body-attached body 51 and the engagement receiving portions 71 of the remote control body 61. The remote control body 61 can be detachably attached to the body-attached body 51 with the entire surface of 61 exposed.
When the remote control body 61 is attached, the remote control body 61 does not rotate about the center axis of rotation in the front and back direction a. Therefore, the remote control body 61 can be removed even when attached to the body-attached body 51. Even in the open state, the operation switch section 66 of the remote controller main body 61 can be easily operated.

Further, since the remote controller main body 61 is formed in a rectangular shape corresponding to the lighting fixture switch 14 located close to the remote controller main body 61 when the remote control main body 61 is attached, the lighting fixture switch 14 It is easy to match the design, and aesthetics can be improved with the remote control body 61 attached.

Further, not only the proper holding force by the body-attached body 51 can be secured and the remote control body 61 can be easily attached and detached, but also when the remote-control body 61 is attached and detached. Engaging protrusion 53
Since it does not need to be elastically deformed, the durability of the main body attached body 51 is good. The engagement protrusions 53 may be directly fitted into the second holes 71b of the engagement receiving portions 71 by moving the remote controller main body 51 closer.

Next, the configuration of the third embodiment of the remote control switch of the present invention will be described with reference to FIGS. The same components as those of the first embodiment are designated by the same reference numerals and the description thereof will be omitted as appropriate.

The window shutter remote control switch 20b shown in FIGS. 8 to 11 is a main body such as a mounting plate fixed to the wall 13 of the building 11 in the vicinity of the lighting fixture switch 14 by a fixture 21 such as a screw. The attached object 81 is provided.

The body-attached body 81 has a base plate portion 82 which is, for example, a rectangular plate-like fixing portion elongated in the vertical direction. The substrate portion 82 is fixed to the wall 13 by the fixture 21 with the back surface of the substrate portion 82 in surface contact with the wall 13.

Further, a plurality of, for example, two engaging protrusions 83, which are one of the engaging portions, are integrally provided on the surface of the substrate portion 82 in a state of being vertically opposed to each other with a space therebetween. That is, from the vicinity of the upper and lower end portions on the surface of the substrate portion 82, the engaging projections 83 such as stepped claws project in the direction away from the wall 13. Of the pair of upper and lower engaging projections 83, 83, the upper engaging projection 83 is constituted by the first engaging projection 86, and the lower engaging projection 83 is elastically deformable by the second engagement. It is composed of a collision portion 87.

The first engaging protrusion 86 has, for example, a rectangular plate-shaped horizontal plate portion 88 that horizontally protrudes from a portion near the upper end of the surface of the base plate portion 82 except for the left and right ends. A rising plate portion 89 having a rectangular plate shape integrally projects upward from the tip of the plate. The board portion 82 is provided on the upper end surface of the rising plate portion 89.
A guide surface 90 is formed which is inclined downward toward the side.

The second engaging projection 87 has a substantially rectangular plate-shaped horizontal plate portion 91 that horizontally projects from, for example, a portion near the lower end portion of the surface of the substrate portion 82 except for the left and right ends. A rectangular plate-shaped projecting plate portion 92 integrally projects downward from the center of the tip of the horizontal plate portion 91, as shown in FIG.

As shown in FIG. 10, the lower surfaces of the left and right sides of the horizontal plate 91 other than the base end have a cross section having a horizontal upper side and a vertical angle below. A convex portion 93 having an isosceles triangular shape is integrally formed.
The lower surface on the base end side of the convex portion 93 is configured by a first inclined surface 94 that is inclined upward toward the substrate portion 82 side, and the lower surface on the tip end side of the convex portion 93 is inclined downward toward the substrate portion 82 side. Second inclined surface 95
It is composed of. A connecting portion between the first inclined surface 94 and the second inclined surface 95 serves as a top portion 96 for preventing slipping out.

The window shutter remote control switch 20b
The remote control body 101 is detachable from the body-attached body 81 fixed to the wall 13.

The remote control body 101 is, for example, a body 102,
It is composed of a decorative plate 103 and the like, and is formed in a rectangular plate shape that is slightly elongated in the vertical direction. That is, the remote control main body 101 is set to have the same vertical and horizontal dimensions as the vertical and horizontal dimensions of the substrate portion 82 of the main body attached body 81 and a thickness dimension slightly larger than the thickness dimension of the substrate portion 82 of the main body attached body 81. It is formed in a rectangular plate shape and has a rectangular shape corresponding to the lighting fixture switch 14 in a front view.

In the remote controller main body 101, the central portion of the surface of the remote controller main body 101 is an operation switch section 106. The operation switch unit 106 includes, for example, an opening push button switch 107, a stop push button switch 108, and a closing push button switch 109.

Further, on the back surface of the remote controller main body 101, there are provided a plurality of, for example, two other engaging portions that can be engaged with and disengaged from the engaging projections 83 of the main body mounted body 81, that is, two engaging portions. A certain engagement receiving portion 111 is formed. That is,
Engagement receiving portions 111 are formed in the vicinity of the upper and lower end portions of the back plate portion 101a that constitutes the back surface of the remote control body 101.

The upper engagement receiving portion 111 of the pair of upper and lower engagement receiving portions 111, 111 is constituted by the first engagement receiving portion 113 which can be engaged with and disengaged from the first engagement protrusion 86. The lower engagement receiving portion 111 is configured by the second engagement receiving portion 114 that can be engaged with and disengaged from the second engagement protrusion 86.

The first engagement receiving portion 113 is, for example, an elongated hole 113a in the left-right direction communicating with the internal space portion 112 of the remote controller body 101.
And a hole peripheral portion 113b, which is a rectangular annular hole surrounding portion located along the peripheral edge of the long hole 113a, that is, a predetermined portion of the back plate portion 101a.

The second engagement receiving portion 114 is, for example, a long hole 114a in the left-right direction communicating with the internal space portion 112 of the remote controller main body 101.
And a hole peripheral portion 114b, which is a substantially rectangular annular hole surrounding portion located along the peripheral edge of the elongated hole 114a, that is, a predetermined portion of the back plate portion 101a. The remote control body 101
A notch 115 is formed at the lower end of the remote controller body 101 so as to correspond to the projecting plate 92 of the second engaging protrusion 87. The notch 115 is located over the back surface and the lower surface of the remote controller body 101. .

The lateral dimension of the first engaging projection 86 is set to a value slightly smaller than the lateral dimension of the elongated hole 113a of the first engaging receiving portion 113. The lateral dimension of the second engagement protrusion 87 is set to a value slightly smaller than the lateral dimension of the elongated hole 114a of the second engagement receiving portion 114. Further, the distance between the upper surface of the horizontal plate portion 91 and the top portion 96, which is the maximum vertical dimension of the second engaging protrusion 87, is set to a value slightly smaller than the vertical dimension of the elongated hole 114a of the second engaging receiving portion 114. Has been done.

The two engaging projections 83 and the two engaging receiving portions 111 constitute a rotation suppressing means 120. The rotation suppressing means 120 connects the remote controller main body 101 to the remote controller main body.
When the remote control body 101 is attached to the body-attached body 81 so that the back surface of 101 is located on the body-attached body 81 side.
This suppresses the rotation of the remote controller main body 101 about the rotation center axis line in the direction orthogonal to the wall 13, which is the front-back direction B, that is, the thickness direction.

Next, the operation and the like of the third embodiment will be described.

For example, the remote control body 101 is attached to the body-attached body 8
In the case of attachment to 1, the remote control body 101 is first pushed down so that the first engaging protrusions 86 on the upper side of the body-attached body 81 correspond to the first engaging receiving portions 113 of the remote control body 101.
The first engaging projection 86 and the first engaging receiving portion.
The hole peripheral portion 113b of 113 is engaged with each other. That is, the remote control body is attached to the first engaging protrusion 86 of the body-attached body 81.
The first engagement receiving portion 113 of 101 is hooked.

Then, by moving the lower end side of the remote controller main body 101 toward the main body attached body 81,
The second engagement protrusion 87 on the lower side of the body-attached body 81 is inserted into the elongated hole 114a of the corresponding second engagement receiving portion 114 of the remote controller body 101, and the second engagement protrusion 87 and the second engagement are engaged. Hole peripheral part 1 of receiving part 114
14b and engage each other.

That is, the second engaging protrusion 87 is inserted into the second engaging receiving portion 114 so as to be inserted into the second engaging protrusion 87.
The base end portion of the second engagement receiving portion 114 is located in the elongated hole 114a, and the portion of the second engagement protrusion 87 other than the base end portion is remote controller main body.
It is located in the internal space 112 of 101. At this time, the second engaging projection 87 rotates upward about the base end side based on the elastic deformation by the guide action of the second inclined surface 95 on the tip end side, and after passing through the elongated hole 114a of the top part 96. Is restored to its original shape by rotating downward due to its own restoring force.

In this way, the engagement projections 83, 83 of the body-attached body 81 and the engagement receiving portions 111, 111 of the remote control body 101 are formed.
Are engaged with each other, and the respective engaging protrusions 83 of the main body attached body 81
Hold the remote control body 101 on.

When the remote control body 101 is attached to the body-attached body 81, the operation switch section of the remote control body 101 is used to remotely control the window shutter 18 and adjust the opening amount of the window opening 15. Even if you press 106,
The remote control main body 101 does not rattle greatly and does not rotate about the rotation center axis line of the remote control main body 101 in the front-back direction a.

On the other hand, for example, when removing the remote controller main body 101 from the main body attached body 81, first, the remote controller main body 10
By moving the lower end side of 1 away from the body-attached body 81, the second engaging projection 87 on the lower side of the body-attached body 81 is moved.
Corresponding to the long hole of the second engagement receiving portion 114 of the remote control body 101
The second engaging projection 87 and the second engaging receiving portion 11 are extracted from 114a.
Release the engagement with 4.

At this time, the second engaging projection 87 is formed on the first end on the base end side.
It rotates upward around the base end side based on elastic deformation due to the guide action of the inclined surface 94, and after passing through the elongated hole 114a of the apex 96, rotates downward due to its own restoring force to return to the original shape. Return.

It should be noted that the protruding plate portion 92 of the second engagement protruding portion 87 located in the cutout portion 115 of the remote controller main body 101 is pushed up to the second position.
When the engaging protrusion 87 is elastically deformed, the second engaging protrusion 87 is moved to the second position.
The engagement receiving portion 114 can be more easily extracted from the elongated hole 114a.

Then, the remote control body 101 is lifted up so that the first engaging projections 86 on the upper side of the body-attached body 81 correspond to the elongated holes 11 of the first engagement receiving portion 113 of the remote control body 101.
The first engaging protrusion 86 and the first engaging receiving portion 113 are extracted from 3a.
To disengage from. By operating the operation switch unit 106 of the remote controller main body 101 removed from the main body attached body 81, the window shutter 18 can be remotely controlled from any place.

According to the third embodiment described above, the remote control body 101 is made to engage with the remote control body 101 by the engagement of the engagement projections 83 of the body-attached body 81 and the engagement receiving portions 111 of the remote control body 101. Since the whole surface of 101 is detachably attached to the main body attached body 81, when the remote control main body 101 is attached, for example, the remote control main body 101
Does not rotate about the center axis of rotation in the front and back direction a. Therefore, even when the remote control body 101 is attached to or detached from the body-attached body 81, The operation switch unit 106 can be easily operated.

Further, not only can the remote controller main body 101 be easily attached and detached, but the remote controller main body 101 corresponds to the lighting device switch 14 located near the remote controller main body 101 when the remote controller main body 101 is mounted. Since it is formed in a rectangular shape, it is a switch for lighting equipment
It is easy to match the design with 14, and the aesthetic appearance with the remote control body 101 attached can be improved.

Next, the configuration of the fourth embodiment of the remote control switch of the present invention will be described with reference to FIG. In addition,
The same components as those in the first embodiment are designated by the same reference numerals and the description thereof will be omitted as appropriate.

The window shutter remote control switch 20c shown in FIG. 12 has a wall 1 of the building 11 by means of a fixture 21 such as a screw.
3 is provided with a main body attached body 121 such as a mounting plate fixed in a state close to the lighting equipment switch 14.

The main body attached body 121 is, for example, a fixing member 122 and a turning member which is a lid member attached to the lower end portion of the fixing member 122 via a horizontal support shaft 123 so as to be turnable. It is composed of a member 124.

The fixing member 122 has, for example, a base plate portion 126 which is a rectangular plate-like fixing portion elongated in the vertical direction.
The substrate portion 126 is fixed to the wall 13 by the fixture 21 with the back surface of the substrate portion 126 in surface contact with the wall 13.

In addition, a rectangular frame-shaped fitted portion 127 is integrally provided in the peripheral portion of the surface of the substrate portion 126 in a state of horizontally projecting in a direction away from the wall 13. The fitted portion 127 includes a pair of right and left rectangular plate-shaped side plate portions 128 that are spaced apart from each other, a rectangular plate-shaped lower plate portion 129 that connects the lower end portions of the both side plate portions 128, and both side plate portions 128. The upper plate portion 130 has a rectangular plate shape that connects the upper end portions to each other.

The rotating member 124 has, for example, an annular portion 131 having a rectangular annular shape that is slightly elongated in the vertical direction, and a portion surrounded by the annular portion 131 is an operation opening portion 132. In addition, a pair of left and right rectangular plate-shaped projecting plate portions 133, which are spaced apart from each other and opposed to each other, project from both end portions in the left-right direction of the annular portion 131 in a direction approaching the wall 13.

The window shutter remote control switch 20c
The remote control body 141 is detachable from the body-attached body 121 fixed to the wall 13.

The remote controller body 141 includes, for example, the body 142,
The decorative plate 143 or the like is formed in a vertically elongated rectangular plate shape, and has a rectangular shape corresponding to the lighting fixture switch 14 in a front view.

In the remote controller body 141, the central portion of the surface of the remote controller body 141 is an operation switch section 146. The operation switch section 146 is composed of, for example, a push button switch 147 for opening, a push button switch 148 for stopping, and a push button switch 149 for closing. further,
A peripheral portion of the remote controller body 141 is a fitting portion 150 that can be fitted into and removed from the fitted portion 127, that is, can be fitted and released from fitting.

It should be noted that the fitting portion 150 and the fitted portion 127 constitute the rotation restraining means 140, and the rotation restraining means 104.
Attaches the remote control body 141 so that the back surface of the remote control body 141 is located on the body attached body 121 side.
When attached to the remote controller main body 141, the remote controller main body 141 is prevented from rotating about a rotation center axis line in a direction orthogonal to the wall 13 which is the front and back direction of the remote controller main body 141, that is, the thickness direction.

Next, the operation and the like of the fourth embodiment will be described.

For example, the remote controller body 141 is attached to the body-attached body 1
In the case of attaching to the body 21, first, as shown in FIG. 9, the rotating member 124 of the main body mounted body 121 is rotated by a predetermined angle in a direction away from the wall 13 to be in an inclined posture.

Then, the remote controller main body 141 is moved downward, and the fitted portion 127 of the fixing member 122 of the main body attached body 121 and the fitting portion 150 of the remote controller main body 141 are fitted to each other with a small gap (eg, (Fitting loosely) and fixing member 122
The front surface of the substrate portion 126 and the back surface of the remote control body 141 are brought into surface contact with each other. The fitted portion 127 and the fitting portion 150 may be fitted together without a gap.

Subsequently, the rotating member 124 in the inclined posture is rotated in a direction approaching the wall 13 to a vertical posture, and the rotating member 124 is rotated.
The back surface of the annular portion 131 and the peripheral portion of the front surface of the remote control body 141 are brought into surface contact with each other. In this way the remote control body
141 is housed between the fixed member 122 and the rotating member 124, and the main body mounted body 121 holds the remote control main body 141.

When the remote control body 141 is fitted to the body-attached body 121 by fitting, in order to remotely control the window shutter 18 and adjust the opening amount of the window opening 15, the remote control body 141 is adjusted. Even if the operation switch section 146 is pressed through the operation opening 132, the remote control body 141 does not rattle greatly, and the remote control body 141 rotates about the rotation center axis line in the front-back direction a. It doesn't move.

On the other hand, for example, when removing the remote controller main body 141 from the main body attached body 121, the rotary member 124 is tilted and then the remote control main body 141 is moved upward so as to be fixed. The fitting between the fitted portion 127 of the member 122 and the fitting portion 150 of the remote controller main body 141 is released. Then, by operating the operation switch section 146 of the remote controller main body 141 removed from the main body attached body 121, the window shutter 18 can be remotely controlled from any place.

According to the fourth embodiment, the fitted portion 127 of the main body mounted body 121 and the fitting portion 150 of the remote controller main body 141 are attached.
When the remote control body 141 is attached to
Since it is removably attached to the main body attached body 121 in a state of facing the surface of 26, when the remote control main body 141 is attached, for example, the remote control main body 101 rotates about the rotation center axis in the front and back direction a. Therefore, the remote control body 141 is not attached to the body mounted body 121.
The operation switch section 146 of the remote controller main body 141 can be easily operated with or without being attached.

Further, not only the remote controller body 141 can be easily attached and detached, but also the remote controller body 141 corresponds to the lighting device switch 14 located near the remote controller body 141 when the remote controller body 141 is mounted. Since it is formed in a rectangular shape, it is a switch for lighting equipment
It is easy to match the design with 14, and the aesthetic appearance with the remote control body 101 attached can be improved.

Next, the configuration of the fifth embodiment of the remote control switch of the present invention will be described with reference to FIGS. 13 to 15. The same components as those of the first embodiment are designated by the same reference numerals and the description thereof will be omitted as appropriate.

The window shutter remote control switch 20d shown in FIGS. 13 to 15 is a main body such as a mounting plate fixed to the wall 13 of the building 11 in close proximity to the lighting device switch 14 by a fixing member 21 such as a screw. The attached body 151 is provided.

The main body attached body 151 has a base plate portion 152 which is a rectangular plate-like fixing portion elongated in the vertical direction, for example. The back surface of the board portion 152 is a wall.
It is in surface contact with 13 and is fixed to the wall 13 by a fixture 21.

Further, at the center portion of the surface of the substrate portion 152, a holding portion 154 for holding a gap 153 between the surface of the substrate portion 152 and the holding portion 154.
Are projected integrally. The sandwiching portion 154 includes, for example, a rectangular plate-shaped protruding plate portion 155 that horizontally protrudes from the surface of the substrate portion 152, and a substantially fan-shaped fan plate portion integrally provided at the tip of the protruding plate portion 155. It is composed of 156 and. An inclined guide surface 157 is formed on the tip end surface of the fan plate portion 156 so as to face the surface of the substrate portion 152 at a distance.

Further, the window shutter remote control switch 20d
Includes a remote controller main body 161 which can be attached to and detached from a main body attachment body 151 fixed to the wall 13.

The remote controller body 161 is, for example, a body 162,
It is composed of a decorative plate 163 and the like, and is formed in a vertically elongated rectangular plate shape. That is, the remote controller main body 161 is set to have the same vertical and horizontal dimensions as the vertical and horizontal dimensions of the board portion 152 of the main body attached body 151 and the main body attached body 151.
It is formed in a rectangular plate shape having a thickness dimension slightly larger than the thickness dimension of the substrate portion 152, and has a rectangular shape corresponding to the lighting fixture switch 14 in a front view.

In the remote controller main body 161, the central portion of the surface of the remote controller main body 161 serves as an operation switch section 166. The operation switch section 166 is composed of, for example, a push button switch 167 for opening, a push button switch 168 for stopping, and a push button switch 169 for closing.

Furthermore, the central portion of the rear surface of the remote controller body 161,
That is, for example, a substantially fan-shaped hole 170 that is slightly larger than the fan plate 156 is formed in the center of the back plate 161a that constitutes the back surface. Then, the hole portion 17 in the back plate portion 161a
A portion of 0 along one side in the up-down direction can enter and leave the gap 153 between the substrate portion 152 and the sandwiching portion 154, and is releasably sandwiched between the substrate portion 152 and the fan plate portion 156 of the sandwiching portion 154. It becomes the sandwiched portion 171. The thickness of the sandwiched portion 171 is the gap 15 which is the distance between the substrate portion 152 and the sandwiched portion 154.
It is set to a value slightly larger than the thickness dimension of 3.

It should be noted that the sandwiching portion 154 and the sandwiched portion 171 constitute a rotation restraining means 180.
Attach the remote control body 161 so that the rear surface of the remote control body 161 is located on the body attached body 151 side.
When attached to the remote controller main body 161, the remote controller main body 161 is prevented from rotating about the center axis of rotation of the remote controller main body 161 in the front-back direction i, that is, the thickness direction (direction orthogonal to the wall 13).

Next, the operation and the like of the fifth embodiment will be described.

For example, the remote control body 161 is attached to the body-attached body 1
In the case of attaching to the 51, first, as shown in FIG. 15A, the remote controller main body 161 is rotated in one direction along a plane parallel to the wall 13, for example, clockwise in FIG. To

Then, after inserting the holding portion 154 of the main body attached body 151 into the hole portion 170 of the remote control main body 161, FIG.
As shown in FIG. 15, the remote controller main body 161 is rotated in another direction along a plane parallel to the wall 13, for example, counterclockwise in FIG.

With the rotation of the remote controller main body 161, the sandwiched portion 171 of the remote controller main body 161 enters the gap 153 while being guided by the guide surface 157, and as a result, the remote controller main body 161.
The sandwiched portion 171 of the device is in a state of being crimped and sandwiched by the substrate portion 152 and the fan plate portion 156 of the sandwiching portion 154, and the remote controller main body
The back surface of the 161 and the front surface of the substrate portion 152 are in surface contact with each other and face each other, and the remote control body 161 is attached to the body attached body 151.
Held in. Note that the substrate portion 152 and the fan plate portion 156 may not be pressure bonded.

When the remote controller main body 161 is attached to the main body attachment body 151 by sandwiching, the remote controller main body 161 is operated to remotely control the window shutter 18 and adjust the opening amount of the window opening 15. Even if the switch portion 166 is pressed, the remote controller main body 161 does not rattle significantly, and may be carelessly rotated about the central axis of rotation of the remote controller main body 161 in the front-back direction a. Absent. When a force of a predetermined magnitude or more capable of releasing the sandwiched state of the sandwiched portion 171 is applied to the remote controller main body 161, the remote controller main body 161 rotates about the rotation center axis line in the thickness direction. To do.

On the other hand, for example, when the remote controller main body 161 is detached from the main body attachment body 151, the remote controller main body 161 is placed on the wall.
After being rotated in one direction along a plane parallel to 13 by a predetermined angle, for example, clockwise in FIG. 15, to take an inclined posture, the holding portion 154 of the main body attached body 151 is pulled out from the hole 170 of the remote control main body 161.

With the rotation of the remote controller main body 161, the clamped portion 171 of the remote controller main body 161 is taken out from the gap 153, and as a result, the clamped portion 171 by the substrate portion 152 and the fan plate portion 156 of the clamp portion 154. The sandwiched state is released. Then, the remote control main body 161 removed from the main body attachment 151
By operating the operation switch section 166, the window shutter 18 can be remotely controlled from any place.

According to the fifth embodiment, the clamped portion 171 of the remote controller main body 161 is inserted into the gap 153 and clamped by the base plate portion 152 and the clamp portion 154 of the main body mounted body 151. Since the remote controller main body 161 is detachably attached to the main body attachment body 151 with the entire surface of the remote controller main body 161 exposed, when the remote controller main body 161 is attached, for example, the remote controller main body 161 is rotated in the front and back direction a. The remote controller body 161 does not rotate carelessly about the center axis of movement, and therefore the remote controller body 161 is attached to or detached from the body-attached body 151. Can be operated easily.

Further, not only can the remote controller main body 161 be easily attached and detached, but also the remote controller main body 161 corresponds to the lighting device switch 14 located in the vicinity of the remote controller main body 161 when the remote controller main body 161 is in the attached state. Since it is formed in a rectangular shape, it is a switch for lighting equipment
It is easy to match the design with 14, and aesthetics can be improved with the remote control body 161 attached.

The remote control bodies 33, 61, 101, 161 are
In order to further improve the operability, for example, like the remote controller main body 173 shown in FIG. 16, almost the entire surface of the remote controller main body 173 may be used as the operation switch section 174.

Although not shown, the main body attached body is composed of a plurality of, for example, two upper and lower screws (stepped screws or the like), and the head, which is one engaging portion of each screw, and the remote controller main body. The remote controller body may be attached to each screw by releasable hooking engagement with the opening which is the other engaging portion formed on the back surface. In this case, in order to easily determine the fixing positions of the two screws with respect to the wall 13, the positioning paper marked at two points separated by a predetermined distance is put in the instruction manual.

Further, the sash 17 may be a semi-outer sash, an outer sash, an inner sash or the like. Further, the opening / closing device is not limited to the window shutter 18, and other shutter devices, door devices such as sliding doors and hinged doors, blind devices, sliding wall devices, screen devices, smoke proof hanging curtain devices, smoke proof hanging wall devices, and tide protection. It may be a plate device, a prevention plate device, an awning device, a screen device, or the like. Further, the remote control switch is not limited to the one for window shutters, but may be one for other electric products such as an air conditioner. Furthermore, a plurality of remote control switches, for example, a plurality of same or different opening / closing devices or It may operate the switchgear and other electric appliances.

[0139]

According to the invention described in claim 1, when the remote controller main body is attached to the main body mounted body, the remote controller main body is prevented from rotating about the center axis of rotation in the front and back direction. Since it is a structure that includes motion suppression means,
The operation switch section of the remote control body can be easily operated with or without the remote control body attached.

According to the second aspect of the present invention, the remote controller main body is attached to the main body attached body by the engagement of each one engagement portion of the main body attached body and the other engagement portion of the remote control body. Therefore, the operation switch section of the remote control body can be easily operated with or without the remote control body attached.

According to the third aspect of the present invention, the remote controller main body is attached to the main body mounted body by fitting the fitted portion of the main body mounted body and the fitting portion of the remote control main body. You can easily operate the operation switch section of the remote control unit with or without it attached.

According to the fourth aspect of the present invention, since the sandwiched portion of the remote controller main body is inserted into the gap and sandwiched by the substrate portion and the sandwiched portion, the remote controller main body is attached to the main body mounted body. The operation switch section of the remote control body can be easily operated with or without the remote control body attached.

According to the fifth aspect of the present invention, the operation switch section is provided on substantially the entire surface of the remote controller body.
The operation switch section of the remote control body can be operated more easily.

According to the sixth aspect of the present invention, since the remote controller main body is formed in a rectangular shape corresponding to the lighting equipment switch, aesthetics can be improved with the remote controller main body attached.

According to the seventh aspect of the invention, the opening / closing device can appropriately open / close the opening by operating the operation switch section of the remote controller main body.

[Brief description of drawings]

FIG. 1 is a perspective view showing a first embodiment of a remote control switch of the present invention.

FIG. 2 is a perspective view of a remote control main body of the same remote control switch.

FIG. 3 is a transverse sectional view of the remote control switch of the above.

FIG. 4 is a perspective view showing a state in which the above remote control switch is fixed to a wall.

FIG. 5 is a perspective view showing a second embodiment of a remote control switch of the present invention.

FIG. 6 is a perspective view of a remote control main body of the above remote control switch.

FIG. 7 is a cross-sectional view of the remote control switch of the above.

FIG. 8 is a perspective view showing a third embodiment of a remote control switch of the present invention.

FIG. 9 is a perspective view of a remote control main body of the above remote control switch.

10 is a vertical cross-sectional view taken along the line AA of FIG.

11 is a vertical cross-sectional view taken along the line BB of FIG.

FIG. 12 is a perspective view showing a fourth embodiment of a remote control switch of the present invention.

FIG. 13 is a perspective view showing a remote control switch according to a fifth embodiment of the present invention.

FIG. 14 is a perspective view of a remote control main body of the above remote control switch.

FIG. 15 is a view for explaining an attaching / removing operation of the remote control switch of the above.

FIG. 16 is a perspective view showing a modified example of the remote controller main body.

FIG. 17 is a front perspective view of a conventional remote control switch.

FIG. 18 is a rear side perspective view of the conventional remote control switch of the above.

[Explanation of symbols]

14 Lighting fixture switch 15 Window opening 18 which is an opening 18 Window shutter 20, 20a, 20b, 20c, 20d which is an opening and closing device Remote control switch 23, 51, 81, 121, 151 for window shutter which is a remote control switch Body 25, 53, 83 One engaging portion 33, 61, 101, 141, 161, 173 Remote control main body 36, 66, 146, 166, operation switch portion 41, 71, 111 The other engaging portion 50, 80, 120 , 140, 180 Rotation suppressing means 126 Base plate part 127 Fitted part 150 Fitting part 152 Base plate part 153 Gap 154 Clamping part 171 Clamped part

Claims (7)

[Claims] 1. A main body to-be-attached body, a remote control body which is configured to be attachable to and detachable from the main body to be attached body, and which has an operation switch section on at least a front surface, and the remote control body having the back surface of the remote control body. Rotation suppressing means for suppressing rotation of the remote controller main body about the center axis of rotation of the remote controller main body in the front-back direction when the main body is attached to the main body attached body so as to be located on the side of the attached body. A remote control switch characterized by comprising. 2. A body-attached body, and a remote-control body which is configured to be attachable to and detachable from the body-attached body and has an operation switch section on at least a surface thereof. The remote controller main body has a plurality of other engaging portions that can be engaged with and disengaged from the one engaging portion on the back surface side of the remote controller main body, The remote controller main body is attached to the main body attached body by the engagement of the one engagement portion and the other engagement portion of the remote control body, and the one engagement portion of the main body attached body is attached. A remote controller switch, wherein the remote controller main body is detached from the main body attached body by disengagement of the other part of the remote controller main body with the other engaging portion of the remote controller main body. 3. A body-attached body, and a remote-control body which is configured to be attachable to and detachable from the body-attached body and has an operation switch section on at least a surface thereof. The remote control body has a fitting portion that can be inserted into and removed from the fitting portion at a peripheral edge of the remote control body; By fitting the fitted portion and the fitting portion of the remote controller main body, the back surface of the remote controller main body is in a state of facing the substrate portion, and the remote controller main body is attached to the main body attached body, A remote controller switch, wherein the remote controller main body is detached from the main body attached body by releasing the fitting between the fitted portion of the main body attached body and the fitting portion of the remote control main body. 4. A body-attached body, and a remote-control body which is configured to be attachable to and detachable from the body-attached body and has an operation switch section on at least a surface thereof. The remote controller main body has a sandwiched portion that is provided on the substrate portion and holds a gap between the substrate portion, and the remote controller main body has a sandwiched portion that can move in and out of the gap between the substrate portion and the sandwiched portion. Then, the sandwiched portion of the remote controller main body is inserted into the gap and sandwiched by the substrate portion and the sandwiching portion, so that the back surface of the remote controller main body faces the substrate portion and the remote controller. When the main body is attached to the main body attached body and the sandwiched portion of the remote controller main body is taken out from the gap and the sandwiching by the substrate portion and the sandwiching portion is released, Remote control switch, characterized in that the con body is removed from the body the mounting member. 5. The remote control switch according to claim 1, wherein substantially the entire surface of the remote control main body serves as an operation switch section. 6. The remote control switch according to claim 1, wherein the remote control main body is formed in a rectangular shape corresponding to a switch for lighting equipment. 7. The remote control switch according to claim 1, wherein an opening / closing device for opening and closing the opening can be remotely controlled by operating an operation switch portion of the remote control body.