JP2005076334A - Sash window - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a sash window capable of switching a sliding door to an opening angle control state and a full admission state, facilitating the switching operation and, at the same time, preventing the sliding door in an opening angle control state from being fully opened from an outdoor side. <P>SOLUTION: An arm member 30 is rotatably mounted to a sill 12 of a window frame 10 in the direction of the indoor outside, and an engaging pin 41 and an operating device 42 moving the engaging pin 41 to a first position and a second position are mounted to a bottom rail 22 of the sliding door. The sash window is so constituted that the arm member 30 has a slot 31 wherein the engaging pin 41 can be inserted, if the engaging pin 41 is in the first position when the sliding door 20 is in a closing state, it is inserted into the slot 31 to control a sliding door opening angle and, at the same time, that it is pulled out from the slot 31 to fully open the sliding door when it is in the second position. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to an opening window in which a shoji is attached to a window frame so as to be opened and closed like a sliding window, and more particularly to an opening window that can regulate the opening angle of the shoji or can fully open the shoji.

Patent Document 1 discloses an opening window that can regulate the opening angle of a shoji or can fully open the shoji.
Specifically, one end of an arm is rotatably attached to the vertical shaft of the shoji, and a pin is provided on the other end of the arm. A base is attached to the vertical frame of the window frame. The base has a long hole through which the pin slides. One end of the long hole has a notch, and the other end has a downward bent portion and a pin head. Has a pin-out hole that goes out.
When the shoji is in the closed state, the pin enters the slot from the notch, and when the shoji is released, the arm rotates and the pin slides along the slot and the pin is fitted into the downward bent part. The opening angle is regulated.
The shoji can be fully opened by moving the arm from this state and extracting the pin from the pin hole.

JP-A-10-169284

The conventional opening window described above opens to the fully open state by pulling out the pin after opening the shoji to the open angle restricted state. Because the shoji can be opened up to, it is not preferable for crime prevention.
Further, in order to make the shoji fully open, it is necessary to move the arm and pull out the pin from the pin-out hole. Therefore, it is troublesome to make the shoji fully open.

  The present invention has been made in view of the above-described problems, and its purpose is to enable the shoji to be in a fully open state and an open angle restricted state, and to open the shoji from the outdoors to the fully open state when the shoji is in an open angle restricted state. In addition, it is preferable for crime prevention, and further, it is to provide an opening window that can make the shoji fully open by a simple operation.

1st invention attaches a shoji to a window frame so that opening and closing is possible,
Attach an arm member on one side of the window frame and shoji, and attach a switching member on the other side,
The arm member has a guide portion, and is rotatably attached to the indoor outside direction.
The switching member is slidable along the guide portion, and is inserted into and withdrawn from the guide portion in a closed state of the shoji, and the first position and the guide portion where the slider is inserted into the guide portion. It has an operation tool that moves to the second position where it comes out,
A sliding window characterized in that when the shoji is opened with the slider in the first position, the shoji is in the open angle restricted state, and when the shoji is opened with the slider in the second position, the shoji is in the fully open state. is there.

According to a second invention, in the first invention, the arm member is attached to the window frame, the switching member is attached to the shoji,
The operating member of the switching member is an opening window that moves along the indoor side surface of the shoji and has a display unit for displaying the open state of the shoji depending on the position of the operating tool on the indoor side surface of the shoji.

According to a third invention, in the first or second invention, the arm member is attached to an attachment base attached to either one of the window frame and the shoji so as to be rotatable in the indoor exterior direction, and is locked to the attachment base. Set up a section,
The sliding element is an open window that can be moved to a locked position where it cannot move to the outside of the door due to interference with the locking portion when the shoji is closed.

According to the first aspect of the present invention, when the sliding element is opened with the slider as the first position, the arm member rotates outwardly in a state where the sliding element is slidably inserted into the guide portion of the arm member. Therefore, the opening angle of the shoji is regulated.
Further, the slider can be fully opened by opening the shoji with the second position.
Therefore, the shoji can be in the open angle restricted state or in the fully open state.

In addition, when the shoji is in the closed state, the shoji is moved to the first position and the second position, and then the shoji is opened, so that the shoji is in the open angle restricted state or in the fully open state. In this state, the slider cannot be pulled out from the guide portion of the arm member. Therefore, since the shoji of an open angle control state cannot be made into a fully open state from the outdoors, it is preferable on crime prevention.

  Further, by moving the slider to the first position and the second position with the operating tool, the state when the shoji is opened can be switched between the open angle restricted state and the fully open state, and the switching operation is easy.

According to the invention which concerns on Claim 2, it can confirm from the room | chamber interior whether a shoji is the open state, ie, a full open state, or an open angle control state, with an operation tool and a display part.
If the slider is moved from the second position due to an erroneous operation of the operating tool or the like when the slider is opened with the slider in the second position, the slider should be closed as it is without noticing the movement of the slider. Then, the slider may hit the side surface of the arm member and be damaged, but according to the invention according to claim 2, the operating tool is positioned on the display unit even when the shoji is open, Since the switching state of the tool can always be confirmed, it is easy to find the movement of the slider due to an erroneous operation or the like.

  According to the invention which concerns on Claim 3, since a sliding element is made into a closed state and the sliding element is made into a locked position, since the sliding element interferes with a locking part and cannot move to an outdoor side, a shoji can be locked.

As shown in FIG. 1, the shoji 20 is attached to the window frame 10 so that opening and closing is possible, and the opening window is formed.
The window frame 10 is formed by connecting an upper frame 11, a lower frame 12, and left and right vertical frames 13 in a rectangular shape.
The shoji 20 has an upper collar 21, a lower collar 22, and left and right vertical collars 23 connected in a square shape, and a panel, for example, glass 24 is mounted therein.
In this embodiment, the sliding link mechanism 1 is attached over the left and right vertical frames 13 and the left and right vertical rods 23 to form a horizontal sliding window. A handle 2 is attached to the lower rod 22.

As shown in FIGS. 1 and 2, an arm member 30 is attached to the window frame 10, for example, the lower frame 12, and a switching member 40 is attached to the shoji 20, for example, the lower eyelid 22.
The arm member 30 and the switching member 40 constitute a shoji opening angle control device that restricts the opening angle of the shoji 20 or allows it to be fully opened.

The arm member 30 is attached to the lower frame 12 so as to be pivotable in the indoor exterior direction, and has a guide portion, for example, a long hole 31.
The switching member 40 includes a slider that is slidable along the guide portion, for example, an engaging pin 41 that is slidable along the elongated hole 31, and an engaging pin 41 (slider) that serves as a obstacle. An operating tool 42 that moves over a first position (dotted line in FIG. 1) that fits into the elongated hole 31 (guide portion) in the closed state and a second position (imaginary line in FIG. 1) that exits from the elongated hole 31. The operation tool 42 can be operated from the room with the shoji closed.
The guide portion may be a dovetail groove or a pair of hook-shaped pieces, and the slider may be block-shaped, U-shaped, or the like.

  Then, when the shoji 20 is opened by using the operating tool 42 with the engaging pin 41 as the first position, the engaging pin 41 slides along the elongated hole 31 of the arm member 30 as shown in FIG. The opening of the shoji 20 is regulated by rotating toward the outdoor side, the engaging pin 41 abuts on the end of the elongated hole 31 and the engaging pin 41 becoming a stroke end, and the shoji 20 is opened. It becomes a regulated state. That is, the opening angle is regulated by the stroke of the engagement pin 41.

  Moreover, when the shoji 20 is opened with the engaging pin 41 in the second position by the operation tool 42, the engaging pin 41 moves away from the arm member 30 to the outdoor side and can be fully opened. That is, the shoji 20 can be opened to the fully open state.

Next, an example of the specific shape of each member will be described.
As shown in FIGS. 3 and 5, the arm member 30 is supported at one end in the longitudinal direction thereof on a mounting base 32 so as to be rotatable by a support shaft 33, and a stopper pin 34 attached to the mounting base 32 is provided with an arm member. The rotation angle (that is, the opening angle of the shoji 20) toward the outdoor side of the arm member 30 is regulated by the arc groove 35 and the stopper pin 34. .
The mounting base 32 is provided with a stopper for restricting the rotation of the arm member 30 toward the indoor side. For example, a hook-shaped stopper piece 36 is integrally provided.
The arm member 30 has a concave portion 37 which is bent in a substantially U-shape in the longitudinal direction, and a long hole 31 is formed closer to the other end in the longitudinal direction than the concave portion 37. A portion 31a near one end of the elongated hole 31 is continuous to the other longitudinal surface 37a of the recessed portion 37, and has a flat C-shape so as to gradually become wider.

The mounting base portion 32 is fixedly attached to the upper surface 12a of the lower frame 12 with a fixing tool, for example, a screw 38, and the arm member 30 comes into contact with the stopper piece 36 so as to be substantially parallel to the lower frame 12.
The arm member 30 is pushed upward by a coil spring 39 provided on the support shaft 33 and assumes a substantially horizontal posture. Thereby, when the arm member 30 rotates, the bottom portion of the recessed portion 37 does not come into contact with the upper surface 12 a of the lower frame 12.

As shown in FIG. 4, the engagement pin 41 has a flange 41a.
The flange 41a is larger than the width of the long hole 31 described above and smaller than the width of the one end portion 31a of the plane C shape, and the engaging pin 41 is inserted into the long hole 31 from the one end portion 31a. , Get out.
The operation tool 42 includes an L-shaped plate 43, a reinforcing plate 44 fixed to one piece 43a of the plate 43, and an operation knob 45 attached to the other piece 43b of the plate 43. The engaging pin 41 is attached to 43a and the reinforcing plate 44. The operation knob 45 is attached with a screw 45a, but is not limited thereto.

The switching member 40 includes a mounting plate 46 and a presser plate 47.
The mounting plate 46 has a substantially U-shape in which the longitudinal intermediate piece 46a is positioned below the longitudinal side pieces 46b, and an opening 46c through which the engagement pin 41 is movably inserted is provided in the intermediate piece 46a. An attachment hole 46d is formed in both side pieces 46b.
The pressing plate 47 is fitted and attached to the upper surface of the mounting plate 46 to form a gap with the longitudinal intermediate piece 46a, and the engaging pin 41 is located at the longitudinal intermediate portion of the pressing plate 47. It has the opening part 47a penetrated so that a movement is possible, and the elastic part 47b which hold | maintains this engagement pin 41 in both sides position.
Mounting holes 47c are formed on both sides of the pressing plate 47 in the longitudinal direction.

One piece 43a of the plate 43 and the reinforcing plate 44 are slidably provided along a gap between the mounting plate 46 and the presser plate 47, and the engaging pin 41 is downward from the openings 47a and 46c. It protrudes.
Then, the mounting plate 46 and the presser plate 47 are fixed to the lower surface 22a of the lower collar 22 with a fixing tool, the engaging pin 41 is directed downward, and the operation knob 45 is directed to the indoor side. Then, the operation tool 42 is supported so as to be movable in the longitudinal direction of the lower rod 22, and the engagement pin 41 moves to the first position and the second position.
That is, the mounting plate 46 and the holding plate 47 are used to support the engaging pin 41 and the operating tool 42 so as to be movable to the first and second positions, and the mounting pin 41 and the operating tool 42 are mounted to the lower rod 22. A member is formed.

Therefore, when the operation knob 45 is set to the right position shown by the solid line in FIG. 1, the engaging pin 41 is set to the first position as shown in FIG.
When the shoji 20 is opened in this state, the arm member 30 rotates toward the outdoor side, and the engaging pin 41 contacts the end of the elongated hole 31 as shown in FIG. Become.

As shown by the phantom line in FIG. 1, when the operation knob 45 is moved to the left position, the engaging pin 41 comes out of the one end 31a of the elongated hole 31 and is positioned in the recessed portion 37 as shown in FIG. Second position.
When the shoji 20 is opened in this state, the engagement pin 41 moves to the outdoor side and the arm member 30 does not rotate. Therefore, the shoji 20 can be opened to the fully open state.

Thus, when the shoji 20 is opened to the fully open state, if there is a possibility that the arm member 30 may turn to the outside of the room due to vibration or the like, the arm member 30 will not turn to the outside of the room due to vibration or the like. It is preferable to provide means for releasing the holding and allowing the arm member 30 to rotate outwardly when a strong rotational force is applied.
For example, as shown in FIG. 3, a protrusion 33a is provided on the support shaft 33, a hole 30a is formed at one end in the longitudinal direction of the arm member 30, and the arm member 30 is connected to the lower frame 12 as shown in FIG. When substantially parallel (that is, when the shoji 20 is in a closed state), the coil spring 39 causes the hole 30a to fit into the protrusion 33a, and the arm member 30 is held so as not to rotate outward due to vibration or the like.
When the shoji 20 is opened with the engaging pin 41 as the first position, strong turning force acts on the arm member 30, so that the arm member 30 moves downward against the coil spring 39, and the hole 30a projects. The arm member 30 is released from the portion 33a to release the holding, and the arm member 30 is rotated outward as shown in FIG.

As shown in FIGS. 1 and 2, the operation knob 45 moves along the indoor side surface 22b of the lower rod 22, and the operation knob 45 can be visually observed from the room.
On the indoor side surface of the lower eyelid 22 is provided a display unit 3 for displaying the shoji open state according to the position of the operation knob 45 (operation tool 42).
For example, as shown in FIG. 8, a half-open display 3a for displaying a half-open character and a design and a full-open display 3b for displaying a full-open character and a design are provided. When the engagement pin 41 is in the first position, the operation knob 45 approaches the half-open display 3a, and the operation pin 45 is in the left position as shown in FIG. 8B. In the case of the second position, the operation knob 45 approaches the fully open display 3b.

Since it is like this, the open state of the shoji 20 can be confirmed by visually observing the operation knob 45 and the display unit 3.
In addition, since the operation tool is located on the display unit and the switching state of the operation tool can be always checked even when the shoji is opened, the operation is performed when the shoji is opened with the slider as the second position. Even if the slider moves due to an erroneous operation of the tool, it is easy to notice the movement of the slider due to the erroneous operation. Therefore, it is difficult for the slider to hit the side surface of the arm member or the like and to be damaged by closing the shoji as it is without noticing the movement of the slider due to an erroneous operation or the like.

In this embodiment, an auxiliary lock 4 is attached.
The auxiliary lock 4 includes a lock receiver 5 attached to the upper surface of the lower frame 12, and a lock body 6 attached to the lower collar 22. The lock body 6 is the same as the switching member 40 described above as shown in FIG. .
The lock receiver 5 has a groove 5a into which the engagement pin 41 is inserted and removed.

Then, when the engagement pin 41 is moved by the operation knob 45 to a position where it is pulled out from the groove 5a as shown in FIG.
Further, when the engagement pin 41 is moved by the operation knob 45 to a position where it is inserted into the groove 5a as shown in FIG.

Next, a second embodiment of the present invention will be described.
This embodiment differs from the above-described embodiment in that the shoji 20 can be locked by the arm member 30 and the switching member 40 described above, and the other is the same.
As shown in FIGS. 11 and 12, the lock portion 50 is provided on the attachment base portion 32, and the engagement pin 41 can move to a lock position where the lock pin 50 interferes with the lock portion 50 and cannot move to the outdoor side when the shoji 20 is closed. Like that.
For example, an elongated locking hole 51 is formed closer to one end than the recessed portion 37 in the arm member 30, and the engaging pin 41 can be inserted into and removed from the elongated locking hole 51.

The engaging pin 41 is inserted into the locking slot 51 as shown in FIG. 11 by moving the engaging pin 41 with the operating tool 42, that is, the operating knob 45, with the shoji 20 closed.
As a result, the engagement pin 41 is positioned opposite to the indoor side of the lock portion 50, so that when the shoji 20 is to be opened, the engagement pin 41 interferes with the lock portion 50 and cannot move to the outdoor side. Therefore, the shoji 20 can be locked.

  Further, if the engaging pin 41 is extracted from the locking elongated hole 51, the engaging pin 41 is moved away from the lock portion 50 in the in-plane direction, so that the engaging pin 41 can move to the outdoor side. The shoji can be opened as in the embodiment.

In each of the above-described embodiments, the arm member 30 is attached to the lower frame 12 and the switching member 40 is attached to the lower rod 22. However, the arm member 30 is attached to the lower rod 22 and the switching member 40 is attached to the lower frame 12. May be.
Further, in the case of an open window or the like, the arm member 30 and the switching member 40 may be attached to the vertical frame 13 and the vertical rod 23.
That is, the arm member 30 may be attached to either the window frame 10 or the shoji 20 and the switching member 40 may be attached to either the window frame 10 or the shoji 20.

It is an inside view of a casement window showing an embodiment of the invention. It is sectional drawing of an open state. It is a disassembled perspective view of an arm member and an attachment base. It is a disassembled perspective view of a switching member. It is a top view of the arm member part of a shoji closed state at the time of making an engagement pin into a 1st position. It is a top view of the arm member part of a shoji open state. It is a top view of the arm member part of a shoji closed state at the time of making an engagement pin into a 2nd position. It is explanatory drawing of an operation tool and a display part. It is a disassembled perspective view of an auxiliary lock. It is operation | movement explanatory drawing of an auxiliary lock. It is a top view of the arm member part of a shoji closed state in case the engaging pin which shows the 2nd Embodiment of this invention is a locked position. It is a disassembled perspective view of an arm member and an attachment base.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 3 ... Display part, 10 ... Window frame, 12 ... Lower frame, 20 ... Shoji, 22 ... Lower arm, 30 ... Arm member, 31 ... Long hole (guide part), 40 ... Switching member, 41 ... Engagement pin (slider) (Moving element), 42 ... operating tool, 50 ... lock part, 51 ... slot for locking.

Claims (3)

A shoji screen is attached to the window frame so that it can be opened and closed.
Attach an arm member on one side of the window frame and shoji, and attach a switching member on the other side,
The arm member has a guide portion, and is rotatably attached to the indoor outside direction.
The switching member is slidable along the guide portion, and is inserted into and withdrawn from the guide portion in a closed state of the shoji, and the first position and the guide portion where the slider is inserted into the guide portion. It has an operation tool that moves to the second position where it comes out,
A sliding window characterized in that when the shoji is opened with the slider as the first position, the shoji is in the open angle restricted state, and when the shoji is opened with the slider as the second position, the shoji is in the fully open state. The arm member is attached to the window frame, the switching member is attached to the shoji,
The opening window according to claim 1, wherein the operation tool of the switching member moves along the indoor side surface of the shoji, and a display unit is provided on the indoor side surface of the shoji to display the open state of the shoji according to the position of the operation tool. The arm member is attached to an attachment base attached to either one of the window frame or the shoji so as to be rotatable in the indoor exterior direction, and a lock portion is provided on the attachment base.
3. The casement window according to claim 1, wherein the sliding element is movable to a lock position where the sliding element interferes with the lock portion and cannot move to the outside of the room when the shoji is closed.

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